JP2011226276A - Various energy conservation cycle combined engine - Google Patents

Abstract

PROBLEM TO BE SOLVED: To remarkably reduce CO2 emissions after reaching the prime of space flight of zero CO2 emission, allowing 16 rounds thereby around the earth in one day, or the like, since existing aircrafts or the like receive very high air resistance during flight in the atmosphere, generating enormous CO2 emissions.SOLUTION: Atmospheric pressure same velocity-same volumetric power with mercury gravity turbine driving reaches mercury power or the like corresponding to around 23,000 times that of existing steam turbines, generating heat by compressing solar light heated air with a number of heat pumps and recovering heated compressed heat of the solar light heated air to output rotations of multiple turbines by divisionally conserving overheated steam hot heat generation and compressed air cooling heat generation, achieving jet propulsion using power around 23,000 times that of existing steam turbines, in a combined engine jet section (78V) and a solar heat gravity rotation aircraft (39B), and with the driving thereby, cost for arriving space by theoretical best rocket jet from around the highest flight altitude for existing aircrafts or the like is reduced to ≤1/100 thereof, achieving a rocket with solar system escape velocity, so that space flight with zero air resistance will reach the prime and a one-day trip and space travel from any place on the earth will reach the prime.

Description

  The present invention combines a rocket with high-speed high-speed combustion of a scramjet and high-pressure high-expansion velocity of a steam turbine, and heats and injects superheated steam of infinite large volume in space etc. in space to further increase the expansion velocity. There is information that thermal energy can be obtained 3 to 10 times the power used by the heat pump with the 78V solar thermal gravity rotary plane 39B, and the same atmospheric pressure same speed work rate is generated by using solar heated air as a seed. 23,000 times mercury, etc. Power factor gravity turbine drive heat pump to recover the compression heat, 3 to 10 times energy of both heat and cold heat to infinite energy recovery cycle of use and save energy, inhale solar heating air Conduct the operation of producing heat exchange superheated steam 50 heat + compressed air 28a cold heat several times by setting the heating suction air compression 1200 degrees etc. as compression 1000 degrees etc. Propellant superheated steam 50 + oxidant compressed air 28a Challenge the infinite production even with fuel cost 0, united engine injection part 78V injection heats the outer peripheral superheated steam 50 as the compressed air supply fuel injection combustion 1200 degree etc to the combustor 1Y The temperature is burned, and in the process of injection, two stages of fuel injection are burned into a plurality of combustion gas injection nozzles 6Y high temperature high speed combustion in the process of injection, and the superheated steam 50 is brought close to 1200 degrees, Heating to 800 ° C., etc., increasing the superheated steam volume, maximizing the injection propulsion output and the suction output of the combustion gas 49 in the vacuum part flight, eliminating the defect of the scramjet by increasing the combustion gas suction output, 2 .Technologies such as combined engine injection part 78V solar thermal gravity rotary plane 39B aiming at space utilization of air resistance 0CO2 exhaust 0 including about 30,000 times power rate solar thermal turbine drive About.

Aim for zero fuel cost space use with solar thermal gravity rotary plane 39B etc. with minimal fuel cost. Air heated by sunlight in the atmosphere, suction compression heat exchange with heat pump 1G driven by vertical mercury gravity solar heat turbine Heat is recovered, and if necessary, compression heat exchange heat recovery is carried out in a plurality of processes to produce fuel injection combustion heat exchange superheated steam 50, compressed air of oxidant 28a cold heat to combustion gas 49 cold heat and superheated steam 50 of propellant In the space, compressed air cold heat acceleration turbine driven low pressure exhaust of mercury in the space, circulation of the closed suction air passage 28A solar heat heat recovery, direct sunlight 120 degrees C, long lens 2d and heat pump to produce superheated steam Increase the efficiency, during the ascension of the universe in the process of producing superheated steam 50 with compressed air 28a compression heat recovery device 2C, multiple times fuel injection combustion combustion gas 49, 24 ~ 400MPa superheated steam production amount The combustion gas is supplied to the united engine injection part 78V combustor 1Y and the superheated steam is supplied to the outer periphery, and the superheated steam of the fuel injection combustion outer periphery is heated to the 24 to 400MPa combustion gas 49; After combustion, superheated steam is annularly heated for an optimum time from the inner week and outer circumference, and high speed large expansion speed of steam turbine and high speed combustion of scramjet and rocket are united, 10 to 100 times pressure 10 times thermal energy injection 100 of existing jet machine The combined engine injection section 78V technology is aimed at achieving a target of 1000 times injection power and transitioning to the experimental best engine.

Mercury-type mercury gravity solar thermal turbine 8G driven Various gravity turbines combined use mercury or liquid metal (lead alloy core less than 500 degrees liquid metal alloy) as impact reduction material 3E, metal spheres (platinum spheres containing alloy, gold spheres, etc.) Mercury, liquid metal, tungsten ball, steel ball, molybdenum ball, cast iron ball, silver ball, copper ball, nickel ball, cobalt ball, chromium ball) etc. as a power increase ball 2E, and a coated metal ball is coated on a metal ball The liquid metal is a liquid metal at a temperature of 500 degrees or less, the core of the liquid metal is a lead alloy, and the mercury jet pump 6Z is used as a solar heat turbine drive optimally compatible with the amount of resources to accelerate thermal acceleration or cooling. Solar thermal turbine driven by acceleration Gravity accelerated additional drive to inject turbine blade cross section 4X 2 to 26 times the existing steam turbine to turbine blade 8c, increase the rolling contact rotational power of mercury Then, the vertical air type mercury gravity solar thermal turbine 8G is rotated, and the air 28a of the solar air heated by the suction air passage 28A configured by the long lens 2d heat absorbing material 2B is sucked and compressed by a heat pump to about 900 degrees, compression heat recovery The heat exchange solar heating separate air 28a is heated to around 500 ° C with suction unit 2C to make suction compression 1200 degree etc., heat recovery by gravity is continued, compressed air 28a thermal cold energy production is made infinite continuous huge, atmospheric pressure The same-speed same-volume work rate kg-weight m / s is about 23,000 times the mercury work rate of the existing steam turbine, and it is related to the experiment about the wedge type mercury gravity solar thermal turbine 8G technology of the transition in the experiment best.

  The atmospheric pressure same speed same volume work rate of the existing steam turbine, in addition to a slight amount such as 1 / 3.6 thousand work rate of platinum ball gravity solar heat work rate etc, steam speed with the half vane which does not work Considering it as an intrigue of aliens who aim for human extinction because it is too intimidating, such as stopping and changing steam velocity reducing direction, and considering it in elementary school science without brainwashing, rising sea surface temperature of thermal power generation by 7 degrees has no effect on the environment. However, when the sea surface temperature rises 7 degrees above ambient, the amount of evaporation explosively increases, abnormal weather occurrence is apparent, and mixing and dispersing with the surrounding seawater raises the temperature of the entire sea surface. It is consistent with the present situation as the natural phenomenon of supplying nutrients such as oxygen and CO2 is impossible, and human food such as fish and seaweeds are drastically reduced, and the sea surface temperature continues to rise 7 degrees for 100 years, Emissions Even if it decreases, the sea surface temperature rises by 7 degrees and the sea area grows by 10%, and it exceeds 1000 times, etc., making it 300 m / s typhoon or seasonal wind such as flooding, heavy rain, 10 times, etc. As heavy rain etc., the whole land is covered with salt, and the food of land and sea approaches 0, and there is a background where humanity approaches extinction. If China continues 10% growth for 10 years, the temperature rise by sea temperature doubles, but the typhoon approaching Okinawa is expected to surpass Katrina, and the sea level rise by 7 degrees in 20 years quadruples typhoon and monsoon wind The maximum wind speed of is 100m / s, and I am worried that the torrential rain of seawater will begin, and I want you to get rid of the worst expectation.

  The high engine and the university explain the existing engine as the theoretical best engine, and returning to the elementary school science without brainwashing and considering the theoretical best engine, the unit of work rate is heavy substance because the unit weight is kg weight m / s x speed. There is a background that the rotational power generation is the theoretical best engine at high speed but there is no trace considered. Therefore, it is possible to prevent global warming so that it can be used in heat, electricity, and cold heat supply facilities during stoppages, such as vertical mercury gravity solar thermal turbine 8G drive airplanes and ships with few fuel consumption, etc. The work rate kg weight m / s maximum is about 36,000 times the platinum steam work rate of the existing steam turbine, and mercury, liquid lead, liquid tin, liquid zinc such as liquid metal, metal sphere and coated metal sphere vertically downward. With acceleration by gravity, the output generation is greatly increased by acceleration by gravity acceleration alone rather than the input that increases the drop at low speed, and there is a background that the power can be increased without limit as the size of the turbine increases and the drop increases to 1000 m or more. The maximum acceleration on the earth is close to infinity by the gravitational acceleration, and the theoretical best engine gravity solar power of sea water temperature rise 0, CO2 exhaust 0 and fuel cost 0 is exhausted, as limited resources such as fossil fuel are exhausted. Thermal energy and cold energy recovery means to leave to descendants Infinite or almost infinite power generation, Gravity solar thermal power storage battery driven and electric driven, various kinds of cars and ships, various kinds of ships, and full electrification houses and factories electrification Such as, there is a background that can be obtained storage battery drive of extremely cheap power generation and prevention of global warming of the electric drive.

  It is expected that if China continues to grow at 10% for 50 years, the temperature rise of seawater will be 32 times that of the present, and Japanese monsoon wind will be 50 to 80m / sec, and the whole country will be polluted with seawater. It is feared that the greening of around 80% of Japan's large companies that offer the resumption of the current employment fear to Prime Minister Koizumi may have begun to be around around 80%, as greenery may be destroyed and successive deaths may extend to similar worlds We need wisdom to make Decided to invent the theoretical best engine in 1965. In fact, it began to improve and started trial production at the contract of the Okayama regional invention center in 1955, and continued trial production on its own, but trial production of the engine is very difficult. . Therefore, we started asking for a large number of large domestic companies to cooperate from February 1982. However, there is no cooperation from Japanese companies, etc. The cooperation of President Clinton who only asked foreign countries is obtained three or three times every request. The useless inventions of 1992 US Patent 5133305, 1993 US Patent 5230307 and 1995 US Patent 5429078 have been found. There are many fatal defects in the existing engine, and it turns out that it is impossible to improve the invention, and in a hurry and opens the 1997 home page, one defect patent application is filed and the 2008 theoretical best engine is reached To drive the generator and heat pump at a fuel cost of 0, for example, by gravity solar thermal power generation with the cooperation of the former president, and to enable extremely inexpensive manufacturing turbine drive for near infinite electricity and heat and cold, liquid metal below 500 ° C In power generation, I would like to make an atmospheric pressure same speed same volume work factor 1 to 23,000 times that of existing steam turbine power generation, actually experiment and shift to an experimental best engine.

U.S. Patent No. 6119650, Chinese Patent No. 8818, EU British Patent No. 902175, and U.S. Patent No. 6263664 improve the above-mentioned many background technologies, and also the invention of the process of the invention of the theoretical best engine. In the invention aiming at the experiment best, let's experiment to generate 1 to 23,000 times power of steam turbine power generation by mercury gravity power generation, and let's make experiments of thermal energy and cold heat production near infinity with gravity driven heat pump Let's make power generation of 10 times the existing world by various gravity power generation such as liquid metal, and let burning of limited resources such as fossil fuel be minimum necessary and leave in offspring, natural phenomenon speed up and proliferate seaweeds Digestion ability such as CO2 Let's make tens of thousands of times of forest, air resistance 0CO2 exhaust 0 space flight heyday is necessary, etc.

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  In existing thermal power nuclear power plants in the world, accelerating CO2 global warming and increasing sea surface temperature by 7 degrees centigrade to 1000 times over 100 years in 100 years, increasing CO2 in the atmosphere global warming accelerating and rising seawater temperature Increase the updraft, increase abnormally dry wildfires and droughts and torrential rains as much as possible, and decrease the land food of humanity as much as possible, and the natural phenomenon of supplying nutrients to the sea surface cooling seabed in the winter, impossible, Reduce phytoplankton, seaweeds, corals, etc., reduce fish to 1/100 by food chain, decrease human food in the sea as much as possible and increase flooding, torrential rain, typhoon, and monsoon by 10 times in 100 years. For example, typhoons and monsoon winds are an increase in abnormal weather without an upper limit of 300 m / s, etc., and salt coverage is provided on the entire land to increase the danger of human extinction, thereby curbing global warming and delaying human extinction. There are many issues, and burning a large amount of fossil fuel will cause global warming and exhaustion of resources, so space utilization of gravity solar thermal vessels and air resistance 0CO2 exhaust 0 aiming at 10 times the speed of existing ships with CO2 exhaust 0 Coexistence of limited use of fossil fuels for the generation of solar powered vehicles and ships driven by gravity storage batteries with sea water temperature rise 0CO 2 exhaust 0 with limited use of fossil fuels as a prime mover as a solar solar powered as a prime mover Because it is possible, we need the world's best gravity solar vessels and gravity solar airplanes with excellent profitability.

When the heat pump of heat production is driven by various solar thermal gravity turbines, it becomes a challenge of infinite heat production (thermal heat of superheated steam) and cold heat (compressed air mass) with zero fuel cost, by gravity solar thermal power generation, gravity solar thermal ship or gravity solar thermal airplane , Heat capacity of the solar heat and heat production equipment brings the amount of heat and cold close to infinity, and in gravity solar power generation, the fuel cost is 0 and CO2 is supplied to the suction seabed together with the atmosphere, and the limited oil resources etc. Use as the offspring and descendants as well as to prevent global warming, to prevent flooding, sea level rise and typhoon and the increase of the size of the monsoon wind, and even a gravity solar thermal vessel sucks CO2 together with the atmosphere and sinks it under the sea; In the process of double-speed aiming injection promotion, natural phenomena are accelerated, and nutrients such as cold heat oxygen, nitrogen, and CO2 are supplied to the sea in cooperation with solar thermal gravity power generation to produce phytoplankton, seaweeds and Increase the food of humans and increase the food of human beings and make it 10 times more power than in the existing world, and make various gravity solar thermal power generations full, various vehicles such as gravity power storage battery driven and various ships fullness, all surfaces of electric drive Electrified housing and factory electrification and thermal and cold energy utilization, power generation with seawater temperature rise 0, CO2 exhaust 0 and fuel cost 0, and humanity extinction for global warming prevention, and extinct of gravity solar thermal airplanes existing jet aircraft 100 times pressure 10 times thermal energy injection 1000 times injection output aiming, because the superheated steam expansion speed is maximum in vacuum, we consider the existing space rocket ground mass injection as the worst and reach the high power rocket propulsion space from the existing aircraft highest flight altitude In the atmosphere, it is a space flight of fuel 0 flight target + air resistance 0 CO 2 exhaust 0.

  Vertical type mercury gravity solar thermal turbine 8G drive + various gravity turbines can be used in combination with driving, thermal acceleration and cold energy acceleration in space and using gravity additional driving in the atmosphere, mercury gravity solar thermal engine rotational power generation, injection propulsion output The various types of gravity solar thermal engine driven by a vertical mercury gravity solar thermal turbine 8G as a target of 100 times pressure 10 times thermal energy injection short term 1000 times injection propulsion output of existing jets, in direct sunlight 120 degrees C and shade area -150 in space Taking advantage of the excellent environment of degree C, utilizing the environment of superheated steam turbine drive and superheated steam production, the intake air passage 28A is sealed to be a circulating air passage, and the cold heat turbine exhaust is direct 120 degrees sunlight and long Recovered with a lens etc., heated to 500 ° C and compressed by a heat pump to around 1200 ° C, heat exchange superheated steam 50 by compression heat recovery device 2C Drive the thermal turbine and repeat its circulation to cool the exhaust at the -150 degree shade part to make it condensed water, and usually inject only the superheated steam 50 from the combustion gas use 0 combined engine injection part 78V Then, with a fuel amount of 0, 10 times the injection propulsion power of the existing jet engine is aimed at the theory best rocket propulsion, and the superheated steam expansion speed is the largest in vacuum, so the existing space rocket ground mass injection is considered the worst, near existing aircraft maximum flight altitude By promoting higher power rockets, the cost of reaching the space fuel will be reduced to less than 1/100, the effect of aiming for space utilization with various types of ships and aircraft in the existing world, and resources will be left behind.

Explanatory drawing of vertical mercury gravity thermal-thermal turbine 8G (Example 1) Explanatory drawing of vertical mercury-vapor-gravity cold-heat turbine 8G (Example 2) Explanatory drawing of the combined engine injection part 78V solar thermal gravity rotary airplane 39B (Example 3) Explanatory drawing of united engine injection part 78V (Example 4)

  The embodiments and examples of the invention will be described with reference to the drawings, but the same names and symbols are given to parts substantially the same as the ones in the embodiments and examples described above. It will be omitted as much as possible, and the characteristic parts and the inexplicable parts will be sequentially added and explained. In addition, although the idea is explained with hypothesized numbers in order to clearly explain the intended purpose and prediction specifically for the extremely difficult brain theory best engine invention, the correct answer is the experimental number of the theoretical best engine as the experimental number. Not limited to The idea that seems to be the best is redundantly explained in many applications, and the idea is selected and used according to the application, and the claim is converted into a variety for selection and use according to the versatility, resources from theoretical best engine to sequential injection promotion For example, infinite demand power generation is the core of water output and impact reduction turbine driving, and light weight and high output are the most important airplanes as mercury output and impact reduction turbine driving core and light weight and high output. There are important vessels that lead to the lead alloy core liquid metal output and impact reduction turbine driving core, and will be put into practice by shifting to the best engine experiment.

The vertical mercury gravity thermal turbine 8G drive of FIG. 1 is provided with an increase ball raising device 2F to ascend and store mercury at the top and use turbines such as 1 to 10 stages vertically in the outer box 77a in multiple stages to use In one type of use, one type of thermal turbine 8G cold heat turbine is used as a selective use; two types of heat turbine + cold heat turbine are used, mercury is injected by the mercury injection pump 6Z to accelerate the superheated steam thermal acceleration gravity acceleration Then, the vertical mercury gravity thermal turbine 8G is driven, the horizontal shaft 1h is provided between the turbines, and the generator 1, the heat pump 1G, the compression heat recovery device 2C, the water heat exchanger 2Y, etc. Drive the air heat exchanger 2X to alternate the direction of rotation of the turbine 8G to offset the vibration and noise slightly, and use solar heat as a seed to heat the heat pump 1G and the compression heat recovery machine 2C to near infinite heat (compressed air heat Superheated steam) and cold heat (compressed air mass) are produced, for example, divided into 24 ° C to 400MPa superheated steam thermal heat + 100 to 200 ° C 24 ° C to 400MPa compressed air cold heat, thermal turbine + cold heat by part and gravity The turbine is driven to make the united engine injection part 78V fly by driving the solar thermal gravity rotary plane 39B for the most part, and it is used for heat and electricity supply equipment etc. while it is stopped.

In the process of thermal turbine 8G drive, the temperature of mercury cooled by cold heat turbine 8G is raised by heating temperature around 500 degrees with superheated steam 50, cold heat turbine drive compressed air cold heat volume is increased to increase rotational power, and cold heat turbine exhaust is merged The suction and compression is performed by the extractor 51 to obtain the optimum pressure cold heat, and the optimum pressure and high speed cold heat of the united engine injection unit 78V is drawn to be used as the circulation by the mixing and merging oxidant, and the superheated steam of the thermal turbine exhaust is also merged and extracted 51 Suction and compression, suction at the optimum pressure high-speed heat of the combined engine injection part 78V, and circulation used for mixing and merging propellant, the inner rotor blade group 60C outer rotor blade group 60D is a hydraulic levitation additional support to support a large weight Equipped with a thrust bearing 80a and capable of fully automated machining to make the fitting bolt assembly as the same diameter and substantially the same shape for each stage, enabling multistage moving blade group and multistage turbine and facilitating assembly, mercury Gravity acceleration part 1g which accelerates is equipped with horizontal axis 1h and a through hole, drives generator 1 and heat pump 1G many etc outside of turbine outer box 77a, makes air of solar thermal heating compression around 1000 degree Then, separate air of solar heating in the air heat exchanger 2X is heated to 600 ° C, etc. and compressed to around 1200 ° C, and repeatedly increase the heat production amount of high pressure compressed air 28a cold energy and superheated steam 50 temperature, Air pressure same speed same volume work rate kg heavy m / s, 23,000 times the mercury work rate of the existing steam turbine, it injects to the turbine blade section 4X which is made 2 to 26 times the cross section of the existing turbine blade cross section In order to make maximum use of gravity and solar heat by rolling contact rotation output generation, heat pump drive is used to make a compressed air cooling heat production and thermal energy (superheated steam), to make a vertical mercury gravity thermal turbine 8G.

In the vertical mercury gravity cooling / cooling turbine 8G drive of FIG. 2 as well, the 1 to 10 stages etc. turbines are vertically provided in multistage vertically in the outer box 77a to use the number according to the application Increase storage at the top with the increase ball lift device 2F, inject mercury with the mercury injection pump 6Z and accelerate compressed air 28a cold thermal acceleration Gravity acceleration to drive the vertical mercury gravity cold thermal turbine 8G with rolling contact of mercury, Heat the compressed air 28a, which approaches absolute zero in the process of driving, with the temperature-increased mercury to increase the compressed air volume velocity to increase the turbine output and cool the mercury, and cool the mercury with the cooled mercury. As circulation that raises the temperature, the temperature-increased cold-heat turbine exhaust air 28a is sucked and compressed by the junction extractor 51, and the output is increased as a low-pressure cold-heat exhaust, and the optimum pressure of the combined engine injection unit 78V It sucked fast cold, and the circulation to be used in mixed confluent oxidizing agent, the increase of the injection propulsion output by mercury gravity cold turbine 8G with heat pumps, and to take full advantage of the compressed air 28a cold.

A through hole and horizontal axis 1h are provided in the inter-turbine gravity acceleration unit 1g, and the generator 1, heat pump 1G, compression heat recovery device 2C, water heat exchanger 2Y, air heat exchanger 2X, etc. are driven outside the turbine outer box 77a. Then, the rotational direction of the turbine 8G is alternated to offset the vibration and noise slightly, and the solar heat is used as a heat pump 1G and the air heat exchanger 2X to produce nearly infinite heat and cold, 24 to 400MPa heating Steam heat +24-400MPa compressed air cold storage divided use, compressed air 28a cold acceleration accelerates mercury by cold heat, it is a large mercury gravity inner heat blade turbine 8G, inner rotor blade group 60C outer rotor blade group 60D Support a hydraulic levitation additional thrust bearing 80a to enable a multi-stage turbine, compress the solar heating air to around 1000 degrees, add another solar heating air to 500 degrees C etc with the air heat exchanger 2X Then, the energy conservation cycle to increase the production volume of compressed air 28a and superheated steam 50 repeatedly by making the compression around 1200 degrees, make the atmospheric pressure same speed same volume work ratio kg weight m / s the existing steam turbine Spray to the turbine blade cross section 4X which is about 23,000 times mercury work rate and 2 to 26 times the cross section of the existing turbine blade cross section to generate rolling contact rotational power, and to make maximum use of gravity and solar heat, We will make a vertical mercury gravity cooling turbine 8G.

  In the combined engine injection part 78V solar thermal gravity rotary airplane 39B rotational injection output generation in FIG. 3, since the use of gravity is limited, the flying drum 38a vertical wing 38d is integrated and the drop is caused by the mercury gravity thermal turbine 8G + mercury gravity cold energy turbine 8G etc. In the process of suctioning the air 28a from the blade leading edge 38e air suction port 28B, the sun-heated air 28a is suctioned by the suction air passage 28A composed of the long lens 2d heat absorbing material 2B. As heat production which repeats compression heat recovery with air heating 28a of the air heat exchanger 2X and compression heat recovery with the heat pump 1G while compression is made around 1000 degrees with the heat pump 1G of drive, compression heat recovery 2C at the time of space rise As long as fuel injection combustion is performed, high-pressure combustion heat exchange cooling and combustion is performed, compression is repeatedly performed at 1200 degrees, etc., heat recovery is repeated by the water heat exchanger 2Y, and overheated steam 50 temperature And the combustion gas 49 cold energy is supplied to the united engine injection part 78V at 10 to 100 times the pressure of the existing jet injection pressure, etc., and the superheated steam 50 around the fuel injection combustion is injected 10 times the amount of heat etc. Space of nearly zero fuel cost with various solar thermal gravity rotating planes 39B and various aircraft that make the propulsion output close to 100 to 1000 times of existing jets for a short time and approach to the supersonic Mach 32 Earth escape velocity and light velocity in space. In the normal use, when flying in the atmosphere, a propeller is driven by a power factor turbine around 23,000 times during normal flight, compressed air 28a oxidizer cold heat and superheated steam 50 propellant thermal storage is increased, and a large volume injection over the existing space rocket We consider it as the worst injection, and promote the high-powered rocket from the vicinity of the maximum flight altitude of existing aircraft, and make the cost to reach space fuel as small as 1/100 or less.

Number of heat pumps 1G · compression heat recovery unit 2C · air heat exchangers 2X · water heat exchangers 2Y driven side-by-side or back and forth according to applications, when flying in the atmosphere when flying a vertical mercury gravity turbine 8G horizontal axis 1h Of 1 to 10 stages and driven by a propeller to increase power according to the application, and mercury is injected by a mercury injection pump 6Z to accelerate divided gravity by compressed air temperature and compressed air cold energy which are divided and stored. Additional acceleration and injection into each vertical mercury gravity turbine 8G to make the turbine blade section 4X 2 to 26 times larger than that of the existing steam turbine, making maximum use of gravity and sunlight by the injection rolling contact drive to the turbine blade 8c The atmospheric pressure same speed same volume work rate kg weight m / s, the mercury work rate of about 23,000 times that of the existing steam turbine, gravity drive many heat pumps, 24 to 400MPa superheated steam 50 heat +24 The 400MPa compressed air 28a cold heat is increased without limit, and the generation of the injection propulsion output which carries out air suction injection is the maximum speed injection of both fuel injection combustion to the superheated steam propellant + compressed air oxidant supplied to the combined engine injection part 78V, etc. As the existing jet aircraft 10 to 100 times pressure 1/10 injection heat 10 times injection promotion output enlargement, etc., united engine injection part 78V cylindrical rotation part 77G is rotated 180 degrees or more, reverse injection and vertical rise vertical fall It enables it to be landed as an airfield anywhere on the roof of the building, on the roof or on the moon, etc.

  Before reaching the space, in the process of driving the vertical mercury gravity turbine 8G, the air passage inlet 28B is made an air passage 28A sealed, and the heat quantity of direct sunlight around 120 degrees is 500 to 800 by the long lens 2d heat absorbing material 2B. The heat recovery superheated steam propellant is increased by suction pump at around 1200 degrees by heat pump 1G as heat pump 1G, cold heat turbine 8G is driven to make air 28a low pressure and low temperature, and 500 to 800 degrees air by 120 degrees solar heating The heat recovery superheated steam propellant production is repeated by setting the temperature of the heat pump 1G to drive compression 1200 ° C., etc., and the superheated steam propellant is increased without limit, and the heat pump 1G produces the superheated steam 50 most efficiently in space. And solar heating, injection propulsion in space is injection propulsion by superheated steam 50, compressed air 28a in space is used for the production of superheated steam 50, and turbine 8G A large amount of heat pump 1G drive enables long-distance space travel, and in the earth return, the high-pressure high-temperature air 28a including frictional heat is drawn and compressed and heat-exchanged to produce heat. The exhaust gas is compressed to the optimal suction pressure by the combined extraction unit 51, combined with the high-speed optimal pressure unit of the combined engine injection unit 78V, mixed by suction, and used to increase the fuel injection, combustion, injection, and propulsion output.

The combined engine injection unit 78V drive shown in FIG. 4 supplies the superheated steam 50 obtained by opening and storing the superheated steam control valve 25 to the uppermost stream of the superheated steam reservoir 95c on the outer periphery of the combustor 1Y. Fuel is injected into compressed air 28a in the process of producing superheated steam 50, and the heat is recovered multiple times by compressed heat recovery device 2C and compressed fuel injection combustion multiple times, and heat is recovered a number of times, infinitely high pressure combustion gas 49 oxidant and superheated steam 50 propellant As much as possible for storage, open the combustion gas control valve 24 at the time of ascent, and supply combustion gas 49 around 200 degrees to the uppermost stream of the combustion gas reservoir 95a combustor 1Y to open the fuel control valve 25b. The fuel 1b is injected from the fuel injection nozzle 6X by the fuel injection pump 1D, and the overheated steam 50 of the ignition combustion outer periphery is heated and heated to rise at the uppermost stream of the combustor 1Y. The injection output of both heating is increased by heating the superheated steam 50 of around 24 to 400 MPa around 0 degrees, and the multiple combustion gas injection nozzle 6Y of the combustor 1Y is provided in an annular shape inside the superheated steam reservoir 95c, and fuel injection of multiple one-stage injection combustion flow Two-stage fuel injection from the nozzle 6X Multiple optimal distance annular combustion is performed, and the heating injection output and combustion gas suction output are increased from the outer circumference of the superheated steam 50, and the combustion gas combustion flow is equipped with a plurality of combustion gas injection nozzles 6Y The fuel injection three-stage combustor multiple optimal distance annular combustion from each fuel injection nozzle 6X, similarly four-stage combustion if necessary, annular heating of the superheated steam 50 injection flow from the inner circumference and outer circumference, large As the air pressure approaches 100 ° C, the superheated steam that approaches 0 ° in the vacuum is set to 500 ° C, etc., aiming for an inexpensive jet output of 10 to 100 times the pressure and 10 times the mass jet of the existing jet.

The fuel injection ignition combustion is carried out by providing a plurality of fuel injection nozzles 6X at an optimum position such as the final mixing section of the air 28a for a short time and a large amount of fuel combustion. The combination of increased volume and increased injection and propulsion power, combined with the low injection rate of the superheated steam 50, the high expansion rate of the combustion gas 49 and the rocket, combining the advantages of the best combination with each other Part 78V combines high-speed combustion of scramjet, high-pressure injection of steam turbine and vacuum flight of rocket, and when in normal flight, the combustion of compression heat recovery device 2C is unnecessary with a 36,000 times power ratio turbine etc. Then, the combustion gas control valve 24 is opened, and the compressed air control valve 24A is opened, and the sunlight heating air 28a is manufactured as a compressed oxidant, compressed to 1000 degrees and the like, and heat exchange superheated steaming is performed by the compression heat recovery device 2C. Production of 50 propellants, storage and increase of propellants and oxidants mainly by injection promotion with superheated steam 50, 1 stage combustion, 2 stages combustion and 3 stages combustion are reduced to 100 degrees as global warming prevention promotion Heats up the superheated steam 50 to 500 ° C, etc. Heatsing the propulsion power significantly increases, increasing the majority of the superheated steam volume the injection speed increases, increasing the suction power of the combustion gas 49, and burning the superheated steam 50 most efficiently The combined engine injection unit 78V that mixes and jets the gas 49 is driven, and combined with the scramjet high speed combustion + high pressure injection large expansion rate of the steam turbine + rocket, and stores the oxidant and propellant of the superheated steam 50 and the compressed air 28a. Use cylindrical rotation part 77G more than 180 degrees to enable vertical ascent and vertical descent and reverse injection, and make it possible to use airfields and space use everywhere, day trips etc. anywhere on earth And to function.

  Theoretically the best type of vertical turbine mercury gravity solar thermal turbine 8G + various gravity solar thermal turbine selection combined use, the air of solar heating is suctioned, compressed and heat recovered with a heat pump and stored and used with heat + cold such as 24 to 400MPa Drive united engine injection unit 78V solar thermal gravity rotation plane 39B Drive enables vertical ascent, vertical descent and reverse injection to make airfields and space use prime everywhere, possibility to make day trip etc. anywhere on earth There is.

  0: Vacuum, 1: Generator, 1A: Mercury Exhaust Inspection Room, 1B: Means of increasing oxygen level, 1C: Alcohol cold heat, 1D: Fuel injection pump, 1F: Condensate pump, 1G: Heat pump, 1H: Pumping pump, 1J: Water pumping apparatus, 1Y: Combustor, 1b: Fuel, 1c: Specific substance, 1d: Mercury, 1e: Coated steel ball (coated with impact reducing means 2G) 1e: Coated mercury (spherical stainless steel durable material or impact 1g: Gravity acceleration part, 1h: Horizontal axis, 2: Sunlight heater (tilt and rotate sunlight with long lens) 2a: Water condenser, 2a: Condenser cooler, 2b: Solar thermal augmentation suspension bridge (vertically suspended lifting gear left and right to tilt and track sunlight with multiple steps of long lens) 2c: heat insulating material, 2d: long lens, 2e: water surface, 2f: lifting tool left, 2g: hanging Ingredient right, 2h: seawater cooler, z: Solar air heater, 2A: heat resistant material, 2B: heat absorbing material, 2C: compression heat recovery device, 2D: power increase means, 2E: power increase sphere (liquid metal such as liquid lead, liquid tin or liquid zinc, etc. Platinum ball, coated platinum ball, gold ball, coated gold ball, platinum alloy ball, gold alloy ball, lead alloy ball, silver alloy ball, coated platinum alloy ball, coated gold alloy ball, coated lead ball, coated silver alloy ball, tungsten alloy Balls or coated tungsten alloy balls or tungsten steel balls or coated tungsten steel balls or tantalum alloy balls or coated tantalum alloy balls or molybdenum steel balls or coated molybdenum steel balls or molybdenum cast iron balls or coated molybdenum cast iron balls or silver balls or coated silver balls etc Metal spheres and coated metal spheres) 2F: Augmented sphere lifter, 2G: Impact reduction means (coating of small spheres, lubricating oils, incombustible liquids, rubbers, plastics, etc.) 2H: cold heat condenser, 2J: Liquid metal heat exchange Converter, 2K: Lubricant 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. optimum utilization known Technology to reduce friction loss 3A: Water repellent action (means to reduce friction loss with water) 3B: Heating high temperature means (high temperature with existing technology such as electric resistance and electromagnetic heating) 3C: Cold heat recovery means, 3E: Impact reduction Materials (mercury, liquid metal, water) 3G: Water repellant (means for reducing friction loss with mercury) 4A: Turbine blade cross section (existing cross section) 4B: Turbine blade cross section (small output surface curve cross section) 4C: Turbine blade cross section Output surface straight section) 4D: Turbine blade cross section (output opposite surface straight section) 4E: Turbine blade cross section (output opposite curved surface minor cross section) 4F: Turbine blade cross section (existing opposite section) 4X: Turbine blade cross section (4A to 4F More choice Cross section 5C: air exhaust chamber, 6: nozzle, 6a: nozzle injection part, 6b: nozzle injection part, 6d: nozzle injection part, 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, 6M: metal injection pump, 6X: fuel injection nozzle, 6Y: combustion gas injection nozzle, 6Z: mercury (liquid metal) injection pump, 7: fuel injection valve, 7A : Rotor 7B: Rotor 7B, 7C: Screw, 7E: Rotor arm, 8a: All rotors -Bin, 8b: All moving wing water turbine, 8c: Turbine blade, 8d: Side plate, 8e: Cylindrical cylinder, 8E: All moving wheel bounced wheel mercury turbine, 8F: All moving wheel bounced wheel Gravity turbine, 8G: All wing Metal ball gravity solar thermal turbine, 8K: mercury gravity opposing turbine, 8K: facing in-line all-moving-wheel impacting wheel turbine, 8L: in-series all-moving wing impacting ball turbine, 10: hull, 10A: cabin, 10a: enlarged diameter compression chamber, 10b: steering Room, 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: Enlarged piston, 24: combustion gas control valve, 24A: compressed air control valve, 25: superheated steam control valve, 25B: high temperature water control valve, 25a: intake valve, 25b: fuel control valve, 2 8a: air, 28a: internal air, 28a: air tube air, 28b: compressed air heat, 28A: intake air path, 28B: air path inlet, 37a: magnetized friction wheel, 37b: internally magnetized friction wheel, 38a: Flying body, 38b: Flying wing, 38c: Flying wing, 38d: Vertical wing, 38e: Wing leading edge, 38g: Floating wing, 38h: Floating surface, 38A: Gravity plane, 38B: Air suction jet waterjet vessel, 38C A: Water suction jet vessel, 39A: Solar thermal gravity plane, 39B: Solar thermal gravity rotation plane, 39C: Solar thermal gravity helicopter, 39D: Screw ship, 39G: Solar thermal gravity flight vessel, 40A: Rudder, 46: Magnet part, 49: Combustion gas , 49B: chimney combustion gas heat quantity, 49C: factory use heat quantity, 50: superheated steam, 51: air extractor, 51: combined extractor 52a: water 52b: water (water whose temperature changes due to sunlight) 52b: high temperature water 52d: heat 52d: water temperature heat 52d: superheated steam temperature 52e: cold heat 52e: water cooled heat , 52e: compressed air cold heat, 52e: alcohol cold heat, 52e: ice cold heat, 55: gear-type synchronous device (including magnetic friction synchronizer) 55B: magnetic friction transmission (including gear-type and water pump combination) 55Y: gear Transmission system (selected from existing transmissions) 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: Outer case of injection part, 77G: Cylindrical rotating part, 77a: Outer case of turbine, 78A: Combined engine injection part, 78B: Combined engine injection part, 78K: Combined engine injection Part 78S: Combined engine injection part 78T: Combined engine injection part 78U: Combined engine injection part 78V: Combined engine injection part 78W: Combined engine injection part 78X: Combined engine injection part (78S78T78U78V selected) 79K: Combined engine injection part, 79M: water jet, 79S: water jet, 79T: water jet, 79U: water jet (water suction jet) 79V: water jet (selected from 79S 79T) 79X: water jet (water suction jet) 79Y: water Jet (air suction jet) 79Z: water jet (air suction jet) 80: bearing, 80a: thrust bearing, 80A: joint, 80B: clamp, 81: spindle, 81a: fulcrum, 84: double reversal magnetic friction Power transmission (geared and 84Y: Double reversing gear device (existing technology) 94: Fixed outer box, 94A: Outer box vertical part, 95: High temperature water reservoir, 95a: Combustion gas reservoir, 95b: Compressed air reservoir, 95c: Overheating Steam reservoir, 95A: Water absorption path, 95B: Fuel reservoir, 96A: Water supply channel, 97: Check valve, 103: Cold heat recovery device,

Claims (5000)

  Solar thermal turbine blade cross section (4A) to increase the superheated steam thermal and compressed air cold heat to 2 to 26 times solar thermal turbine driving species + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + heating with long lens Compress the air and heat the other air to heat compression heat recovery superheated steam and combustion gas injection propulsion power increase + fuel injection ignition combustion to cold heat + heat pump and mercury gravity drive compressed air production heat production + vertical mercury gravity turbine driven Various energy conservation cycle union engine.   Solar thermal turbine blade section (4B) to increase the superheated steam thermal and compressed air cold heat to 5 times the solar thermal turbine driving species + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + air heated with a long lens Compress the different air heating heating compression heat recovery superheated steam and combustion gas injection propulsion power increase + fuel injection ignition combustion to cold heat + heat pump and mercury gravity compressed air production heat production + various types of energy driven 竪 type mercury gravity turbine Preservation cycle union agency.   Solar thermal turbine blade cross section (4C) to increase the superheated steam thermal and compressed air cold heat to 6 times one-stage solar thermal turbine driving species + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + heating with long lens Compress the air and heat the other air to heat compression heat recovery superheated steam and combustion gas injection propulsion power increase + fuel injection ignition combustion to cold heat + heat pump and mercury gravity drive compressed air production heat production + vertical mercury gravity turbine driven Various energy conservation cycle union engine.   Solar thermal turbine blade cross section (4D) to 7 times double stage solar thermal turbine driving species Increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + heating with long lens Compress the air and heat the other air to heat compression heat recovery superheated steam and combustion gas injection propulsion power increase + fuel injection ignition combustion to cold heat + heat pump and mercury gravity drive compressed air production heat production + vertical mercury gravity turbine driven Various energy conservation cycle union engine.   Increase the superheated steam thermal and compressed air cold heat to 8 times 3-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4E) + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + heating with long lens Compress the air and heat the other air to heat compression heat recovery superheated steam and combustion gas injection propulsion power increase + fuel injection ignition combustion to cold heat + compressed air production heat production with heat pump and mercury gravity + broad mold mercury gravity turbine Various energy storage cycle coalescing engines to drive.   Increase superheated steam thermal and compressed air cold heat to 9 times 4-stage solar heat turbine drive species of solar heat turbine blade cross section (4F) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Heat pump equipped + cold fuel injection ignition combustion + compressed air with heat pump and mercury gravity production heat production + various types of energy storage cycle combined engine driven by vertical mercury gravity turbine.   Increase the superheated steam thermal energy and compressed air cold heat to 10 times 5-stage solar heat turbine drive species of solar heat turbine blade cross section (4A) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Prepare heat compression equipment + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + vertical mercury gravity turbine driven various energy storage cycle combined engine.   Increase the superheated steam thermal energy and compressed air cold heat to 11 times 6-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4B) + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h Water heat exchange equipment + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + vertical mercury gravity turbine driven various energy storage cycle combined engine.   Increase the superheated steam thermal and compressed air cold heat to 12 times 7-stage solar thermal turbine drive species solar thermal turbine blade cross section (4C) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h 2.) Air heat exchange equipment + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + vertical mercury mercury turbine driven various energy storage cycle combined engine.   Increase the superheated steam thermal and compressed air cold heat to 13 times the 8-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4D) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h 2.) Equipped with a generator + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + various types of energy storage cycle combined engine driven by a wide type mercury gravity turbine in a broad sense.   Increase the superheated steam thermal and compressed air cold heat to 14 times the 9th stage solar thermal turbine drive species of solar thermal turbine blade cross section (4E) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Heat pump equipped + cold fuel injection ignition combustion + compressed air with heat pump and mercury gravity production heat production + various types of energy storage cycle combined engine driven by vertical mercury gravity turbine.   Increase superheated steam thermal and compressed air cold heat to 10 times solar thermal turbine drive species of solar thermal turbine blade cross section (4F) by 15 times + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Prepare heat compression equipment + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + vertical mercury gravity turbine driven various energy storage cycle combined engine.   Solar thermal turbine blade section (4A) to increase the superheated steam thermal and compressed air cold heat to 16 times the solar thermal turbine driving species + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) water Heat exchange equipment + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + vertical mercury mercury gravity turbine driven various energy storage cycle combined engine.   Increase the superheated steam thermal and compressed air cold heat to 17 times the size of the solar heat turbine blade cross section (4B) + 17-stage one-stage solar heat turbine drive species + make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + horizontal axis (1 h 2.) Air heat exchange equipment + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + vertical mercury mercury turbine driven various energy storage cycle combined engine.   Increase the superheated steam thermal and compressed air cold heat to 18 times double stage solar thermal turbine drive species of solar thermal turbine blade cross section (4C) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h 2.) Equipped with a generator + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + various types of energy storage cycle combined engine driven by a wide type mercury gravity turbine in a broad sense.   Increase the superheated steam thermal and compressed air cold heat to 19 times three-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4D) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Equipped + Drive various cargo planes (78V) + Fuel injection ignition to cool heat + Heat pump and compressed air with mercury gravity Production heat production + Various types of energy storage cycle combined engine driven by vertical mercury gravity turbine   Increase superheated steam thermal and compressed air cold heat to 20 times 4-stage solar heat turbine drive species of solar heat turbine blade cross section (4E) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Equipped + Drive various cargo planes (78V) + Fuel injection ignition to cool heat + Heat pump and compressed air with mercury gravity Production heat production + Various types of energy storage cycle combined engine driven by vertical mercury gravity turbine   Increase the superheated steam thermal energy and compressed air cold heat to 21 times 5-stage solar heat turbine drive species of solar heat turbine blade cross section (4F) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Prepare water heat exchange equipment + Drive various cargo airplanes (78V) + Fuel injection ignition to cold heat + Burn heat with compressed air with heat pump and mercury gravity + Heat storage of various types of energy Cycle coalescing agency.   Increase the superheated steam thermal and compressed air cold heat to 22 times 6-stage solar thermal turbine drive species solar thermal turbine blade cross section (4A) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Prepare air heat exchange equipment + Drive various cargo planes (78V) + Fuel injection ignition to cold heat + Burn heat with compressed air with heat pump and mercury gravity + Heat storage of various types of energy Cycle coalescing agency.   Increase the superheated steam thermal and compressed air cold heat to 23 times 7-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4B) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Equipped with generator + Drive various cargo airplanes (78V) + Fuel injection ignition to cold heat + Burn heat with compressed air by heat pump and mercury gravity + Heat storage of various types of energy Cycle coalescing agency.   Increase superheated steam thermal and compressed air cold heat to 24 times 8-stage solar heat turbine drive species of solar heat turbine blade cross section (4C) + combine engine injection part (78V) to solar thermal gravity rotary airplane (39B) + horizontal axis (1 h ) Heat pump equipped + Drive various cargo airplanes (78V) + Fuel injection to burn cold energy + Ignition and combustion + Heat pump and mercury gravity compressed air production heat production + Vertical mercury gravity turbine driven various energy storage cycle combination organ.   Increase superheated steam thermal and compressed air cold heat to 25 times 9th stage solar thermal turbine drive species of solar thermal turbine blade cross section (4D) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Prepare compression heat recovery equipment + Drive various cargo airplanes (78V) + Fuel injection ignition to cold heat + Burn heat with compressed air with heat pump and mercury gravity + Heat storage of various types of energy driven by vertical mercury gravity turbine Cycle coalescing agency.   Increase superheated steam thermal and compressed air cold heat to double 10th stage solar heat turbine drive species of solar heat turbine blade cross section (4E) + combined engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Prepare water heat exchange equipment + Drive various cargo airplanes (78V) + Fuel injection ignition to cold heat + Burn heat with compressed air with heat pump and mercury gravity + Heat storage of various types of energy Cycle coalescing agency.   Increase superheated steam thermal and compressed air cold heat to triple solar thermal turbine drive species with solar thermal turbine blade cross section (4F) + combined engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1h) air Prepare heat exchange equipment + Drive various cargo airplanes (78V) + Fuel injection ignition to cold heat + Burn heat with compressed air with heat pump and mercury gravity + Heat storage manufacturing combined with various energy storage cycles driven by vertical mercury gravity turbine organ.   Increase the superheated steam thermal and compressed air cold heat to 4 times the single stage solar heat turbine drive species of solar heat turbine blade cross section (4A) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Equipped with generator + Drive various cargo airplanes (78V) + Fuel injection to burn cold energy + Ignition and burn combustion + Heat pump and mercury gravity compressed air Production heat production + Vertical mercury gravity turbine driven Various energy storage cycle combination organ.   Increase the superheated steam thermal and compressed air cold heat to 5 times the two-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4B) + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Heat pump equipped + Drive various cargo airplanes (78V) + Fuel injection to burn cold energy + Ignition and combustion + Heat pump and mercury gravity compressed air production heat production + Vertical mercury gravity turbine driven various energy storage cycle combination organ.   Increase the superheated steam thermal and compressed air cold heat to 6 times three-stage solar heat turbine drive species of solar heat turbine blade cross section (4C) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Equipped + Drive various cargo planes (78V) + Fuel injection ignition to cool heat + Heat pump and compressed air with mercury gravity Production heat production + Various types of energy storage cycle combined engine driven by vertical mercury gravity turbine   Increase the superheated steam thermal and compressed air cold heat to 7 times the four-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4D) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Prepare water heat exchange equipment + Drive various cargo airplanes (78V) + Fuel injection ignition to cold heat + Burn heat with compressed air with heat pump and mercury gravity + Heat storage of various types of energy Cycle coalescing agency.   Increase the superheated steam thermal energy and compressed air cold heat to 8 times 5-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4E) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Prepare air heat exchange equipment + Drive various cargo planes (78V) + Fuel injection ignition to cold heat + Burn heat with compressed air with heat pump and mercury gravity + Heat storage of various types of energy Cycle coalescing agency.   Increase the superheated steam thermal and compressed air cold heat to 9 times 6-stage solar thermal turbine drive species solar thermal turbine blade cross section (4F) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Equipped with generator + Drive various cargo airplanes (78V) + Fuel injection to burn cold energy + Ignition and burn combustion + Heat pump and mercury gravity compressed air Production heat production + Vertical mercury gravity turbine driven Various energy storage cycle combination organ.   Increase the superheated steam thermal energy and compressed air cold heat to 10 times 7-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4A) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Heat pump equipped + Drive various cargo airplanes (78V) + Fuel injection to burn cold energy + Ignition and combustion + Heat pump and mercury gravity compressed air production heat production + Vertical mercury gravity turbine driven various energy storage cycle combination organ.   Increase the superheated steam thermal energy and compressed air cold heat to 11 times the 8-stage solar heat turbine drive species of the solar heat turbine blade cross section (4B) + make it a combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Prepare compression heat recovery equipment + Drive various cargo airplanes (78V) + Fuel injection ignition to cold heat + Burn heat with compressed air with heat pump and mercury gravity + Heat storage of various types of energy driven by vertical mercury gravity turbine Cycle coalescing agency.   Increase superheated steam thermal and compressed air cold heat to 12 times 9th stage solar heat turbine drive species of solar heat turbine blade cross section (4C) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Prepare water heat exchange equipment + Drive various cargo airplanes (78V) + Fuel injection ignition to cold heat + Burn heat with compressed air with heat pump and mercury gravity + Heat storage of various types of energy Cycle coalescing agency.   Increase the superheated steam thermal and compressed air cold heat to 13 times the 10-stage solar thermal turbine drive species solar thermal turbine blade cross section (4D) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h ) Prepare air heat exchange equipment + Drive various cargo planes (78V) + Fuel injection ignition to cold heat + Burn heat with compressed air with heat pump and mercury gravity + Heat storage of various types of energy Cycle coalescing agency.   Increase the superheated steam thermal and compressed air cold heat to 14 times the solar thermal turbine drive species solar thermal turbine blade cross section (4E) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) power generation Equipped with equipment + drive various cargo airplanes (78V) + fuel injection ignition combustion to cold + heat pump and compressed air production with mercury gravity + various energy storage cycle combined engine driven by vertical mercury gravity turbine   Increase the superheated steam thermal energy and compressed air cold heat to 15 times one stage solar heat turbine drive species of solar heat turbine blade cross section (4F) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Heat pump equipped + Drive various cargo airplanes (78V) + Fuel injection to burn cold energy + Ignition and combustion + Heat pump and mercury gravity compressed air production heat production + Vertical mercury gravity turbine driven various energy storage cycle combination organ.   Increase the superheated steam thermal and compressed air cold heat to 16 times 2-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4A) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Equipped + Drive various cargo planes (78V) + Fuel injection ignition to cool heat + Heat pump and compressed air with mercury gravity Production heat production + Various types of energy storage cycle combined engine driven by vertical mercury gravity turbine   Increase the superheated steam thermal and compressed air cold heat to 17 times three-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4B) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Prepare water heat exchange equipment + Drive various cargo airplanes (78V) + Fuel injection ignition to cold heat + Burn heat with compressed air with heat pump and mercury gravity + Heat storage of various types of energy Cycle coalescing agency.   Increase the superheated steam thermal and compressed air cold heat to 18 times 4-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4C) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Prepare air heat exchange equipment + Drive various cargo planes (78V) + Fuel injection ignition to cold heat + Burn heat with compressed air with heat pump and mercury gravity + Heat storage of various types of energy Cycle coalescing agency.   Increase the superheated steam thermal energy and compressed air cold heat to 19 times 5-stage solar heat turbine drive species of solar heat turbine blade cross section (4D) + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Equipped with generator + Drive various cargo airplanes (78V) + Fuel injection to burn cold energy + Ignition and burn combustion + Heat pump and mercury gravity compressed air Production heat production + Vertical mercury gravity turbine driven Various energy storage cycle combination organ.   Increase the superheated steam thermal and compressed air cold heat to 20 times 6-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4E) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Heat pump equipped + Drive various cargo airplanes (78 V) + Fuel injection ignition combustion to cold heat + Compressed air with heat pump and mercury gravity Production heat production + Various energy storage driven by bowl-shaped mercury gravity turbine in a broad sense Cycle coalescing agency.   Increase the superheated steam thermal and compressed air cold heat to 21 times 7-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4F) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Prepare compression heat recovery equipment + Drive various cargo airplanes (78V) + Fuel injection ignition to cold heat + Burn with heat pump and mercury gravity Heat production with compressed air + Various types driven by wedge-shaped mercury gravity turbine in a broad sense Energy Conservation Cycle Coalition Agency.   Increase the superheated steam thermal and compressed air cold heat to 22 times 8-stage solar heat turbine driving species of solar thermal turbine blade cross section (4A) + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Prepare water heat exchange equipment + Drive various cargo airplanes (78V) + Fuel injection ignition to cold heat + Burn heat with compressed air with heat pump and mercury gravity + Various types of heat treatment with a broad range of mercury type mercury gravity turbine Energy Conservation Cycle Coalition Agency.   Increase the superheated steam thermal and compressed air cold heat to 23 times the 9th stage solar thermal turbine drive species of solar thermal turbine blade cross section (4B) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Prepare air heat exchange equipment + Drive various cargo airplanes (78V) + Fuel injection ignition to cold heat + Burn heat with compressed air with heat pump and mercury gravity + Various types of heat treatment with a broad range of mercury type mercury gravity turbine Energy Conservation Cycle Coalition Agency.   Increase the superheated steam thermal and compressed air cold heat to 10 times solar thermal turbine drive species of solar thermal turbine blade cross section (4C) by 24 times + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Equipped with generator + Drive various cargo airplanes (78V) + Fuel injection ignition to cold heat + Burn heat with compressed air by heat pump and mercury gravity + Heat storage of various types of energy Cycle coalescing agency.   Solar thermal turbine blade cross section (4D) to increase the superheated steam thermal and compressed air cold heat to 25 times the solar thermal turbine driving species + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) thermal Equipped with a pump + Drive various cargo planes (78V) + Fuel injection ignition combustion to cold heat + Compressed air heat energy and pressure stored separately in mass Acceleration drive with mercury etc. Various energy storage with acceleration driven turbine Cycle coalescing agency.   Increase the superheated steam thermal and compressed air cold heat to double the one-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4E) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Equipped + Drive various cargo planes (78V) + Fuel injection ignition to cold heat + Compressed air heat energy and pressure divided and stored in mass Accelerated driving with mercury etc. Various energy storage with acceleration driven turbine Cycle coalescing agency.   Increase the superheated steam thermal energy and compressed air cold heat to three-stage two-stage solar thermal turbine driving species triple solar thermal turbine blade cross section (4F) + combined engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Prepare water heat exchange equipment + Drive various cargo airplanes (78V) + Fuel injection ignition to cold heat + Burn with compressed air heat and pressure divided etc saved in mass of compressed air Mercury with acceleration driven turbine and Various energy conservation cycle coalition agencies.   Increase the superheated steam thermal and compressed air cold heat to 4 times the three-stage solar heat turbine drive species of solar thermal turbine blade cross section (4A) + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Prepare air heat exchange equipment + Drive various cargo airplanes (78V) + Fuel injection ignition to cold heat + Burn with compressed air heat amount and mass divided into mass and accelerate acceleration drive mercury with acceleration drive Various energy conservation cycle coalition agencies.   Increase the superheated steam thermal and compressed air cold heat to 5 times the four-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4B) + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Equipped with a generator + Drive various cargo planes (78V) + Fuel injection ignition to cold heat + Various amounts of compressed air heat and pressure divided etc stored in mass Accelerated by mercury etc. Energy Conservation Cycle Coalition Agency.   Increase the superheated steam thermal and compressed air cold heat to 5 times solar thermal turbine drive species of 6 times the solar thermal turbine blade cross section (4C) + combined engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Heat pump equipped + Maximize utilization of gravity and sunlight + (78V) rocket injection + Fuel injection ignition to cold heat + Combustion with heat pump and mercury gravity Compressed air production heat production + Vertical mercury gravity turbine Various energy storage cycle coalescing engines to drive.   Increase the superheated steam thermal and compressed air cold heat to 7 times the solar heat turbine blade cross section (4D) 7 times 6 stage solar heat turbine drive species + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h ) Use compression heat recovery equipment + Maximize utilization of gravity and sunlight + (78V) Rocket injection + Fuel injection ignition to cold heat + Fire heat combustion and compression of mercury by gravity Gravity air production heat production + 竪 type mercury Various energy storage cycle combined engines driven by gravity turbines.   Increase superheated steam thermal and compressed air cold heat to 8 times 7th stage solar heat turbine drive species of solar heat turbine blade cross section (4E) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Prepare water heat exchange equipment + Maximize utilization of gravity and sunlight + (78V) rocket injection + Fuel injection ignition to cold heat igniter + Heat pump and mercury gravity compressed air production heat production + 竪 type mercury Various energy storage cycle combined engines driven by gravity turbines.   Increase the superheated steam thermal and compressed air cold heat to 9 times the 8-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4F) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Prepare air heat exchange equipment + Maximize utilization of gravity and sunlight + (78V) rocket injection + Fuel injection ignition to cold heat igniter + Heat pump and mercury gravity compressed air production heat production + 竪 type mercury Various energy storage cycle combined engines driven by gravity turbines.   Increase the superheated steam thermal and compressed air cold heat to 10 times the 9th stage solar thermal turbine drive species of solar thermal turbine blade cross section (4A) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Equipped with a generator + Maximize utilization of gravity and sunlight + (78V) Rocket injection + Fuel injection ignition to cold heat + Combustion with heat pump and mercury gravity Compressed air production heat production + Broad pot mercury Various energy storage cycle combined engines driven by gravity turbines.   Increase the superheated steam thermal energy and compressed air cold heat to 11 times 10 stages of solar heat turbine drive species of solar heat turbine blade cross section (4B) + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Heat pump equipped + cold fuel injection ignition combustion + compressed air with heat pump and mercury gravity production heat production + various types of energy storage cycle combined engine driven by vertical mercury gravity turbine.   Solar thermal turbine blade cross section (4C) to increase the superheated steam thermal and compressed air cold heat to 12 times the solar thermal turbine driving species + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) equipment + + Cold energy fuel injection ignition combustion + Heat pump and mercury gravity compressed air production Heat production + 竪 type mercury gravity turbine driven various energy storage cycle combined engine.   Increase the superheated steam thermal energy and compressed air cold heat to 13 times one stage solar heat turbine drive species of solar thermal turbine blade cross section (4D) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h Water heat exchange equipment + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + vertical mercury gravity turbine driven various energy storage cycle combined engine.   Increase the superheated steam thermal and compressed air cold heat to 14 times the two-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4E) + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h 2.) Air heat exchange equipment + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + vertical mercury mercury turbine driven various energy storage cycle combined engine.   Increase the superheated steam thermal energy and compressed air cold heat to 15 times three-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4F) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h 2.) Equipped with a generator + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + various types of energy storage cycle combined engine driven by a wide type mercury gravity turbine in a broad sense.   Increase the superheated steam thermal and compressed air cold heat to 16 times 4-stage solar heat turbine drive species of solar thermal turbine blade cross section (4A) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h A) Heat pump equipped + Accelerate to make a metal ball small diameter + Heat pump and mercury gravity produce compressed air Production heat production 竪 Type mercury gravity turbine Drive various energy storage cycle combined engine.   Increase the superheated steam thermal energy and compressed air cold heat to 17 times 5-stage solar heat turbine drive species of solar heat turbine blade cross section (4B) + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1 h 2.) Equipped with a compression heat recovery unit + Accelerate the metal ball to a small diameter + Heat pump and compressed air with mercury gravity Production heat production + Various types of energy storage cycle combined engine driven by vertical mercury gravity turbine   Increase the superheated steam thermal and compressed air cold heat to 18 times 6-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4C) + combined engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Equipped with a water heat exchanger + Accelerate the metal ball to a small diameter + Heat pump and compressed air with mercury gravity Production heat production + Various types of energy storage cycle combined engine driven by mercury mercury gravity turbine   Increase the superheated steam thermal energy and compressed air cold heat to 19 times 7-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4D) + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1 h 2.) Equipped with an air heat exchanger + Accelerate the metal ball to a small diameter + Heat pump and compressed air with mercury gravity Production heat production + Various types of energy storage cycle combined engine driven by a mercury mercury turbine   Increase superheated steam thermal and compressed air cold heat to 20 times 8-stage solar heat turbine drive species of solar heat turbine blade cross section (4E) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Equipped with a generator + Accelerate the metal ball to a small diameter + Heat pump and mercury gravity produce compressed air Production heat + Various types of energy storage cycle combined engine driven by a wide type mercury gravity turbine in a broad sense.   Increase the superheated steam thermal and compressed air cold heat to 21 times the 9th stage solar heat turbine drive species of solar heat turbine blade cross section (4F) + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1 h A) Heat pump equipped + Accelerate mercury to make it a solar heat turbine driven species + Heat pump and compressed air production with mercury gravity Heat production of various types + Energy saving cycle combined engine driven by vertical mercury gravity turbine   Increase the superheated steam thermal and compressed air cold heat to 22 times 10 stages of solar heat turbine drive species + make the combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h) 2.) Prepare + accelerate mercury to make it a solar thermal turbine driven species + Heat pump and compressed air production with mercury gravity + Heat production of various types + Energy saving cycle combined engine driven by vertical mercury gravity turbine.   Solar thermal turbine blade section (4B) to increase the superheated steam thermal and compressed air cold heat to 23 times the solar thermal turbine driving species + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) water Heat exchange equipment + Accelerate mercury to make it a solar thermal turbine driving species + Heat pump and mercury gravity produce compressed air Production heat production + Vertical mercury gravity turbine Drive various energy storage cycle combined engine.   Increase the superheated steam thermal and compressed air cold heat to 24 times 1-stage solar thermal turbine drive species solar thermal turbine blade cross section (4C) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h 2.) Air heat exchange equipment + Accelerate mercury to make it a solar thermal turbine driving species + Heat pump and compressed air with mercury gravity Production heat production + Various types of energy storage cycle combined engine driven by vertical mercury gravity turbine   Increase the superheated steam thermal and compressed air cold heat to 25 times 2-stage solar thermal turbine drive species solar thermal turbine blade cross section (4D) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h Power generator equipped + Accelerate mercury to make it a solar heat turbine driving species + Heat pump and mercury gravity produce compressed air Production heat production + Various types of energy storage cycle combined engine driven by a wide type mercury gravity turbine in a broad sense.   Increase the superheated steam thermal and compressed air cold heat to double the three-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4E) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Heat pump equipped + Drive various space units (78V) + Fuel injection ignition to cold heat igniter combustion + Heat pump and mercury gravity compressed air production heat production + Vertical mercury gravity turbine driven various energy storage cycles Coalition agency.   Increase the superheated steam thermal and compressed air cold heat to 4th stage solar thermal turbine drive species triple solar thermal turbine blade cross section (4F) + combined engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Prepare compression heat recovery equipment + Drive various space vehicles (78V) + Fuel injection ignition to cold heat + Burn heat with compressed air with heat pump and mercury gravity + Heat energy of various types driven by vertical mercury gravity turbine Preservation cycle union agency.   Increase the superheated steam thermal and compressed air cold heat to 5 times solar thermal turbine drive species of 4 times the solar heat turbine blade cross section (4A) + combined engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Prepare water heat exchange equipment + Drive various space vehicles (78V) + Fuel injection ignition combustion to cold energy + Heat pump and compressed air with mercury gravity Heat production of heat + Various energy driven by mercury mercury gravity turbine Preservation cycle union agency.   Increase the superheated steam thermal and compressed air cold heat to 5 times 6-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4B) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Prepare air heat exchange equipment + Drive various space vehicles (78V) + Fuel injection ignition to cold heat + Burn heat with compressed air with heat pump and mercury gravity + Heat energy of various types driven by vertical mercury gravity turbine Preservation cycle union agency.   Increase the superheated steam thermal and compressed air cold heat to 7 times solar thermal turbine drive species of 6 times the solar thermal turbine blade cross section (4C) + combined engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h ) Equipped with a generator + Drives various space vehicles (78V) + Fuel injection ignites combustion to cold heat + Heat pump and compressed air with mercury gravity Production heat production + Various energy driven by wedge-shaped mercury gravity turbine in a broad sense Preservation cycle union agency.   Increase the superheated steam thermal and compressed air cold heat to 7 times solar thermal turbine blade cross section (4D) to 8-fold solar thermal turbine drive species + make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + mercury downward Accelerated solar thermal turbine driving species + Drive various passenger aircraft (78 V) + Fuel injection to burn with cold heat + Fire pump combustion with compressed air with heat pump and mercury gravity + Various energy storage cycle combination driven by vertical mercury gravity turbine organ.   Increase the superheated steam thermal and compressed air cold heat to 8 times the 9th stage solar thermal turbine drive species of solar thermal turbine blade cross section (4E) + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + mercury downward Accelerated solar thermal turbine driving species + Drive various passenger aircraft (78 V) + Fuel injection to burn with cold heat + Fire pump combustion with compressed air with heat pump and mercury gravity + Various energy storage cycle combination driven by vertical mercury gravity turbine organ.   Increase superheated steam thermal and compressed air cold heat to 10 times solar thermal turbine drive species with 9 times solar thermal blade cross section (4F) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + mercury downward Accelerated solar thermal turbine driving species + Drive various passenger aircraft (78 V) + Fuel injection to burn with cold heat + Fire pump combustion with compressed air with heat pump and mercury gravity + Various energy storage cycle combination driven by vertical mercury gravity turbine organ.   Solar thermal turbine blade section (4A) to 10 times the solar thermal turbine driving species Increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + mercury downward accelerating solar thermal Turbine driving type + driving various passenger aircraft (78 V) + fuel injection ignition to cold heat + combustion with compressed air with heat pump and mercury gravity production + various types of energy storage cycle combined engine driven by vertical mercury gravity turbine   Increase the superheated steam thermal and compressed air cold heat to 11 times the one-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4B) + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + mercury downward Accelerated solar thermal turbine driving species + Drive various passenger aircraft (78V) + Fuel injection ignition to cold heat + Fire pump combustion with compressed air with heat pump and mercury gravity + Various energy conservation driven by wide type mercury gravity turbine in a broad sense Cycle coalescing agency.   Increase the superheated steam thermal and compressed air cold heat to 12 times the two-stage solar thermal turbine drive species solar thermal turbine blade cross section (4C) + combined engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h ) Heat pump equipped + cold fuel injection ignition combustion + compressed air with heat pump and mercury gravity production heat production + various types of energy storage cycle combined engine driven by vertical mercury gravity turbine.   Increase the superheated steam thermal and compressed air cold heat to 13 times three-stage solar thermal turbine drive species solar thermal turbine blade cross section (4D) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Prepare heat compression equipment + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + vertical mercury gravity turbine driven various energy storage cycle combined engine.   Increase the superheated steam thermal and compressed air cold heat to 14 times the four-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4E) + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1 h Water heat exchange equipment + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + vertical mercury gravity turbine driven various energy storage cycle combined engine.   Increase the superheated steam thermal and compressed air cold heat to 15 times 5-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4F) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h 2.) Air heat exchange equipment + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + vertical mercury mercury turbine driven various energy storage cycle combined engine.   Increase the superheated steam thermal energy and compressed air cold heat to 16 times 6-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4A) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h 2.) Equipped with a generator + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + various types of energy storage cycle combined engine driven by a wide type mercury gravity turbine in a broad sense.   Increase the superheated steam thermal and compressed air cold heat to 17 times the number of seven-stage solar thermal turbine drive species of solar thermal turbine blade section (4B) + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h A) Heat pump + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + 竪 type mercury gravity turbine driven various energy storage cycle combined engine.   Increase the superheated steam thermal and compressed air cold heat to 18 times the solar heat turbine blade section (4C) to 18 times the solar heat turbine drive species + combined engine injection part (78V) to the solar thermal gravity rotary plane (39B) + horizontal axis (1h 2.) equipped with cold fuel + fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + vertical mercury mercury turbine driven various energy storage cycle combined engine.   Increase the superheated steam thermal and compressed air cold heat to 19 times the 9th stage solar thermal turbine drive species of solar thermal turbine blade cross section (4D) + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1 h 2.) Equipped with a water heat exchanger + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + vertical mercury gravity turbine driven various energy storage cycle combined engine.   Increase the superheated steam thermal and compressed air cold heat to 20 times the 10-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4E) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h 2.) Equipped with an air heat exchanger + fuel injection ignition combustion to cold energy + compressed air with heat pump and mercury gravity production heat production + various types of energy storage cycle combined engine driven by vertical mercury gravity turbine.   Solar thermal turbine blade section (4F) to increase the superheated steam thermal and compressed air cold heat to 21 times solar thermal turbine driving species + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) power generation The machine is equipped with + cold energy fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + broad range Hg type mercury gravity turbine driven various energy preservation cycle combined engine.   Increase the superheated steam thermal and compressed air cold heat to 22 times 1-stage solar thermal turbine drive species solar thermal turbine blade cross section (4A) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Heat pump equipped + cold fuel injection ignition combustion + compressed air with heat pump and mercury gravity production heat production + various types of energy storage cycle combined engine driven by vertical mercury gravity turbine.   Increase the superheated steam thermal and compressed air cold heat to 23 times 2-stage solar thermal turbine driving species of solar thermal turbine blade cross section (4B) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Prepare heat compression equipment + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + vertical mercury gravity turbine driven various energy storage cycle combined engine.   Increase the superheated steam thermal and compressed air cold heat to 24 times three-stage solar heat turbine drive species of solar heat turbine blade cross section (4C) + combined engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h Water heat exchange equipment + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + vertical mercury gravity turbine driven various energy storage cycle combined engine.   Increase the superheated steam thermal energy and compressed air cold heat to 25 times 4-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4D) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h 2.) Air heat exchange equipment + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + vertical mercury mercury turbine driven various energy storage cycle combined engine.   Increase the superheated steam thermal and compressed air cold heat to double the 5th step solar heat turbine drive species of solar heat turbine blade section (4E) + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h 2.) Equipped with a generator + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + various types of energy storage cycle combined engine driven by a wide type mercury gravity turbine in a broad sense.   Increase the superheated steam thermal and compressed air cold heat to 6-stage solar thermal turbine drive species triple solar thermal turbine blade cross section (4F) + combined engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Heat pump equipped + Drive various space units (78V) + Fuel injection ignition to cold heat igniter combustion + Heat pump and mercury gravity compressed air production heat production + Vertical mercury gravity turbine driven various energy storage cycles Coalition agency.   Increase the superheated steam thermal and compressed air cold heat to 7 times solar thermal turbine drive species of 4 times the solar thermal turbine blade cross section (4A) + combined engine injection part (78V) to the solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Equipped + Drive various space vehicles (78V) + Fuel injection ignition to cold heat + Burn heat with compressed air with heat pump and mercury gravity + Heat storage type combined energy storage cycle driven by vertical mercury gravity turbine Combined engine .   Increase the superheated steam thermal and compressed air cold heat to 5 times 8-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4B) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Prepare water heat exchange equipment + Drive various space vehicles (78V) + Fuel injection ignition combustion to cold energy + Heat pump and compressed air with mercury gravity Heat production of heat + Various energy driven by mercury mercury gravity turbine Preservation cycle union agency.   Increase the superheated steam thermal and compressed air cold heat to 9 times solar thermal turbine drive species of solar thermal turbine blade cross section (4C) by 6 times + combined engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Prepare air heat exchange equipment + Drive various space vehicles (78V) + Fuel injection ignition to cold heat + Burn heat with compressed air with heat pump and mercury gravity + Heat energy of various types driven by vertical mercury gravity turbine Preservation cycle union agency.   Increase the superheated steam thermal and compressed air cold heat to 7 times the 10th stage solar thermal turbine drive species solar thermal turbine blade cross section (4D) + combined engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h ) Equipped with a generator + Drives various space vehicles (78V) + Fuel injection ignites combustion to cold heat + Heat pump and compressed air with mercury gravity Production heat production + Various energy driven by wedge-shaped mercury gravity turbine in a broad sense Preservation cycle union agency.   Solar thermal turbine blade cross section (4E) to increase the superheated steam thermal and compressed air cold heat to 8 times the solar thermal turbine driving species + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + mercury downward accelerating solar thermal Turbine driving type + driving various passenger aircraft (78 V) + fuel injection ignition to cold heat + combustion with compressed air with heat pump and mercury gravity production + various types of energy storage cycle combined engine driven by vertical mercury gravity turbine   Increase the superheated steam thermal and compressed air cold heat to one stage solar heat turbine drive species of 9 times the solar heat turbine blade cross section (4F) + combined engine injection part (78V) solar thermal gravity rotation plane (39B) + mercury downward Accelerated solar thermal turbine driving species + Drive various passenger aircraft (78 V) + Fuel injection to burn with cold heat + Fire pump combustion with compressed air with heat pump and mercury gravity + Various energy storage cycle combination driven by vertical mercury gravity turbine organ.   Increase the superheated steam thermal and compressed air cold heat to 10 times the two-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4A) + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + mercury downward Accelerated solar thermal turbine driving species + Drive various passenger aircraft (78 V) + Fuel injection to burn with cold heat + Fire pump combustion with compressed air with heat pump and mercury gravity + Various energy storage cycle combination driven by vertical mercury gravity turbine organ.   Solar thermal turbine blade cross section (4B) to increase the superheated steam thermal and compressed air cold heat to 11 times three-stage solar thermal turbine driving species + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + mercury down Accelerated solar thermal turbine driving species + Drive various passenger aircraft (78 V) + Fuel injection to burn with cold heat + Fire pump combustion with compressed air with heat pump and mercury gravity + Various energy storage cycle combination driven by vertical mercury gravity turbine organ.   Increase the superheated steam thermal and compressed air cold heat to 12 times 4-stage solar thermal turbine driving species of solar thermal turbine blade cross section (4C) + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + mercury downward Accelerated solar thermal turbine driving species + Drive various passenger aircraft (78V) + Fuel injection ignition to cold heat + Fire pump combustion with compressed air with heat pump and mercury gravity + Various energy conservation driven by wide type mercury gravity turbine in a broad sense Cycle coalescing agency.   Increase the superheated steam thermal energy and compressed air cold heat to 13 times 5-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4D) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Heat pump equipped + cold fuel injection ignition combustion + compressed air with heat pump and mercury gravity production heat production + various types of energy storage cycle combined engine driven by vertical mercury gravity turbine.   Increase the superheated steam thermal and compressed air cold heat to 14 times the 6th stage solar thermal turbine drive species of solar thermal turbine blade cross section (4E) + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1 h 2.) Equipped with + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + vertical mercury mercury turbine driven various energy storage cycle combined engine.   Increase superheated steam thermal and compressed air cold heat to 15 times 7-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4F) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h Water heat exchange equipment + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + vertical mercury gravity turbine driven various energy storage cycle combined engine.   Increase the superheated steam thermal and compressed air cold heat to 16 times 8-stage solar heat turbine drive species of solar heat turbine blade cross section (4A) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h 2.) Air heat exchange equipment + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + vertical mercury mercury turbine driven various energy storage cycle combined engine.   Increase the superheated steam thermal and compressed air cold heat to 17 times the 9th stage solar thermal turbine drive species of solar thermal turbine blade cross section (4B) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h 2.) Equipped with a generator + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + various types of energy storage cycle combined engine driven by a wide type mercury gravity turbine in a broad sense.   Increase the superheated steam thermal and compressed air cold heat to 18 times 10 stages of solar heat turbine drive species of solar heat turbine blade cross section (4C) + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1 h A) Heat pump + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + 竪 type mercury gravity turbine driven various energy storage cycle combined engine.   Solar thermal turbine blade section (4D) to increase the superheated steam thermal and compressed air cold heat to 19 times solar thermal turbine driving species + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) compression Equipped with a heat recovery unit + cold fuel injection and combustion to cold heat + heat pump and mercury gravity compressed air production heat production + various types of energy storage cycle combined engine driven by mercury mercury turbine   Increase superheated steam thermal and compressed air cold heat to 20 times one stage solar heat turbine drive species of solar heat turbine blade cross section (4E) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h 2.) Equipped with a water heat exchanger + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + vertical mercury gravity turbine driven various energy storage cycle combined engine.   Increase the superheated steam thermal energy and compressed air cold heat to 21 times 2-stage solar thermal turbine driving species of solar thermal turbine blade cross section (4F) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h 2.) Equipped with an air heat exchanger + fuel injection ignition combustion to cold energy + compressed air with heat pump and mercury gravity production heat production + various types of energy storage cycle combined engine driven by vertical mercury gravity turbine.   Increase the superheated steam thermal and compressed air cold heat to 22 times three-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4A) + combined engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h 2.) Equipped with a generator + cold fuel injection and combustion for ignition + heat pump and mercury gravity compressed air production heat production + various types of energy storage cycle combined engine driven by a wide type mercury gravity turbine in a broad sense.   Increase the superheated steam thermal energy and compressed air cold heat to 23 times 4-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4B) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Heat pump equipped + cold fuel injection ignition combustion + compressed air with heat pump and mercury gravity production heat production + various types of energy storage cycle combined engine driven by vertical mercury gravity turbine.   Increase the superheated steam thermal energy and compressed air cold heat to 24 times 5-stage solar heat turbine drive species of solar heat turbine blade cross section (4C) + combine engine injection part (78V) to make a solar thermal gravity rotary airplane (39B) + horizontal axis (1 h 2.) Equipped with + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + vertical mercury mercury turbine driven various energy storage cycle combined engine.   Increase the superheated steam thermal and compressed air cold heat to 25 times 6-stage solar thermal turbine drive species solar thermal turbine blade cross section (4D) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h Water heat exchange equipment + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + vertical mercury gravity turbine driven various energy storage cycle combined engine.   Increase the superheated steam thermal and compressed air cold heat to double the 7th stage solar thermal turbine drive species of solar thermal turbine blade cross section (4E) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h 2.) Air heat exchange equipment + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + vertical mercury mercury turbine driven various energy storage cycle combined engine.   Increase the superheated steam thermal and compressed air cold heat to 8-stage solar thermal turbine drive species triple solar thermal turbine blade cross section (4F) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h 2.) Equipped with a generator + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + various types of energy storage cycle combined engine driven by a wide type mercury gravity turbine in a broad sense.   Increase the superheated steam thermal and compressed air cold heat to 9 times solar thermal turbine drive species of 4 times the solar thermal turbine blade cross section (4A) + combined engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Heat pump equipped + Drive various space units (78V) + Fuel injection ignition to cold heat igniter combustion + Heat pump and mercury gravity compressed air production heat production + Vertical mercury gravity turbine driven various energy storage cycles Coalition agency.   Increase the superheated steam thermal and compressed air cold heat to 10 times solar heat turbine drive species of solar thermal turbine blade cross section (4B) by 5 times + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Prepare compression heat recovery equipment + Drive various space vehicles (78V) + Fuel injection ignition to cold heat + Burn heat with compressed air with heat pump and mercury gravity + Heat energy of various types driven by vertical mercury gravity turbine Preservation cycle union agency.   Solar thermal turbine blade section (4C) to increase the superheated steam thermal and compressed air cold heat to 6 times the solar thermal turbine driving species + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) water Prepare heat exchange equipment + Drive various space vehicles (78V) + Fuel injection ignition to cold heat + Burn heat with compressed air with heat pump and mercury gravity + Heat storage cycle with various types of energy storage driven by vertical mercury gravity turbine Coalition agency.   Increase the superheated steam thermal and compressed air cold heat to 7-fold one-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4D) + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Prepare air heat exchange equipment + Drive various space vehicles (78V) + Fuel injection ignition to cold heat + Burn heat with compressed air with heat pump and mercury gravity + Heat energy of various types driven by vertical mercury gravity turbine Preservation cycle union agency.   Increase superheated steam thermal and compressed air cold heat to 8 times 2-stage solar heat turbine drive species of solar heat turbine blade cross section (4E) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Equipped with a generator + Drives various space vehicles (78V) + Fuel injection ignites combustion to cold heat + Heat pump and compressed air with mercury gravity Production heat production + Various energy driven by wedge-shaped mercury gravity turbine in a broad sense Preservation cycle union agency.   Increase the superheated steam thermal and compressed air cold heat to 9 times three-stage solar thermal turbine drive species of solar thermal blade cross section (4F) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + mercury downward Accelerated solar thermal turbine driving species + Drive various passenger aircraft (78 V) + Fuel injection to burn with cold heat + Fire pump combustion with compressed air with heat pump and mercury gravity + Various energy storage cycle combination driven by vertical mercury gravity turbine organ.   Increase the superheated steam thermal and compressed air cold heat to 10 times the four-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4A) + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + mercury downward Accelerated solar thermal turbine driving species + Drive various passenger aircraft (78 V) + Fuel injection to burn with cold heat + Fire pump combustion with compressed air with heat pump and mercury gravity + Various energy storage cycle combination driven by vertical mercury gravity turbine organ.   Solar thermal turbine blade cross section (4B) to increase the superheated steam thermal energy and compressed air cold heat to 11 times 5-stage solar thermal turbine driving species + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + mercury down Accelerated solar thermal turbine driving species + Drive various passenger aircraft (78 V) + Fuel injection to burn with cold heat + Fire pump combustion with compressed air with heat pump and mercury gravity + Various energy storage cycle combination driven by vertical mercury gravity turbine organ.   Increases superheated steam thermal and compressed air cold heat to 6 times solar thermal turbine drive species with 12 times solar thermal blade cross section (4C) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + mercury downward Accelerated solar thermal turbine driving species + Drive various passenger aircraft (78 V) + Fuel injection to burn with cold heat + Fire pump combustion with compressed air with heat pump and mercury gravity + Various energy storage cycle combination driven by vertical mercury gravity turbine organ.   Increase the superheated steam thermal and compressed air cold heat to 13 times 7-stage solar thermal turbine drive species solar thermal turbine blade cross section (4D) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + mercury down Accelerated solar thermal turbine driving species + Drive various passenger aircraft (78V) + Fuel injection ignition to cold heat + Fire pump combustion with compressed air with heat pump and mercury gravity + Various energy conservation driven by wide type mercury gravity turbine in a broad sense Cycle coalescing agency.   Increase superheated steam thermal and compressed air cold heat to 14 times 8-stage solar heat turbine drive species of solar heat turbine blade cross section (4E) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Heat pump equipped + cold fuel injection ignition combustion + compressed air with heat pump and mercury gravity production heat production + various types of energy storage cycle combined engine driven by vertical mercury gravity turbine.   Increase the superheated steam thermal and compressed air cold heat to 15 times the 9th stage solar thermal turbine drive species of solar thermal turbine blade cross section (4F) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Prepare heat compression equipment + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + vertical mercury gravity turbine driven various energy storage cycle combined engine.   Increase the superheated steam thermal energy and compressed air cold heat to 10 times solar heat turbine drive species of solar thermal turbine blade section (4A) by 16 times + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1 h Water heat exchange equipment + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + vertical mercury gravity turbine driven various energy storage cycle combined engine.   Solar thermal turbine blade section (4B) to increase the superheated steam thermal and compressed air cold heat to 17 times the solar thermal turbine drive species + combined engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h) air Heat exchange equipment + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + vertical mercury mercury gravity turbine driven various energy storage cycle combined engine.   Increase the superheated steam thermal and compressed air cold heat to 18 times 1-stage solar thermal turbine drive species solar thermal turbine blade cross section (4C) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h 2.) Equipped with a generator + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + various types of energy storage cycle combined engine driven by a wide type mercury gravity turbine in a broad sense.   Increase the superheated steam thermal and compressed air cold heat to 19 times 2-stage solar thermal turbine driving species of solar thermal turbine blade cross section (4D) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h A) Heat pump + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + 竪 type mercury gravity turbine driven various energy storage cycle combined engine.   Increase superheated steam thermal and compressed air cold heat to 20 times three-stage solar heat turbine drive species of solar heat turbine blade cross section (4E) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h 2.) equipped with cold fuel + fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + vertical mercury mercury turbine driven various energy storage cycle combined engine.   Increase the superheated steam thermal energy and compressed air cold heat to 21 times 4-stage solar heat turbine drive species of solar heat turbine blade cross section (4F) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h 2.) Equipped with a water heat exchanger + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + vertical mercury gravity turbine driven various energy storage cycle combined engine.   Increase the superheated steam thermal energy and compressed air cold heat to 22 times 5-stage solar heat turbine drive species of solar thermal turbine blade cross section (4A) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h 2.) Equipped with an air heat exchanger + fuel injection ignition combustion to cold energy + compressed air with heat pump and mercury gravity production heat production + various types of energy storage cycle combined engine driven by vertical mercury gravity turbine.   Increase the superheated steam thermal and compressed air cold heat to 23 times 6-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4B) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h 2.) Equipped with a generator + cold fuel injection and combustion for ignition + heat pump and mercury gravity compressed air production heat production + various types of energy storage cycle combined engine driven by a wide type mercury gravity turbine in a broad sense.   Increase the superheated steam thermal and compressed air cold heat to 24 times 7-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4C) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Heat pump equipped + cold fuel injection ignition combustion + compressed air with heat pump and mercury gravity production heat production + various types of energy storage cycle combined engine driven by vertical mercury gravity turbine.   Increase the superheated steam thermal energy and compressed air cold heat to 25 times 8-stage solar thermal turbine driving species of solar thermal turbine blade cross section (4D) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h A) Heat compression equipment equipped + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + vertical mercury gravity turbine driven various energy storage cycle combined engine.   Increase superheated steam thermal and compressed air cold heat to double 9th stage solar thermal turbine drive species of solar thermal turbine blade cross section (4E) + combined engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h Water heat exchange equipment + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + vertical mercury gravity turbine driven various energy storage cycle combined engine.   Increase superheated steam thermal and compressed air cold heat to 10 stages of solar heat turbine drive species triple solar heat turbine blade cross section (4F) + combine engine injection part (78V) to make solar thermal gravity rotary plane (39B) + horizontal axis (1 h 2.) Air heat exchange equipment + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + vertical mercury mercury turbine driven various energy storage cycle combined engine.   Solar thermal turbine blade cross section (4A) to increase the superheated steam thermal and compressed air cold heat to 4 times the solar thermal turbine driving species + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) power generation Equipped with equipment + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + wide-range 竪 type mercury gravity turbine driven various energy storage cycle combined engine.   Increase the superheated steam thermal and compressed air cold heat to 5 times one stage solar heat turbine drive species of solar heat turbine blade cross section (4B) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Heat pump equipped + Drive various space units (78V) + Fuel injection ignition to cold heat igniter combustion + Heat pump and mercury gravity compressed air production heat production + Vertical mercury gravity turbine driven various energy storage cycles Coalition agency.   Increase the superheated steam thermal and compressed air cold heat to 6 times the two-stage solar heat turbine drive species of solar heat turbine blade cross section (4C) + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h ) Equipped + Drive various space vehicles (78V) + Fuel injection ignition to cold heat + Burn heat with compressed air with heat pump and mercury gravity + Heat storage type combined energy storage cycle driven by vertical mercury gravity turbine Combined engine .   Increase the superheated steam thermal energy and compressed air cold heat to 7 times three-stage solar thermal turbine driving species of solar thermal turbine blade cross section (4D) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Prepare air heat exchange equipment + Drive various space vehicles (78V) + Fuel injection ignition to cold heat + Burn heat with compressed air with heat pump and mercury gravity + Heat energy of various types driven by vertical mercury gravity turbine Preservation cycle union agency.   Increase superheated steam thermal and compressed air cold heat to 8 times 4-stage solar heat turbine drive species of solar heat turbine blade cross section (4E) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Prepare water heat exchange equipment + Drive various space vehicles (78V) + Fuel injection ignition combustion to cold energy + Heat pump and compressed air with mercury gravity Heat production of heat + Various energy driven by mercury mercury gravity turbine Preservation cycle union agency.   Increase superheated steam thermal and compressed air cold heat to 9 times 5-stage solar heat turbine drive species of solar heat turbine blade cross section (4F) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Equipped with a generator + Drives various space vehicles (78V) + Fuel injection ignites combustion to cold heat + Heat pump and compressed air with mercury gravity Production heat production + Various energy driven by wedge-shaped mercury gravity turbine in a broad sense Preservation cycle union agency.   Increase the superheated steam thermal and compressed air cold heat to 10 times the 6-stage solar thermal turbine drive species solar thermal turbine blade cross section (4A) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + mercury down Accelerated solar thermal turbine driving species + Drive various passenger aircraft (78 V) + Fuel injection to burn with cold heat + Fire pump combustion with compressed air with heat pump and mercury gravity + Various energy storage cycle combination driven by vertical mercury gravity turbine organ.   Solar thermal turbine blade cross section (4B) to increase the superheated steam thermal energy and compressed air cold heat to 7 times solar thermal turbine drive species by 11 times + combined engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + mercury downward Accelerated solar thermal turbine driving species + Drive various passenger aircraft (78 V) + Fuel injection to burn with cold heat + Fire pump combustion with compressed air with heat pump and mercury gravity + Various energy storage cycle combination driven by vertical mercury gravity turbine organ.   Increase the superheated steam thermal and compressed air cold heat to 12 times the 8-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4C) + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + mercury downward Accelerated solar thermal turbine driving species + Drive various passenger aircraft (78 V) + Fuel injection to burn with cold heat + Fire pump combustion with compressed air with heat pump and mercury gravity + Various energy storage cycle combination driven by vertical mercury gravity turbine organ.   Increase the superheated steam thermal and compressed air cold heat to 13 times the 9th stage solar thermal turbine drive species of solar thermal turbine blade cross section (4D) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + mercury downward Accelerated solar thermal turbine driving species + Drive various passenger aircraft (78 V) + Fuel injection to burn with cold heat + Fire pump combustion with compressed air with heat pump and mercury gravity + Various energy storage cycle combination driven by vertical mercury gravity turbine organ.   Increase the superheated steam thermal and compressed air cold heat to 14 times the 10th stage solar thermal turbine drive species of solar thermal turbine blade cross section (4E) + make it a combined engine injection part (78V) solar thermal gravity rotary plane (39B) + mercury downward Accelerated solar thermal turbine driving species + Drive various passenger aircraft (78V) + Fuel injection ignition to cold heat + Fire pump combustion with compressed air with heat pump and mercury gravity + Various energy conservation driven by wide type mercury gravity turbine in a broad sense Cycle coalescing agency.   Solar thermal turbine blade section (4F) to increase the superheated steam thermal and compressed air cold heat to 15 times the solar thermal turbine driving species + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) thermal Equipped with a pump + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + wedge type mercury gravity turbine driven various energy storage cycle combined engine.   Increase the superheated steam thermal and compressed air cold heat to 16 times one stage solar heat turbine drive species of solar thermal turbine blade cross section (4A) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h 2.) Equipped with + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + vertical mercury mercury turbine driven various energy storage cycle combined engine.   Increase the superheated steam thermal and compressed air cold heat to 17 times the two-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4B) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h Water heat exchange equipment + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + vertical mercury gravity turbine driven various energy storage cycle combined engine.   Increase the superheated steam thermal and compressed air cold heat to 18 times three-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4C) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h 2.) Air heat exchange equipment + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + vertical mercury mercury turbine driven various energy storage cycle combined engine.   Increase the superheated steam thermal and compressed air cold heat to 19 times 4-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4D) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h 2.) Equipped with a generator + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + various types of energy storage cycle combined engine driven by a wide type mercury gravity turbine in a broad sense.   Increase superheated steam thermal and compressed air cold heat to 20 times 5-stage solar heat turbine drive species of solar heat turbine blade cross section (4E) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h A) Heat pump + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + 竪 type mercury gravity turbine driven various energy storage cycle combined engine.   Increase the superheated steam thermal energy and compressed air cold heat to 21 times 6-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4F) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h 2.) Equipped with a compression heat recovery unit + fuel injection ignition combustion to cold heat + heat pump and compressed air production with mercury gravity production + various energy storage cycle combined engines driven by vertical mercury gravity turbine.   Increase the superheated steam thermal and compressed air cold heat to 22 times 7-stage solar heat turbine drive species solar thermal turbine blade cross section (4A) + combined engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1h 2.) Equipped with a water heat exchanger + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + vertical mercury gravity turbine driven various energy storage cycle combined engine.   Increase the superheated steam thermal and compressed air cold heat to 23 times 8-stage solar heat turbine drive species of solar heat turbine blade cross section (4B) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h 2.) Equipped with an air heat exchanger + fuel injection ignition combustion to cold energy + compressed air with heat pump and mercury gravity production heat production + various types of energy storage cycle combined engine driven by vertical mercury gravity turbine.   Increase the superheated steam thermal and compressed air cold heat to 24 times the 9th stage solar thermal turbine drive species of solar thermal turbine blade cross section (4C) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h 2.) Equipped with a generator + cold fuel injection and combustion for ignition + heat pump and mercury gravity compressed air production heat production + various types of energy storage cycle combined engine driven by a wide type mercury gravity turbine in a broad sense.   Increase the superheated steam thermal and compressed air cold heat to 25 times 10 stage solar thermal turbine drive species solar thermal turbine blade cross section (4D) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Heat pump equipped + cold fuel injection ignition combustion + compressed air with heat pump and mercury gravity production heat production + various types of energy storage cycle combined engine driven by vertical mercury gravity turbine.   Solar thermal turbine blade cross section (4E) to double the solar thermal turbine driving species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) equipment + + Cold energy fuel injection ignition combustion + Heat pump and mercury gravity compressed air production Heat production + 竪 type mercury gravity turbine driven various energy storage cycle combined engine.   Increase superheated steam thermal and compressed air cold heat to one stage solar heat turbine drive species triple solar thermal turbine blade cross section (4F) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h Water heat exchange equipment + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + vertical mercury gravity turbine driven various energy storage cycle combined engine.   Increase the superheated steam thermal and compressed air cold heat to 4 times the double-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4A) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h 2.) Air heat exchange equipment + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + vertical mercury mercury turbine driven various energy storage cycle combined engine.   Increase the superheated steam thermal energy and compressed air cold heat to 5 times three-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4B) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h 2.) Equipped with a generator + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + various types of energy storage cycle combined engine driven by a wide type mercury gravity turbine in a broad sense.   Increase the superheated steam thermal and compressed air cold heat to 6 times the four-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4C) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Heat pump equipped + Drive various space units (78V) + Fuel injection ignition to cold heat igniter combustion + Heat pump and mercury gravity compressed air production heat production + Vertical mercury gravity turbine driven various energy storage cycles Coalition agency.   Increase superheated steam thermal and compressed air cold heat to 7 times 5-stage solar heat turbine drive species of solar heat turbine blade cross section (4D) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Prepare compression heat recovery equipment + Drive various space vehicles (78V) + Fuel injection ignition to cold heat + Burn heat with compressed air with heat pump and mercury gravity + Heat energy of various types driven by vertical mercury gravity turbine Preservation cycle union agency.   Increase the superheated steam thermal and compressed air cold heat to 8 times the 6th stage solar thermal turbine drive species solar thermal turbine blade cross section (4E) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h ) Prepare water heat exchange equipment + Drive various space vehicles (78V) + Fuel injection ignition combustion to cold energy + Heat pump and compressed air with mercury gravity Heat production of heat + Various energy driven by mercury mercury gravity turbine Preservation cycle union agency.   Increase the superheated steam thermal and compressed air cold heat to 9 times 7-stage solar thermal turbine drive species solar thermal turbine blade cross section (4F) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Prepare air heat exchange equipment + Drive various space vehicles (78V) + Fuel injection ignition to cold heat + Burn heat with compressed air with heat pump and mercury gravity + Heat energy of various types driven by vertical mercury gravity turbine Preservation cycle union agency.   Increase the superheated steam thermal and compressed air cold heat to 10 times the 8-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4A) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Equipped with a generator + Drives various space vehicles (78V) + Fuel injection ignites combustion to cold heat + Heat pump and compressed air with mercury gravity Production heat production + Various energy driven by wedge-shaped mercury gravity turbine in a broad sense Preservation cycle union agency.   Increase the superheated steam thermal and compressed air cold heat to 9 times solar thermal turbine drive species of 11 times solar thermal turbine blade cross section (4B) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + mercury downward Accelerated solar thermal turbine driving species + Drive various passenger aircraft (78 V) + Fuel injection to burn with cold heat + Fire pump combustion with compressed air with heat pump and mercury gravity + Various energy storage cycle combination driven by vertical mercury gravity turbine organ.   Increase superheated steam thermal and compressed air cold heat to 10 times solar thermal turbine drive species with 12 times solar thermal blade cross section (4C) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + mercury downward Accelerated solar thermal turbine driving species + Drive various passenger aircraft (78 V) + Fuel injection to burn with cold heat + Fire pump combustion with compressed air with heat pump and mercury gravity + Various energy storage cycle combination driven by vertical mercury gravity turbine organ.   Solar thermal turbine blade cross section (4D) to 13 times solar thermal turbine driving species Increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + accelerate mercury downward to solar heat Turbine driving type + driving various passenger aircraft (78 V) + fuel injection ignition to cold heat + combustion with compressed air with heat pump and mercury gravity production + various types of energy storage cycle combined engine driven by vertical mercury gravity turbine   Increase the superheated steam thermal and compressed air cold heat to 14 times the stage of the solar thermal turbine blade cross section (4E) + 14 times the solar thermal turbine drive species + make the combined engine injection part (78V) solar thermal gravity rotary plane (39B) + mercury downward Accelerated solar thermal turbine driving species + Drive various passenger aircraft (78 V) + Fuel injection to burn with cold heat + Fire pump combustion with compressed air with heat pump and mercury gravity + Various energy storage cycle combination driven by vertical mercury gravity turbine organ.   Increase the superheated steam thermal and compressed air cold heat to 15 times two-stage solar thermal turbine driving species of solar thermal blade cross section (4F) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + mercury downward Accelerated solar thermal turbine driving species + Drive various passenger aircraft (78V) + Fuel injection ignition to cold heat + Fire pump combustion with compressed air with heat pump and mercury gravity + Various energy conservation driven by wide type mercury gravity turbine in a broad sense Cycle coalescing agency.   Increase the superheated steam thermal and compressed air cold heat to 16 times three-stage solar heat turbine drive species of solar thermal turbine blade cross section (4A) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Heat pump equipped + cold fuel injection ignition combustion + compressed air with heat pump and mercury gravity production heat production + various types of energy storage cycle combined engine driven by vertical mercury gravity turbine.   Increase the superheated steam thermal and compressed air cold heat to 17 times the four-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4B) + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h A) Heat compression equipment equipped + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + vertical mercury gravity turbine driven various energy storage cycle combined engine.   Increase the superheated steam thermal energy and compressed air cold heat to 18 times 5-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4C) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h Water heat exchange equipment + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + vertical mercury gravity turbine driven various energy storage cycle combined engine.   Increase the superheated steam thermal and compressed air cold heat to 19 times 6-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4D) + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1 h 2.) Air heat exchange equipment + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + vertical mercury mercury turbine driven various energy storage cycle combined engine.   Increase superheated steam thermal and compressed air cold heat to 20 times 7-stage solar heat turbine drive species of solar heat turbine blade cross section (4E) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h 2.) Equipped with a generator + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + various types of energy storage cycle combined engine driven by a wide type mercury gravity turbine in a broad sense.   Increase the superheated steam thermal energy and compressed air cold heat to 21 times 8-stage solar heat turbine drive species of solar thermal turbine blade cross section (4F) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h A) Heat pump + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + 竪 type mercury gravity turbine driven various energy storage cycle combined engine.   Increase the superheated steam thermal and compressed air cold heat to 22 times the 9th stage solar thermal turbine drive species of solar thermal turbine blade cross section (4A) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h 2.) equipped with cold fuel + fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + vertical mercury mercury turbine driven various energy storage cycle combined engine.   Increase the superheated steam thermal and compressed air cold heat to 23 times 10 stages of solar heat turbine drive species + make the combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + horizontal axis (1 h) 2.) Equipped with a water heat exchanger + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + vertical mercury gravity turbine driven various energy storage cycle combined engine.   Solar thermal turbine blade section (4C) to increase the superheated steam thermal and compressed air cold heat to 24 times the solar thermal turbine driving species + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) air Equipped with a heat exchanger + cold to fuel injection ignition combustion + compressed air with heat pump and mercury gravity heat production + various types of energy storage cycle combined engine driven by vertical mercury gravity turbine.   Increase the superheated steam thermal and compressed air cold heat to 25 times 1-stage solar thermal turbine drive species solar thermal turbine blade cross section (4D) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h 2.) Equipped with a generator + cold fuel injection and combustion for ignition + heat pump and mercury gravity compressed air production heat production + various types of energy storage cycle combined engine driven by a wide type mercury gravity turbine in a broad sense.   Increases superheated steam thermal and compressed air cold heat to double solar heat turbine blade cross section (4E) to double stage solar heat turbine drive species + combined engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Heat pump equipped + cold fuel injection ignition combustion + compressed air with heat pump and mercury gravity production heat production + various types of energy storage cycle combined engine driven by vertical mercury gravity turbine.   Increase the superheated steam thermal and compressed air cold heat to three-stage solar thermal turbine drive species triple solar thermal turbine blade cross section (4F) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Prepare heat compression equipment + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + vertical mercury gravity turbine driven various energy storage cycle combined engine.   Increase the superheated steam thermal energy and compressed air cold heat to quadruple four-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4A) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h Water heat exchange equipment + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + vertical mercury gravity turbine driven various energy storage cycle combined engine.   Increase the superheated steam thermal and compressed air cold heat to 5 times solar thermal turbine drive species of solar thermal turbine blade cross section (4B) 5 times + combined engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h 2.) Air heat exchange equipment + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + vertical mercury mercury turbine driven various energy storage cycle combined engine.   Increase the superheated steam thermal and compressed air cold heat to 6 times solar thermal turbine drive species of solar thermal turbine blade cross section (4C) by 6 times + combined engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h 2.) Equipped with a generator + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + various types of energy storage cycle combined engine driven by a wide type mercury gravity turbine in a broad sense.   Increase the superheated steam thermal and compressed air cold heat to 7 times solar thermal turbine drive species of solar thermal turbine blade cross section (4D) seven times + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Heat pump equipped + Drive various space units (78V) + Fuel injection ignition to cold heat igniter combustion + Heat pump and mercury gravity compressed air production heat production + Vertical mercury gravity turbine driven various energy storage cycles Coalition agency.   Increase the superheated steam thermal energy and compressed air cold heat to 8 times solar thermal turbine driving species by multiplying solar thermal turbine blade cross section (4E) by 8 times + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Equipped + Drive various space vehicles (78V) + Fuel injection ignition to cold heat + Burn heat with compressed air with heat pump and mercury gravity + Heat storage type combined energy storage cycle driven by vertical mercury gravity turbine Combined engine .   Increase the superheated steam thermal and compressed air cold heat to 9 times solar thermal turbine drive species of 9 times solar thermal turbine blade cross section (4F) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Prepare water heat exchange equipment + Drive various space vehicles (78V) + Fuel injection ignition combustion to cold energy + Heat pump and compressed air with mercury gravity Heat production of heat + Various energy driven by mercury mercury gravity turbine Preservation cycle union agency.   Increase the superheated steam thermal and compressed air cold heat to 10 times the stage of the solar heat turbine driven species of solar heat turbine blade cross section (4A) + make the combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Prepare air heat exchange equipment + Drive various space vehicles (78V) + Fuel injection ignition to cold heat + Burn heat with compressed air with heat pump and mercury gravity + Heat energy of various types driven by vertical mercury gravity turbine Preservation cycle union agency.   Solar thermal turbine blade section (4B) to increase the superheated steam thermal and compressed air cold heat to 11 times solar thermal turbine driving species + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) power generation Make equipment + drive various space vehicles (78V) + fuel injection ignition to cold heat + burn heat by compressed air with heat pump and mercury gravity + various energy storage cycles driven by vertical mercury gravity turbine in a broad sense Coalition agency.   Solar thermal turbine blade cross section (4C) to 12 times one stage solar thermal turbine driving species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + mercury down Accelerated solar thermal turbine driving species + Drive various passenger aircraft (78 V) + Fuel injection to burn with cold heat + Fire pump combustion with compressed air with heat pump and mercury gravity + Various energy storage cycle combination driven by vertical mercury gravity turbine organ.   Solar thermal turbine blade cross section (4D) to 13 times double stage solar thermal turbine driving species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + mercury down Accelerated solar thermal turbine driving species + Drive various passenger aircraft (78 V) + Fuel injection to burn with cold heat + Fire pump combustion with compressed air with heat pump and mercury gravity + Various energy storage cycle combination driven by vertical mercury gravity turbine organ.   Increases superheated steam thermal and compressed air cold heat to 14 times three-stage solar thermal turbine drive species with solar thermal turbine blade cross section (4E) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + mercury downward Accelerated solar thermal turbine driving species + Drive various passenger aircraft (78 V) + Fuel injection to burn with cold heat + Fire pump combustion with compressed air with heat pump and mercury gravity + Various energy storage cycle combination driven by vertical mercury gravity turbine organ.   Increase superheated steam thermal and compressed air cold heat to 4 times solar thermal turbine drive species with 15 times solar thermal blade cross section (4F) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + mercury downward Accelerated solar thermal turbine driving species + Drive various passenger aircraft (78 V) + Fuel injection to burn with cold heat + Fire pump combustion with compressed air with heat pump and mercury gravity + Various energy storage cycle combination driven by vertical mercury gravity turbine organ.   Increase the superheated steam thermal and compressed air cold heat to 16 times 5-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4A) + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + mercury downward Accelerated solar thermal turbine driving species + Drive various passenger aircraft (78V) + Fuel injection ignition to cold heat + Fire pump combustion with compressed air with heat pump and mercury gravity + Various energy conservation driven by wide type mercury gravity turbine in a broad sense Cycle coalescing agency.   Increase the superheated steam thermal and compressed air cold heat to 17 times the number of solar thermal turbine blade cross section (4B) 17 times 6 stage solar thermal turbine driving species + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h ) Heat pump equipped + cold fuel injection ignition combustion + compressed air with heat pump and mercury gravity production heat production + various types of energy storage cycle combined engine driven by vertical mercury gravity turbine.   Increase superheated steam thermal and compressed air cold heat to 18 times 7-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4C) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h 2.) Equipped with + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + vertical mercury mercury turbine driven various energy storage cycle combined engine.   Increase the superheated steam thermal and compressed air cold heat to 19 times 8-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4D) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h Water heat exchange equipment + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + vertical mercury gravity turbine driven various energy storage cycle combined engine.   Increase superheated steam thermal and compressed air cold heat to 20 times 9th stage solar thermal turbine drive species of solar thermal turbine blade cross section (4E) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h 2.) Air heat exchange equipment + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + vertical mercury mercury turbine driven various energy storage cycle combined engine.   Increase the superheated steam thermal and compressed air cold heat to 21 times 10 stage solar heat turbine drive species of solar heat turbine blade cross section (4F) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h 2.) Equipped with a generator + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + various types of energy storage cycle combined engine driven by a wide type mercury gravity turbine in a broad sense.   Solar thermal turbine blade section (4A) to increase the superheated steam thermal and compressed air cold heat to 22 times the solar thermal turbine driving species + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) thermal Equipped with a pump + cold fuel injection to burn the cold + heat pump and compressed air with mercury gravity production heat production + various types of energy storage cycle combined engine driven by a mercury-type mercury gravity turbine.   Increase the superheated steam thermal energy and compressed air cold heat to 23 times one stage solar heat turbine drive species of solar heat turbine blade cross section (4B) + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1 h 2.) Equipped with a compression heat recovery unit + fuel injection ignition combustion to cold heat + heat pump and compressed air production with mercury gravity production + various energy storage cycle combined engines driven by vertical mercury gravity turbine.   Increase the superheated steam thermal and compressed air cold heat to 24 times the two-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4C) + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h 2.) Equipped with a water heat exchanger + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + vertical mercury gravity turbine driven various energy storage cycle combined engine.   Increase the superheated steam thermal energy and compressed air cold heat to 25 times three-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4D) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h 2.) Equipped with an air heat exchanger + fuel injection ignition combustion to cold energy + compressed air with heat pump and mercury gravity production heat production + various types of energy storage cycle combined engine driven by vertical mercury gravity turbine.   Increase the superheated steam thermal and compressed air cold heat to double 4th stage solar thermal turbine drive species of solar thermal turbine blade cross section (4E) + combined engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h 2.) Equipped with a generator + cold fuel injection and combustion for ignition + heat pump and mercury gravity compressed air production heat production + various types of energy storage cycle combined engine driven by a wide type mercury gravity turbine in a broad sense.   Increase the superheated steam thermal and compressed air cold heat to 5 times solar thermal turbine drive species triple solar thermal turbine blade cross section (4F) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Heat pump equipped + cold fuel injection ignition combustion + compressed air with heat pump and mercury gravity production heat production + various types of energy storage cycle combined engine driven by vertical mercury gravity turbine.   Increase the superheated steam thermal and compressed air cold heat to 6 times solar thermal turbine drive species of 4 times the solar thermal turbine blade cross section (4A) + combined engine injection part (78V) to the solar thermal gravity rotary plane (39B) + horizontal axis (1 h 2.) Equipped with + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + vertical mercury mercury turbine driven various energy storage cycle combined engine.   Increase superheated steam thermal and compressed air cold heat to 5 times 7th stage solar thermal turbine driving species of solar thermal turbine blade cross section (4B) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h Water heat exchange equipment + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + vertical mercury gravity turbine driven various energy storage cycle combined engine.   Increase the superheated steam thermal and compressed air cold heat to 8 times solar thermal turbine drive species of solar thermal turbine blade cross section (4C) by 6 times + combined engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h 2.) Air heat exchange equipment + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + vertical mercury mercury turbine driven various energy storage cycle combined engine.   Increase the superheated steam thermal and compressed air cold heat to 7 times the 9th stage solar thermal turbine drive species of solar thermal turbine blade cross section (4D) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h 2.) Equipped with a generator + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + various types of energy storage cycle combined engine driven by a wide type mercury gravity turbine in a broad sense.   Increase the superheated steam thermal and compressed air cold heat to 10 times solar thermal turbine drive species of solar thermal turbine blade cross section (4E) by 8 times + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Heat pump equipped + Drive various space units (78V) + Fuel injection ignition to cold heat igniter combustion + Heat pump and mercury gravity compressed air production heat production + Vertical mercury gravity turbine driven various energy storage cycles Coalition agency.   Solar thermal turbine blade section (4F) to increase the superheated steam thermal and compressed air cold heat to 9 times the solar thermal turbine driving species + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) compression Preparation of heat recovery equipment + Drive various space vehicles (78V) + Fuel injection ignition combustion to cold heat + Heat pump and compressed air with mercury gravity Production heat production + Various types of energy storage cycles driven by vertical mercury gravity turbine Coalition agency.   Increase the superheated steam thermal and compressed air cold heat to 10 times the one-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4A) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Prepare water heat exchange equipment + Drive various space vehicles (78V) + Fuel injection ignition combustion to cold energy + Heat pump and compressed air with mercury gravity Heat production of heat + Various energy driven by mercury mercury gravity turbine Preservation cycle union agency.   Increase the superheated steam thermal energy and compressed air cold heat to 11 times 2-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4B) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Prepare air heat exchange equipment + Drive various space vehicles (78V) + Fuel injection ignition to cold heat + Burn heat with compressed air with heat pump and mercury gravity + Heat energy of various types driven by vertical mercury gravity turbine Preservation cycle union agency.   Increase the superheated steam thermal and compressed air cold heat to 12 times three-stage solar heat turbine drive species of solar heat turbine blade cross section (4C) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Equipped with a generator + Drives various space vehicles (78V) + Fuel injection ignites combustion to cold heat + Heat pump and compressed air with mercury gravity Production heat production + Various energy driven by wedge-shaped mercury gravity turbine in a broad sense Preservation cycle union agency.   Increase the superheated steam thermal and compressed air cold heat to 13 times 4-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4D) + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + mercury downward Accelerated solar thermal turbine driving species + Drive various passenger aircraft (78 V) + Fuel injection to burn with cold heat + Fire pump combustion with compressed air with heat pump and mercury gravity + Various energy storage cycle combination driven by vertical mercury gravity turbine organ.   Increase the superheated steam thermal and compressed air cold heat to 14 times 5-stage solar heat turbine drive species of solar heat turbine blade cross section (4E) + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + mercury downward Accelerated solar thermal turbine driving species + Drive various passenger aircraft (78 V) + Fuel injection to burn with cold heat + Fire pump combustion with compressed air with heat pump and mercury gravity + Various energy storage cycle combination driven by vertical mercury gravity turbine organ.   Increases superheated steam thermal and compressed air cold heat to 6 times solar thermal turbine drive species with 15 times solar thermal blade cross section (4F) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + mercury downward Accelerated solar thermal turbine driving species + Drive various passenger aircraft (78 V) + Fuel injection to burn with cold heat + Fire pump combustion with compressed air with heat pump and mercury gravity + Various energy storage cycle combination driven by vertical mercury gravity turbine organ.   Solar thermal turbine blade cross section (4A) to increase the superheated steam thermal and compressed air cold heat to 16 times 7 stages solar thermal turbine drive species + combined engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + mercury down Accelerated solar thermal turbine driving species + Drive various passenger aircraft (78 V) + Fuel injection to burn with cold heat + Fire pump combustion with compressed air with heat pump and mercury gravity + Various energy storage cycle combination driven by vertical mercury gravity turbine organ.   Solar thermal turbine blade cross section (4B) 17 times to increase the superheated steam thermal energy and compressed air cold heat to 8-stage solar thermal turbine driving species + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + mercury down Accelerated solar thermal turbine driving species + Drive various passenger aircraft (78V) + Fuel injection ignition to cold heat + Fire pump combustion with compressed air with heat pump and mercury gravity + Various energy conservation driven by wide type mercury gravity turbine in a broad sense Cycle coalescing agency.   Increase the superheated steam thermal and compressed air cold heat to 18 times the 9th stage solar thermal turbine drive species of solar thermal turbine blade cross section (4C) + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Heat pump equipped + cold fuel injection ignition combustion + compressed air with heat pump and mercury gravity production heat production + various types of energy storage cycle combined engine driven by vertical mercury gravity turbine.   Increase superheated steam thermal and compressed air cold heat to 19 times 10 stages of solar heat turbine drive species of solar heat turbine blade cross section (4D) + combine engine injection part (78V) to make solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Prepare heat compression equipment + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + vertical mercury gravity turbine driven various energy storage cycle combined engine.   Solar thermal turbine blade section (4E) to increase the superheated steam thermal and compressed air cold heat to 20 times the solar thermal turbine driving species + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) water Heat exchange equipment + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + vertical mercury mercury gravity turbine driven various energy storage cycle combined engine.   Increase the superheated steam thermal energy and compressed air cold heat to 21 times one stage solar heat turbine drive species of solar thermal turbine blade cross section (4F) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h 2.) Air heat exchange equipment + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + vertical mercury mercury turbine driven various energy storage cycle combined engine.   Increase the superheated steam thermal and compressed air cold heat to 22 times the two-stage solar thermal turbine drive species solar thermal turbine blade cross section (4A) + combined engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h 2.) Equipped with a generator + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + various types of energy storage cycle combined engine driven by a wide type mercury gravity turbine in a broad sense.   Increase the superheated steam thermal energy and compressed air cold heat to 23 times 3-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4B) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h A) Heat pump + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + 竪 type mercury gravity turbine driven various energy storage cycle combined engine.   Increase the superheated steam thermal and compressed air cold heat to 24 times 4-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4C) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h 2.) equipped with cold fuel + fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + vertical mercury mercury turbine driven various energy storage cycle combined engine.   Increase the superheated steam thermal and compressed air cold heat to 25 times 5-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4D) + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1 h 2.) Equipped with a water heat exchanger + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + vertical mercury gravity turbine driven various energy storage cycle combined engine.   Increase superheated steam thermal and compressed air cold heat to double 6th solar thermal turbine drive species with double solar thermal blade cross section (4E) + combined engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h 2.) Equipped with an air heat exchanger + fuel injection ignition combustion to cold energy + compressed air with heat pump and mercury gravity production heat production + various types of energy storage cycle combined engine driven by vertical mercury gravity turbine.   Increase the superheated steam thermal and compressed air cold heat to 7 times solar thermal turbine drive species triple solar thermal turbine blade cross section (4F) + combined engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h 2.) Equipped with a generator + cold fuel injection and combustion for ignition + heat pump and mercury gravity compressed air production heat production + various types of energy storage cycle combined engine driven by a wide type mercury gravity turbine in a broad sense.   Increase superheated steam thermal and compressed air cold heat to quadruple 8th stage solar heat turbine drive species of solar heat turbine blade cross section (4A) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Heat pump equipped + cold fuel injection ignition combustion + compressed air with heat pump and mercury gravity production heat production + various types of energy storage cycle combined engine driven by vertical mercury gravity turbine.   Increase superheated steam thermal and compressed air cold heat to 5 times 9th stage solar thermal turbine drive species of solar thermal turbine blade cross section (4B) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Prepare heat compression equipment + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + vertical mercury gravity turbine driven various energy storage cycle combined engine.   Increase the superheated steam thermal and compressed air cold heat to 10 times solar heat turbine drive species of 6 times the solar heat turbine blade cross section (4C) + combined engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h Water heat exchange equipment + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + vertical mercury gravity turbine driven various energy storage cycle combined engine.   Increase the superheated steam thermal and compressed air cold heat to 7 times solar thermal turbine drive species solar thermal turbine blade cross section (4D) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) air Heat exchange equipment + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + vertical mercury mercury gravity turbine driven various energy storage cycle combined engine.   Increase the superheated steam thermal and compressed air cold heat to 8 times one stage solar heat turbine drive species of solar heat turbine blade cross section (4E) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h 2.) Equipped with a generator + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + various types of energy storage cycle combined engine driven by a wide type mercury gravity turbine in a broad sense.   Increase superheated steam thermal and compressed air cold heat to 9 times 2-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4F) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Heat pump equipped + Drive various space units (78V) + Fuel injection ignition to cold heat igniter combustion + Heat pump and mercury gravity compressed air production heat production + Vertical mercury gravity turbine driven various energy storage cycles Coalition agency.   Increase the superheated steam thermal and compressed air cold heat to 10 times three-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4A) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Equipped + Drive various space vehicles (78V) + Fuel injection ignition to cold heat + Burn heat with compressed air with heat pump and mercury gravity + Heat storage type combined energy storage cycle driven by vertical mercury gravity turbine Combined engine .   Increase the superheated steam thermal energy and compressed air cold heat to 11 times 4-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4B) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Prepare water heat exchange equipment + Drive various space vehicles (78V) + Fuel injection ignition combustion to cold energy + Heat pump and compressed air with mercury gravity Heat production of heat + Various energy driven by mercury mercury gravity turbine Preservation cycle union agency.   Increase the superheated steam thermal energy and compressed air cold heat to 12 times 5-stage solar heat turbine drive species of solar heat turbine blade cross section (4C) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Prepare air heat exchange equipment + Drive various space vehicles (78V) + Fuel injection ignition to cold heat + Burn heat with compressed air with heat pump and mercury gravity + Heat energy of various types driven by vertical mercury gravity turbine Preservation cycle union agency.   Increase the superheated steam thermal and compressed air cold heat to 13 times the 6-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4D) + combined engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Equipped with a generator + Drives various space vehicles (78V) + Fuel injection ignites combustion to cold heat + Heat pump and compressed air with mercury gravity Production heat production + Various energy driven by wedge-shaped mercury gravity turbine in a broad sense Preservation cycle union agency.   Increase the superheated steam thermal and compressed air cold heat to 14 times 7-stage solar thermal turbine drive species solar thermal turbine blade cross section (4E) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + mercury downward Accelerated solar thermal turbine driving species + Drive various passenger aircraft (78 V) + Fuel injection to burn with cold heat + Fire pump combustion with compressed air with heat pump and mercury gravity + Various energy storage cycle combination driven by vertical mercury gravity turbine organ.   Increase the superheated steam thermal and compressed air cold heat to 8 times solar thermal turbine drive species of solar thermal turbine blade cross section (4F) by 15 times + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + mercury downward Accelerated solar thermal turbine driving species + Drive various passenger aircraft (78 V) + Fuel injection to burn with cold heat + Fire pump combustion with compressed air with heat pump and mercury gravity + Various energy storage cycle combination driven by vertical mercury gravity turbine organ.   Increases superheated steam thermal and compressed air cold heat to 16 times 9th stage solar thermal turbine drive species with solar thermal turbine blade cross section (4A) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + mercury downward Accelerated solar thermal turbine driving species + Drive various passenger aircraft (78 V) + Fuel injection to burn with cold heat + Fire pump combustion with compressed air with heat pump and mercury gravity + Various energy storage cycle combination driven by vertical mercury gravity turbine organ.   Increase the superheated steam thermal and compressed air cold heat to 10 times solar thermal turbine drive species 17 times the solar thermal blade cross section (4B) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + mercury down Accelerated solar thermal turbine driving species + Drive various passenger aircraft (78 V) + Fuel injection to burn with cold heat + Fire pump combustion with compressed air with heat pump and mercury gravity + Various energy storage cycle combination driven by vertical mercury gravity turbine organ.   Solar thermal turbine blade cross section (4C) to 18 times more solar thermal turbine driving species Increase superheated steam thermal and compressed air cold heat + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + accelerate mercury downward solar heat Turbine driving species + driving various passenger aircraft (78V) driving + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air manufacturing heat production + broad-type vertical mercury gravity turbine driving various energy storage cycle combination organ.   Increase superheated steam thermal and compressed air cold heat to 19 times 1-stage solar thermal turbine driven species with solar thermal blade cross section (4D) + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + accelerate mercury Configuration and method + coated turbine blades + cold fuel injection ignition combustion + compressed air with heat pump and mercury gravity heat production + various types of energy storage cycle combined engine driven by vertical mercury gravity turbine.   Increases superheated steam thermal and compressed air cold heat to 20 times two-stage solar thermal turbine drive species with solar thermal turbine blade cross section (4E) + accelerates mercury into a combined engine injection part (78V) solar thermal gravity rotary airplane (39B) Configuration and method + coated turbine blades + cold fuel injection ignition combustion + compressed air with heat pump and mercury gravity heat production + various types of energy storage cycle combined engine driven by vertical mercury gravity turbine.   Increase the superheated steam thermal and compressed air cold heat to 21 times three-stage solar thermal turbine driven species of solar thermal blade cross section (4F) + accelerate to make the combined engine injection part (78V) solar thermal gravity rotary plane (39B) + mercury Configuration and method + coated turbine blades + cold fuel injection ignition combustion + compressed air with heat pump and mercury gravity heat production + various types of energy storage cycle combined engine driven by vertical mercury gravity turbine.   Increase superheated steam thermal and compressed air cold heat to 22 times 4-stage solar thermal turbine drive species with solar thermal blade cross section (4A) + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + accelerate mercury Configuration and method + coated turbine blades + cold fuel injection ignition combustion + compressed air with heat pump and mercury gravity heat production + various types of energy storage cycle combined engine driven by vertical mercury gravity turbine.   Increases superheated steam thermal and compressed air cold heat to 23 times 5-stage solar thermal turbine drive species with solar thermal blade cross section (4B) + accelerates mercury into a combined engine injector (78V) solar thermal gravity rotary plane (39B) Configuration and method + coated turbine blades + cold fuel injection ignition combustion + compressed air with heat pump and mercury gravity heat production + various types of energy storage cycle combined engine driven by vertical mercury gravity turbine in a broad sense.   Increase the superheated steam thermal and compressed air cold heat to 6 times solar thermal turbine drive species of solar thermal turbine blade cross section (4C) by 24 times + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + accelerate mercury Configuration and method + coated turbine blades + cold fuel injection ignition combustion + compressed air with heat pump and mercury gravity heat production + various types of energy storage cycle combined engine driven by vertical mercury gravity turbine.   Increase superheated steam thermal and compressed air cold heat to 25 times 7-stage solar thermal turbine driven species of solar thermal turbine blade cross section (4D) + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + accelerate mercury Configuration and method + coated turbine blades + cold fuel injection ignition combustion + compressed air with heat pump and mercury gravity heat production + various types of energy storage cycle combined engine driven by vertical mercury gravity turbine.   Increase superheated steam thermal and compressed air cold heat to double 8th stage solar thermal turbine drive species of solar thermal turbine blade cross section (4E) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + accelerate mercury Configuration and method + coated turbine blades + cold fuel injection ignition combustion + compressed air with heat pump and mercury gravity heat production + various types of energy storage cycle combined engine driven by vertical mercury gravity turbine.   Increase superheated steam thermal and compressed air cold heat to 9th stage solar thermal turbine drive species triple solar thermal blade cross section (4F) + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + accelerate mercury Configuration and method + coated turbine blades + cold fuel injection ignition combustion + compressed air with heat pump and mercury gravity heat production + various types of energy storage cycle combined engine driven by vertical mercury gravity turbine.   Increase superheated steam thermal and compressed air cold heat to 10 times solar thermal turbine drive species with 4 times solar thermal blade cross section (4A) + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + accelerate mercury Configuration and method + coated turbine blades + cold fuel injection ignition combustion + compressed air with heat pump and mercury gravity heat production + various types of energy storage cycle combined engine driven by vertical mercury gravity turbine in a broad sense.   Solar thermal turbine blade section (4B) to increase the superheated steam thermal and compressed air cold heat to 5 times the solar thermal turbine driving species + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) thermal Equipped with pumps + Drive various cargo planes (78V) + Fuel injection to burn cold energy + Ignition and combustion with heat + Heat pump and compressed air production with mercury gravity + Various energy storage cycle combined engines driven with vertical mercury gravity turbine   Increase the superheated steam thermal energy and compressed air cold heat to 6 times one stage solar heat turbine drive species of solar heat turbine blade cross section (4C) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Equipped + Drive various cargo planes (78V) + Fuel injection ignition to cool heat + Heat pump and compressed air with mercury gravity Production heat production + Various types of energy storage cycle combined engine driven by vertical mercury gravity turbine   Increase superheated steam thermal and compressed air cold heat to 7 times 2-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4D) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Prepare water heat exchange equipment + Drive various cargo airplanes (78V) + Fuel injection ignition to cold heat + Burn heat with compressed air with heat pump and mercury gravity + Heat storage of various types of energy Cycle coalescing agency.   Increase the superheated steam thermal and compressed air cold heat to 8 times three-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4E) + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Prepare air heat exchange equipment + Drive various cargo planes (78V) + Fuel injection ignition to cold heat + Burn heat with compressed air with heat pump and mercury gravity + Heat storage of various types of energy Cycle coalescing agency.   Increase superheated steam thermal and compressed air cold heat to 9 times 4-stage solar heat turbine drive species of solar heat turbine blade cross section (4F) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Equipped with generator + Drive various cargo airplanes (78V) + Fuel injection ignition to cold heat + Burn heat with compressed air by heat pump and mercury gravity + Heat storage of various types of energy Cycle coalescing agency.   Increase the superheated steam thermal energy and compressed air cold heat to 10 times 5-stage solar heat turbine drive species of solar heat turbine blade cross section (4A) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Heat pump equipped + Drive various cargo airplanes (78V) + Fuel injection to burn cold energy + Ignition and combustion + Heat pump and mercury gravity compressed air production heat production + Vertical mercury gravity turbine driven various energy storage cycle combination organ.   Increase the superheated steam thermal energy and compressed air cold heat to 11 times 6-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4B) + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Prepare compression heat recovery equipment + Drive various cargo airplanes (78V) + Fuel injection ignition to cold heat + Burn heat with compressed air with heat pump and mercury gravity + Heat storage of various types of energy driven by vertical mercury gravity turbine Cycle coalescing agency.   Increase the superheated steam thermal and compressed air cold heat to 12 times 7-stage solar thermal turbine drive species solar thermal turbine blade cross section (4C) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h ) Prepare water heat exchange equipment + Drive various cargo airplanes (78V) + Fuel injection ignition to cold heat + Burn heat with compressed air with heat pump and mercury gravity + Heat storage of various types of energy Cycle coalescing agency.   Increase the superheated steam thermal and compressed air cold heat to 13 times the 8-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4D) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Prepare air heat exchange equipment + Drive various cargo planes (78V) + Fuel injection ignition to cold heat + Burn heat with compressed air with heat pump and mercury gravity + Heat storage of various types of energy Cycle coalescing agency.   Increase the superheated steam thermal and compressed air cold heat to 14 times the 9th stage solar thermal turbine drive species of solar thermal turbine blade cross section (4E) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Equipped with generator + Drive various cargo airplanes (78V) + Fuel injection to burn cold energy + Ignition and burn combustion + Heat pump and mercury gravity compressed air Production heat production + Vertical mercury gravity turbine driven Various energy storage cycle combination organ.   Increase superheated steam thermal and compressed air cold heat to 10 times solar thermal turbine drive species of solar thermal turbine blade cross section (4F) by 15 times + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Heat pump equipped + Drive various cargo airplanes (78V) + Fuel injection to burn cold energy + Ignition and combustion + Heat pump and mercury gravity compressed air production heat production + Vertical mercury gravity turbine driven various energy storage cycle combination organ.   Solar thermal turbine blade cross section (4A) to increase the superheated steam thermal and compressed air cold heat to 16 times solar thermal turbine driving species + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) equipment + Various cargo airplanes driven (78V) + Fuel injection ignition combustion to cold energy + Heat pump and compressed air with mercury gravity Production heat production + Various types of energy storage cycle combined engine driven by mercury mercury gravity turbine   Increase the superheated steam thermal and compressed air cold heat to 17 times the size of the solar heat turbine blade cross section (4B) + 17-stage one-stage solar heat turbine drive species + make the combined engine injection part (78V) a solar thermal gravity rotary plane (39B) ) Prepare water heat exchange equipment + Drive various cargo airplanes (78V) + Fuel injection ignition to cold heat + Burn heat with compressed air with heat pump and mercury gravity + Heat storage of various types of energy Cycle coalescing agency.   Increase the superheated steam thermal and compressed air cold heat to 18 times double stage solar thermal turbine drive species of solar thermal turbine blade cross section (4C) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Prepare air heat exchange equipment + Drive various cargo planes (78V) + Fuel injection ignition to cold heat + Burn heat with compressed air with heat pump and mercury gravity + Heat storage of various types of energy Cycle coalescing agency.   Increase the superheated steam thermal and compressed air cold heat to 19 times three-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4D) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Equipped with generator + Drive various cargo airplanes (78V) + Fuel injection to burn cold energy + Ignition and burn combustion + Heat pump and mercury gravity compressed air Production heat production + Vertical mercury gravity turbine driven Various energy storage cycle combination organ.   Increase superheated steam thermal and compressed air cold heat to 20 times 4-stage solar heat turbine drive species of solar heat turbine blade cross section (4E) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Heat pump equipped + Drive various cargo airplanes (78V) + Fuel injection to burn cold energy + Ignition and combustion + Heat pump and mercury gravity compressed air production heat production + Vertical mercury gravity turbine driven various energy storage cycle combination organ.   Increase the superheated steam thermal energy and compressed air cold heat to 21 times 5-stage solar heat turbine drive species of solar heat turbine blade cross section (4F) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Prepare compression heat recovery equipment + Drive various cargo airplanes (78V) + Fuel injection ignition to cold heat + Burn heat with compressed air with heat pump and mercury gravity + Heat storage of various types of energy driven by vertical mercury gravity turbine Cycle coalescing agency.   Increase the superheated steam thermal and compressed air cold heat to 22 times 6-stage solar thermal turbine drive species solar thermal turbine blade cross section (4A) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Prepare water heat exchange equipment + Drive various cargo airplanes (78V) + Fuel injection ignition to cold heat + Burn heat with compressed air with heat pump and mercury gravity + Heat storage of various types of energy Cycle coalescing agency.   Increase the superheated steam thermal and compressed air cold heat to 23 times 7-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4B) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Prepare air heat exchange equipment + Drive various cargo planes (78V) + Fuel injection ignition to cold heat + Burn heat with compressed air with heat pump and mercury gravity + Heat storage of various types of energy Cycle coalescing agency.   Increase superheated steam thermal and compressed air cold heat to 24 times 8-stage solar heat turbine drive species of solar heat turbine blade cross section (4C) + combine engine injection part (78V) to solar thermal gravity rotary airplane (39B) + horizontal axis (1 h ) Equipped with generator + Drive various cargo airplanes (78V) + Fuel injection to burn cold energy + Ignition and burn combustion + Heat pump and mercury gravity compressed air Production heat production + Vertical mercury gravity turbine driven Various energy storage cycle combination organ.   Increase superheated steam thermal and compressed air cold heat to 25 times 9th stage solar thermal turbine drive species of solar thermal turbine blade cross section (4D) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Heat pump equipped + Drive various cargo airplanes (78V) + Fuel injection to burn cold energy + Ignition and combustion + Heat pump and mercury gravity compressed air production heat production + Vertical mercury gravity turbine driven various energy storage cycle combination organ.   Increase superheated steam thermal and compressed air cold heat to double 10th stage solar heat turbine drive species of solar heat turbine blade cross section (4E) + combined engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Equipped + Drive various cargo planes (78V) + Fuel injection ignition to cool heat + Heat pump and compressed air with mercury gravity Production heat production + Various types of energy storage cycle combined engine driven by vertical mercury gravity turbine   Solar thermal turbine blade section (4F) to triple solar thermal turbine driving species Increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) water Prepare heat exchange equipment + Drive various cargo airplanes (78V) + Fuel injection ignition to cold heat + Burn heat with compressed air with heat pump and mercury gravity + Heat storage manufacturing combined with various energy storage cycles driven by vertical mercury gravity turbine organ.   Increase the superheated steam thermal and compressed air cold heat to 4 times the single stage solar heat turbine drive species of solar heat turbine blade cross section (4A) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Prepare air heat exchange equipment + Drive various cargo planes (78V) + Fuel injection ignition to cold heat + Burn heat with compressed air with heat pump and mercury gravity + Heat storage of various types of energy Cycle coalescing agency.   Increase the superheated steam thermal and compressed air cold heat to 5 times the two-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4B) + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Equipped with generator + Drive various cargo airplanes (78V) + Fuel injection to burn cold energy + Ignition and burn combustion + Heat pump and mercury gravity compressed air Production heat production + Vertical mercury gravity turbine driven Various energy storage cycle combination organ.   Increase the superheated steam thermal and compressed air cold heat to 6 times three-stage solar heat turbine drive species of solar heat turbine blade cross section (4C) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Heat pump equipped + Drive various cargo airplanes (78 V) + Fuel injection ignition combustion to cold heat + Compressed air with heat pump and mercury gravity Production heat production + Various energy storage driven by bowl-shaped mercury gravity turbine in a broad sense Cycle coalescing agency.   Increase the superheated steam thermal and compressed air cold heat to 7 times the four-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4D) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Prepare compression heat recovery equipment + Drive various cargo airplanes (78V) + Fuel injection ignition to cold heat + Burn with heat pump and mercury gravity Heat production with compressed air + Various types driven by wedge-shaped mercury gravity turbine in a broad sense Energy Conservation Cycle Coalition Agency.   Increase the superheated steam thermal energy and compressed air cold heat to 8 times 5-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4E) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Prepare water heat exchange equipment + Drive various cargo airplanes (78V) + Fuel injection ignition to cold heat + Burn heat with compressed air with heat pump and mercury gravity + Various types of heat treatment with a broad range of mercury type mercury gravity turbine Energy Conservation Cycle Coalition Agency.   Increase the superheated steam thermal and compressed air cold heat to 9 times 6-stage solar thermal turbine drive species solar thermal turbine blade cross section (4F) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Prepare air heat exchange equipment + Drive various cargo airplanes (78V) + Fuel injection ignition to cold heat + Burn heat with compressed air with heat pump and mercury gravity + Various types of heat treatment with a broad range of mercury type mercury gravity turbine Energy Conservation Cycle Coalition Agency.   Increase the superheated steam thermal energy and compressed air cold heat to 10 times 7-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4A) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Equipped with generator + Drive various cargo airplanes (78V) + Fuel injection ignition to cold heat + Burn heat with compressed air by heat pump and mercury gravity + Heat storage of various types of energy Cycle coalescing agency.   Increase the superheated steam thermal energy and compressed air cold heat to 11 times the 8-stage solar heat turbine drive species of solar thermal turbine blade cross section (4B) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Heat pump equipped + Drive various cargo airplanes (78V) + Fuel injection fire to cold heat + Compressed air heat amount and pressure stored separately in mass Acceleration drive with mercury etc. Various types with acceleration drive turbine Energy Conservation Cycle Coalition Agency.   Increase superheated steam thermal and compressed air cold heat to 12 times 9th stage solar heat turbine drive species of solar heat turbine blade cross section (4C) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Equipped + Drive various cargo planes (78V) + Fuel injection ignition to cold heat + Compressed air heat energy and pressure divided and stored in mass Accelerated driving with mercury etc. Various energy storage with acceleration driven turbine Cycle coalescing agency.   Increase the superheated steam thermal and compressed air cold heat to 13 times the 10-stage solar thermal turbine drive species solar thermal turbine blade cross section (4D) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h ) Prepare water heat exchange equipment + Drive various cargo airplanes (78V) + Fuel injection ignition to cold heat + Burn with compressed air heat and pressure divided etc saved in mass of compressed air Mercury with acceleration driven turbine and Various energy conservation cycle coalition agencies.   Increase the superheated steam thermal and compressed air cold heat to 14 times the solar thermal turbine drive species solar thermal turbine blade cross section (4E) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) air Prepare heat exchange equipment + Drive various cargo planes (78V) + Fuel injection ignition to cold heat + Burn compressed air heat amount and mass divided into mass Accelerated driving with mercury etc. Various types of acceleration driven turbine Energy Conservation Cycle Coalition Agency.   Increase the superheated steam thermal energy and compressed air cold heat to 15 times one stage solar heat turbine drive species of solar heat turbine blade cross section (4F) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Equipped with a generator + Drive various cargo planes (78V) + Fuel injection ignition to cold heat + Various amounts of compressed air heat and pressure divided etc stored in mass Accelerated by mercury etc. Energy Conservation Cycle Coalition Agency.   Increase the superheated steam thermal and compressed air cold heat to 16 times 2-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4A) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Heat pump equipped + Maximize utilization of gravity and sunlight + Uplift storage of mercury with increased ball lifter (2F) + Fuel injection ignition combustion to cold heat + Heat pump and mercury gravity compressed air production heat production + Various energy storage cycle combined engine driven by vertical mercury gravity turbine.   Increase the superheated steam thermal and compressed air cold heat to 17 times three-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4B) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Prepare compression heat recovery equipment + Maximize utilization of gravity and sunlight + Rising mercury with a rising ball lifter (2F) + Fuel injection ignition combustion to cold energy + Heat pump and mercury gravity to produce compressed air heat Production + Various types of energy storage cycle combined engine driven by vertical mercury gravity turbine.   Increase the superheated steam thermal and compressed air cold heat to 18 times 4-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4C) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Prepare water heat exchange equipment + Maximize utilization of gravity and sunlight + Rising mercury with increased ball raising device (2F) + Fuel injection ignition combustion to cold heat + Heat pump and mercury air heat of heat production with mercury gravity Production + Various types of energy storage cycle combined engine driven by vertical mercury gravity turbine.   Increase the superheated steam thermal energy and compressed air cold heat to 19 times 5-stage solar heat turbine drive species of solar heat turbine blade cross section (4D) + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Prepare air heat exchange equipment + Maximize utilization of gravity and sunlight + Increase mercury storage with increase ball lifter (2F) + Fuel injection ignition combustion to cold heat + Heat pump and mercury air heat of heat production with mercury gravity Production + Various types of energy storage cycle combined engine driven by vertical mercury gravity turbine.   Increase the superheated steam thermal and compressed air cold heat to 20 times 6-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4E) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Equipped with a generator + Maximize utilization of gravity and sunlight + Rising mercury with a rising ball lifter (2F) + Fuel injection ignition combustion to cold heat + Heat pump and mercury gravity Compressed air production heat production + Heat pump + A wide variety of energy storage cycle coalescing engines driven by a broad mercury-gravity turbine.   Increase the superheated steam thermal and compressed air cold heat to 21 times 7-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4F) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Heat pump equipped + cold fuel injection ignition combustion + compressed air with heat pump and mercury gravity production heat production + various types of energy storage cycle combined engine driven by vertical mercury gravity turbine.   Increase the superheated steam thermal and compressed air cold heat to 22 times 8-stage solar heat turbine driving species of solar thermal turbine blade cross section (4A) + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1 h 2.) Equipped with + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + vertical mercury mercury turbine driven various energy storage cycle combined engine.   Increase the superheated steam thermal and compressed air cold heat to 23 times the 9th stage solar thermal turbine drive species of solar thermal turbine blade cross section (4B) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h Water heat exchange equipment + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + vertical mercury gravity turbine driven various energy storage cycle combined engine.   Increase the superheated steam thermal and compressed air cold heat to 10 times solar thermal turbine drive species of solar thermal turbine blade cross section (4C) by 24 times + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h 2.) Air heat exchange equipment + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + vertical mercury mercury turbine driven various energy storage cycle combined engine.   Solar thermal turbine blade cross section (4D) to increase the superheated steam thermal and compressed air cold heat to 25 times the solar thermal turbine driving species + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) power generation Equipped with equipment + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + wide-range 竪 type mercury gravity turbine driven various energy storage cycle combined engine.   Increase the superheated steam thermal and compressed air cold heat to double the one-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4E) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h A) Heat pump + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + 竪 type mercury gravity turbine driven various energy storage cycle combined engine.   Increase the superheated steam thermal energy and compressed air cold heat to three-stage two-stage solar thermal turbine driving species triple solar thermal turbine blade cross section (4F) + combined engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h 2.) Equipped with a compression heat recovery unit + fuel injection ignition combustion to cold heat + heat pump and compressed air production with mercury gravity production + various energy storage cycle combined engines driven by vertical mercury gravity turbine.   Increase the superheated steam thermal and compressed air cold heat to 4 times the three-stage solar heat turbine drive species of solar thermal turbine blade cross section (4A) + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1 h 2.) Equipped with a water heat exchanger + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + vertical mercury gravity turbine driven various energy storage cycle combined engine.   Increase the superheated steam thermal and compressed air cold heat to 5 times the four-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4B) + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1 h 2.) Equipped with an air heat exchanger + fuel injection ignition combustion to cold energy + compressed air with heat pump and mercury gravity production heat production + various types of energy storage cycle combined engine driven by vertical mercury gravity turbine.   Increase the superheated steam thermal and compressed air cold heat to 5 times solar thermal turbine drive species of 6 times the solar thermal turbine blade cross section (4C) + combined engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1 h 2.) Equipped with a generator + cold fuel injection and combustion for ignition + heat pump and mercury gravity compressed air production heat production + various types of energy storage cycle combined engine driven by a wide type mercury gravity turbine in a broad sense.   Increase the superheated steam thermal and compressed air cold heat to 7 times the solar heat turbine blade cross section (4D) 7 times 6 stage solar heat turbine drive species + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h ) Heat pump equipped + cold fuel injection ignition combustion + compressed air with heat pump and mercury gravity production heat production + various types of energy storage cycle combined engine driven by vertical mercury gravity turbine.   Increase superheated steam thermal and compressed air cold heat to 8 times 7th stage solar heat turbine drive species of solar heat turbine blade cross section (4E) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h 2.) Equipped with + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + vertical mercury mercury turbine driven various energy storage cycle combined engine.   Increase the superheated steam thermal and compressed air cold heat to 9 times the 8-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4F) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h Water heat exchange equipment + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + vertical mercury gravity turbine driven various energy storage cycle combined engine.   Increase the superheated steam thermal and compressed air cold heat to 10 times the 9th stage solar thermal turbine drive species of solar thermal turbine blade cross section (4A) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h 2.) Air heat exchange equipment + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + vertical mercury mercury turbine driven various energy storage cycle combined engine.   Increase the superheated steam thermal energy and compressed air cold heat to 11 times 10 stages of solar heat turbine drive species of solar heat turbine blade cross section (4B) + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1 h 2.) Equipped with a generator + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + various types of energy storage cycle combined engine driven by a wide type mercury gravity turbine in a broad sense.   Solar thermal turbine blade section (4C) to increase the superheated steam thermal and compressed air cold heat to 12 times solar thermal turbine driving species + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) thermal Pump equipped + Drive various space vehicles (78V) + Fuel injection fire to cool heat + Heat pump and compressed air with mercury gravity Production heat production + Vertical mercury gravity turbine Drived various energy storage cycle Combined engine .   Increase the superheated steam thermal energy and compressed air cold heat to 13 times one stage solar heat turbine drive species of solar thermal turbine blade cross section (4D) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Prepare compression heat recovery equipment + Drive various space vehicles (78V) + Fuel injection ignition to cold heat + Burn heat with compressed air with heat pump and mercury gravity + Heat energy of various types driven by vertical mercury gravity turbine Preservation cycle union agency.   Increase the superheated steam thermal and compressed air cold heat to 14 times the two-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4E) + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h ) Prepare water heat exchange equipment + Drive various space vehicles (78V) + Fuel injection ignition combustion to cold energy + Heat pump and compressed air with mercury gravity Heat production of heat + Various energy driven by mercury mercury gravity turbine Preservation cycle union agency.   Increase the superheated steam thermal energy and compressed air cold heat to 15 times three-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4F) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Prepare air heat exchange equipment + Drive various space vehicles (78V) + Fuel injection ignition to cold heat + Burn heat with compressed air with heat pump and mercury gravity + Heat energy of various types driven by vertical mercury gravity turbine Preservation cycle union agency.   Increase the superheated steam thermal and compressed air cold heat to 16 times 4-stage solar heat turbine drive species of solar thermal turbine blade cross section (4A) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Equipped with a generator + Drives various space vehicles (78V) + Fuel injection ignites combustion to cold heat + Heat pump and compressed air with mercury gravity Production heat production + Various energy driven by wedge-shaped mercury gravity turbine in a broad sense Preservation cycle union agency.   Solar thermal turbine blade cross section (4B) 17 times to increase the superheated steam thermal energy and compressed air cold heat to 5-stage solar thermal turbine driving species + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + mercury downward Accelerated solar thermal turbine driving species + Drive various passenger aircraft (78 V) + Fuel injection to burn with cold heat + Fire pump combustion with compressed air with heat pump and mercury gravity + Various energy storage cycle combination driven by vertical mercury gravity turbine organ.   Solar thermal turbine blade cross section (4C) 18 times to increase the superheated steam thermal and compressed air cold heat to six stages of solar thermal turbine drive species + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + mercury down Accelerated solar thermal turbine driving species + Drive various passenger aircraft (78 V) + Fuel injection to burn with cold heat + Fire pump combustion with compressed air with heat pump and mercury gravity + Various energy storage cycle combination driven by vertical mercury gravity turbine organ.   Solar thermal turbine blade cross section (4D) to 19 times 7 stages of solar thermal turbine driving species Increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + mercury downward Accelerated solar thermal turbine driving species + Drive various passenger aircraft (78 V) + Fuel injection to burn with cold heat + Fire pump combustion with compressed air with heat pump and mercury gravity + Various energy storage cycle combination driven by vertical mercury gravity turbine organ.   Increase the superheated steam thermal and compressed air cold heat to 8 times solar thermal turbine driving species by 20 times the solar thermal blade cross section (4E) + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + mercury downward Accelerated solar thermal turbine driving species + Drive various passenger aircraft (78 V) + Fuel injection to burn with cold heat + Fire pump combustion with compressed air with heat pump and mercury gravity + Various energy storage cycle combination driven by vertical mercury gravity turbine organ.   Increase the superheated steam thermal and compressed air cold heat to 21 times the 9th stage solar thermal turbine drive species of solar thermal turbine blade cross section (4F) + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + mercury downward Accelerated solar thermal turbine driving species + Drive various passenger aircraft (78V) + Fuel injection ignition to cold heat + Fire pump combustion with compressed air with heat pump and mercury gravity + Various energy conservation driven by wide type mercury gravity turbine in a broad sense Cycle coalescing agency.   Increase the superheated steam thermal and compressed air cold heat to 22 times 10 stages of solar heat turbine drive species + make the combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h) A) Heat pump equipped + Coated turbine blade + Fuel injection ignition to cold energy + Heat pump and compressed air with mercury gravity Production heat production + Various types of energy storage cycle combined engine driven by vertical mercury gravity turbine   Increase the superheated steam thermal and compressed air cold heat to 23 times solar thermal turbine drive species solar thermal turbine blade cross section (4B) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) compression Heat recovery equipment + coated turbine blades + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + vertical mercury gravity turbine driven various energy storage cycle combined engine.   Increase the superheated steam thermal and compressed air cold heat to 24 times 1-stage solar thermal turbine drive species solar thermal turbine blade cross section (4C) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h Water heat exchange equipment + coated turbine blades + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + vertical mercury gravity turbine driven various energy storage cycle combined engine.   Increase the superheated steam thermal and compressed air cold heat to 25 times 2-stage solar thermal turbine drive species solar thermal turbine blade cross section (4D) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h 2.) Air heat exchange equipment + coated turbine blades + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + vertical mercury gravity turbine driven various energy storage cycle combined engine.   Increase the superheated steam thermal and compressed air cold heat to double the three-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4E) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h Power generator equipped + coated turbine blade + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + broad type mercury type mercury gravity turbine driven various energy storage cycle combined engine.   Increase the superheated steam thermal and compressed air cold heat to 4th stage solar thermal turbine drive species triple solar thermal turbine blade cross section (4F) + combined engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h A) Heat pump + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + 竪 type mercury gravity turbine driven various energy storage cycle combined engine.   Increase the superheated steam thermal and compressed air cold heat to 5 times solar thermal turbine drive species of 4 times the solar heat turbine blade cross section (4A) + combined engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1 h 2.) equipped with cold fuel + fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + vertical mercury mercury turbine driven various energy storage cycle combined engine.   Increase the superheated steam thermal and compressed air cold heat to 5 times 6-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4B) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h 2.) Equipped with a water heat exchanger + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + vertical mercury gravity turbine driven various energy storage cycle combined engine.   Increase the superheated steam thermal and compressed air cold heat to 7 times solar thermal turbine drive species of 6 times the solar thermal turbine blade cross section (4C) + combined engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h 2.) Equipped with an air heat exchanger + fuel injection ignition combustion to cold energy + compressed air with heat pump and mercury gravity production heat production + various types of energy storage cycle combined engine driven by vertical mercury gravity turbine.   Increase the superheated steam thermal and compressed air cold heat to 7 times the solar heat turbine blade cross section (4D) 7 times 8-stage solar heat turbine drive species + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h 2.) Equipped with a generator + cold fuel injection and combustion for ignition + heat pump and mercury gravity compressed air production heat production + various types of energy storage cycle combined engine driven by a wide type mercury gravity turbine in a broad sense.   Increase superheated steam thermal and compressed air cold heat to 8 times 9th stage solar heat turbine drive species of solar heat turbine blade cross section (4E) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Heat pump equipped + cold fuel injection ignition combustion + compressed air with heat pump and mercury gravity production heat production + various types of energy storage cycle combined engine driven by vertical mercury gravity turbine.   Increase superheated steam thermal and compressed air cold heat to 10 times solar thermal turbine drive species with 9 times solar thermal blade cross section (4F) + combined engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Prepare heat compression equipment + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + vertical mercury gravity turbine driven various energy storage cycle combined engine.   Increase the superheated steam thermal and compressed air cold heat to 10 times solar thermal turbine drive species solar thermal turbine blade cross section (4A) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) water Heat exchange equipment + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + vertical mercury mercury gravity turbine driven various energy storage cycle combined engine.   Increase the superheated steam thermal energy and compressed air cold heat to 11 times the size of the solar thermal turbine blade section (4B) to one-stage solar thermal turbine driving species + make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + horizontal axis (1h 2.) Air heat exchange equipment + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + vertical mercury mercury turbine driven various energy storage cycle combined engine.   Increase the superheated steam thermal and compressed air cold heat to 12 times the two-stage solar thermal turbine drive species solar thermal turbine blade cross section (4C) + combined engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h 2.) Equipped with a generator + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + various types of energy storage cycle combined engine driven by a wide type mercury gravity turbine in a broad sense.   Increase the superheated steam thermal and compressed air cold heat to 13 times three-stage solar thermal turbine drive species solar thermal turbine blade cross section (4D) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Heat pump equipped + Drive various space units (78V) + Fuel injection ignition to cold heat igniter combustion + Heat pump and mercury gravity compressed air production heat production + Vertical mercury gravity turbine driven various energy storage cycles Coalition agency.   Increase the superheated steam thermal and compressed air cold heat to 14 times the four-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4E) + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Equipped + Drive various space vehicles (78V) + Fuel injection ignition to cold heat + Burn heat with compressed air with heat pump and mercury gravity + Heat storage type combined energy storage cycle driven by vertical mercury gravity turbine Combined engine .   Increase the superheated steam thermal and compressed air cold heat to 15 times 5-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4F) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Prepare water heat exchange equipment + Drive various space vehicles (78V) + Fuel injection ignition combustion to cold energy + Heat pump and compressed air with mercury gravity Heat production of heat + Various energy driven by mercury mercury gravity turbine Preservation cycle union agency.   Increase the superheated steam thermal energy and compressed air cold heat to 16 times 6-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4A) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Prepare air heat exchange equipment + Drive various space vehicles (78V) + Fuel injection ignition to cold heat + Burn heat with compressed air with heat pump and mercury gravity + Heat energy of various types driven by vertical mercury gravity turbine Preservation cycle union agency.   Increase the superheated steam thermal and compressed air cold heat to 17 times the number of seven-stage solar thermal turbine drive species of solar thermal turbine blade section (4B) + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h ) Equipped with a generator + Drives various space vehicles (78V) + Fuel injection ignites combustion to cold heat + Heat pump and compressed air with mercury gravity Production heat production + Various energy driven by wedge-shaped mercury gravity turbine in a broad sense Preservation cycle union agency.   Solar thermal turbine blade cross section (4C) 18 times to increase the superheated steam thermal and compressed air cold heat to 18 stages solar thermal turbine driving species + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + mercury down Accelerated solar thermal turbine driving species + Drive various passenger aircraft (78 V) + Fuel injection to burn with cold heat + Fire pump combustion with compressed air with heat pump and mercury gravity + Various energy storage cycle combination driven by vertical mercury gravity turbine organ.   Solar thermal turbine blade cross section (4D) 19 times to increase the superheated steam thermal energy and compressed air cold heat to nine-stage solar thermal turbine drive species + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + mercury down Accelerated solar thermal turbine driving species + Drive various passenger aircraft (78 V) + Fuel injection to burn with cold heat + Fire pump combustion with compressed air with heat pump and mercury gravity + Various energy storage cycle combination driven by vertical mercury gravity turbine organ.   Increase superheated steam thermal and compressed air cold heat to 10 times solar thermal turbine drive species with 20 times solar thermal blade cross section (4E) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + mercury downward Accelerated solar thermal turbine driving species + Drive various passenger aircraft (78 V) + Fuel injection to burn with cold heat + Fire pump combustion with compressed air with heat pump and mercury gravity + Various energy storage cycle combination driven by vertical mercury gravity turbine organ.   Solar thermal turbine blade cross section (4F) to 21x solar thermal turbine driving species increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + mercury downward accelerating solar heat Turbine driving type + driving various passenger aircraft (78 V) + fuel injection ignition to cold heat + combustion with compressed air with heat pump and mercury gravity production + various types of energy storage cycle combined engine driven by vertical mercury gravity turbine   Increase the superheated steam thermal and compressed air cold heat to 22 times 1-stage solar thermal turbine drive species solar thermal turbine blade cross section (4A) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + mercury down Accelerated solar thermal turbine driving species + Drive various passenger aircraft (78V) + Fuel injection ignition to cold heat + Fire pump combustion with compressed air with heat pump and mercury gravity + Various energy conservation driven by wide type mercury gravity turbine in a broad sense Cycle coalescing agency.   Increase the superheated steam thermal and compressed air cold heat to 23 times 2-stage solar thermal turbine driving species of solar thermal turbine blade cross section (4B) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Heat pump equipped + cold fuel injection ignition combustion + compressed air with heat pump and mercury gravity production heat production + various types of energy storage cycle combined engine driven by vertical mercury gravity turbine.   Increase the superheated steam thermal and compressed air cold heat to 24 times three-stage solar heat turbine drive species of solar heat turbine blade cross section (4C) + combined engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h 2.) Equipped with + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + vertical mercury mercury turbine driven various energy storage cycle combined engine.   Increase the superheated steam thermal energy and compressed air cold heat to 25 times 4-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4D) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h Water heat exchange equipment + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + vertical mercury gravity turbine driven various energy storage cycle combined engine.   Increase the superheated steam thermal and compressed air cold heat to double the 5th step solar heat turbine drive species of solar heat turbine blade section (4E) + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h 2.) Air heat exchange equipment + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + vertical mercury mercury turbine driven various energy storage cycle combined engine.   Increase the superheated steam thermal and compressed air cold heat to 6-stage solar thermal turbine drive species triple solar thermal turbine blade cross section (4F) + combined engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h 2.) Equipped with a generator + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + various types of energy storage cycle combined engine driven by a wide type mercury gravity turbine in a broad sense.   Increase the superheated steam thermal and compressed air cold heat to 7 times solar thermal turbine drive species of 4 times the solar thermal turbine blade cross section (4A) + combined engine injection part (78V) to the solar thermal gravity rotary plane (39B) + horizontal axis (1 h A) Heat pump + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + 竪 type mercury gravity turbine driven various energy storage cycle combined engine.   Increase the superheated steam thermal and compressed air cold heat to 5 times 8-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4B) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h 2.) Equipped with a compression heat recovery unit + fuel injection ignition combustion to cold heat + heat pump and compressed air production with mercury gravity production + various energy storage cycle combined engines driven by vertical mercury gravity turbine.   Increase the superheated steam thermal and compressed air cold heat to 9 times solar thermal turbine drive species of solar thermal turbine blade cross section (4C) by 6 times + combined engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h 2.) Equipped with a water heat exchanger + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + vertical mercury gravity turbine driven various energy storage cycle combined engine.   Increase the superheated steam thermal and compressed air cold heat to 7 times the 10th stage solar thermal turbine drive species solar thermal turbine blade cross section (4D) + combined engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h 2.) Equipped with an air heat exchanger + fuel injection ignition combustion to cold energy + compressed air with heat pump and mercury gravity production heat production + various types of energy storage cycle combined engine driven by vertical mercury gravity turbine.   Solar thermal turbine blade section (4E) to increase the superheated steam thermal and compressed air cold heat to 8 times solar thermal turbine driving species + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) power generation The machine is equipped with + cold energy fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + broad range Hg type mercury gravity turbine driven various energy preservation cycle combined engine.   Increase the superheated steam thermal and compressed air cold heat to 9 times one stage solar heat turbine drive species of solar heat turbine blade cross section (4F) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Heat pump equipped + cold fuel injection ignition combustion + compressed air with heat pump and mercury gravity production heat production + various types of energy storage cycle combined engine driven by vertical mercury gravity turbine.   Increase the superheated steam thermal energy and compressed air cold heat to 10 times the two-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4A) + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1 h 2.) Equipped with + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + vertical mercury mercury turbine driven various energy storage cycle combined engine.   Increase the superheated steam thermal energy and compressed air cold heat to 11 times three-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4B) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h Water heat exchange equipment + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + vertical mercury gravity turbine driven various energy storage cycle combined engine.   Increase superheated steam thermal and compressed air cold heat to 12 times 4-stage solar heat turbine drive species of solar heat turbine blade cross section (4C) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h 2.) Air heat exchange equipment + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + vertical mercury mercury turbine driven various energy storage cycle combined engine.   Increase the superheated steam thermal energy and compressed air cold heat to 13 times 5-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4D) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h 2.) Equipped with a generator + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + various types of energy storage cycle combined engine driven by a wide type mercury gravity turbine in a broad sense.   Increase the superheated steam thermal and compressed air cold heat to 14 times the 6th stage solar thermal turbine drive species of solar thermal turbine blade cross section (4E) + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Heat pump equipped + Drive various space units (78V) + Fuel injection ignition to cold heat igniter combustion + Heat pump and mercury gravity compressed air production heat production + Vertical mercury gravity turbine driven various energy storage cycles Coalition agency.   Increase superheated steam thermal and compressed air cold heat to 15 times 7-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4F) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Prepare compression heat recovery equipment + Drive various space vehicles (78V) + Fuel injection ignition to cold heat + Burn heat with compressed air with heat pump and mercury gravity + Heat energy of various types driven by vertical mercury gravity turbine Preservation cycle union agency.   Increase the superheated steam thermal and compressed air cold heat to 16 times 8-stage solar heat turbine drive species of solar heat turbine blade cross section (4A) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Prepare water heat exchange equipment + Drive various space vehicles (78V) + Fuel injection ignition combustion to cold energy + Heat pump and compressed air with mercury gravity Heat production of heat + Various energy driven by mercury mercury gravity turbine Preservation cycle union agency.   Increase the superheated steam thermal and compressed air cold heat to 17 times the 9th stage solar thermal turbine drive species of solar thermal turbine blade cross section (4B) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Prepare air heat exchange equipment + Drive various space vehicles (78V) + Fuel injection ignition to cold heat + Burn heat with compressed air with heat pump and mercury gravity + Heat energy of various types driven by vertical mercury gravity turbine Preservation cycle union agency.   Increase the superheated steam thermal and compressed air cold heat to 18 times 10 stages of solar heat turbine drive species of solar heat turbine blade cross section (4C) + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Equipped with a generator + Drives various space vehicles (78V) + Fuel injection ignites combustion to cold heat + Heat pump and compressed air with mercury gravity Production heat production + Various energy driven by wedge-shaped mercury gravity turbine in a broad sense Preservation cycle union agency.   Solar thermal turbine blade cross section (4D) to 19 times more solar thermal turbine drive species Increase superheated steam thermal and compressed air cold heat + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + accelerate mercury downward Turbine driving type + driving various passenger aircraft (78 V) + fuel injection ignition to cold heat + combustion with compressed air with heat pump and mercury gravity production + various types of energy storage cycle combined engine driven by vertical mercury gravity turbine   Increase the superheated steam thermal and compressed air cold heat to 20 times one stage solar heat turbine drive species of solar heat turbine blade cross section (4E) + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + mercury downward Accelerated solar thermal turbine driving species + Drive various passenger aircraft (78 V) + Fuel injection to burn with cold heat + Fire pump combustion with compressed air with heat pump and mercury gravity + Various energy storage cycle combination driven by vertical mercury gravity turbine organ.   Increase the superheated steam thermal and compressed air cold heat to 21 times the two-stage solar thermal turbine drive species of solar thermal blade cross section (4F) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + mercury downward Accelerated solar thermal turbine driving species + Drive various passenger aircraft (78 V) + Fuel injection to burn with cold heat + Fire pump combustion with compressed air with heat pump and mercury gravity + Various energy storage cycle combination driven by vertical mercury gravity turbine organ.   Increase the superheated steam thermal and compressed air cold heat to 22 times three-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4A) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + mercury downward Accelerated solar thermal turbine driving species + Drive various passenger aircraft (78 V) + Fuel injection to burn with cold heat + Fire pump combustion with compressed air with heat pump and mercury gravity + Various energy storage cycle combination driven by vertical mercury gravity turbine organ.   Increase the superheated steam thermal and compressed air cold heat to 23 times 4-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4B) + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + mercury downward Accelerated solar thermal turbine driving species + Drive various passenger aircraft (78V) + Fuel injection ignition to cold heat + Fire pump combustion with compressed air with heat pump and mercury gravity + Various energy conservation driven by wide type mercury gravity turbine in a broad sense Cycle coalescing agency.   Increase the superheated steam thermal energy and compressed air cold heat to 24 times 5-stage solar heat turbine drive species of solar heat turbine blade cross section (4C) + combine engine injection part (78V) to make a solar thermal gravity rotary airplane (39B) + horizontal axis (1 h ) Heat pump equipped + cold fuel injection ignition combustion + compressed air with heat pump and mercury gravity production heat production + various types of energy storage cycle combined engine driven by vertical mercury gravity turbine.   Increase the superheated steam thermal and compressed air cold heat to 25 times 6-stage solar thermal turbine drive species solar thermal turbine blade cross section (4D) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h A) Heat compression equipment equipped + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + vertical mercury gravity turbine driven various energy storage cycle combined engine.   Increase the superheated steam thermal and compressed air cold heat to double the 7th stage solar thermal turbine drive species of solar thermal turbine blade cross section (4E) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h Water heat exchange equipment + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + vertical mercury gravity turbine driven various energy storage cycle combined engine.   Increase the superheated steam thermal and compressed air cold heat to 8-stage solar thermal turbine drive species triple solar thermal turbine blade cross section (4F) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h 2.) Air heat exchange equipment + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + vertical mercury mercury turbine driven various energy storage cycle combined engine.   Increase the superheated steam thermal and compressed air cold heat to 9 times solar thermal turbine drive species of 4 times the solar thermal turbine blade cross section (4A) + combined engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1 h 2.) Equipped with a generator + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + various types of energy storage cycle combined engine driven by a wide type mercury gravity turbine in a broad sense.   Increase the superheated steam thermal and compressed air cold heat to 10 times solar heat turbine drive species of solar thermal turbine blade cross section (4B) by 5 times + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h A) Heat pump + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + 竪 type mercury gravity turbine driven various energy storage cycle combined engine.   Solar thermal turbine blade cross section (4C) to be multiplied by 6 times solar thermal turbine driving species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h) Equipped with + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + vertical mercury mercury turbine driven various energy storage cycle combined engine.   Increase the superheated steam thermal and compressed air cold heat to 7-fold one-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4D) + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h 2.) Equipped with a water heat exchanger + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + vertical mercury gravity turbine driven various energy storage cycle combined engine.   Increase superheated steam thermal and compressed air cold heat to 8 times 2-stage solar heat turbine drive species of solar heat turbine blade cross section (4E) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h 2.) Equipped with an air heat exchanger + fuel injection ignition combustion to cold energy + compressed air with heat pump and mercury gravity production heat production + various types of energy storage cycle combined engine driven by vertical mercury gravity turbine.   Increase the superheated steam thermal and compressed air cold heat to 9 times three-stage solar thermal turbine drive species solar thermal turbine blade cross section (4F) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h 2.) Equipped with a generator + cold fuel injection and combustion for ignition + heat pump and mercury gravity compressed air production heat production + various types of energy storage cycle combined engine driven by a wide type mercury gravity turbine in a broad sense.   Increase the superheated steam thermal energy and compressed air cold heat to 10 times the four-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4A) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Heat pump equipped + cold fuel injection ignition combustion + compressed air with heat pump and mercury gravity production heat production + various types of energy storage cycle combined engine driven by vertical mercury gravity turbine.   Increase the superheated steam thermal energy and compressed air cold heat to 11 times 5-stage solar heat turbine drive species of solar heat turbine blade cross section (4B) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h A) Heat compression equipment equipped + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + vertical mercury gravity turbine driven various energy storage cycle combined engine.   Increase the superheated steam thermal and compressed air cold heat to 12 times 6-stage solar thermal turbine drive species solar thermal turbine blade cross section (4C) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h Water heat exchange equipment + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + vertical mercury gravity turbine driven various energy storage cycle combined engine.   Increase superheated steam thermal and compressed air cold heat to 13 times 7-stage solar heat turbine drive species of solar heat turbine blade cross section (4D) + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1 h 2.) Air heat exchange equipment + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + vertical mercury mercury turbine driven various energy storage cycle combined engine.   Increase superheated steam thermal and compressed air cold heat to 14 times 8-stage solar heat turbine drive species of solar heat turbine blade cross section (4E) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h 2.) Equipped with a generator + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + various types of energy storage cycle combined engine driven by a wide type mercury gravity turbine in a broad sense.   Increase the superheated steam thermal and compressed air cold heat to 15 times the 9th stage solar thermal turbine drive species of solar thermal turbine blade cross section (4F) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Heat pump equipped + Drive various space units (78V) + Fuel injection ignition to cold heat igniter combustion + Heat pump and mercury gravity compressed air production heat production + Vertical mercury gravity turbine driven various energy storage cycles Coalition agency.   Increase the superheated steam thermal energy and compressed air cold heat to 10 times solar heat turbine drive species of solar thermal turbine blade section (4A) by 16 times + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Equipped + Drive various space vehicles (78V) + Fuel injection ignition to cold heat + Burn heat with compressed air with heat pump and mercury gravity + Heat storage type combined energy storage cycle driven by vertical mercury gravity turbine Combined engine .   Solar thermal turbine blade section (4B) to increase the superheated steam thermal and compressed air cold heat to 17 times the solar thermal turbine driving species + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) water Prepare heat exchange equipment + Drive various space vehicles (78V) + Fuel injection ignition to cold heat + Burn heat with compressed air with heat pump and mercury gravity + Heat storage cycle with various types of energy storage driven by vertical mercury gravity turbine Coalition agency.   Increase the superheated steam thermal and compressed air cold heat to 18 times 1-stage solar thermal turbine drive species solar thermal turbine blade cross section (4C) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Prepare air heat exchange equipment + Drive various space vehicles (78V) + Fuel injection ignition to cold heat + Burn heat with compressed air with heat pump and mercury gravity + Heat energy of various types driven by vertical mercury gravity turbine Preservation cycle union agency.   Increase the superheated steam thermal and compressed air cold heat to 19 times 2-stage solar thermal turbine driving species of solar thermal turbine blade cross section (4D) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Equipped with a generator + Drives various space vehicles (78V) + Fuel injection ignites combustion to cold heat + Heat pump and compressed air with mercury gravity Production heat production + Various energy driven by wedge-shaped mercury gravity turbine in a broad sense Preservation cycle union agency.   Increase the superheated steam thermal and compressed air cold heat to 20 times three-stage solar thermal turbine drive species of solar thermal blade cross section (4E) + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + mercury downward Accelerated solar thermal turbine driving species + Drive various passenger aircraft (78 V) + Fuel injection to burn with cold heat + Fire pump combustion with compressed air with heat pump and mercury gravity + Various energy storage cycle combination driven by vertical mercury gravity turbine organ.   Increase the superheated steam thermal and compressed air cold heat to 21 times 4-stage solar thermal turbine drive species of solar thermal blade cross section (4F) + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + mercury downward Accelerated solar thermal turbine driving species + Drive various passenger aircraft (78 V) + Fuel injection to burn with cold heat + Fire pump combustion with compressed air with heat pump and mercury gravity + Various energy storage cycle combination driven by vertical mercury gravity turbine organ.   Increase the superheated steam thermal and compressed air cold heat to 22 times 5-stage solar heat turbine drive species of solar heat turbine blade cross section (4A) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + mercury downward Accelerated solar thermal turbine driving species + Drive various passenger aircraft (78 V) + Fuel injection to burn with cold heat + Fire pump combustion with compressed air with heat pump and mercury gravity + Various energy storage cycle combination driven by vertical mercury gravity turbine organ.   Increase the superheated steam thermal and compressed air cold heat to 23 times the 6th stage solar thermal turbine drive species of solar thermal turbine blade cross section (4B) + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + mercury downward Accelerated solar thermal turbine driving species + Drive various passenger aircraft (78 V) + Fuel injection to burn with cold heat + Fire pump combustion with compressed air with heat pump and mercury gravity + Various energy storage cycle combination driven by vertical mercury gravity turbine organ.   Increase the superheated steam thermal and compressed air cold heat to 7 times solar thermal turbine driving species of solar thermal turbine blade cross section (4C) by 24 times + combined engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + mercury downward Accelerated solar thermal turbine driving species + Drive various passenger aircraft (78V) + Fuel injection ignition to cold heat + Fire pump combustion with compressed air with heat pump and mercury gravity + Various energy conservation driven by wide type mercury gravity turbine in a broad sense Cycle coalescing agency.   Increase the superheated steam thermal energy and compressed air cold heat to 25 times 8-stage solar thermal turbine driving species of solar thermal turbine blade cross section (4D) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Heat pump equipped + cold fuel injection ignition combustion + compressed air with heat pump and mercury gravity production heat production + various types of energy storage cycle combined engine driven by vertical mercury gravity turbine.   Increase superheated steam thermal and compressed air cold heat to double 9th stage solar thermal turbine drive species of solar thermal turbine blade cross section (4E) + combined engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h 2.) Equipped with + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + vertical mercury mercury turbine driven various energy storage cycle combined engine.   Increase superheated steam thermal and compressed air cold heat to 10 stages of solar heat turbine drive species triple solar heat turbine blade cross section (4F) + combine engine injection part (78V) to make solar thermal gravity rotary plane (39B) + horizontal axis (1 h Water heat exchange equipment + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + vertical mercury gravity turbine driven various energy storage cycle combined engine.   Solar thermal turbine blade section (4A) to increase the superheated steam thermal and compressed air cold heat to 4 times the solar thermal turbine driving species + combined engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h) air Heat exchange equipment + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + vertical mercury mercury gravity turbine driven various energy storage cycle combined engine.   Increase the superheated steam thermal and compressed air cold heat to 5 times one stage solar heat turbine drive species of solar heat turbine blade cross section (4B) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h 2.) Equipped with a generator + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + various types of energy storage cycle combined engine driven by a wide type mercury gravity turbine in a broad sense.   Increase the superheated steam thermal and compressed air cold heat to 6 times the two-stage solar heat turbine drive species of solar heat turbine blade cross section (4C) + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h A) Heat pump + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + 竪 type mercury gravity turbine driven various energy storage cycle combined engine.   Increase the superheated steam thermal energy and compressed air cold heat to 7 times three-stage solar thermal turbine driving species of solar thermal turbine blade cross section (4D) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h 2.) Equipped with a compression heat recovery unit + fuel injection ignition combustion to cold heat + heat pump and compressed air production with mercury gravity production + various energy storage cycle combined engines driven by vertical mercury gravity turbine.   Increase superheated steam thermal and compressed air cold heat to 8 times 4-stage solar heat turbine drive species of solar heat turbine blade cross section (4E) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h 2.) Equipped with a water heat exchanger + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + vertical mercury gravity turbine driven various energy storage cycle combined engine.   Increase superheated steam thermal and compressed air cold heat to 9 times 5-stage solar heat turbine drive species of solar heat turbine blade cross section (4F) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h 2.) Equipped with an air heat exchanger + fuel injection ignition combustion to cold energy + compressed air with heat pump and mercury gravity production heat production + various types of energy storage cycle combined engine driven by vertical mercury gravity turbine.   Increase the superheated steam thermal and compressed air cold heat to 10 times the 6th stage solar thermal turbine drive species of solar thermal turbine blade cross section (4A) + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1 h 2.) Equipped with a generator + cold fuel injection and combustion for ignition + heat pump and mercury gravity compressed air production heat production + various types of energy storage cycle combined engine driven by a wide type mercury gravity turbine in a broad sense.   Increase the superheated steam thermal and compressed air cold heat to 7 times solar thermal turbine drive species of 11 times solar thermal turbine blade cross section (4B) + combined engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Heat pump equipped + cold fuel injection ignition combustion + compressed air with heat pump and mercury gravity production heat production + various types of energy storage cycle combined engine driven by vertical mercury gravity turbine.   Increase the superheated steam thermal and compressed air cold heat to 12 times the 8-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4C) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h 2.) Equipped with + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + vertical mercury mercury turbine driven various energy storage cycle combined engine.   Increase the superheated steam thermal and compressed air cold heat to 13 times the 9th stage solar thermal turbine drive species of solar thermal turbine blade cross section (4D) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h Water heat exchange equipment + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + vertical mercury gravity turbine driven various energy storage cycle combined engine.   Increase the superheated steam thermal and compressed air cold heat to 14 times the 10th stage solar heat turbine drive species of solar heat turbine blade cross section (4E) + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h 2.) Air heat exchange equipment + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + vertical mercury mercury turbine driven various energy storage cycle combined engine.   Solar thermal turbine blade section (4F) to increase the superheated steam thermal and compressed air cold heat to 15 times the solar thermal turbine driving species + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) power generation Equipped with equipment + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + wide-range 竪 type mercury gravity turbine driven various energy storage cycle combined engine.   Increase the superheated steam thermal and compressed air cold heat to 16 times one stage solar heat turbine drive species of solar thermal turbine blade cross section (4A) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Heat pump equipped + Drive various space units (78V) + Fuel injection ignition to cold heat igniter combustion + Heat pump and mercury gravity compressed air production heat production + Vertical mercury gravity turbine driven various energy storage cycles Coalition agency.   Increase the superheated steam thermal and compressed air cold heat to 17 times the two-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4B) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Prepare compression heat recovery equipment + Drive various space vehicles (78V) + Fuel injection ignition to cold heat + Burn heat with compressed air with heat pump and mercury gravity + Heat energy of various types driven by vertical mercury gravity turbine Preservation cycle union agency.   Increase the superheated steam thermal and compressed air cold heat to 18 times three-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4C) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Prepare water heat exchange equipment + Drive various space vehicles (78V) + Fuel injection ignition combustion to cold energy + Heat pump and compressed air with mercury gravity Heat production of heat + Various energy driven by mercury mercury gravity turbine Preservation cycle union agency.   Increase the superheated steam thermal and compressed air cold heat to 19 times 4-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4D) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Prepare air heat exchange equipment + Drive various space vehicles (78V) + Fuel injection ignition to cold heat + Burn heat with compressed air with heat pump and mercury gravity + Heat energy of various types driven by vertical mercury gravity turbine Preservation cycle union agency.   Increase superheated steam thermal and compressed air cold heat to 20 times 5-stage solar heat turbine drive species of solar heat turbine blade cross section (4E) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Equipped with a generator + Drives various space vehicles (78V) + Fuel injection ignites combustion to cold heat + Heat pump and compressed air with mercury gravity Production heat production + Various energy driven by wedge-shaped mercury gravity turbine in a broad sense Preservation cycle union agency.   Increase the superheated steam thermal and compressed air cold heat to 21 times 6-stage solar thermal turbine drive species solar thermal turbine blade cross section (4F) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + mercury downward Accelerated solar thermal turbine driving species + Drive various passenger aircraft (78 V) + Fuel injection to burn with cold heat + Fire pump combustion with compressed air with heat pump and mercury gravity + Various energy storage cycle combination driven by vertical mercury gravity turbine organ.   Solar thermal turbine blade section (4A) to increase the superheated steam thermal energy and compressed air cold heat to 7 times solar thermal turbine drive species 22 times + combined engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + mercury down Accelerated solar thermal turbine driving species + Drive various passenger aircraft (78 V) + Fuel injection to burn with cold heat + Fire pump combustion with compressed air with heat pump and mercury gravity + Various energy storage cycle combination driven by vertical mercury gravity turbine organ.   Increase the superheated steam thermal and compressed air cold heat to 23 times 8-stage solar thermal turbine driving species of solar thermal turbine blade cross section (4B) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + mercury downward Accelerated solar thermal turbine driving species + Drive various passenger aircraft (78 V) + Fuel injection to burn with cold heat + Fire pump combustion with compressed air with heat pump and mercury gravity + Various energy storage cycle combination driven by vertical mercury gravity turbine organ.   Increase the superheated steam thermal and compressed air cold heat to 9 times solar thermal turbine drive species of solar thermal turbine blade cross section (4C) by 24 times + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + mercury downward Accelerated solar thermal turbine driving species + Drive various passenger aircraft (78 V) + Fuel injection to burn with cold heat + Fire pump combustion with compressed air with heat pump and mercury gravity + Various energy storage cycle combination driven by vertical mercury gravity turbine organ.   Increase the superheated steam thermal and compressed air cold heat to 25 times 10-stage solar thermal turbine drive species solar thermal turbine blade cross section (4D) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + mercury downward Accelerated solar thermal turbine driving species + Drive various passenger aircraft (78V) + Fuel injection ignition to cold heat + Fire pump combustion with compressed air with heat pump and mercury gravity + Various energy conservation driven by wide type mercury gravity turbine in a broad sense Cycle coalescing agency.   Increase superheated steam thermal and compressed air cold heat to double solar heat turbine driven species with solar heat turbine blade cross section (4E) + combined engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h) thermal Equipped with a pump + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + wedge type mercury gravity turbine driven various energy storage cycle combined engine.   Increase superheated steam thermal and compressed air cold heat to one stage solar heat turbine drive species triple solar thermal turbine blade cross section (4F) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h A) Heat compression equipment equipped + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + vertical mercury gravity turbine driven various energy storage cycle combined engine.   Increase the superheated steam thermal and compressed air cold heat to 4 times the double-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4A) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h Water heat exchange equipment + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + vertical mercury gravity turbine driven various energy storage cycle combined engine.   Increase the superheated steam thermal energy and compressed air cold heat to 5 times three-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4B) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h 2.) Air heat exchange equipment + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + vertical mercury mercury turbine driven various energy storage cycle combined engine.   Increase the superheated steam thermal and compressed air cold heat to 6 times the four-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4C) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h 2.) Equipped with a generator + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + various types of energy storage cycle combined engine driven by a wide type mercury gravity turbine in a broad sense.   Increase superheated steam thermal and compressed air cold heat to 7 times 5-stage solar heat turbine drive species of solar heat turbine blade cross section (4D) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h A) Heat pump + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + 竪 type mercury gravity turbine driven various energy storage cycle combined engine.   Increase the superheated steam thermal and compressed air cold heat to 8 times the 6th stage solar thermal turbine drive species solar thermal turbine blade cross section (4E) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h 2.) equipped with cold fuel + fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + vertical mercury mercury turbine driven various energy storage cycle combined engine.   Increase the superheated steam thermal and compressed air cold heat to 9 times 7-stage solar thermal turbine drive species solar thermal turbine blade cross section (4F) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h 2.) Equipped with a water heat exchanger + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + vertical mercury gravity turbine driven various energy storage cycle combined engine.   Increase the superheated steam thermal and compressed air cold heat to 10 times the 8-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4A) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h 2.) Equipped with an air heat exchanger + fuel injection ignition combustion to cold energy + compressed air with heat pump and mercury gravity production heat production + various types of energy storage cycle combined engine driven by vertical mercury gravity turbine.   Increase the superheated steam thermal and compressed air cold heat to 11 times the 9th stage solar thermal turbine drive species of solar thermal turbine blade cross section (4B) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h 2.) Equipped with a generator + cold fuel injection and combustion for ignition + heat pump and mercury gravity compressed air production heat production + various types of energy storage cycle combined engine driven by a wide type mercury gravity turbine in a broad sense.   Increase the superheated steam thermal and compressed air cold heat to 12 times the 10-stage solar thermal turbine drive species solar thermal turbine blade cross section (4C) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h ) Heat pump equipped + cold fuel injection ignition combustion + compressed air with heat pump and mercury gravity production heat production + various types of energy storage cycle combined engine driven by vertical mercury gravity turbine.   Solar thermal turbine blade section (4D) to increase the superheated steam thermal and compressed air cold heat to 13 times solar thermal turbine driving species + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) compression Heat recovery equipment equipped + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + vertical mercury mercury gravity turbine driven various energy storage cycle combined engine.   Increase the superheated steam thermal and compressed air cold heat to 14 times the number of solar thermal turbine blade cross section (4E) to be 14 times that of a single-stage solar thermal turbine drive species + make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) Water heat exchange equipment + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + vertical mercury gravity turbine driven various energy storage cycle combined engine.   Increase the superheated steam thermal energy and compressed air cold heat to 15 times two-stage solar thermal turbine driving species of solar thermal turbine blade cross section (4F) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h 2.) Air heat exchange equipment + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + vertical mercury mercury turbine driven various energy storage cycle combined engine.   Increase the superheated steam thermal and compressed air cold heat to 16 times three-stage solar heat turbine drive species of solar thermal turbine blade cross section (4A) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h 2.) Equipped with a generator + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + various types of energy storage cycle combined engine driven by a wide type mercury gravity turbine in a broad sense.   Increase the superheated steam thermal and compressed air cold heat to 17 times the four-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4B) + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Heat pump equipped + Drive various space units (78V) + Fuel injection ignition to cold heat igniter combustion + Heat pump and mercury gravity compressed air production heat production + Vertical mercury gravity turbine driven various energy storage cycles Coalition agency.   Increase the superheated steam thermal energy and compressed air cold heat to 18 times 5-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4C) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Equipped + Drive various space vehicles (78V) + Fuel injection ignition to cold heat + Burn heat with compressed air with heat pump and mercury gravity + Heat storage type combined energy storage cycle driven by vertical mercury gravity turbine Combined engine .   Increase the superheated steam thermal and compressed air cold heat to 19 times 6-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4D) + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Prepare water heat exchange equipment + Drive various space vehicles (78V) + Fuel injection ignition combustion to cold energy + Heat pump and compressed air with mercury gravity Heat production of heat + Various energy driven by mercury mercury gravity turbine Preservation cycle union agency.   Increase superheated steam thermal and compressed air cold heat to 20 times 7-stage solar heat turbine drive species of solar heat turbine blade cross section (4E) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Prepare air heat exchange equipment + Drive various space vehicles (78V) + Fuel injection ignition to cold heat + Burn heat with compressed air with heat pump and mercury gravity + Heat energy of various types driven by vertical mercury gravity turbine Preservation cycle union agency.   Increase the superheated steam thermal energy and compressed air cold heat to 21 times 8-stage solar heat turbine drive species of solar thermal turbine blade cross section (4F) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Equipped with a generator + Drives various space vehicles (78V) + Fuel injection ignites combustion to cold heat + Heat pump and compressed air with mercury gravity Production heat production + Various energy driven by wedge-shaped mercury gravity turbine in a broad sense Preservation cycle union agency.   Increase the superheated steam thermal and compressed air cold heat to 22 times the 9th stage solar thermal turbine drive species of solar thermal turbine blade cross section (4A) + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + mercury downward Accelerated solar thermal turbine driving species + Drive various passenger aircraft (78 V) + Fuel injection to burn with cold heat + Fire pump combustion with compressed air with heat pump and mercury gravity + Various energy storage cycle combination driven by vertical mercury gravity turbine organ.   Increase the superheated steam thermal and compressed air cold heat to 23 times 10-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4B) + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + mercury downward Accelerated solar thermal turbine driving species + Drive various passenger aircraft (78 V) + Fuel injection to burn with cold heat + Fire pump combustion with compressed air with heat pump and mercury gravity + Various energy storage cycle combination driven by vertical mercury gravity turbine organ.   Solar thermal turbine blade cross section (4C) to be 24 times more solar thermal turbine driving species Increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + accelerate mercury downward to solar heat Turbine driving type + driving various passenger aircraft (78 V) + fuel injection ignition to cold heat + combustion with compressed air with heat pump and mercury gravity production + various types of energy storage cycle combined engine driven by vertical mercury gravity turbine   Increase the superheated steam thermal and compressed air cold heat to 25 times 1-stage solar thermal turbine drive species solar thermal turbine blade cross section (4D) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + mercury downward Accelerated solar thermal turbine driving species + Drive various passenger aircraft (78 V) + Fuel injection to burn with cold heat + Fire pump combustion with compressed air with heat pump and mercury gravity + Various energy storage cycle combination driven by vertical mercury gravity turbine organ.   Increase the superheated steam thermal and compressed air cold heat to double solar thermal turbine blade cross section (4E) double stage solar thermal turbine driving species + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + mercury downward Accelerated solar thermal turbine driving species + Drive various passenger aircraft (78V) + Fuel injection ignition to cold heat + Fire pump combustion with compressed air with heat pump and mercury gravity + Various energy conservation driven by wide type mercury gravity turbine in a broad sense Cycle coalescing agency.   Increase the superheated steam thermal and compressed air cold heat to three-stage solar thermal turbine drive species triple solar thermal turbine blade cross section (4F) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Heat pump equipped + cold fuel injection ignition combustion + compressed air with heat pump and mercury gravity production heat production + various types of energy storage cycle combined engine driven by vertical mercury gravity turbine.   Increase the superheated steam thermal energy and compressed air cold heat to quadruple four-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4A) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h 2.) Equipped with + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + vertical mercury mercury turbine driven various energy storage cycle combined engine.   Increase the superheated steam thermal and compressed air cold heat to 5 times solar thermal turbine drive species of solar thermal turbine blade cross section (4B) 5 times + combined engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h Water heat exchange equipment + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + vertical mercury gravity turbine driven various energy storage cycle combined engine.   Increase the superheated steam thermal and compressed air cold heat to 6 times solar thermal turbine drive species of solar thermal turbine blade cross section (4C) by 6 times + combined engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h 2.) Air heat exchange equipment + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + vertical mercury mercury turbine driven various energy storage cycle combined engine.   Increase the superheated steam thermal and compressed air cold heat to 7 times solar thermal turbine drive species of solar thermal turbine blade cross section (4D) seven times + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h 2.) Equipped with a generator + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + various types of energy storage cycle combined engine driven by a wide type mercury gravity turbine in a broad sense.   Increase the superheated steam thermal energy and compressed air cold heat to 8 times solar thermal turbine driving species by multiplying solar thermal turbine blade cross section (4E) by 8 times + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h A) Heat pump + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + 竪 type mercury gravity turbine driven various energy storage cycle combined engine.   Increase the superheated steam thermal and compressed air cold heat to 9 times solar thermal turbine drive species of 9 times solar thermal turbine blade cross section (4F) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h 2.) Equipped with a compression heat recovery unit + fuel injection ignition combustion to cold heat + heat pump and compressed air production with mercury gravity production + various energy storage cycle combined engines driven by vertical mercury gravity turbine.   Increase the superheated steam thermal and compressed air cold heat to 10 times the stage of the solar heat turbine driven species of solar heat turbine blade cross section (4A) + make the combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h 2.) Equipped with a water heat exchanger + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + vertical mercury gravity turbine driven various energy storage cycle combined engine.   Solar thermal turbine blade section (4B) to increase the superheated steam thermal and compressed air cold heat to 11 times the solar thermal turbine driving species + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) air Equipped with a heat exchanger + cold to fuel injection ignition combustion + compressed air with heat pump and mercury gravity heat production + various types of energy storage cycle combined engine driven by vertical mercury gravity turbine.   Increase the superheated steam thermal energy and compressed air cold heat to 12 times one stage solar heat turbine drive species of solar thermal turbine blade cross section (4C) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h 2.) Equipped with a generator + cold fuel injection and combustion for ignition + heat pump and mercury gravity compressed air production heat production + various types of energy storage cycle combined engine driven by a wide type mercury gravity turbine in a broad sense.   Increase the superheated steam thermal and compressed air cold heat to 13 times 2-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4D) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Heat pump equipped + cold fuel injection ignition combustion + compressed air with heat pump and mercury gravity production heat production + various types of energy storage cycle combined engine driven by vertical mercury gravity turbine.   Increase the superheated steam thermal energy and compressed air cold heat to 14 times three-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4E) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h 2.) Equipped with + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + vertical mercury mercury turbine driven various energy storage cycle combined engine.   Increase the superheated steam thermal and compressed air cold heat to 15 times 4-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4F) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h Water heat exchange equipment + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + vertical mercury gravity turbine driven various energy storage cycle combined engine.   Increase the superheated steam thermal and compressed air cold heat to 16 times 5-stage solar heat turbine drive species of solar thermal blade cross section (4A) + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1 h 2.) Air heat exchange equipment + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + vertical mercury mercury turbine driven various energy storage cycle combined engine.   Increase the superheated steam thermal and compressed air cold heat to 17 times the number of solar thermal turbine blade cross section (4B) 17 times 6 stage solar thermal turbine driving species + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h 2.) Equipped with a generator + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + various types of energy storage cycle combined engine driven by a wide type mercury gravity turbine in a broad sense.   Increase superheated steam thermal and compressed air cold heat to 18 times 7-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4C) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Heat pump equipped + Drive various space units (78V) + Fuel injection ignition to cold heat igniter combustion + Heat pump and mercury gravity compressed air production heat production + Vertical mercury gravity turbine driven various energy storage cycles Coalition agency.   Increase the superheated steam thermal and compressed air cold heat to 19 times 8-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4D) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Prepare compression heat recovery equipment + Drive various space vehicles (78V) + Fuel injection ignition to cold heat + Burn heat with compressed air with heat pump and mercury gravity + Heat energy of various types driven by vertical mercury gravity turbine Preservation cycle union agency.   Increase superheated steam thermal and compressed air cold heat to 20 times 9th stage solar thermal turbine drive species of solar thermal turbine blade cross section (4E) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Prepare water heat exchange equipment + Drive various space vehicles (78V) + Fuel injection ignition combustion to cold energy + Heat pump and compressed air with mercury gravity Heat production of heat + Various energy driven by mercury mercury gravity turbine Preservation cycle union agency.   Increase the superheated steam thermal and compressed air cold heat to 21 times 10 stage solar heat turbine drive species of solar heat turbine blade cross section (4F) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Prepare air heat exchange equipment + Drive various space vehicles (78V) + Fuel injection ignition to cold heat + Burn heat with compressed air with heat pump and mercury gravity + Heat energy of various types driven by vertical mercury gravity turbine Preservation cycle union agency.   Increase the superheated steam thermal and compressed air cold heat to 22 times solar thermal turbine drive species solar thermal turbine blade cross section (4A) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) power generation Make equipment + drive various space vehicles (78V) + fuel injection ignition to cold heat + burn heat by compressed air with heat pump and mercury gravity + various energy storage cycles driven by vertical mercury gravity turbine in a broad sense Coalition agency.   Increase the superheated steam thermal and compressed air cold heat to 23 times one stage solar thermal turbine drive species of solar thermal turbine blade cross section (4B) + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + mercury downward Accelerated solar thermal turbine driving species + Drive various passenger aircraft (78 V) + Fuel injection to burn with cold heat + Fire pump combustion with compressed air with heat pump and mercury gravity + Various energy storage cycle combination driven by vertical mercury gravity turbine organ.   Increase the superheated steam thermal and compressed air cold heat to 24 times the two-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4C) + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + mercury downward Accelerated solar thermal turbine driving species + Drive various passenger aircraft (78 V) + Fuel injection to burn with cold heat + Fire pump combustion with compressed air with heat pump and mercury gravity + Various energy storage cycle combination driven by vertical mercury gravity turbine organ.   Increase the superheated steam thermal and compressed air cold heat to 25 times three-stage solar thermal turbine driven species of solar thermal turbine blade cross section (4D) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + mercury downward Accelerated solar thermal turbine driving species + Drive various passenger aircraft (78 V) + Fuel injection to burn with cold heat + Fire pump combustion with compressed air with heat pump and mercury gravity + Various energy storage cycle combination driven by vertical mercury gravity turbine organ.   Increases superheated steam thermal and compressed air cold heat to double 4th stage solar thermal turbine drive species by doubling solar thermal blade cross section (4E) + combined engine injection part (78V) to solar thermal gravity rotary plane (39B) + mercury downward Accelerated solar thermal turbine driving species + Drive various passenger aircraft (78 V) + Fuel injection to burn with cold heat + Fire pump combustion with compressed air with heat pump and mercury gravity + Various energy storage cycle combination driven by vertical mercury gravity turbine organ.   Increases superheated steam thermal and compressed air cold heat to 5th stage solar thermal turbine drive species with triple solar thermal blade cross section (4F) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + mercury downward Accelerated solar thermal turbine driving species + Drive various passenger aircraft (78V) + Fuel injection ignition to cold heat + Fire pump combustion with compressed air with heat pump and mercury gravity + Various energy conservation driven by wide type mercury gravity turbine in a broad sense Cycle coalescing agency.   Increase the superheated steam thermal and compressed air cold heat to 6 times solar thermal turbine drive species of 4 times the solar thermal turbine blade cross section (4A) + combined engine injection part (78V) to the solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Heat pump equipped + cold fuel injection ignition combustion + compressed air with heat pump and mercury gravity production heat production + various types of energy storage cycle combined engine driven by vertical mercury gravity turbine.   Increase superheated steam thermal and compressed air cold heat to 5 times 7th stage solar thermal turbine driving species of solar thermal turbine blade cross section (4B) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h A) Heat compression equipment equipped + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + vertical mercury gravity turbine driven various energy storage cycle combined engine.   Increase the superheated steam thermal and compressed air cold heat to 8 times solar thermal turbine drive species of solar thermal turbine blade cross section (4C) by 6 times + combined engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h Water heat exchange equipment + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + vertical mercury gravity turbine driven various energy storage cycle combined engine.   Increase the superheated steam thermal and compressed air cold heat to 7 times the 9th stage solar thermal turbine drive species of solar thermal turbine blade cross section (4D) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h 2.) Air heat exchange equipment + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + vertical mercury mercury turbine driven various energy storage cycle combined engine.   Increase the superheated steam thermal and compressed air cold heat to 10 times solar thermal turbine drive species of solar thermal turbine blade cross section (4E) by 8 times + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h 2.) Equipped with a generator + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + various types of energy storage cycle combined engine driven by a wide type mercury gravity turbine in a broad sense.   Increase superheated steam thermal and compressed air cold heat to 9 times solar thermal turbine drive species with solar thermal turbine blade cross section (4F) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h) thermal Equipped with a pump + cold fuel injection to burn the cold + heat pump and compressed air with mercury gravity production heat production + various types of energy storage cycle combined engine driven by a mercury-type mercury gravity turbine.   Increase the superheated steam thermal and compressed air cold heat to 10 times the one-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4A) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h 2.) equipped with cold fuel + fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + vertical mercury mercury turbine driven various energy storage cycle combined engine.   Increase the superheated steam thermal energy and compressed air cold heat to 11 times 2-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4B) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h 2.) Equipped with a water heat exchanger + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + vertical mercury gravity turbine driven various energy storage cycle combined engine.   Increase the superheated steam thermal and compressed air cold heat to 12 times three-stage solar heat turbine drive species of solar heat turbine blade cross section (4C) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h 2.) Equipped with an air heat exchanger + fuel injection ignition combustion to cold energy + compressed air with heat pump and mercury gravity production heat production + various types of energy storage cycle combined engine driven by vertical mercury gravity turbine.   Increase the superheated steam thermal energy and compressed air cold heat to 13 times 4-stage solar thermal turbine driving species of solar thermal turbine blade cross section (4D) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h 2.) Equipped with a generator + cold fuel injection and combustion for ignition + heat pump and mercury gravity compressed air production heat production + various types of energy storage cycle combined engine driven by a wide type mercury gravity turbine in a broad sense.   Increase the superheated steam thermal energy and compressed air cold heat to 14 times 5-stage solar heat turbine drive species of solar thermal turbine blade cross section (4E) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Heat pump equipped + cold fuel injection ignition combustion + compressed air with heat pump and mercury gravity production heat production + various types of energy storage cycle combined engine driven by vertical mercury gravity turbine.   Increase the superheated steam thermal and compressed air cold heat to 15 times 6-stage solar thermal turbine drive species solar thermal turbine blade cross section (4F) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h A) Heat compression equipment equipped + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + vertical mercury gravity turbine driven various energy storage cycle combined engine.   Increase the superheated steam thermal and compressed air cold heat to 16 times 7-stage solar heat turbine drive species + increase the temperature of the thermal turbine blade section (4A) + combined engine injection part (78V) to the solar thermal gravity rotary plane (39B) + horizontal axis (1 h Water heat exchange equipment + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + vertical mercury gravity turbine driven various energy storage cycle combined engine.   Increase the superheated steam thermal and compressed air cold heat to 17 times the solar heat turbine blade cross section (4B) by 17 times + double combined engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1 h 2.) Air heat exchange equipment + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + vertical mercury mercury turbine driven various energy storage cycle combined engine.   Increase the superheated steam thermal and compressed air cold heat to 18 times the 9th stage solar thermal turbine drive species of solar thermal turbine blade cross section (4C) + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1 h 2.) Equipped with a generator + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + various types of energy storage cycle combined engine driven by a wide type mercury gravity turbine in a broad sense.   Increase superheated steam thermal and compressed air cold heat to 19 times 10 stages of solar heat turbine drive species of solar heat turbine blade cross section (4D) + combine engine injection part (78V) to make solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Heat pump equipped + Drive various space units (78V) + Fuel injection ignition to cold heat igniter combustion + Heat pump and mercury gravity compressed air production heat production + Vertical mercury gravity turbine driven various energy storage cycles Coalition agency.   Solar thermal turbine blade cross section (4E) to increase the superheated steam thermal and compressed air cold heat to 20 times the solar thermal turbine driving species + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) equipment + Various space return drives (78V) drive + Fuel injection ignition combustion to cold energy + Heat pump and compressed air with mercury gravity Production heat production + Various types of energy storage cycle combined engine driven by vertical mercury gravity turbine   Increase the superheated steam thermal energy and compressed air cold heat to 21 times one stage solar heat turbine drive species of solar thermal turbine blade cross section (4F) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Prepare water heat exchange equipment + Drive various space vehicles (78V) + Fuel injection ignition combustion to cold energy + Heat pump and compressed air with mercury gravity Heat production of heat + Various energy driven by mercury mercury gravity turbine Preservation cycle union agency.   Increase the superheated steam thermal and compressed air cold heat to 22 times the two-stage solar thermal turbine drive species solar thermal turbine blade cross section (4A) + combined engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h ) Prepare air heat exchange equipment + Drive various space vehicles (78V) + Fuel injection ignition to cold heat + Burn heat with compressed air with heat pump and mercury gravity + Heat energy of various types driven by vertical mercury gravity turbine Preservation cycle union agency.   Increase the superheated steam thermal energy and compressed air cold heat to 23 times 3-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4B) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Equipped with a generator + Drives various space vehicles (78V) + Fuel injection ignites combustion to cold heat + Heat pump and compressed air with mercury gravity Production heat production + Various energy driven by wedge-shaped mercury gravity turbine in a broad sense Preservation cycle union agency.   Increases superheated steam thermal and compressed air cold heat to 24 times 4-stage solar thermal turbine drive species with solar thermal turbine blade cross section (4C) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + mercury downward Accelerated solar thermal turbine driving species + Drive various passenger aircraft (78 V) + Fuel injection to burn with cold heat + Fire pump combustion with compressed air with heat pump and mercury gravity + Various energy storage cycle combination driven by vertical mercury gravity turbine organ.   Increases superheated steam thermal and compressed air cold heat to 25 times 5-stage solar thermal turbine drive species of solar thermal blade cross section (4D) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + mercury downward Accelerated solar thermal turbine driving species + Drive various passenger aircraft (78 V) + Fuel injection to burn with cold heat + Fire pump combustion with compressed air with heat pump and mercury gravity + Various energy storage cycle combination driven by vertical mercury gravity turbine organ.   Solar thermal turbine blade cross section (4E) doubles to 6 stage solar thermal turbine drive species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) to solar thermal gravity rotary plane (39B) + mercury downward Accelerated solar thermal turbine driving species + Drive various passenger aircraft (78 V) + Fuel injection to burn with cold heat + Fire pump combustion with compressed air with heat pump and mercury gravity + Various energy storage cycle combination driven by vertical mercury gravity turbine organ.   Increase the superheated steam thermal and compressed air cold heat to 7-stage solar thermal turbine drive species triple solar thermal turbine blade cross section (4F) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + mercury downward Accelerated solar thermal turbine driving species + Drive various passenger aircraft (78 V) + Fuel injection to burn with cold heat + Fire pump combustion with compressed air with heat pump and mercury gravity + Various energy storage cycle combination driven by vertical mercury gravity turbine organ.   Solar thermal turbine blade cross section (4A) quadrupled to 8 stages solar thermal turbine driving species Increase superheated steam thermal and compressed air cold heat + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + mercury downward Accelerated solar thermal turbine driving species + Drive various passenger aircraft (78V) + Fuel injection ignition to cold heat + Fire pump combustion with compressed air with heat pump and mercury gravity + Various energy conservation driven by wide type mercury gravity turbine in a broad sense Cycle coalescing agency.   Increase superheated steam thermal and compressed air cold heat to 5 times 9th stage solar thermal turbine drive species of solar thermal turbine blade cross section (4B) + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + accelerate mercury Configuration and method + Thermal and cold energy production with suction air path length lens and sunlight + Fuel injection to combustion with cold energy + Ignition combustion with combustion + Heat pump and compressed air production with mercury gravity + Various energy storage cycle combination driven with vertical mercury gravity turbine organ.   Increase superheated steam thermal and compressed air cold heat to 10 times solar thermal turbine driven species with 6 times solar thermal blade cross section (4C) + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + accelerate mercury Configuration and method + Thermal and cold energy production with suction air path length lens and sunlight + Fuel injection to combustion with cold energy + Ignition combustion with combustion + Heat pump and compressed air production with mercury gravity + Various energy storage cycle combination driven with vertical mercury gravity turbine organ.   Solar thermal turbine blade cross section (4D) to 7 times the solar thermal turbine driving species + increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + accelerate mercury configuration or Method + Intake air path length lens and solar light to produce thermal cooling + cold energy to fuel injection ignition combustion + Heat pump and mercury gravity compressed air production heat production + Vertical mercury gravity turbine driven various energy storage cycle combined engine.   Increases superheated steam thermal and compressed air cold heat to 8 times 1-stage solar thermal turbine driven species with solar thermal turbine blade cross section (4E) + accelerates mercury into a combined engine injection part (78V) solar thermal gravity rotary plane (39B) Configuration and method + Thermal and cold energy production with suction air path length lens and sunlight + Fuel injection to combustion with cold energy + Ignition combustion with combustion + Heat pump and compressed air production with mercury gravity + Various energy storage cycle combination driven with vertical mercury gravity turbine organ.   Increases superheated steam thermal and compressed air cold heat to 9 times 2-stage solar thermal turbine drive species with solar thermal blade cross section (4F) + accelerates mercury into a combined engine injection part (78V) solar thermal gravity rotary plane (39B) Configuration and method + Thermal and cold energy production with suction air path length lens and sunlight + Fuel injection to burn with cold energy + Ignition combustion with heat + Heat pump and compressed air production with mercury gravity + Various energy storage driven with wedge-shaped mercury gravity turbine in a broad sense Cycle coalescing agency.   Increase superheated steam thermal and compressed air cold heat to 10 times three-stage solar thermal turbine driven species with 10 times solar thermal blade cross section (4A) + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + accelerate mercury Configuration and method + Thermal and cold energy production with suction air path length lens and sunlight + Fuel injection to combustion with cold energy + Ignition combustion with combustion + Heat pump and compressed air production with mercury gravity + Various energy storage cycle combination driven with vertical mercury gravity turbine organ.   Increase the superheated steam thermal and compressed air cold heat to 11 times the four-stage solar thermal turbine drive species of solar thermal blade cross section (4B) + accelerate to make the combined engine injection part (78V) solar thermal gravity rotary plane (39B) + mercury Configuration and method + Thermal and cold energy production with suction air path length lens and sunlight + Fuel injection to combustion with cold energy + Ignition combustion with combustion + Heat pump and compressed air production with mercury gravity + Various energy storage cycle combination driven with vertical mercury gravity turbine organ.   Increase superheated steam thermal and compressed air cold heat to 5 times solar thermal turbine drive species with 12 times solar thermal blade cross section (4C) + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + accelerate mercury Configuration and method + Thermal and cold energy production with suction air path length lens and sunlight + Fuel injection to combustion with cold energy + Ignition combustion with combustion + Heat pump and compressed air production with mercury gravity + Various energy storage cycle combination driven with vertical mercury gravity turbine organ.   Increase superheated steam thermal and compressed air cold heat to 13 times 6-stage solar thermal turbine drive species with solar thermal blade cross section (4D) + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + accelerate mercury Configuration and method + Thermal and cold energy production with suction air path length lens and sunlight + Fuel injection to combustion with cold energy + Ignition combustion with combustion + Heat pump and compressed air production with mercury gravity + Various energy storage cycle combination driven with vertical mercury gravity turbine organ.   Increases superheated steam thermal and compressed air cold heat to 14 times 7-stage solar thermal turbine drive species with solar thermal turbine blade cross section (4E) + accelerates mercury into a coalesced engine injection part (78V) solar thermal gravity rotary plane (39B) Configuration and method + Thermal and cold energy production with suction air path length lens and sunlight + Fuel injection to burn with cold energy + Ignition combustion with heat + Heat pump and compressed air production with mercury gravity + Various energy storage driven with wedge-shaped mercury gravity turbine in a broad sense Cycle coalescing agency.   Increase superheated steam thermal and compressed air cold heat to 15 times 8-stage solar heat turbine drive species of solar thermal turbine blade cross section (4F) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Heat pump equipped + Drive various cargo airplanes (78V) + Fuel injection to burn cold energy + Ignition and combustion + Heat pump and mercury gravity compressed air production heat production + Vertical mercury gravity turbine driven various energy storage cycle combination organ.   Increase the superheated steam thermal and compressed air cold heat to 16 times the 9th stage solar thermal turbine drive species of solar thermal turbine blade cross section (4A) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Equipped + Drive various cargo planes (78V) + Fuel injection ignition to cool heat + Heat pump and compressed air with mercury gravity Production heat production + Various types of energy storage cycle combined engine driven by vertical mercury gravity turbine   Increase the superheated steam thermal and compressed air cold heat to 17 times 10 stages of solar heat turbine drive species of solar heat turbine blade cross section (4B) + combine engine injection part (78V) to make solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Prepare water heat exchange equipment + Drive various cargo airplanes (78V) + Fuel injection ignition to cold heat + Burn heat with compressed air with heat pump and mercury gravity + Heat storage of various types of energy Cycle coalescing agency.   Increase superheated steam thermal and compressed air cold heat to 18 times solar thermal turbine driven species of solar thermal turbine blade cross section (4C) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h) air Prepare heat exchange equipment + Drive various cargo airplanes (78V) + Fuel injection ignition to cold heat + Burn heat with compressed air with heat pump and mercury gravity + Heat storage manufacturing combined with various energy storage cycles driven by vertical mercury gravity turbine organ.   Increase the superheated steam thermal energy and compressed air cold heat to 19 times one stage solar heat turbine drive species of solar thermal turbine blade cross section (4D) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Equipped with generator + Drive various cargo airplanes (78V) + Fuel injection ignition to cold heat + Burn heat with compressed air by heat pump and mercury gravity + Heat storage of various types of energy Cycle coalescing agency.   Increase the superheated steam thermal and compressed air cold heat to 20 times two-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4E) + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Heat pump equipped + Drive various cargo airplanes (78V) + Fuel injection to burn cold energy + Ignition and combustion + Heat pump and mercury gravity compressed air production heat production + Vertical mercury gravity turbine driven various energy storage cycle combination organ.   Increase the superheated steam thermal and compressed air cold heat to 21 times three-stage solar thermal turbine drive species of solar thermal blade cross section (4F) + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Prepare compression heat recovery equipment + Drive various cargo airplanes (78V) + Fuel injection ignition to cold heat + Burn heat with compressed air with heat pump and mercury gravity + Heat storage of various types of energy driven by vertical mercury gravity turbine Cycle coalescing agency.   Increase the superheated steam thermal energy and compressed air cold heat to 22 times 4-stage solar heat turbine drive species of solar thermal turbine blade cross section (4A) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Prepare water heat exchange equipment + Drive various cargo airplanes (78V) + Fuel injection ignition to cold heat + Burn heat with compressed air with heat pump and mercury gravity + Heat storage of various types of energy Cycle coalescing agency.   Increase the superheated steam thermal energy and compressed air cold heat to 23 times 5-stage solar heat turbine drive species of solar heat turbine blade cross section (4B) + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Prepare air heat exchange equipment + Drive various cargo planes (78V) + Fuel injection ignition to cold heat + Burn heat with compressed air with heat pump and mercury gravity + Heat storage of various types of energy Cycle coalescing agency.   Increase the superheated steam thermal and compressed air cold heat to 24 times the 6th stage solar thermal turbine driving species of solar thermal turbine blade cross section (4C) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Equipped with generator + Drive various cargo airplanes (78V) + Fuel injection to burn cold energy + Ignition and burn combustion + Heat pump and mercury gravity compressed air Production heat production + Vertical mercury gravity turbine driven Various energy storage cycle combination organ.   Increase the superheated steam thermal and compressed air cold heat to 25 times 7-stage solar thermal turbine drive species solar thermal turbine blade cross section (4D) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Heat pump equipped + Drive various cargo airplanes (78V) + Fuel injection to burn cold energy + Ignition and combustion + Heat pump and mercury gravity compressed air production heat production + Vertical mercury gravity turbine driven various energy storage cycle combination organ.   Increase the superheated steam thermal and compressed air cold heat to double 8th stage solar thermal turbine drive species of solar thermal turbine blade cross section (4E) + combined engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Equipped + Drive various cargo planes (78V) + Fuel injection ignition to cool heat + Heat pump and compressed air with mercury gravity Production heat production + Various types of energy storage cycle combined engine driven by vertical mercury gravity turbine   Increase superheated steam thermal and compressed air cold heat to 9th stage solar thermal turbine drive species triple solar thermal turbine blade cross section (4F) + combined engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Prepare water heat exchange equipment + Drive various cargo airplanes (78V) + Fuel injection ignition to cold heat + Burn heat with compressed air with heat pump and mercury gravity + Heat storage of various types of energy Cycle coalescing agency.   Increase the superheated steam thermal and compressed air cold heat to 10 times solar heat turbine drive species of 4 times the solar heat turbine blade cross section (4A) + combined engine injection part (78V) to the solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Prepare air heat exchange equipment + Drive various cargo planes (78V) + Fuel injection ignition to cold heat + Burn heat with compressed air with heat pump and mercury gravity + Heat storage of various types of energy Cycle coalescing agency.   Solar thermal turbine blade cross section (4B) to increase the superheated steam thermal and compressed air cold heat to 5 times the solar thermal turbine driving species + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) power generation Equipped with equipment + drive various cargo airplanes (78V) + fuel injection ignition combustion to cold + heat pump and compressed air production with mercury gravity + various energy storage cycle combined engine driven by vertical mercury gravity turbine   Increase the superheated steam thermal energy and compressed air cold heat to 6 times one stage solar heat turbine drive species of solar heat turbine blade cross section (4C) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Heat pump equipped + Drive various cargo airplanes (78V) + Fuel injection to burn cold energy + Ignition and combustion + Heat pump and mercury gravity compressed air production heat production + Vertical mercury gravity turbine driven various energy storage cycle combination organ.   Increase superheated steam thermal and compressed air cold heat to 7 times 2-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4D) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Prepare compression heat recovery equipment + Drive various cargo airplanes (78V) + Fuel injection ignition to cold heat + Burn heat with compressed air with heat pump and mercury gravity + Heat storage of various types of energy driven by vertical mercury gravity turbine Cycle coalescing agency.   Increase the superheated steam thermal and compressed air cold heat to 8 times three-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4E) + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Prepare water heat exchange equipment + Drive various cargo airplanes (78V) + Fuel injection ignition to cold heat + Burn heat with compressed air with heat pump and mercury gravity + Heat storage of various types of energy Cycle coalescing agency.   Increase superheated steam thermal and compressed air cold heat to 9 times 4-stage solar heat turbine drive species of solar heat turbine blade cross section (4F) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Prepare air heat exchange equipment + Drive various cargo planes (78V) + Fuel injection ignition to cold heat + Burn heat with compressed air with heat pump and mercury gravity + Heat storage of various types of energy Cycle coalescing agency.   Increase the superheated steam thermal energy and compressed air cold heat to 10 times 5-stage solar heat turbine drive species of solar heat turbine blade cross section (4A) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Equipped with generator + Drive various cargo airplanes (78V) + Fuel injection to burn cold energy + Ignition and burn combustion + Heat pump and mercury gravity compressed air Production heat production + Vertical mercury gravity turbine driven Various energy storage cycle combination organ.   Increase the superheated steam thermal energy and compressed air cold heat to 11 times 6-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4B) + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Heat pump equipped + Drive various cargo airplanes (78V) + Fuel injection to burn cold energy + Ignition and combustion + Heat pump and mercury gravity compressed air production heat production + Vertical mercury gravity turbine driven various energy storage cycle combination organ.   Increase the superheated steam thermal and compressed air cold heat to 12 times 7-stage solar thermal turbine drive species solar thermal turbine blade cross section (4C) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h ) Equipped + Drive various cargo planes (78V) + Fuel injection ignition to cool heat + Heat pump and compressed air with mercury gravity Production heat production + Various types of energy storage cycle combined engine driven by vertical mercury gravity turbine   Increase the superheated steam thermal and compressed air cold heat to 13 times the 8-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4D) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Prepare water heat exchange equipment + Drive various cargo airplanes (78V) + Fuel injection ignition to cold heat + Burn heat with compressed air with heat pump and mercury gravity + Heat storage of various types of energy Cycle coalescing agency.   Increase the superheated steam thermal and compressed air cold heat to 14 times the 9th stage solar thermal turbine drive species of solar thermal turbine blade cross section (4E) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Prepare air heat exchange equipment + Drive various cargo planes (78V) + Fuel injection ignition to cold heat + Burn heat with compressed air with heat pump and mercury gravity + Heat storage of various types of energy Cycle coalescing agency.   Increase superheated steam thermal and compressed air cold heat to 10 times solar thermal turbine drive species of solar thermal turbine blade cross section (4F) by 15 times + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Equipped with generator + Drive various cargo airplanes (78V) + Fuel injection to burn cold energy + Ignition and burn combustion + Heat pump and mercury gravity compressed air Production heat production + Vertical mercury gravity turbine driven Various energy storage cycle combination organ.   Solar thermal turbine blade section (4A) to increase the superheated steam thermal and compressed air cold heat to 16 times solar thermal turbine driving species + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) thermal Pump equipped + Drive various cargo airplanes (78V) + Fuel injection ignition combustion to cold heat + Heat pump and compressed air with mercury gravity Production heat production + Various types of energy storage cycle combination driven by vertical mercury gravity turbine in a broad sense organ.   Increase the superheated steam thermal and compressed air cold heat to 17 times the size of the solar heat turbine blade cross section (4B) + 17-stage one-stage solar heat turbine drive species + make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Prepare compression heat recovery equipment + Drive various cargo airplanes (78V) + Fuel injection ignition to cold heat + Burn with heat pump and mercury gravity Heat production with compressed air + Various types driven by wedge-shaped mercury gravity turbine in a broad sense Energy Conservation Cycle Coalition Agency.   Increase the superheated steam thermal and compressed air cold heat to 18 times double stage solar thermal turbine drive species of solar thermal turbine blade cross section (4C) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Prepare water heat exchange equipment + Drive various cargo airplanes (78V) + Fuel injection ignition to cold heat + Burn heat with compressed air with heat pump and mercury gravity + Various types of heat treatment with a broad range of mercury type mercury gravity turbine Energy Conservation Cycle Coalition Agency.   Increase the superheated steam thermal and compressed air cold heat to 19 times three-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4D) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Prepare air heat exchange equipment + Drive various cargo airplanes (78V) + Fuel injection ignition to cold heat + Burn heat with compressed air with heat pump and mercury gravity + Various types of heat treatment with a broad range of mercury type mercury gravity turbine Energy Conservation Cycle Coalition Agency.   Increase superheated steam thermal and compressed air cold heat to 20 times 4-stage solar heat turbine drive species of solar heat turbine blade cross section (4E) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Equipped with generator + Drive various cargo airplanes (78V) + Fuel injection ignition to cold heat + Burn heat with compressed air by heat pump and mercury gravity + Heat storage of various types of energy Cycle coalescing agency.   Increase the superheated steam thermal energy and compressed air cold heat to 21 times 5-stage solar heat turbine drive species of solar heat turbine blade cross section (4F) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Heat pump equipped + Drive various cargo airplanes (78V) + Fuel injection fire to cold heat + Compressed air heat amount and pressure stored separately in mass Acceleration drive with mercury etc. Various types with acceleration drive turbine Energy Conservation Cycle Coalition Agency.   Increase the superheated steam thermal and compressed air cold heat to 22 times 6-stage solar thermal turbine drive species solar thermal turbine blade cross section (4A) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Equipped + Drive various cargo planes (78V) + Fuel injection ignition to cold heat + Compressed air heat energy and pressure divided and stored in mass Accelerated driving with mercury etc. Various energy storage with acceleration driven turbine Cycle coalescing agency.   Increase the superheated steam thermal and compressed air cold heat to 23 times 7-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4B) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Prepare water heat exchange equipment + Drive various cargo airplanes (78V) + Fuel injection ignition to cold heat + Burn with compressed air heat and pressure divided etc saved in mass of compressed air Mercury with acceleration driven turbine and Various energy conservation cycle coalition agencies.   Increase superheated steam thermal and compressed air cold heat to 24 times 8-stage solar heat turbine drive species of solar heat turbine blade cross section (4C) + combine engine injection part (78V) to solar thermal gravity rotary airplane (39B) + horizontal axis (1 h ) Prepare air heat exchange equipment + Drive various cargo airplanes (78V) + Fuel injection ignition to cold heat + Burn with compressed air heat amount and mass divided into mass and accelerate acceleration drive mercury with acceleration drive Various energy conservation cycle coalition agencies.   Increase superheated steam thermal and compressed air cold heat to 25 times 9th stage solar thermal turbine drive species of solar thermal turbine blade cross section (4D) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Equipped with a generator + Drive various cargo planes (78V) + Fuel injection ignition to cold heat + Various amounts of compressed air heat and pressure divided etc stored in mass Accelerated by mercury etc. Energy Conservation Cycle Coalition Agency.   Increase superheated steam thermal and compressed air cold heat to double 10th stage solar heat turbine drive species of solar heat turbine blade cross section (4E) + combined engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Heat pump equipped + Maximize utilization of gravity and sunlight + (78V) rocket injection + Fuel injection ignition to cold heat + Combustion with heat pump and mercury gravity Compressed air production heat production + Vertical mercury gravity turbine Various energy storage cycle coalescing engines to drive.   Increases superheated steam thermal and compressed air cold heat to triple solar thermal turbine drive species with solar thermal blade cross section (4F) + combined engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h) compression Use heat recovery equipment + Maximize utilization of gravity and sunlight + (78V) Rocket injection + Fuel injection ignition to cold heat + Burn heat with compressed air + Heat pump and mercury gravity Heat production of heat + Vertical mercury gravity turbine Various energy storage cycle coalescing engines to drive.   Increase the superheated steam thermal and compressed air cold heat to 4 times the single stage solar heat turbine drive species of solar heat turbine blade cross section (4A) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Prepare water heat exchange equipment + Maximize utilization of gravity and sunlight + (78V) rocket injection + Fuel injection ignition to cold heat igniter + Heat pump and mercury gravity compressed air production heat production + 竪 type mercury Various energy storage cycle combined engines driven by gravity turbines.   Increase the superheated steam thermal and compressed air cold heat to 5 times the two-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4B) + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Prepare air heat exchange equipment + Maximize utilization of gravity and sunlight + (78V) rocket injection + Fuel injection ignition to cold heat igniter + Heat pump and mercury gravity compressed air production heat production + 竪 type mercury Various energy storage cycle combined engines driven by gravity turbines.   Increase the superheated steam thermal and compressed air cold heat to 6 times three-stage solar heat turbine drive species of solar heat turbine blade cross section (4C) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Equipped with a generator + Maximize utilization of gravity and sunlight + (78V) Rocket injection + Fuel injection ignition to cold heat + Combustion with heat pump and mercury gravity Compressed air production heat production + Broad pot mercury Various energy storage cycle combined engines driven by gravity turbines.   Increase the superheated steam thermal and compressed air cold heat to 7 times the four-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4D) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Heat pump equipped + cold fuel injection ignition combustion + compressed air with heat pump and mercury gravity production heat production + various types of energy storage cycle combined engine driven by vertical mercury gravity turbine.   Increase the superheated steam thermal energy and compressed air cold heat to 8 times 5-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4E) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h 2.) Equipped with + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + vertical mercury mercury turbine driven various energy storage cycle combined engine.   Increase the superheated steam thermal and compressed air cold heat to 9 times 6-stage solar thermal turbine drive species solar thermal turbine blade cross section (4F) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h Water heat exchange equipment + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + vertical mercury gravity turbine driven various energy storage cycle combined engine.   Increase the superheated steam thermal energy and compressed air cold heat to 10 times 7-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4A) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h 2.) Air heat exchange equipment + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + vertical mercury mercury turbine driven various energy storage cycle combined engine.   Increase the superheated steam thermal energy and compressed air cold heat to 11 times the 8-stage solar heat turbine drive species of the solar heat turbine blade cross section (4B) + make it a combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h 2.) Equipped with a generator + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + various types of energy storage cycle combined engine driven by a wide type mercury gravity turbine in a broad sense.   Increase superheated steam thermal and compressed air cold heat to 12 times 9th stage solar heat turbine drive species of solar heat turbine blade cross section (4C) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h A) Heat pump + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + 竪 type mercury gravity turbine driven various energy storage cycle combined engine.   Increase the superheated steam thermal and compressed air cold heat to 13 times the 10-stage solar thermal turbine drive species solar thermal turbine blade cross section (4D) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h 2.) Equipped with a compression heat recovery unit + fuel injection ignition combustion to cold heat + heat pump and compressed air production with mercury gravity production + various energy storage cycle combined engines driven by vertical mercury gravity turbine.   Solar thermal turbine blade section (4E) to increase the superheated steam thermal and compressed air cold heat to 14 times the solar thermal turbine driving species + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) water Equipped with a heat exchanger + cold to fuel injection ignition combustion + compressed air with heat pump and mercury gravity heat production + various types of energy storage cycle combined engine driven by vertical mercury gravity turbine.   Increase the superheated steam thermal energy and compressed air cold heat to 15 times one stage solar heat turbine drive species of solar heat turbine blade cross section (4F) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h 2.) Equipped with an air heat exchanger + fuel injection ignition combustion to cold energy + compressed air with heat pump and mercury gravity production heat production + various types of energy storage cycle combined engine driven by vertical mercury gravity turbine.   Increase the superheated steam thermal and compressed air cold heat to 16 times 2-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4A) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h 2.) Equipped with a generator + cold fuel injection and combustion for ignition + heat pump and mercury gravity compressed air production heat production + various types of energy storage cycle combined engine driven by a wide type mercury gravity turbine in a broad sense.   Increase the superheated steam thermal and compressed air cold heat to 17 times three-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4B) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Heat pump equipped + cold fuel injection ignition combustion + compressed air with heat pump and mercury gravity production heat production + various types of energy storage cycle combined engine driven by vertical mercury gravity turbine.   Increase the superheated steam thermal and compressed air cold heat to 18 times 4-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4C) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h 2.) Equipped with + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + vertical mercury mercury turbine driven various energy storage cycle combined engine.   Increase the superheated steam thermal energy and compressed air cold heat to 19 times 5-stage solar heat turbine drive species of solar heat turbine blade cross section (4D) + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1 h Water heat exchange equipment + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + vertical mercury gravity turbine driven various energy storage cycle combined engine.   Increase the superheated steam thermal and compressed air cold heat to 20 times 6-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4E) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h 2.) Air heat exchange equipment + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + vertical mercury mercury turbine driven various energy storage cycle combined engine.   Increase the superheated steam thermal and compressed air cold heat to 21 times 7-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4F) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h 2.) Equipped with a generator + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + various types of energy storage cycle combined engine driven by a wide type mercury gravity turbine in a broad sense.   Increase the superheated steam thermal and compressed air cold heat to 22 times 8-stage solar heat turbine driving species of solar thermal turbine blade cross section (4A) + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Heat pump equipped + Drive various space units (78V) + Fuel injection ignition to cold heat igniter combustion + Heat pump and mercury gravity compressed air production heat production + Vertical mercury gravity turbine driven various energy storage cycles Coalition agency.   Increase the superheated steam thermal and compressed air cold heat to 23 times the 9th stage solar thermal turbine drive species of solar thermal turbine blade cross section (4B) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Prepare compression heat recovery equipment + Drive various space vehicles (78V) + Fuel injection ignition to cold heat + Burn heat with compressed air with heat pump and mercury gravity + Heat energy of various types driven by vertical mercury gravity turbine Preservation cycle union agency.   Increase the superheated steam thermal and compressed air cold heat to 10 times solar thermal turbine drive species of solar thermal turbine blade cross section (4C) by 24 times + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Prepare water heat exchange equipment + Drive various space vehicles (78V) + Fuel injection ignition combustion to cold energy + Heat pump and compressed air with mercury gravity Heat production of heat + Various energy driven by mercury mercury gravity turbine Preservation cycle union agency.   Solar thermal turbine blade section (4D) to increase the superheated steam thermal and compressed air cold heat to 25 times the solar thermal turbine driving species + combined engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h) air Prepare heat exchange equipment + Drive various space vehicles (78V) + Fuel injection ignition to cold heat + Burn heat with compressed air with heat pump and mercury gravity + Heat storage cycle with various types of energy storage driven by vertical mercury gravity turbine Coalition agency.   Increase the superheated steam thermal and compressed air cold heat to double the one-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4E) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Equipped with a generator + Drives various space vehicles (78V) + Fuel injection ignites combustion to cold heat + Heat pump and compressed air with mercury gravity Production heat production + Various energy driven by wedge-shaped mercury gravity turbine in a broad sense Preservation cycle union agency.   Increase the superheated steam thermal and compressed air cold heat to double the stage solar thermal turbine driving species triple solar thermal turbine blade cross section (4F) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + mercury downward Accelerated solar thermal turbine driving species + Drive various passenger aircraft (78 V) + Fuel injection to burn with cold heat + Fire pump combustion with compressed air with heat pump and mercury gravity + Various energy storage cycle combination driven by vertical mercury gravity turbine organ.   Solar thermal turbine blade cross section (4A) quadrupled to three-stage solar thermal turbine drive species to increase superheated steam thermal and compressed air cold heat + combined engine injector (78V) solar thermal gravity rotary plane (39B) + mercury downward Accelerated solar thermal turbine driving species + Drive various passenger aircraft (78 V) + Fuel injection to burn with cold heat + Fire pump combustion with compressed air with heat pump and mercury gravity + Various energy storage cycle combination driven by vertical mercury gravity turbine organ.   Increase the superheated steam thermal and compressed air cold heat to 5 times the four-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4B) + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + mercury downward Accelerated solar thermal turbine driving species + Drive various passenger aircraft (78 V) + Fuel injection to burn with cold heat + Fire pump combustion with compressed air with heat pump and mercury gravity + Various energy storage cycle combination driven by vertical mercury gravity turbine organ.   Increase superheated steam thermal and compressed air cold heat to 5 times solar thermal turbine drive species with 6 times solar thermal blade cross section (4C) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + mercury downward Accelerated solar thermal turbine driving species + Drive various passenger aircraft (78 V) + Fuel injection to burn with cold heat + Fire pump combustion with compressed air with heat pump and mercury gravity + Various energy storage cycle combination driven by vertical mercury gravity turbine organ.   Solar thermal turbine blade cross section (4D) seven times to increase the superheated steam thermal and compressed air cold heat to six-stage solar thermal turbine driving species + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + mercury down Accelerated solar thermal turbine driving species + Drive various passenger aircraft (78V) + Fuel injection ignition to cold heat + Fire pump combustion with compressed air with heat pump and mercury gravity + Various energy conservation driven by wide type mercury gravity turbine in a broad sense Cycle coalescing agency.   Increase superheated steam thermal and compressed air cold heat to 8 times 7th stage solar heat turbine drive species of solar heat turbine blade cross section (4E) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Heat pump equipped + cold fuel injection ignition combustion + compressed air with heat pump and mercury gravity production heat production + various types of energy storage cycle combined engine driven by vertical mercury gravity turbine.   Increase the superheated steam thermal and compressed air cold heat to 9 times the 8-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4F) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h A) Heat compression equipment equipped + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + vertical mercury gravity turbine driven various energy storage cycle combined engine.   Increase the superheated steam thermal and compressed air cold heat to 10 times the 9th stage solar thermal turbine drive species of solar thermal turbine blade cross section (4A) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h Water heat exchange equipment + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + vertical mercury gravity turbine driven various energy storage cycle combined engine.   Increase the superheated steam thermal energy and compressed air cold heat to 11 times 10 stages of solar heat turbine drive species of solar heat turbine blade cross section (4B) + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1 h 2.) Air heat exchange equipment + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + vertical mercury mercury turbine driven various energy storage cycle combined engine.   Solar thermal turbine blade section (4C) to increase the superheated steam thermal and compressed air cold heat to 12 times the solar thermal turbine driving species + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) power generation Equipped with equipment + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + wide-range 竪 type mercury gravity turbine driven various energy storage cycle combined engine.   Increase the superheated steam thermal energy and compressed air cold heat to 13 times one stage solar heat turbine drive species of solar thermal turbine blade cross section (4D) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h A) Heat pump + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + 竪 type mercury gravity turbine driven various energy storage cycle combined engine.   Increase the superheated steam thermal and compressed air cold heat to 14 times the two-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4E) + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h 2.) equipped with cold fuel + fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + vertical mercury mercury turbine driven various energy storage cycle combined engine.   Increase the superheated steam thermal energy and compressed air cold heat to 15 times three-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4F) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h 2.) Equipped with a water heat exchanger + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + vertical mercury gravity turbine driven various energy storage cycle combined engine.   Increase the superheated steam thermal and compressed air cold heat to 16 times 4-stage solar heat turbine drive species of solar thermal turbine blade cross section (4A) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h 2.) Equipped with an air heat exchanger + fuel injection ignition combustion to cold energy + compressed air with heat pump and mercury gravity production heat production + various types of energy storage cycle combined engine driven by vertical mercury gravity turbine.   Increase the superheated steam thermal energy and compressed air cold heat to 17 times 5-stage solar heat turbine drive species of solar heat turbine blade cross section (4B) + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1 h 2.) Equipped with a generator + cold fuel injection and combustion for ignition + heat pump and mercury gravity compressed air production heat production + various types of energy storage cycle combined engine driven by a wide type mercury gravity turbine in a broad sense.   Increase the superheated steam thermal and compressed air cold heat to 18 times 6-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4C) + combined engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Heat pump equipped + cold fuel injection ignition combustion + compressed air with heat pump and mercury gravity production heat production + various types of energy storage cycle combined engine driven by vertical mercury gravity turbine.   Increase the superheated steam thermal energy and compressed air cold heat to 19 times 7-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4D) + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1 h A) Heat compression equipment equipped + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + vertical mercury gravity turbine driven various energy storage cycle combined engine.   Increase superheated steam thermal and compressed air cold heat to 20 times 8-stage solar heat turbine drive species of solar heat turbine blade cross section (4E) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h Water heat exchange equipment + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + vertical mercury gravity turbine driven various energy storage cycle combined engine.   Increase the superheated steam thermal and compressed air cold heat to 21 times the 9th stage solar heat turbine drive species of solar heat turbine blade cross section (4F) + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1 h 2.) Air heat exchange equipment + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + vertical mercury mercury turbine driven various energy storage cycle combined engine.   Increase the superheated steam thermal and compressed air cold heat to 22 times 10 stages of solar heat turbine drive species + make the combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h) 2.) Equipped with a generator + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + various types of energy storage cycle combined engine driven by a wide type mercury gravity turbine in a broad sense.   Solar thermal turbine blade section (4B) to increase the superheated steam thermal and compressed air cold heat to 23 times solar thermal turbine driving species + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) thermal Pump equipped + Drive various space vehicles (78V) + Fuel injection fire to cool heat + Heat pump and compressed air with mercury gravity Production heat production + Vertical mercury gravity turbine Drived various energy storage cycle Combined engine .   Increase the superheated steam thermal and compressed air cold heat to 24 times 1-stage solar thermal turbine drive species solar thermal turbine blade cross section (4C) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Prepare compression heat recovery equipment + Drive various space vehicles (78V) + Fuel injection ignition to cold heat + Burn heat with compressed air with heat pump and mercury gravity + Heat energy of various types driven by vertical mercury gravity turbine Preservation cycle union agency.   Increase the superheated steam thermal and compressed air cold heat to 25 times 2-stage solar thermal turbine drive species solar thermal turbine blade cross section (4D) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Prepare water heat exchange equipment + Drive various space vehicles (78V) + Fuel injection ignition combustion to cold energy + Heat pump and compressed air with mercury gravity Heat production of heat + Various energy driven by mercury mercury gravity turbine Preservation cycle union agency.   Increase the superheated steam thermal and compressed air cold heat to double the three-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4E) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Prepare air heat exchange equipment + Drive various space vehicles (78V) + Fuel injection ignition to cold heat + Burn heat with compressed air with heat pump and mercury gravity + Heat energy of various types driven by vertical mercury gravity turbine Preservation cycle union agency.   Increase the superheated steam thermal and compressed air cold heat to 4th stage solar thermal turbine drive species triple solar thermal turbine blade cross section (4F) + combined engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Equipped with a generator + Drives various space vehicles (78V) + Fuel injection ignites combustion to cold heat + Heat pump and compressed air with mercury gravity Production heat production + Various energy driven by wedge-shaped mercury gravity turbine in a broad sense Preservation cycle union agency.   Increase the superheated steam thermal and compressed air cold heat to 5 times solar thermal turbine driving species by quadrupling solar thermal turbine blade cross section (4A) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + mercury downward Accelerated solar thermal turbine driving species + Drive various passenger aircraft (78 V) + Fuel injection to burn with cold heat + Fire pump combustion with compressed air with heat pump and mercury gravity + Various energy storage cycle combination driven by vertical mercury gravity turbine organ.   Increase the superheated steam thermal and compressed air cold heat to 5 times 6-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4B) + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + mercury downward Accelerated solar thermal turbine driving species + Drive various passenger aircraft (78 V) + Fuel injection to burn with cold heat + Fire pump combustion with compressed air with heat pump and mercury gravity + Various energy storage cycle combination driven by vertical mercury gravity turbine organ.   Increase superheated steam thermal and compressed air cold heat to 7 times solar thermal turbine drive species with 6 times solar thermal blade cross section (4C) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + mercury downward Accelerated solar thermal turbine driving species + Drive various passenger aircraft (78 V) + Fuel injection to burn with cold heat + Fire pump combustion with compressed air with heat pump and mercury gravity + Various energy storage cycle combination driven by vertical mercury gravity turbine organ.   Increase the superheated steam thermal and compressed air cold heat to 7 times solar thermal turbine blade cross section (4D) to 8-fold solar thermal turbine drive species + make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + mercury downward Accelerated solar thermal turbine driving species + Drive various passenger aircraft (78 V) + Fuel injection to burn with cold heat + Fire pump combustion with compressed air with heat pump and mercury gravity + Various energy storage cycle combination driven by vertical mercury gravity turbine organ.   Increase the superheated steam thermal and compressed air cold heat to 8 times the 9th stage solar thermal turbine drive species of solar thermal turbine blade cross section (4E) + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + mercury downward Accelerated solar thermal turbine driving species + Drive various passenger aircraft (78V) + Fuel injection ignition to cold heat + Fire pump combustion with compressed air with heat pump and mercury gravity + Various energy conservation driven by wide type mercury gravity turbine in a broad sense Cycle coalescing agency.   Increase superheated steam thermal and compressed air cold heat to 10 times solar thermal turbine drive species with 9 times solar thermal blade cross section (4F) + combined engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Heat pump equipped + cold fuel injection ignition combustion + compressed air with heat pump and mercury gravity production heat production + various types of energy storage cycle combined engine driven by vertical mercury gravity turbine.   Increase the superheated steam thermal and compressed air cold heat to 10 times solar thermal turbine drive species solar thermal turbine blade cross section (4A) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) compression Heat recovery equipment equipped + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + vertical mercury mercury gravity turbine driven various energy storage cycle combined engine.   Increase the superheated steam thermal energy and compressed air cold heat to 11 times the size of the solar thermal turbine blade section (4B) to one-stage solar thermal turbine driving species + make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + horizontal axis (1h Water heat exchange equipment + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + vertical mercury gravity turbine driven various energy storage cycle combined engine.   Increase the superheated steam thermal and compressed air cold heat to 12 times the two-stage solar thermal turbine drive species solar thermal turbine blade cross section (4C) + combined engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h 2.) Air heat exchange equipment + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + vertical mercury mercury turbine driven various energy storage cycle combined engine.   Increase the superheated steam thermal and compressed air cold heat to 13 times three-stage solar thermal turbine drive species solar thermal turbine blade cross section (4D) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h 2.) Equipped with a generator + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + various types of energy storage cycle combined engine driven by a wide type mercury gravity turbine in a broad sense.   Increase the superheated steam thermal and compressed air cold heat to 14 times the four-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4E) + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1 h A) Heat pump + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + 竪 type mercury gravity turbine driven various energy storage cycle combined engine.   Increase the superheated steam thermal and compressed air cold heat to 15 times 5-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4F) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h 2.) Equipped with a compression heat recovery unit + fuel injection ignition combustion to cold heat + heat pump and compressed air production with mercury gravity production + various energy storage cycle combined engines driven by vertical mercury gravity turbine.   Increase the superheated steam thermal energy and compressed air cold heat to 16 times 6-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4A) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h 2.) Equipped with a water heat exchanger + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + vertical mercury gravity turbine driven various energy storage cycle combined engine.   Increase the superheated steam thermal and compressed air cold heat to 17 times the number of seven-stage solar thermal turbine drive species of solar thermal turbine blade section (4B) + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h 2.) Equipped with an air heat exchanger + fuel injection ignition combustion to cold energy + compressed air with heat pump and mercury gravity production heat production + various types of energy storage cycle combined engine driven by vertical mercury gravity turbine.   Increase the superheated steam thermal and compressed air cold heat to 18 times the solar heat turbine blade section (4C) to 18 times the solar heat turbine drive species + combined engine injection part (78V) to the solar thermal gravity rotary plane (39B) + horizontal axis (1h 2.) Equipped with a generator + cold fuel injection and combustion for ignition + heat pump and mercury gravity compressed air production heat production + various types of energy storage cycle combined engine driven by a wide type mercury gravity turbine in a broad sense.   Increase the superheated steam thermal and compressed air cold heat to 19 times the 9th stage solar thermal turbine drive species of solar thermal turbine blade cross section (4D) + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Heat pump equipped + cold fuel injection ignition combustion + compressed air with heat pump and mercury gravity production heat production + various types of energy storage cycle combined engine driven by vertical mercury gravity turbine.   Increase the superheated steam thermal and compressed air cold heat to 20 times the 10-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4E) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h A) Heat compression equipment equipped + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + vertical mercury gravity turbine driven various energy storage cycle combined engine.   Solar thermal turbine blade section (4F) to increase the superheated steam thermal and compressed air cold heat to 21 times the solar thermal turbine driving species + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) water Heat exchange equipment + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + vertical mercury mercury gravity turbine driven various energy storage cycle combined engine.   Increase the superheated steam thermal and compressed air cold heat to 22 times 1-stage solar thermal turbine drive species solar thermal turbine blade cross section (4A) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h 2.) Air heat exchange equipment + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + vertical mercury mercury turbine driven various energy storage cycle combined engine.   Increase the superheated steam thermal and compressed air cold heat to 23 times 2-stage solar thermal turbine driving species of solar thermal turbine blade cross section (4B) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h 2.) Equipped with a generator + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + various types of energy storage cycle combined engine driven by a wide type mercury gravity turbine in a broad sense.   Increase the superheated steam thermal and compressed air cold heat to 24 times three-stage solar heat turbine drive species of solar heat turbine blade cross section (4C) + combined engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h ) Heat pump equipped + Drive various space units (78V) + Fuel injection ignition to cold heat igniter combustion + Heat pump and mercury gravity compressed air production heat production + Vertical mercury gravity turbine driven various energy storage cycles Coalition agency.   Increase the superheated steam thermal energy and compressed air cold heat to 25 times 4-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4D) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Prepare compression heat recovery equipment + Drive various space vehicles (78V) + Fuel injection ignition to cold heat + Burn heat with compressed air with heat pump and mercury gravity + Heat energy of various types driven by vertical mercury gravity turbine Preservation cycle union agency.   Increase the superheated steam thermal and compressed air cold heat to double the 5th step solar heat turbine drive species of solar heat turbine blade section (4E) + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h ) Prepare water heat exchange equipment + Drive various space vehicles (78V) + Fuel injection ignition combustion to cold energy + Heat pump and compressed air with mercury gravity Heat production of heat + Various energy driven by mercury mercury gravity turbine Preservation cycle union agency.   Increase the superheated steam thermal and compressed air cold heat to 6-stage solar thermal turbine drive species triple solar thermal turbine blade cross section (4F) + combined engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Prepare air heat exchange equipment + Drive various space vehicles (78V) + Fuel injection ignition to cold heat + Burn heat with compressed air with heat pump and mercury gravity + Heat energy of various types driven by vertical mercury gravity turbine Preservation cycle union agency.   Increase the superheated steam thermal and compressed air cold heat to 7 times solar thermal turbine drive species of 4 times the solar thermal turbine blade cross section (4A) + combined engine injection part (78V) to the solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Equipped with a generator + Drives various space vehicles (78V) + Fuel injection ignites combustion to cold heat + Heat pump and compressed air with mercury gravity Production heat production + Various energy driven by wedge-shaped mercury gravity turbine in a broad sense Preservation cycle union agency.   Increase the superheated steam thermal and compressed air cold heat to 5 times the 8th stage solar thermal turbine driving species of solar thermal turbine blade cross section (4B) + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + mercury downward Accelerated solar thermal turbine driving species + Drive various passenger aircraft (78 V) + Fuel injection to burn with cold heat + Fire pump combustion with compressed air with heat pump and mercury gravity + Various energy storage cycle combination driven by vertical mercury gravity turbine organ.   Increase the superheated steam thermal and compressed air cold heat to 9 times solar thermal turbine drive species of 6 times the solar thermal turbine blade cross section (4C) + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + mercury downward Accelerated solar thermal turbine driving species + Drive various passenger aircraft (78 V) + Fuel injection to burn with cold heat + Fire pump combustion with compressed air with heat pump and mercury gravity + Various energy storage cycle combination driven by vertical mercury gravity turbine organ.   Increase the superheated steam thermal and compressed air cold heat to 10 times solar thermal turbine drive species of solar thermal turbine blade cross section (4D) seven times + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + mercury downward Accelerated solar thermal turbine driving species + Drive various passenger aircraft (78 V) + Fuel injection to burn with cold heat + Fire pump combustion with compressed air with heat pump and mercury gravity + Various energy storage cycle combination driven by vertical mercury gravity turbine organ.   Solar thermal turbine blade cross section (4E) to increase the superheated steam thermal and compressed air cold heat to 8 times the solar thermal turbine driving species + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + mercury downward accelerating solar thermal Turbine driving type + driving various passenger aircraft (78 V) + fuel injection ignition to cold heat + combustion with compressed air with heat pump and mercury gravity production + various types of energy storage cycle combined engine driven by vertical mercury gravity turbine   Increase the superheated steam thermal and compressed air cold heat to one stage solar heat turbine drive species of 9 times the solar heat turbine blade cross section (4F) + combined engine injection part (78V) solar thermal gravity rotation plane (39B) + mercury downward Accelerated solar thermal turbine driving species + Drive various passenger aircraft (78V) + Fuel injection ignition to cold heat + Fire pump combustion with compressed air with heat pump and mercury gravity + Various energy conservation driven by wide type mercury gravity turbine in a broad sense Cycle coalescing agency.   Increase the superheated steam thermal energy and compressed air cold heat to 10 times the two-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4A) + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Heat pump equipped + cold fuel injection ignition combustion + compressed air with heat pump and mercury gravity production heat production + various types of energy storage cycle combined engine driven by vertical mercury gravity turbine.   Increase the superheated steam thermal energy and compressed air cold heat to 11 times three-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4B) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h A) Heat compression equipment equipped + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + vertical mercury gravity turbine driven various energy storage cycle combined engine.   Increase superheated steam thermal and compressed air cold heat to 12 times 4-stage solar heat turbine drive species of solar heat turbine blade cross section (4C) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h Water heat exchange equipment + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + vertical mercury gravity turbine driven various energy storage cycle combined engine.   Increase the superheated steam thermal energy and compressed air cold heat to 13 times 5-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4D) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h 2.) Air heat exchange equipment + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + vertical mercury mercury turbine driven various energy storage cycle combined engine.   Increase the superheated steam thermal and compressed air cold heat to 14 times the 6th stage solar thermal turbine drive species of solar thermal turbine blade cross section (4E) + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1 h 2.) Equipped with a generator + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + various types of energy storage cycle combined engine driven by a wide type mercury gravity turbine in a broad sense.   Increase superheated steam thermal and compressed air cold heat to 15 times 7-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4F) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h A) Heat pump + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + 竪 type mercury gravity turbine driven various energy storage cycle combined engine.   Increase the superheated steam thermal and compressed air cold heat to 16 times 8-stage solar heat turbine drive species of solar heat turbine blade cross section (4A) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h 2.) Equipped with a compression heat recovery unit + fuel injection ignition combustion to cold heat + heat pump and compressed air production with mercury gravity production + various energy storage cycle combined engines driven by vertical mercury gravity turbine.   Increase the superheated steam thermal and compressed air cold heat to 17 times the 9th stage solar thermal turbine drive species of solar thermal turbine blade cross section (4B) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h 2.) Equipped with a water heat exchanger + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + vertical mercury gravity turbine driven various energy storage cycle combined engine.   Increase the superheated steam thermal and compressed air cold heat to 18 times 10 stages of solar heat turbine drive species of solar heat turbine blade cross section (4C) + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1 h 2.) Equipped with an air heat exchanger + fuel injection ignition combustion to cold energy + compressed air with heat pump and mercury gravity production heat production + various types of energy storage cycle combined engine driven by vertical mercury gravity turbine.   Increase the superheated steam thermal and compressed air cold heat to 19 times solar thermal turbine drive species solar thermal turbine blade cross section (4D) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) power generation The machine is equipped with + cold energy fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + broad range Hg type mercury gravity turbine driven various energy preservation cycle combined engine.   Increase superheated steam thermal and compressed air cold heat to 20 times one stage solar heat turbine drive species of solar heat turbine blade cross section (4E) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Heat pump equipped + cold fuel injection ignition combustion + compressed air with heat pump and mercury gravity production heat production + various types of energy storage cycle combined engine driven by vertical mercury gravity turbine.   Increase the superheated steam thermal energy and compressed air cold heat to 21 times 2-stage solar thermal turbine driving species of solar thermal turbine blade cross section (4F) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h A) Heat compression equipment equipped + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + vertical mercury gravity turbine driven various energy storage cycle combined engine.   Increase the superheated steam thermal and compressed air cold heat to 22 times three-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4A) + combined engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h Water heat exchange equipment + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + vertical mercury gravity turbine driven various energy storage cycle combined engine.   Increase the superheated steam thermal energy and compressed air cold heat to 23 times 4-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4B) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h 2.) Air heat exchange equipment + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + vertical mercury mercury turbine driven various energy storage cycle combined engine.   Increase the superheated steam thermal energy and compressed air cold heat to 24 times 5-stage solar heat turbine drive species of solar heat turbine blade cross section (4C) + combine engine injection part (78V) to make a solar thermal gravity rotary airplane (39B) + horizontal axis (1 h 2.) Equipped with a generator + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + various types of energy storage cycle combined engine driven by a wide type mercury gravity turbine in a broad sense.   Increase the superheated steam thermal and compressed air cold heat to 25 times 6-stage solar thermal turbine drive species solar thermal turbine blade cross section (4D) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Heat pump equipped + Drive various space units (78V) + Fuel injection ignition to cold heat igniter combustion + Heat pump and mercury gravity compressed air production heat production + Vertical mercury gravity turbine driven various energy storage cycles Coalition agency.   Increase the superheated steam thermal and compressed air cold heat to double the 7th stage solar thermal turbine drive species of solar thermal turbine blade cross section (4E) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Prepare compression heat recovery equipment + Drive various space vehicles (78V) + Fuel injection ignition to cold heat + Burn heat with compressed air with heat pump and mercury gravity + Heat energy of various types driven by vertical mercury gravity turbine Preservation cycle union agency.   Increase the superheated steam thermal and compressed air cold heat to 8-stage solar thermal turbine drive species triple solar thermal turbine blade cross section (4F) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Prepare water heat exchange equipment + Drive various space vehicles (78V) + Fuel injection ignition combustion to cold energy + Heat pump and compressed air with mercury gravity Heat production of heat + Various energy driven by mercury mercury gravity turbine Preservation cycle union agency.   Increase the superheated steam thermal and compressed air cold heat to 9 times solar thermal turbine drive species of 4 times the solar thermal turbine blade cross section (4A) + combined engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Prepare air heat exchange equipment + Drive various space vehicles (78V) + Fuel injection ignition to cold heat + Burn heat with compressed air with heat pump and mercury gravity + Heat energy of various types driven by vertical mercury gravity turbine Preservation cycle union agency.   Increase the superheated steam thermal and compressed air cold heat to 10 times solar heat turbine drive species of solar thermal turbine blade cross section (4B) by 5 times + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Equipped with a generator + Drives various space vehicles (78V) + Fuel injection ignites combustion to cold heat + Heat pump and compressed air with mercury gravity Production heat production + Various energy driven by wedge-shaped mercury gravity turbine in a broad sense Preservation cycle union agency.   Solar thermal turbine blade cross section (4C) to increase solar thermal turbine drive species by 6 times + superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + mercury downward accelerating solar heat Turbine driving type + driving various passenger aircraft (78 V) + fuel injection ignition to cold heat + combustion with compressed air with heat pump and mercury gravity production + various types of energy storage cycle combined engine driven by vertical mercury gravity turbine   Increase the superheated steam thermal and compressed air cold heat to 7-fold one-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4D) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + mercury downward Accelerated solar thermal turbine driving species + Drive various passenger aircraft (78 V) + Fuel injection to burn with cold heat + Fire pump combustion with compressed air with heat pump and mercury gravity + Various energy storage cycle combination driven by vertical mercury gravity turbine organ.   Increases superheated steam thermal and compressed air cold heat to 8 times 2-stage solar thermal turbine drive species with solar thermal turbine blade cross section (4E) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + mercury downward Accelerated solar thermal turbine driving species + Drive various passenger aircraft (78 V) + Fuel injection to burn with cold heat + Fire pump combustion with compressed air with heat pump and mercury gravity + Various energy storage cycle combination driven by vertical mercury gravity turbine organ.   Increase the superheated steam thermal and compressed air cold heat to 9 times three-stage solar thermal turbine drive species of solar thermal blade cross section (4F) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + mercury downward Accelerated solar thermal turbine driving species + Drive various passenger aircraft (78 V) + Fuel injection to burn with cold heat + Fire pump combustion with compressed air with heat pump and mercury gravity + Various energy storage cycle combination driven by vertical mercury gravity turbine organ.   Increase the superheated steam thermal and compressed air cold heat to 10 times the four-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4A) + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + mercury downward Accelerated solar thermal turbine driving species + Drive various passenger aircraft (78V) + Fuel injection ignition to cold heat + Fire pump combustion with compressed air with heat pump and mercury gravity + Various energy conservation driven by wide type mercury gravity turbine in a broad sense Cycle coalescing agency.   Increase the superheated steam thermal energy and compressed air cold heat to 11 times 5-stage solar heat turbine drive species of solar heat turbine blade cross section (4B) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Heat pump equipped + cold fuel injection ignition combustion + compressed air with heat pump and mercury gravity production heat production + various types of energy storage cycle combined engine driven by vertical mercury gravity turbine.   Increase the superheated steam thermal and compressed air cold heat to 12 times 6-stage solar thermal turbine drive species solar thermal turbine blade cross section (4C) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h A) Heat compression equipment equipped + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + vertical mercury gravity turbine driven various energy storage cycle combined engine.   Increase superheated steam thermal and compressed air cold heat to 13 times 7-stage solar heat turbine drive species of solar heat turbine blade cross section (4D) + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1 h Water heat exchange equipment + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + vertical mercury gravity turbine driven various energy storage cycle combined engine.   Increase superheated steam thermal and compressed air cold heat to 14 times 8-stage solar heat turbine drive species of solar heat turbine blade cross section (4E) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h 2.) Air heat exchange equipment + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + vertical mercury mercury turbine driven various energy storage cycle combined engine.   Increase the superheated steam thermal and compressed air cold heat to 15 times the 9th stage solar thermal turbine drive species of solar thermal turbine blade cross section (4F) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h 2.) Equipped with a generator + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + various types of energy storage cycle combined engine driven by a wide type mercury gravity turbine in a broad sense.   Increase the superheated steam thermal energy and compressed air cold heat to 10 times solar heat turbine drive species of solar thermal turbine blade section (4A) by 16 times + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1 h A) Heat pump + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + 竪 type mercury gravity turbine driven various energy storage cycle combined engine.   Solar thermal turbine blade section (4B) to increase the superheated steam thermal and compressed air cold heat to 17 times the solar thermal turbine driving species + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) compression Equipped with a heat recovery unit + cold fuel injection and combustion to cold heat + heat pump and mercury gravity compressed air production heat production + various types of energy storage cycle combined engine driven by mercury type mercury gravity turbine.   Increase the superheated steam thermal and compressed air cold heat to 18 times 1-stage solar thermal turbine drive species solar thermal turbine blade cross section (4C) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h 2.) Equipped with a water heat exchanger + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + vertical mercury gravity turbine driven various energy storage cycle combined engine.   Increase the superheated steam thermal and compressed air cold heat to 19 times 2-stage solar thermal turbine driving species of solar thermal turbine blade cross section (4D) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h 2.) Equipped with an air heat exchanger + fuel injection ignition combustion to cold energy + compressed air with heat pump and mercury gravity production heat production + various types of energy storage cycle combined engine driven by vertical mercury gravity turbine.   Increase superheated steam thermal and compressed air cold heat to 20 times three-stage solar heat turbine drive species of solar heat turbine blade cross section (4E) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h 2.) Equipped with a generator + cold fuel injection and combustion for ignition + heat pump and mercury gravity compressed air production heat production + various types of energy storage cycle combined engine driven by a wide type mercury gravity turbine in a broad sense.   Increase the superheated steam thermal energy and compressed air cold heat to 21 times 4-stage solar heat turbine drive species of solar heat turbine blade cross section (4F) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Heat pump equipped + cold fuel injection ignition combustion + compressed air with heat pump and mercury gravity production heat production + various types of energy storage cycle combined engine driven by vertical mercury gravity turbine.   Increase the superheated steam thermal energy and compressed air cold heat to 22 times 5-stage solar heat turbine drive species of solar thermal turbine blade cross section (4A) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h A) Heat compression equipment equipped + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + vertical mercury gravity turbine driven various energy storage cycle combined engine.   Increase the superheated steam thermal and compressed air cold heat to 23 times 6-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4B) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h Water heat exchange equipment + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + vertical mercury gravity turbine driven various energy storage cycle combined engine.   Increase the superheated steam thermal and compressed air cold heat to 24 times 7-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4C) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h 2.) Air heat exchange equipment + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + vertical mercury mercury turbine driven various energy storage cycle combined engine.   Increase the superheated steam thermal energy and compressed air cold heat to 25 times 8-stage solar thermal turbine driving species of solar thermal turbine blade cross section (4D) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h 2.) Equipped with a generator + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + various types of energy storage cycle combined engine driven by a wide type mercury gravity turbine in a broad sense.   Increase superheated steam thermal and compressed air cold heat to double 9th stage solar thermal turbine drive species of solar thermal turbine blade cross section (4E) + combined engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Heat pump equipped + Drive various space units (78V) + Fuel injection ignition to cold heat igniter combustion + Heat pump and mercury gravity compressed air production heat production + Vertical mercury gravity turbine driven various energy storage cycles Coalition agency.   Increase superheated steam thermal and compressed air cold heat to 10 stages of solar heat turbine drive species triple solar heat turbine blade cross section (4F) + combine engine injection part (78V) to make solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Prepare compression heat recovery equipment + Drive various space vehicles (78V) + Fuel injection ignition to cold heat + Burn heat with compressed air with heat pump and mercury gravity + Heat energy of various types driven by vertical mercury gravity turbine Preservation cycle union agency.   Solar thermal turbine blade section (4A) to increase the superheated steam thermal and compressed air cold heat to 4 times the solar thermal turbine driving species + combined engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h) water Prepare heat exchange equipment + Drive various space vehicles (78V) + Fuel injection ignition to cold heat + Burn heat with compressed air with heat pump and mercury gravity + Heat storage cycle with various types of energy storage driven by vertical mercury gravity turbine Coalition agency.   Increase the superheated steam thermal and compressed air cold heat to 5 times one stage solar heat turbine drive species of solar heat turbine blade cross section (4B) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Prepare air heat exchange equipment + Drive various space vehicles (78V) + Fuel injection ignition to cold heat + Burn heat with compressed air with heat pump and mercury gravity + Heat energy of various types driven by vertical mercury gravity turbine Preservation cycle union agency.   Increase the superheated steam thermal and compressed air cold heat to 6 times the two-stage solar heat turbine drive species of solar heat turbine blade cross section (4C) + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h ) Equipped with a generator + Drives various space vehicles (78V) + Fuel injection ignites combustion to cold heat + Heat pump and compressed air with mercury gravity Production heat production + Various energy driven by wedge-shaped mercury gravity turbine in a broad sense Preservation cycle union agency.   Increase the superheated steam thermal and compressed air cold heat to 7 times three-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4D) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + mercury downward Accelerated solar thermal turbine driving species + Drive various passenger aircraft (78 V) + Fuel injection to burn with cold heat + Fire pump combustion with compressed air with heat pump and mercury gravity + Various energy storage cycle combination driven by vertical mercury gravity turbine organ.   Increases superheated steam thermal and compressed air cold heat to 8 times 4-stage solar thermal turbine drive species with solar thermal turbine blade cross section (4E) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + mercury downward Accelerated solar thermal turbine driving species + Drive various passenger aircraft (78 V) + Fuel injection to burn with cold heat + Fire pump combustion with compressed air with heat pump and mercury gravity + Various energy storage cycle combination driven by vertical mercury gravity turbine organ.   Increases superheated steam thermal and compressed air cold heat to 9 times 5-stage solar thermal turbine drive species with solar thermal blade cross section (4F) + combined engine injection part (78V) solar thermal gravity rotation plane (39B) + mercury downward Accelerated solar thermal turbine driving species + Drive various passenger aircraft (78 V) + Fuel injection to burn with cold heat + Fire pump combustion with compressed air with heat pump and mercury gravity + Various energy storage cycle combination driven by vertical mercury gravity turbine organ.   Increase the superheated steam thermal and compressed air cold heat to 10 times the 6-stage solar thermal turbine drive species solar thermal turbine blade cross section (4A) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + mercury down Accelerated solar thermal turbine driving species + Drive various passenger aircraft (78 V) + Fuel injection to burn with cold heat + Fire pump combustion with compressed air with heat pump and mercury gravity + Various energy storage cycle combination driven by vertical mercury gravity turbine organ.   Solar thermal turbine blade cross section (4B) to increase the superheated steam thermal energy and compressed air cold heat to 7 times solar thermal turbine drive species by 11 times + combined engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + mercury downward Accelerated solar thermal turbine driving species + Drive various passenger aircraft (78V) + Fuel injection ignition to cold heat + Fire pump combustion with compressed air with heat pump and mercury gravity + Various energy conservation driven by wide type mercury gravity turbine in a broad sense Cycle coalescing agency.   Increase the superheated steam thermal and compressed air cold heat to 12 times the 8-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4C) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Heat pump equipped + cold fuel injection ignition combustion + compressed air with heat pump and mercury gravity production heat production + various types of energy storage cycle combined engine driven by vertical mercury gravity turbine.   Increase the superheated steam thermal and compressed air cold heat to 13 times the 9th stage solar thermal turbine drive species of solar thermal turbine blade cross section (4D) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h A) Heat compression equipment equipped + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + vertical mercury gravity turbine driven various energy storage cycle combined engine.   Increase the superheated steam thermal and compressed air cold heat to 14 times the 10th stage solar heat turbine drive species of solar heat turbine blade cross section (4E) + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h Water heat exchange equipment + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + vertical mercury gravity turbine driven various energy storage cycle combined engine.   Increase the superheated steam thermal and compressed air cold heat to 15 times the solar thermal turbine drive species solar thermal turbine blade cross section (4F) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) air Heat exchange equipment + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + vertical mercury mercury gravity turbine driven various energy storage cycle combined engine.   Increase the superheated steam thermal and compressed air cold heat to 16 times one stage solar heat turbine drive species of solar thermal turbine blade cross section (4A) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h 2.) Equipped with a generator + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + various types of energy storage cycle combined engine driven by a wide type mercury gravity turbine in a broad sense.   Increase the superheated steam thermal and compressed air cold heat to 17 times the two-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4B) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h A) Heat pump + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + 竪 type mercury gravity turbine driven various energy storage cycle combined engine.   Increase the superheated steam thermal and compressed air cold heat to 18 times three-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4C) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h 2.) Equipped with a compression heat recovery unit + fuel injection ignition combustion to cold heat + heat pump and compressed air production with mercury gravity production + various energy storage cycle combined engines driven by vertical mercury gravity turbine.   Increase the superheated steam thermal and compressed air cold heat to 19 times 4-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4D) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h 2.) Equipped with a water heat exchanger + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + vertical mercury gravity turbine driven various energy storage cycle combined engine.   Increase superheated steam thermal and compressed air cold heat to 20 times 5-stage solar heat turbine drive species of solar heat turbine blade cross section (4E) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h 2.) Equipped with an air heat exchanger + fuel injection ignition combustion to cold energy + compressed air with heat pump and mercury gravity production heat production + various types of energy storage cycle combined engine driven by vertical mercury gravity turbine.   Increase the superheated steam thermal energy and compressed air cold heat to 21 times 6-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4F) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h 2.) Equipped with a generator + cold fuel injection and combustion for ignition + heat pump and mercury gravity compressed air production heat production + various types of energy storage cycle combined engine driven by a wide type mercury gravity turbine in a broad sense.   Increase the superheated steam thermal and compressed air cold heat to 22 times 7-stage solar heat turbine drive species solar thermal turbine blade cross section (4A) + combined engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1h ) Heat pump equipped + cold fuel injection ignition combustion + compressed air with heat pump and mercury gravity production heat production + various types of energy storage cycle combined engine driven by vertical mercury gravity turbine.   Increase the superheated steam thermal and compressed air cold heat to 23 times 8-stage solar heat turbine drive species of solar heat turbine blade cross section (4B) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h A) Heat compression equipment equipped + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + vertical mercury gravity turbine driven various energy storage cycle combined engine.   Increase the superheated steam thermal and compressed air cold heat to 24 times the 9th stage solar thermal turbine drive species of solar thermal turbine blade cross section (4C) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h Water heat exchange equipment + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + vertical mercury gravity turbine driven various energy storage cycle combined engine.   Increase the superheated steam thermal and compressed air cold heat to 25 times 10 stage solar thermal turbine drive species solar thermal turbine blade cross section (4D) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h 2.) Air heat exchange equipment + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + vertical mercury mercury turbine driven various energy storage cycle combined engine.   Increase superheated steam thermal and compressed air cold heat to double solar heat turbine drive species with solar thermal turbine blade cross section (4E) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) power generation Equipped with equipment + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + wide-range 竪 type mercury gravity turbine driven various energy storage cycle combined engine.   Increase superheated steam thermal and compressed air cold heat to one stage solar heat turbine drive species triple solar thermal turbine blade cross section (4F) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Heat pump equipped + Drive various space units (78V) + Fuel injection ignition to cold heat igniter combustion + Heat pump and mercury gravity compressed air production heat production + Vertical mercury gravity turbine driven various energy storage cycles Coalition agency.   Increase the superheated steam thermal and compressed air cold heat to 4 times the double-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4A) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Prepare compression heat recovery equipment + Drive various space vehicles (78V) + Fuel injection ignition to cold heat + Burn heat with compressed air with heat pump and mercury gravity + Heat energy of various types driven by vertical mercury gravity turbine Preservation cycle union agency.   Increase the superheated steam thermal energy and compressed air cold heat to 5 times three-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4B) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Prepare water heat exchange equipment + Drive various space vehicles (78V) + Fuel injection ignition combustion to cold energy + Heat pump and compressed air with mercury gravity Heat production of heat + Various energy driven by mercury mercury gravity turbine Preservation cycle union agency.   Increase the superheated steam thermal and compressed air cold heat to 6 times the four-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4C) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Prepare air heat exchange equipment + Drive various space vehicles (78V) + Fuel injection ignition to cold heat + Burn heat with compressed air with heat pump and mercury gravity + Heat energy of various types driven by vertical mercury gravity turbine Preservation cycle union agency.   Increase superheated steam thermal and compressed air cold heat to 7 times 5-stage solar heat turbine drive species of solar heat turbine blade cross section (4D) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Equipped with a generator + Drives various space vehicles (78V) + Fuel injection ignites combustion to cold heat + Heat pump and compressed air with mercury gravity Production heat production + Various energy driven by wedge-shaped mercury gravity turbine in a broad sense Preservation cycle union agency.   Increase the superheated steam thermal and compressed air cold heat to 8 times 6-stage solar thermal turbine drive species solar thermal turbine blade cross section (4E) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + mercury down Accelerated solar thermal turbine driving species + Drive various passenger aircraft (78 V) + Fuel injection to burn with cold heat + Fire pump combustion with compressed air with heat pump and mercury gravity + Various energy storage cycle combination driven by vertical mercury gravity turbine organ.   Increase the superheated steam thermal and compressed air cold heat to 9 times 7-stage solar thermal turbine drive species solar thermal turbine blade cross section (4F) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + mercury down Accelerated solar thermal turbine driving species + Drive various passenger aircraft (78 V) + Fuel injection to burn with cold heat + Fire pump combustion with compressed air with heat pump and mercury gravity + Various energy storage cycle combination driven by vertical mercury gravity turbine organ.   Increase the superheated steam thermal and compressed air cold heat to 10 times the 8-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4A) + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + mercury downward Accelerated solar thermal turbine driving species + Drive various passenger aircraft (78 V) + Fuel injection to burn with cold heat + Fire pump combustion with compressed air with heat pump and mercury gravity + Various energy storage cycle combination driven by vertical mercury gravity turbine organ.   Increase the superheated steam thermal and compressed air cold heat to 9 times solar thermal turbine drive species of 11 times solar thermal turbine blade cross section (4B) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + mercury downward Accelerated solar thermal turbine driving species + Drive various passenger aircraft (78 V) + Fuel injection to burn with cold heat + Fire pump combustion with compressed air with heat pump and mercury gravity + Various energy storage cycle combination driven by vertical mercury gravity turbine organ.   Increase superheated steam thermal and compressed air cold heat to 10 times solar thermal turbine drive species with 12 times solar thermal blade cross section (4C) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + mercury downward Accelerated solar thermal turbine driving species + Drive various passenger aircraft (78V) + Fuel injection ignition to cold heat + Fire pump combustion with compressed air with heat pump and mercury gravity + Various energy conservation driven by wide type mercury gravity turbine in a broad sense Cycle coalescing agency.   Solar thermal turbine blade section (4D) to increase the superheated steam thermal and compressed air cold heat to 13 times the solar thermal turbine driving species + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) thermal Equipped with a pump + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + wedge type mercury gravity turbine driven various energy storage cycle combined engine.   Increase the superheated steam thermal and compressed air cold heat to 14 times the number of solar thermal turbine blade cross section (4E) to be 14 times that of a single-stage solar thermal turbine drive species + make a combined engine injection part (78V) a solar thermal gravity rotary airplane (39B) + horizontal axis (1 h A) Heat compression equipment equipped + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + vertical mercury gravity turbine driven various energy storage cycle combined engine.   Increase the superheated steam thermal energy and compressed air cold heat to 15 times two-stage solar thermal turbine driving species of solar thermal turbine blade cross section (4F) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h Water heat exchange equipment + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + vertical mercury gravity turbine driven various energy storage cycle combined engine.   Increase the superheated steam thermal and compressed air cold heat to 16 times three-stage solar heat turbine drive species of solar thermal turbine blade cross section (4A) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h 2.) Air heat exchange equipment + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + vertical mercury mercury turbine driven various energy storage cycle combined engine.   Increase the superheated steam thermal and compressed air cold heat to 17 times the four-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4B) + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h 2.) Equipped with a generator + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + various types of energy storage cycle combined engine driven by a wide type mercury gravity turbine in a broad sense.   Increase the superheated steam thermal energy and compressed air cold heat to 18 times 5-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4C) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h A) Heat pump + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + 竪 type mercury gravity turbine driven various energy storage cycle combined engine.   Increase the superheated steam thermal and compressed air cold heat to 19 times 6-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4D) + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1 h 2.) Equipped with a compression heat recovery unit + fuel injection ignition combustion to cold heat + heat pump and compressed air production with mercury gravity production + various energy storage cycle combined engines driven by vertical mercury gravity turbine.   Increase superheated steam thermal and compressed air cold heat to 20 times 7-stage solar heat turbine drive species of solar heat turbine blade cross section (4E) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h 2.) Equipped with a water heat exchanger + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + vertical mercury gravity turbine driven various energy storage cycle combined engine.   Increase the superheated steam thermal energy and compressed air cold heat to 21 times 8-stage solar heat turbine drive species of solar thermal turbine blade cross section (4F) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h 2.) Equipped with an air heat exchanger + fuel injection ignition combustion to cold energy + compressed air with heat pump and mercury gravity production heat production + various types of energy storage cycle combined engine driven by vertical mercury gravity turbine.   Increase the superheated steam thermal and compressed air cold heat to 22 times the 9th stage solar thermal turbine drive species of solar thermal turbine blade cross section (4A) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h 2.) Equipped with a generator + cold fuel injection and combustion for ignition + heat pump and mercury gravity compressed air production heat production + various types of energy storage cycle combined engine driven by a wide type mercury gravity turbine in a broad sense.   Increase the superheated steam thermal and compressed air cold heat to 23 times 10 stages of solar heat turbine drive species + make the combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + horizontal axis (1 h) ) Heat pump equipped + cold fuel injection ignition combustion + compressed air with heat pump and mercury gravity production heat production + various types of energy storage cycle combined engine driven by vertical mercury gravity turbine.   Solar thermal turbine blade section (4C) to increase the superheated steam thermal and compressed air cooling heat to 24 times the solar thermal turbine driving species + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) compression Heat recovery equipment equipped + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + vertical mercury mercury gravity turbine driven various energy storage cycle combined engine.   Increase the superheated steam thermal and compressed air cold heat to 25 times 1-stage solar thermal turbine drive species solar thermal turbine blade cross section (4D) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h Water heat exchange equipment + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + vertical mercury gravity turbine driven various energy storage cycle combined engine.   Increases superheated steam thermal and compressed air cold heat to double solar heat turbine blade cross section (4E) to double stage solar heat turbine drive species + combined engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h 2.) Air heat exchange equipment + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + vertical mercury mercury turbine driven various energy storage cycle combined engine.   Increase the superheated steam thermal and compressed air cold heat to three-stage solar thermal turbine drive species triple solar thermal turbine blade cross section (4F) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h 2.) Equipped with a generator + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + various types of energy storage cycle combined engine driven by a wide type mercury gravity turbine in a broad sense.   Increase the superheated steam thermal energy and compressed air cold heat to quadruple four-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4A) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Heat pump equipped + Drive various space units (78V) + Fuel injection ignition to cold heat igniter combustion + Heat pump and mercury gravity compressed air production heat production + Vertical mercury gravity turbine driven various energy storage cycles Coalition agency.   Increase the superheated steam thermal and compressed air cold heat to 5 times solar thermal turbine drive species of solar thermal turbine blade cross section (4B) 5 times + combined engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Prepare compression heat recovery equipment + Drive various space vehicles (78V) + Fuel injection ignition to cold heat + Burn heat with compressed air with heat pump and mercury gravity + Heat energy of various types driven by vertical mercury gravity turbine Preservation cycle union agency.   Increase the superheated steam thermal and compressed air cold heat to 6 times solar thermal turbine drive species of solar thermal turbine blade cross section (4C) by 6 times + combined engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Prepare water heat exchange equipment + Drive various space vehicles (78V) + Fuel injection ignition combustion to cold energy + Heat pump and compressed air with mercury gravity Heat production of heat + Various energy driven by mercury mercury gravity turbine Preservation cycle union agency.   Increase the superheated steam thermal and compressed air cold heat to 7 times solar thermal turbine drive species of solar thermal turbine blade cross section (4D) seven times + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Prepare air heat exchange equipment + Drive various space vehicles (78V) + Fuel injection ignition to cold heat + Burn heat with compressed air with heat pump and mercury gravity + Heat energy of various types driven by vertical mercury gravity turbine Preservation cycle union agency.   Increase the superheated steam thermal energy and compressed air cold heat to 8 times solar thermal turbine driving species by multiplying solar thermal turbine blade cross section (4E) by 8 times + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Equipped with a generator + Drives various space vehicles (78V) + Fuel injection ignites combustion to cold heat + Heat pump and compressed air with mercury gravity Production heat production + Various energy driven by wedge-shaped mercury gravity turbine in a broad sense Preservation cycle union agency.   Increase superheated steam thermal and compressed air cold heat to 9 times solar thermal turbine drive species with 9 times solar thermal blade cross section (4F) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + mercury downward Accelerated solar thermal turbine driving species + Drive various passenger aircraft (78 V) + Fuel injection to burn with cold heat + Fire pump combustion with compressed air with heat pump and mercury gravity + Various energy storage cycle combination driven by vertical mercury gravity turbine organ.   Increase the superheated steam thermal and compressed air cold heat to 10 times solar thermal turbine drive species by 10 times solar thermal blade cross section (4A) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + mercury downward Accelerated solar thermal turbine driving species + Drive various passenger aircraft (78 V) + Fuel injection to burn with cold heat + Fire pump combustion with compressed air with heat pump and mercury gravity + Various energy storage cycle combination driven by vertical mercury gravity turbine organ.   Solar thermal turbine blade cross section (4B) to 11x solar thermal turbine driving species increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + mercury downward accelerating solar heat Turbine driving type + driving various passenger aircraft (78 V) + fuel injection ignition to cold heat + combustion with compressed air with heat pump and mercury gravity production + various types of energy storage cycle combined engine driven by vertical mercury gravity turbine   Solar thermal turbine blade cross section (4C) to 12 times one stage solar thermal turbine driving species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + mercury down Accelerated solar thermal turbine driving species + Drive various passenger aircraft (78 V) + Fuel injection to burn with cold heat + Fire pump combustion with compressed air with heat pump and mercury gravity + Various energy storage cycle combination driven by vertical mercury gravity turbine organ.   Solar thermal turbine blade cross section (4D) to 13 times double stage solar thermal turbine driving species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + mercury down Accelerated solar thermal turbine driving species + Drive various passenger aircraft (78V) + Fuel injection ignition to cold heat + Fire pump combustion with compressed air with heat pump and mercury gravity + Various energy conservation driven by wide type mercury gravity turbine in a broad sense Cycle coalescing agency.   Increase the superheated steam thermal energy and compressed air cold heat to 14 times three-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4E) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Heat pump equipped + cold fuel injection ignition combustion + compressed air with heat pump and mercury gravity production heat production + various types of energy storage cycle combined engine driven by vertical mercury gravity turbine.   Increase the superheated steam thermal and compressed air cold heat to 15 times 4-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4F) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h A) Heat compression equipment equipped + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + vertical mercury gravity turbine driven various energy storage cycle combined engine.   Increase the superheated steam thermal and compressed air cold heat to 16 times 5-stage solar heat turbine drive species of solar thermal blade cross section (4A) + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1 h Water heat exchange equipment + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + vertical mercury gravity turbine driven various energy storage cycle combined engine.   Increase the superheated steam thermal and compressed air cold heat to 17 times the number of solar thermal turbine blade cross section (4B) 17 times 6 stage solar thermal turbine driving species + combined engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h 2.) Air heat exchange equipment + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + vertical mercury mercury turbine driven various energy storage cycle combined engine.   Increase superheated steam thermal and compressed air cold heat to 18 times 7-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4C) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h 2.) Equipped with a generator + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + various types of energy storage cycle combined engine driven by a wide type mercury gravity turbine in a broad sense.   Increase the superheated steam thermal and compressed air cold heat to 19 times 8-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4D) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h A) Heat pump + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + 竪 type mercury gravity turbine driven various energy storage cycle combined engine.   Increase superheated steam thermal and compressed air cold heat to 20 times 9th stage solar thermal turbine drive species of solar thermal turbine blade cross section (4E) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h 2.) Equipped with a compression heat recovery unit + fuel injection ignition combustion to cold heat + heat pump and compressed air production with mercury gravity production + various energy storage cycle combined engines driven by vertical mercury gravity turbine.   Increase the superheated steam thermal and compressed air cold heat to 21 times 10 stage solar heat turbine drive species of solar heat turbine blade cross section (4F) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h 2.) Equipped with a water heat exchanger + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + vertical mercury gravity turbine driven various energy storage cycle combined engine.   Solar thermal turbine blade section (4A) to increase the superheated steam thermal and compressed air cold heat to 22 times the solar thermal turbine driving species + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) air Equipped with a heat exchanger + cold to fuel injection ignition combustion + compressed air with heat pump and mercury gravity heat production + various types of energy storage cycle combined engine driven by vertical mercury gravity turbine.   Increase the superheated steam thermal energy and compressed air cold heat to 23 times one stage solar heat turbine drive species of solar heat turbine blade cross section (4B) + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1 h 2.) Equipped with a generator + cold fuel injection and combustion for ignition + heat pump and mercury gravity compressed air production heat production + various types of energy storage cycle combined engine driven by a wide type mercury gravity turbine in a broad sense.   Increase the superheated steam thermal and compressed air cold heat to 24 times the two-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4C) + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h ) Heat pump equipped + cold fuel injection ignition combustion + compressed air with heat pump and mercury gravity production heat production + various types of energy storage cycle combined engine driven by vertical mercury gravity turbine.   Increase the superheated steam thermal energy and compressed air cold heat to 25 times three-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4D) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Prepare heat compression equipment + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + vertical mercury gravity turbine driven various energy storage cycle combined engine.   Increase the superheated steam thermal and compressed air cold heat to double 4th stage solar thermal turbine drive species of solar thermal turbine blade cross section (4E) + combined engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h Water heat exchange equipment + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + vertical mercury gravity turbine driven various energy storage cycle combined engine.   Increase the superheated steam thermal and compressed air cold heat to 5 times solar thermal turbine drive species triple solar thermal turbine blade cross section (4F) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h 2.) Air heat exchange equipment + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + vertical mercury mercury turbine driven various energy storage cycle combined engine.   Increase the superheated steam thermal and compressed air cold heat to 6 times solar thermal turbine drive species of 4 times the solar thermal turbine blade cross section (4A) + combined engine injection part (78V) to the solar thermal gravity rotary plane (39B) + horizontal axis (1 h 2.) Equipped with a generator + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + various types of energy storage cycle combined engine driven by a wide type mercury gravity turbine in a broad sense.   Increase superheated steam thermal and compressed air cold heat to 5 times 7th stage solar thermal turbine driving species of solar thermal turbine blade cross section (4B) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Heat pump equipped + Drive various space units (78V) + Fuel injection ignition to cold heat igniter combustion + Heat pump and mercury gravity compressed air production heat production + Vertical mercury gravity turbine driven various energy storage cycles Coalition agency.   Increase the superheated steam thermal and compressed air cold heat to 8 times solar thermal turbine drive species of solar thermal turbine blade cross section (4C) by 6 times + combined engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Prepare compression heat recovery equipment + Drive various space vehicles (78V) + Fuel injection ignition to cold heat + Burn heat with compressed air with heat pump and mercury gravity + Heat energy of various types driven by vertical mercury gravity turbine Preservation cycle union agency.   Increase the superheated steam thermal and compressed air cold heat to 7 times the 9th stage solar thermal turbine drive species of solar thermal turbine blade cross section (4D) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Prepare water heat exchange equipment + Drive various space vehicles (78V) + Fuel injection ignition combustion to cold energy + Heat pump and compressed air with mercury gravity Heat production of heat + Various energy driven by mercury mercury gravity turbine Preservation cycle union agency.   Increase the superheated steam thermal and compressed air cold heat to 10 times solar thermal turbine drive species of solar thermal turbine blade cross section (4E) by 8 times + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Prepare air heat exchange equipment + Drive various space vehicles (78V) + Fuel injection ignition to cold heat + Burn heat with compressed air with heat pump and mercury gravity + Heat energy of various types driven by vertical mercury gravity turbine Preservation cycle union agency.   Solar thermal turbine blade section (4F) to increase the superheated steam thermal and compressed air cold heat to 9 times the solar thermal turbine driving species + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) power generation Make equipment + drive various space vehicles (78V) + fuel injection ignition to cold heat + burn heat by compressed air with heat pump and mercury gravity + various energy storage cycles driven by vertical mercury gravity turbine in a broad sense Coalition agency.   Increase the superheated steam thermal and compressed air cold heat to 10 times the one-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4A) + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + mercury downward Accelerated solar thermal turbine driving species + Drive various passenger aircraft (78 V) + Fuel injection to burn with cold heat + Fire pump combustion with compressed air with heat pump and mercury gravity + Various energy storage cycle combination driven by vertical mercury gravity turbine organ.   Increase the superheated steam thermal and compressed air cold heat to 11 times the two-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4B) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + mercury downward Accelerated solar thermal turbine driving species + Drive various passenger aircraft (78 V) + Fuel injection to burn with cold heat + Fire pump combustion with compressed air with heat pump and mercury gravity + Various energy storage cycle combination driven by vertical mercury gravity turbine organ.   Solar thermal turbine blade cross section (4C) to 12 times three-stage solar thermal turbine drive species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + mercury down Accelerated solar thermal turbine driving species + Drive various passenger aircraft (78 V) + Fuel injection to burn with cold heat + Fire pump combustion with compressed air with heat pump and mercury gravity + Various energy storage cycle combination driven by vertical mercury gravity turbine organ.   Increase the superheated steam thermal and compressed air cold heat to 13 times 4-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4D) + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + mercury downward Accelerated solar thermal turbine driving species + Drive various passenger aircraft (78 V) + Fuel injection to burn with cold heat + Fire pump combustion with compressed air with heat pump and mercury gravity + Various energy storage cycle combination driven by vertical mercury gravity turbine organ.   Increase the superheated steam thermal and compressed air cold heat to 14 times 5-stage solar heat turbine drive species of solar heat turbine blade cross section (4E) + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + mercury downward Accelerated solar thermal turbine driving species + Drive various passenger aircraft (78V) + Fuel injection ignition to cold heat + Fire pump combustion with compressed air with heat pump and mercury gravity + Various energy conservation driven by wide type mercury gravity turbine in a broad sense Cycle coalescing agency.   Increase superheated steam thermal and compressed air cold heat to 6 times solar thermal turbine drive species with 15 times solar thermal blade cross section (4F) + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + accelerate mercury Configuration and method + Thermal and cold energy production with suction air path length lens and sunlight + Fuel injection to combustion with cold energy + Ignition combustion with combustion + Heat pump and compressed air production with mercury gravity + Various energy storage cycle combination driven with vertical mercury gravity turbine organ.   Increases superheated steam thermal and compressed air cold heat to 16 times 7-stage solar thermal turbine drive species with solar thermal turbine blade cross section (4A) + accelerates mercury into a combined engine injection part (78V) solar thermal gravity rotary plane (39B) Configuration and method + Thermal and cold energy production with suction air path length lens and sunlight + Fuel injection to combustion with cold energy + Ignition combustion with combustion + Heat pump and compressed air production with mercury gravity + Various energy storage cycle combination driven with vertical mercury gravity turbine organ.   Increase superheated steam thermal and compressed air cold to 17 times solar thermal turbine blade cross section (4B) and drive it to 8-stage solar heat turbine drive species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + accelerate mercury Configuration and method + Thermal and cold energy production with suction air path length lens and sunlight + Fuel injection to combustion with cold energy + Ignition combustion with combustion + Heat pump and compressed air production with mercury gravity + Various energy storage cycle combination driven with vertical mercury gravity turbine organ.   Increase superheated steam thermal and compressed air cold heat to 18 times 9th stage solar thermal turbine drive species with solar thermal turbine blade cross section (4C) + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + accelerate mercury Configuration and method + Thermal and cold energy production with suction air path length lens and sunlight + Fuel injection to combustion with cold energy + Ignition combustion with combustion + Heat pump and compressed air production with mercury gravity + Various energy storage cycle combination driven with vertical mercury gravity turbine organ.   Increase superheated steam thermal and compressed air cold heat to 19 times 10 stages of solar thermal turbine driven species with solar thermal blade cross section (4D) + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + accelerate mercury Configuration and method + Thermal and cold energy production with suction air path length lens and sunlight + Fuel injection to burn with cold energy + Ignition combustion with heat + Heat pump and compressed air production with mercury gravity + Various energy storage driven with wedge-shaped mercury gravity turbine in a broad sense Cycle coalescing agency.   Solar thermal turbine blade section (4E) to increase the superheated steam thermal energy and compressed air cold heat to 20 times the solar thermal turbine driving species + configuration to make the combined engine injection part (78V) solar thermal gravity rotary plane (39B) + accelerate mercury Method + Intake air path length lens and solar light to produce thermal cooling + cold energy to fuel injection ignition combustion + Heat pump and mercury gravity compressed air production heat production + Vertical mercury gravity turbine driven various energy storage cycle combined engine.   Increase the superheated steam thermal and compressed air cold heat to 21 times one stage solar heat turbine driven species of solar thermal blade cross section (4F) + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + accelerate mercury Configuration and method + Thermal and cold energy production with suction air path length lens and sunlight + Fuel injection to combustion with cold energy + Ignition combustion with combustion + Heat pump and compressed air production with mercury gravity + Various energy storage cycle combination driven with vertical mercury gravity turbine organ.   Increase superheated steam thermal and compressed air cold heat to 22 times double stage solar thermal turbine drive species with solar thermal turbine blade cross section (4A) + accelerate to mercury + coalescent engine jet part (78V) solar thermal gravity rotary plane (39B) Configuration and method + Thermal and cold energy production with suction air path length lens and sunlight + Fuel injection to combustion with cold energy + Ignition combustion with combustion + Heat pump and compressed air production with mercury gravity + Various energy storage cycle combination driven with vertical mercury gravity turbine organ.   Increases superheated steam thermal and compressed air cold heat to 23 times 3-stage solar thermal turbine drive species with solar thermal blade cross section (4B) + accelerates mercury into a coalesced engine injection part (78V) solar thermal gravity rotary plane (39B) Configuration and method + Thermal and cold energy production with suction air path length lens and sunlight + Fuel injection to combustion with cold energy + Ignition combustion with combustion + Heat pump and compressed air production with mercury gravity + Various energy storage cycle combination driven with vertical mercury gravity turbine organ.   Increase superheated steam thermal and compressed air cold heat to 24 times 4-stage solar thermal turbine drive species with solar thermal turbine blade cross section (4C) + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + accelerate mercury Configuration and method + Thermal and cold energy production with suction air path length lens and sunlight + Fuel injection to burn with cold energy + Ignition combustion with heat + Heat pump and compressed air production with mercury gravity + Various energy storage driven with wedge-shaped mercury gravity turbine in a broad sense Cycle coalescing agency.   Increase the superheated steam thermal and compressed air cold heat to 25 times 5-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4D) + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Heat pump equipped + Drive various cargo airplanes (78V) + Fuel injection to burn cold energy + Ignition and combustion + Heat pump and mercury gravity compressed air production heat production + Vertical mercury gravity turbine driven various energy storage cycle combination organ.   Increase superheated steam thermal and compressed air cold heat to double 6th solar thermal turbine drive species with double solar thermal blade cross section (4E) + combined engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Prepare compression heat recovery equipment + Drive various cargo airplanes (78V) + Fuel injection ignition to cold heat + Burn heat with compressed air with heat pump and mercury gravity + Heat storage of various types of energy driven by vertical mercury gravity turbine Cycle coalescing agency.   Increase the superheated steam thermal and compressed air cold heat to 7 times solar thermal turbine drive species triple solar thermal turbine blade cross section (4F) + combined engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Prepare water heat exchange equipment + Drive various cargo airplanes (78V) + Fuel injection ignition to cold heat + Burn heat with compressed air with heat pump and mercury gravity + Heat storage of various types of energy Cycle coalescing agency.   Increase superheated steam thermal and compressed air cold heat to quadruple 8th stage solar heat turbine drive species of solar heat turbine blade cross section (4A) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Prepare air heat exchange equipment + Drive various cargo planes (78V) + Fuel injection ignition to cold heat + Burn heat with compressed air with heat pump and mercury gravity + Heat storage of various types of energy Cycle coalescing agency.   Increase superheated steam thermal and compressed air cold heat to 5 times 9th stage solar thermal turbine drive species of solar thermal turbine blade cross section (4B) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Equipped with generator + Drive various cargo airplanes (78V) + Fuel injection ignition to cold heat + Burn heat with compressed air by heat pump and mercury gravity + Heat storage of various types of energy Cycle coalescing agency.   Increase the superheated steam thermal and compressed air cold heat to 10 times solar heat turbine drive species of 6 times the solar heat turbine blade cross section (4C) + combined engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h ) Heat pump equipped + Drive various cargo airplanes (78V) + Fuel injection to burn cold energy + Ignition and combustion + Heat pump and mercury gravity compressed air production heat production + Vertical mercury gravity turbine driven various energy storage cycle combination organ.   Increase superheated steam thermal and compressed air cold heat to 7 times solar thermal turbine drive species with solar thermal turbine blade cross section (4D) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h) compression Prepare heat recovery equipment + Drive various cargo airplanes (78V) + Fuel injection to burn to cold heat + Ignition combustion with heat + Heat pump and mercury gravity Compressed air production Heat production + Vertical mercury gravity turbine Drive various energy storage cycle combination organ.   Increase the superheated steam thermal and compressed air cold heat to 8 times one stage solar heat turbine drive species of solar heat turbine blade cross section (4E) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Prepare water heat exchange equipment + Drive various cargo airplanes (78V) + Fuel injection ignition to cold heat + Burn heat with compressed air with heat pump and mercury gravity + Heat storage of various types of energy Cycle coalescing agency.   Increase superheated steam thermal and compressed air cold heat to 9 times 2-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4F) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Prepare air heat exchange equipment + Drive various cargo planes (78V) + Fuel injection ignition to cold heat + Burn heat with compressed air with heat pump and mercury gravity + Heat storage of various types of energy Cycle coalescing agency.   Increase the superheated steam thermal and compressed air cold heat to 10 times three-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4A) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Equipped with generator + Drive various cargo airplanes (78V) + Fuel injection to burn cold energy + Ignition and burn combustion + Heat pump and mercury gravity compressed air Production heat production + Vertical mercury gravity turbine driven Various energy storage cycle combination organ.   Increase the superheated steam thermal energy and compressed air cold heat to 11 times 4-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4B) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Heat pump equipped + Drive various cargo airplanes (78V) + Fuel injection to burn cold energy + Ignition and combustion + Heat pump and mercury gravity compressed air production heat production + Vertical mercury gravity turbine driven various energy storage cycle combination organ.   Increase the superheated steam thermal energy and compressed air cold heat to 12 times 5-stage solar heat turbine drive species of solar heat turbine blade cross section (4C) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Prepare compression heat recovery equipment + Drive various cargo airplanes (78V) + Fuel injection ignition to cold heat + Burn heat with compressed air with heat pump and mercury gravity + Heat storage of various types of energy driven by vertical mercury gravity turbine Cycle coalescing agency.   Increase the superheated steam thermal and compressed air cold heat to 13 times the 6-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4D) + combined engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Prepare water heat exchange equipment + Drive various cargo airplanes (78V) + Fuel injection ignition to cold heat + Burn heat with compressed air with heat pump and mercury gravity + Heat storage of various types of energy Cycle coalescing agency.   Increase the superheated steam thermal and compressed air cold heat to 14 times 7-stage solar thermal turbine drive species solar thermal turbine blade cross section (4E) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Prepare air heat exchange equipment + Drive various cargo planes (78V) + Fuel injection ignition to cold heat + Burn heat with compressed air with heat pump and mercury gravity + Heat storage of various types of energy Cycle coalescing agency.   Increase superheated steam thermal and compressed air cold heat to 15 times 8-stage solar heat turbine drive species of solar thermal turbine blade cross section (4F) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Equipped with generator + Drive various cargo airplanes (78V) + Fuel injection to burn cold energy + Ignition and burn combustion + Heat pump and mercury gravity compressed air Production heat production + Vertical mercury gravity turbine driven Various energy storage cycle combination organ.   Increase the superheated steam thermal and compressed air cold heat to 16 times the 9th stage solar thermal turbine drive species of solar thermal turbine blade cross section (4A) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Heat pump equipped + Drive various cargo airplanes (78V) + Fuel injection to burn cold energy + Ignition and combustion + Heat pump and mercury gravity compressed air production heat production + Vertical mercury gravity turbine driven various energy storage cycle combination organ.   Increase the superheated steam thermal and compressed air cold heat to 17 times 10 stages of solar heat turbine drive species of solar heat turbine blade cross section (4B) + combine engine injection part (78V) to make solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Prepare compression heat recovery equipment + Drive various cargo airplanes (78V) + Fuel injection ignition to cold heat + Burn heat with compressed air with heat pump and mercury gravity + Heat storage of various types of energy driven by vertical mercury gravity turbine Cycle coalescing agency.   Solar thermal turbine blade cross section (4C) to 18 times solar thermal turbine drive species Increase superheated steam thermal and compressed air cold heat + combine engine injector (78V) solar thermal gravity rotary plane (39B) + mercury accelerate solar thermal turbine drive Seed + Drive various cargo airplanes (78V) + Fuel injection ignition to cold energy + Fire pump + Compressed air with heat pump and mercury gravity Production heat + Various types of energy preservation cycle coalescence engine driven by vertical mercury gravity turbine   Increase the superheated steam thermal energy and compressed air cold heat to 19 times one stage solar heat turbine drive species of solar thermal turbine blade cross section (4D) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Prepare air heat exchange equipment + Drive various cargo planes (78V) + Fuel injection ignition to cold heat + Burn heat with compressed air with heat pump and mercury gravity + Heat storage of various types of energy Cycle coalescing agency.   Increase the superheated steam thermal and compressed air cold heat to 20 times two-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4E) + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Rotating direction alternate solar thermal turbine driving species + driving various cargo planes (78V) + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat manufacturing + various types mercury type mercury gravity turbine driven Energy Conservation Cycle Coalition Agency.   Increase the superheated steam thermal and compressed air cold heat to 21 times three-stage solar thermal turbine drive species of solar thermal blade cross section (4F) + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Rotating direction alternate solar thermal turbine driving species + driving various cargo planes (78V) + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat manufacturing + various types mercury type mercury gravity turbine driven Energy Conservation Cycle Coalition Agency.   Increase the superheated steam thermal energy and compressed air cold heat to 22 times 4-stage solar heat turbine drive species of solar thermal turbine blade cross section (4A) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Rotating direction alternate solar thermal turbine driving species + driving various cargo planes (78V) + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat manufacturing + various types mercury type mercury gravity turbine driven Energy Conservation Cycle Coalition Agency.   Increase the superheated steam thermal energy and compressed air cold heat to 23 times 5-stage solar heat turbine drive species of solar heat turbine blade cross section (4B) + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1 h A.Hydrogen heat exchanger and driven by rotation direction alternating turbine + drive various cargo airplanes (78V) + cold fuel injection ignition combustion to cold heat + heat pump and mercury gravity compressed air production heat production + vertical type Various energy storage cycle combined engine driven by mercury gravity turbine.   Increase the superheated steam thermal and compressed air cold heat to 24 times the 6th stage solar thermal turbine driving species of solar thermal turbine blade cross section (4C) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Rotating direction alternate solar thermal turbine driving species + driving various cargo planes (78V) + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat manufacturing + various types mercury type mercury gravity turbine driven Energy Conservation Cycle Coalition Agency.   Increase the superheated steam thermal and compressed air cold heat to 25 times 7-stage solar thermal turbine drive species solar thermal turbine blade cross section (4D) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Equipped with generator + Drive various cargo airplanes (78V) + Fuel injection to burn cold energy + Ignition and burn combustion + Heat pump and mercury gravity compressed air Production heat production + Vertical mercury gravity turbine driven Various energy storage cycle combination organ.   Increase the superheated steam thermal and compressed air cold heat to 8 to 26 stages of 8-stage solar thermal turbine driven species of solar thermal blade cross section (4E) + combined engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h) Heat pump equipped + Drive various cargo airplanes (78 V) + Fuel injection ignition to cold energy + Ignition combustion with heat + Heat pump and mercury gravity Compressed air production Heat production + Various types driven by wedge-shaped mercury gravity turbine in a broad sense Energy Conservation Cycle Coalition Agency.   Increase the superheated steam thermal and compressed air cold heat to 9 to 26 stages of 9-stage solar thermal turbine driven species of solar thermal blade cross section (4F) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) Prepare compression heat recovery equipment + Drive various cargo airplanes (78 V) + Fuel injection ignition combustion to cold energy + Heat pump and mercury gravity compression air production heat production + Broad type vertical mercury gravity turbine drive Energy conservation cycle coalition agency.   Increase the superheated steam thermal energy and compressed air cold heat to 10 to 26 stages of 10 stages of solar thermal turbine driven species of solar thermal turbine blade cross section (4A) + combined engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h) Prepare water heat exchange equipment + Drive various cargo airplanes (78 V) + Fuel injection ignition combustion to cold energy + Heat pump and mercury gravity compression air production heat production + Broad type vertical mercury gravity turbine drive Energy conservation cycle coalition agency.   Increase the superheated steam thermal energy and compressed air cold heat to 2 to 26 times the solar thermal turbine drive species solar thermal turbine blade cross section (4B) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h ) Prepare air heat exchange equipment + Drive various cargo airplanes (78V) + Fuel injection ignition to cold heat + Burn heat with compressed air with heat pump and mercury gravity + Various types of heat treatment with a broad range of mercury type mercury gravity turbine Energy Conservation Cycle Coalition Agency.   Increase the superheated steam thermal and compressed air cold heat to 2 to 26 times 1-stage solar thermal turbine driven species of solar thermal turbine blade cross section (4C) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) Equipped with a generator + Drives various cargo planes (78 V) + Fuel injection ignition to cold heat + Ignition combustion with heat + Heat pump and mercury gravity Compressed air production Heat production + Various types driven by a wide type mercury gravity turbine in a broad sense Energy Conservation Cycle Coalition Agency.   Increase the superheated steam thermal and compressed air cold heat to 2 to 26 times 2-stage solar thermal turbine driven species of solar thermal turbine blade cross section (4D) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) Heat pump equipped + Drive various cargo airplanes (78 V) + Cold-heat fuel injection Ignition combustion + Compressed air heat amount and mass divided into mass and accelerated acceleration driven by mercury etc. Various energy conservation cycle coalition agencies.   Increase the superheated steam thermal energy and compressed air cold heat to 3 to 26 times three-stage solar thermal turbine drive species solar thermal turbine blade cross section (4E) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) Prepare compression heat recovery equipment + Drive various cargo airplanes (78 V) + Fuel injection ignition combustion to cold energy + Accelerated acceleration drive mercury by pressure etc stored dividedly into compressed air heat quantity and mass Various energy storage cycle combined engines with turbines.   Increase the superheated steam thermal and compressed air cold heat to 2 to 26 times 4-stage solar thermal turbine driven species of solar thermal turbine blade cross section (4F) + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) Prepare water heat exchange equipment + Drive various cargo airplanes (78 V) + Fuel injection ignition combustion to cold energy + Accelerating mercury driven by pressure etc stored in compressed air heat energy and mass separately Various energy storage cycle combined engines with turbines.   Increase superheated steam thermal energy and compressed air cold heat to 5-stage solar thermal turbine driven species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + make horizontal axis (1h) air heat exchange equipment + make various cargoes A variety of energy storage cycle coalescing engines that use (78 V) drives for airplanes + fuel injection ignition combustion for cold heat + compressed air heat energy and pressure divided and stored in mass accelerated mercury driven as acceleration turbines.   6-stage solar thermal turbine driven species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1 h) generator equipped + various cargo planes (78V) Drive + fuel injection into a cold energy igniter combustion + Compressed air heat energy and mass division pressure stored etc. Accelerated drive by mercury etc. Various energy storage cycle combined engine with mercury as an acceleration drive turbine.   Increase superheated steam thermal and compressed air cold heat to 7-stage solar thermal driven species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + set up horizontal axis (1h) + maximize gravity and sunlight Limited use + (78V) rocket injection + fuel injection ignition to cold energy + heat pump + compressed air with heat pump and mercury gravity production + various energy storage cycle combined engine driven by vertical mercury gravity turbine.   Increase superheated steam thermal and compressed air cold heat to 8-stage solar thermal turbine driven species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + make horizontal axis (1 h) compression heat recovery equipment ready + gravity or Maximize use of sunlight + (78V) rocket injection + fuel injection ignition to cold heat + combustion with heat pump and mercury gravity Heat production with compressed air + Various energy storage cycle combined engine driven by vertical mercury gravity turbine   Increase superheated steam thermal and compressed air cold heat to 9th stage solar thermal turbine driven species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + make horizontal axis (1h) water heat exchange equipment + gravity or Maximize use of sunlight + (78V) rocket injection + fuel injection ignition to cold heat + combustion with heat pump and mercury gravity Heat production with compressed air + Various energy storage cycle combined engine driven by vertical mercury gravity turbine   Increase superheated steam thermal and compressed air cold heat to 10 stage solar thermal turbine driven species + combine engine injection part (78V) to solar thermal gravity rotation plane (39B) + horizontal axis (1h) air heat exchange equipment + gravity or Maximize use of sunlight + (78V) rocket injection + fuel injection ignition to cold heat + combustion with heat pump and mercury gravity Heat production with compressed air + Various energy storage cycle combined engine driven by vertical mercury gravity turbine   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to solar thermal gravity rotation plane (39B) + horizontal axis (1 h) to equip generator + maximum gravity and sunlight Limited use + (78V) rocket injection + fuel injection ignition to cold heat + combustion with heat pump and mercury gravity Heat production by compressed air + Various types of energy storage cycle combined engine driven by vertical mercury gravity turbine in a broad sense.   Increase superheated steam thermal and compressed air cold heat to one-stage solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + prepare horizontal axis (1 h) heat pump + cold injection to fuel heat Heats and burns + Heat pump and compressed air with mercury gravity Heat produced + Various energy storage cycle combined engine driven by vertical mercury gravity turbine.   Increase superheated steam thermal and compressed air cold heat to two-stage solar heat turbine drive species + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + make mercury to accelerate solar heat turbine drive species + fuel injection ignition to cold heat Heat produced by compressed air with heat pump + mercury gravity and heat production + Various energy storage cycle combined engine driven by vertical mercury gravity turbine.   Three-stage solar thermal turbine drive species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h) water heat exchange equipment + cold heat Fuel injection Ignition combustion + Heat pump and compressed air with mercury gravity Production heat production + Various types of energy storage cycle combined engine driven by vertical mercury gravity turbine.   Increase superheated steam thermal and compressed air cold heat to 4 stage solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h) rotation direction alternate solar thermal turbine driving species + Cold-heat fuel injection ignition combustion + compressed air with heat pump and mercury gravity production heat production + various types of energy storage cycle combined engine driven by vertical mercury gravity turbine.   Increase superheated steam thermal energy and compressed air cold heat to 5-stage solar thermal turbine drive species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h) rotation direction alternate solar thermal turbine drive species + Fuel injection ignition combustion to cold heat + compressed air production heat production by heat pump and mercury gravity + various energy storage cycle combined engine driven by vertical mercury mercury turbine in a broad sense.   6-stage solar thermal turbine drive species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h) heat pump equipped + cold to fuel Injection ignition combustion + Heat pump and mercury gravity compressed air Production heat production + Various types of energy storage cycle combined engine driven by vertical mercury gravity turbine.   7th stage solar thermal turbine driven species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) compression heat recovery unit equipped + cold heat Fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + vertical mercury mercury turbine driven various energy storage cycle combined engine.   Increase superheated steam thermal and compressed air cold heat to 8-stage solar heat turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + equip horizontal axis (1 h) water heat exchanger + cold energy Fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + vertical mercury mercury turbine driven various energy storage cycle combined engine.   9th stage solar thermal turbine driven species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) air heat exchanger + cold heat Fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + vertical mercury mercury turbine driven various energy storage cycle combined engine.   Increase superheated steam thermal and compressed air cold heat to 10 stage solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + equip horizontal axis (1 h) generator + cold energy to fuel Injection ignition combustion + Heat pump and mercury gravity compressed air Production heat production + Various types of energy storage cycle combined engine driven by vertical mercury gravity turbine.   Solar thermal turbine drive species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) with square turbine outer box right angle direction of rotation Alternating mercury is used as an acceleration-driven turbine, mercury is accelerated downward, fuel injection is carried out to cold heat, fuel injection ignition combustion, heat pump and compressed air with mercury gravity, heat production with various types of energy preservation cycle combined engine driven by vertical mercury gravity turbine.   Increase superheated steam thermal and compressed air cold heat to one-stage solar thermal turbine driving species + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h) compression heat recovery equipment + to cold heat Fuel injection Ignition combustion + Heat pump and compressed air with mercury gravity Production heat production + Various types of energy storage cycle combined engine driven by vertical mercury gravity turbine.   Increase superheated steam thermal and compressed air cold heat to two-stage solar thermal turbine driven species + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1h) water heat exchange equipment + to cold energy Fuel injection Ignition combustion + Heat pump and compressed air with mercury gravity Production heat production + Various types of energy storage cycle combined engine driven by vertical mercury gravity turbine.   Three-stage solar thermal turbine drive species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h) air heat exchange equipment + cold heat Fuel injection Ignition combustion + Heat pump and compressed air with mercury gravity Production heat production + Various types of energy storage cycle combined engine driven by vertical mercury gravity turbine.   Increase superheated steam thermal and compressed air cold heat to 4 stage solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h) generator equipped + cold heat fuel injection Heats and burns + Heat pump and compressed air with mercury gravity Heat produced + Various energy storage cycle combined engine driven by vertical mercury gravity turbine.   5-stage solar thermal turbine drive species to increase superheated steam thermal energy and compressed air cold energy + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h) heat pump equipped + various space return machines (78V) driving type + fuel injection ignition combustion to cold heat + compressed air with heat pump and mercury gravity production heat production + various types of energy storage cycle combined engine driven by vertical mercury gravity turbine.   Increase superheated steam thermal and compressed air cold heat to 6-stage solar thermal turbine driving species + combine engine injection part (78V) to make solar thermal gravity rotary plane (39B) + make horizontal axis (1 h) compression heat recovery equipment ready + various universes (78V) drive back-to-back vehicles + fuel injection ignition combustion to cold heat + compressed air with heat pump and mercury gravity production heat production + various types of energy storage cycle combined engine driven by vertical mercury gravity turbine.   Increase superheated steam thermal and compressed air cold heat to 7-stage solar thermal turbine driven species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + make horizontal axis (1h) water heat exchange equipment + various universes (78V) drive back-to-back vehicles + fuel injection ignition combustion to cold heat + compressed air with heat pump and mercury gravity production heat production + various types of energy storage cycle combined engine driven by vertical mercury gravity turbine.   Increase superheated steam thermal and compressed air cold heat to 8-stage solar thermal turbine driven species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + make horizontal axis (1h) air heat exchange equipment + make various universes (78V) drive back-to-back vehicles + fuel injection ignition combustion to cold heat + compressed air with heat pump and mercury gravity production heat production + various types of energy storage cycle combined engine driven by vertical mercury gravity turbine.   9-stage solar thermal turbine driven species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h) generator equipped + various space return aircraft (78V) driving type + fuel injection ignition combustion to cold heat + compressed air with heat pump and mercury gravity production heat production + various types of energy storage cycle combined engine driven by vertical mercury gravity turbine.   Increase superheated steam thermal and compressed air cold heat to 10 stage solar thermal turbine driven species + combine engine injection part (78V) to make solar thermal gravity rotary plane (39B) + make mercury downward to accelerate solar thermal turbine driven species + various passenger aircrafts The (78V) drive + cold fuel injection to light and burn + heat pump and mercury gravity compressed air production heat production + wedge type mercury gravity turbine driven various energy storage cycle combined engine.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + vertical mercury mercury turbine driven various energy storage cycle combined engine.   Increase superheated steam thermal and compressed air cold heat to one-stage solar thermal turbine driven species + Make combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + Make mercury downward to accelerate solar thermal turbine driven species + Various passenger aircrafts The (78V) drive + cold fuel injection to light and burn + heat pump and mercury gravity compressed air production heat production + wedge type mercury gravity turbine driven various energy storage cycle combined engine.   Increase superheated steam thermal energy and compressed air cold heat to two-stage solar thermal turbine driven species + Make combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + Make mercury downward to accelerate solar thermal turbine driven species + Various passenger aircrafts The (78V) drive + cold fuel injection to light and burn + heat pump and mercury gravity compressed air production heat production + wedge type mercury gravity turbine driven various energy storage cycle combined engine.   Increase superheated steam thermal and compressed air cold heat to 3-stage solar heat turbine drive species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + make mercury downward to accelerate solar heat turbine drive species + various passenger aircrafts The (78V) drive + cold fuel injection to light and burn + heat pump and mercury gravity compressed air production heat production + wedge type mercury gravity turbine driven various energy storage cycle combined engine.   4-stage solar thermal turbine driving species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1 h) heat pump to be equipped + cold heat to fuel injection Heats and burns + Heat pump and compressed air with mercury gravity Heat produced + Various energy storage cycle combined engine driven by vertical mercury gravity turbine.   Increase superheated steam thermal energy and compressed air cold heat to 5-stage solar thermal turbine drive species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) compression heat recovery equipment provision into cold energy Fuel injection Ignition combustion + Heat pump and compressed air with mercury gravity Production heat production + Various types of energy storage cycle combined engine driven by vertical mercury gravity turbine.   Increase superheated steam thermal and compressed air cold heat to 6 stage solar thermal turbine driven species + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h) water heat exchange equipment + to cold energy Fuel injection Ignition combustion + Heat pump and compressed air with mercury gravity Production heat production + Various types of energy storage cycle combined engine driven by vertical mercury gravity turbine.   Increase superheated steam thermal and compressed air cold heat to 7-stage solar thermal turbine driven species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) air heat exchange equipment + cold Fuel injection Ignition combustion + Heat pump and compressed air with mercury gravity Production heat production + Various types of energy storage cycle combined engine driven by vertical mercury gravity turbine.   Increase superheated steam thermal and compressed air cold heat to 8-stage solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1 h) to have a generator equipped + cold heat to fuel injection Heats and burns + Heat pump and compressed air with mercury gravity Heat produced + Various energy storage cycle combined engine driven by vertical mercury gravity turbine.   9th stage solar thermal turbine driven species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h) heat pump equipped + cold energy to fuel Injection ignition combustion + Heat pump and mercury gravity compressed air Production heat production + Various types of energy storage cycle combined engine driven by vertical mercury gravity turbine.   Increase superheated steam thermal and compressed air cold heat to 10 stage solar thermal turbine driving species + combine engine injection part (78V) to make solar thermal gravity rotary plane (39B) + equip horizontal axis (1 h) compression heat recovery unit + cold heat Fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + vertical mercury mercury turbine driven various energy storage cycle combined engine.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to have a horizontal axis (1 h) water heat exchanger + to cool fuel Injection ignition combustion + Heat pump and mercury gravity compressed air Production heat production + Various types of energy storage cycle combined engine driven by vertical mercury gravity turbine.   One-stage solar thermal turbine driven species with increased superheated steam thermal and compressed air cold heat + combined engine injection part (78 V) solar thermal gravity rotary plane (39 B) + horizontal axis (1 h) air heat exchanger equipped + cold heat Fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + vertical mercury mercury turbine driven various energy storage cycle combined engine.   Two-stage solar thermal turbine driven species with increased superheated steam thermal and compressed air cold heat + combined engine injection part (78 V) solar thermal gravity rotary plane (39 B) + horizontal axis (1 h) generator equipped + cold heat fuel Injection ignition combustion + Heat pump and mercury gravity compressed air Production heat production + Various types of energy storage cycle combined engine driven by vertical mercury gravity turbine.   Three-stage solar thermal turbine drive species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h) heat pump equipped + cold heat fuel injection Heats and burns + Heat pump and compressed air with mercury gravity Heat produced + Various energy storage cycle combined engine driven by vertical mercury gravity turbine.   Increase superheated steam thermal and compressed air cold heat to 4 stage solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1 h) compression heat recovery equipment provision + cold heat Fuel injection Ignition combustion + Heat pump and compressed air with mercury gravity Production heat production + Various types of energy storage cycle combined engine driven by vertical mercury gravity turbine.   Increase superheated steam thermal and compressed air cold heat to 5-stage solar thermal turbine driven species + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1h) water heat exchange equipment + to cold energy Fuel injection Ignition combustion + Heat pump and compressed air with mercury gravity Production heat production + Various types of energy storage cycle combined engine driven by vertical mercury gravity turbine.   Increase superheated steam thermal and compressed air cold heat to 6 stage solar thermal turbine driven species + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h) air heat exchange equipment + to cold energy Fuel injection Ignition combustion + Heat pump and compressed air with mercury gravity Production heat production + Various types of energy storage cycle combined engine driven by vertical mercury gravity turbine.   7th stage solar thermal turbine driving species increase superheated steam thermal and compressed air cold heat + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1h) generator equipped + cold heat fuel injection Heats and burns + Heat pump and compressed air with mercury gravity Heat produced + Various energy storage cycle combined engine driven by vertical mercury gravity turbine.   Increase superheated steam thermal energy and compressed air cold heat to 8-stage solar thermal turbine driven species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + prepare a horizontal axis (1 h) heat pump + various space return machines (78V) driving type + fuel injection ignition combustion to cold heat + compressed air with heat pump and mercury gravity production heat production + various types of energy storage cycle combined engine driven by vertical mercury gravity turbine.   Increase superheated steam thermal and compressed air cold heat to 9-stage solar thermal turbine driven species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + make horizontal axis (1 h) compression heat recovery equipment ready + various universes (78V) drive back-to-back vehicles + fuel injection ignition combustion to cold heat + compressed air with heat pump and mercury gravity production heat production + various types of energy storage cycle combined engine driven by vertical mercury gravity turbine.   Increase superheated steam thermal and compressed air cold heat to 10-stage solar thermal driven species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) water heat exchange equipment + various universes (78V) drive back-to-back vehicles + fuel injection ignition combustion to cold heat + compressed air with heat pump and mercury gravity production heat production + various types of energy storage cycle combined engine driven by vertical mercury gravity turbine.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1h) air heat exchange equipment + various space return aircraft (78V) driving type + fuel injection ignition combustion to cold heat + compressed air with heat pump and mercury gravity production heat production + various types of energy storage cycle combined engine driven by vertical mercury gravity turbine.   One-stage solar thermal turbine driven species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h) generator equipped + various space return aircraft (78V) driving type + fuel injection ignition combustion to cold heat + compressed air with heat pump and mercury gravity production heat production + various types of energy storage cycle combined engine driven by vertical mercury gravity turbine.   Increase superheated steam thermal energy and compressed air cold heat to two-stage solar thermal turbine driven species + Make combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + Make mercury downward to accelerate solar thermal turbine driven species + Various passenger aircrafts The (78V) drive + cold fuel injection to light and burn + heat pump and mercury gravity compressed air production heat production + wedge type mercury gravity turbine driven various energy storage cycle combined engine.   Increase superheated steam thermal and compressed air cold heat to 3-stage solar heat turbine drive species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + make mercury downward to accelerate solar heat turbine drive species + various passenger aircrafts The (78V) drive + cold fuel injection to light and burn + heat pump and mercury gravity compressed air production heat production + wedge type mercury gravity turbine driven various energy storage cycle combined engine.   Increase superheated steam thermal and compressed air cold heat to 4 stage solar thermal turbine driven species + combine engine injection part (78V) to make solar thermal gravity rotary plane (39B) + make mercury downward to accelerate solar thermal turbine driven species + various passenger aircrafts The (78V) drive + cold fuel injection to light and burn + heat pump and mercury gravity compressed air production heat production + wedge type mercury gravity turbine driven various energy storage cycle combined engine.   Increase superheated steam thermal energy and compressed air cold heat to 5-stage solar thermal turbine driven species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward to accelerate solar thermal turbine driven species + Various passenger aircrafts The (78V) drive + cold fuel injection to light and burn + heat pump and mercury gravity compressed air production heat production + wedge type mercury gravity turbine driven various energy storage cycle combined engine.   Increase superheated steam thermal energy and compressed air cold heat to 6-stage solar thermal turbine driven species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + make mercury downward to accelerate solar thermal turbine driven species + various passenger aircrafts The (78V) drive + cold fuel injection to light and burn + heat pump and mercury gravity compressed air production heat production + wedge type mercury gravity turbine driven various energy storage cycle combined engine.   7th stage solar thermal turbine driving species increase superheated steam thermal and compressed air cold heat + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) heat pump equipped + cold heat fuel injection Heats and burns + Heat pump and compressed air with mercury gravity Heat produced + Various energy storage cycle combined engine driven by vertical mercury gravity turbine.   Increase superheated steam thermal energy and compressed air cold heat to 8-stage solar thermal turbine drive species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h) rotation direction alternate solar thermal turbine drive species + Cold-heat fuel injection ignition combustion + compressed air with heat pump and mercury gravity production heat production + various types of energy storage cycle combined engine driven by vertical mercury gravity turbine.   Increase superheated steam thermal and compressed air cold heat to 9-stage solar thermal turbine drive species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h) rotational direction alternate solar thermal turbine drive species + Cold-heat fuel injection ignition combustion + compressed air with heat pump and mercury gravity production heat production + various types of energy storage cycle combined engine driven by vertical mercury gravity turbine.   Increase superheated steam thermal and compressed air cold heat to 10 stage solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h) rotation direction alternate solar thermal turbine driving species + Cold-heat fuel injection ignition combustion + compressed air with heat pump and mercury gravity production heat production + various types of energy storage cycle combined engine driven by vertical mercury gravity turbine.   Solar thermal turbine driven species with superheated steam thermal and compressed air cold heat increase + combined engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1h) generator driven by rotation direction alternating turbine + + Cold energy fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + wide-range 竪 type mercury gravity turbine driven various energy storage cycle combined engine.   One-stage solar thermal turbine driven species with increased superheated steam thermal and compressed air cold heat + combined engine injection part (78 V) solar thermal gravity rotary plane (39 B) + horizontal axis (1 h) heat pump equipped + cold heat fuel Injection ignition combustion + Heat pump and mercury gravity compressed air Production heat production + Various types of energy storage cycle combined engine driven by vertical mercury gravity turbine.   Two-stage solar thermal turbine driven species with increased superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h) compression heat recovery unit equipped + cold heat Fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + vertical mercury mercury turbine driven various energy storage cycle combined engine.   Three-stage solar thermal turbine driven species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h) water heat exchanger equipped + cold heat Fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + vertical mercury mercury turbine driven various energy storage cycle combined engine.   Increase superheated steam thermal and compressed air cold heat to 4 stage solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + equip horizontal axis (1 h) air heat exchanger + cold energy Fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + vertical mercury mercury turbine driven various energy storage cycle combined engine.   5-stage solar thermal turbine driven species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h) equipped with generator + cold energy to fuel Injection ignition combustion + Heat pump and mercury gravity compressed air Production heat production + Various types of energy storage cycle combined engine driven by vertical mercury gravity turbine.   6-stage solar thermal turbine drive species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h) heat pump equipped + cold heat fuel injection Heats and burns + Heat pump and compressed air with mercury gravity Heat produced + Various energy storage cycle combined engine driven by vertical mercury gravity turbine.   Increase superheated steam thermal and compressed air cold heat to 7-stage solar thermal turbine driving species + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h) compression heat recovery equipment + to cold heat Fuel injection Ignition combustion + Heat pump and compressed air with mercury gravity Production heat production + Various types of energy storage cycle combined engine driven by vertical mercury gravity turbine.   Increase superheated steam thermal and compressed air cold heat to 8-stage solar heat turbine drive species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1 h) to make water heat exchange equipment + to make a cold Fuel injection Ignition combustion + Heat pump and compressed air with mercury gravity Production heat production + Various types of energy storage cycle combined engine driven by vertical mercury gravity turbine.   Increase superheated steam thermal and compressed air cold heat to 9th stage solar thermal turbine driven species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + make horizontal axis (1h) air heat exchange equipment + to make a cold Fuel injection Ignition combustion + Heat pump and compressed air with mercury gravity Production heat production + Various types of energy storage cycle combined engine driven by vertical mercury gravity turbine.   Increase superheated steam thermal and compressed air cold heat to 10 stage solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + prepare horizontal axis (1h) generator + cool heat to fuel injection Heats and burns + Heat pump and compressed air with mercury gravity Heat produced + Various energy storage cycle combined engine driven by vertical mercury gravity turbine.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into a solar thermal gravity rotary plane (39B) + horizontal axis (1 h) heat pump equipment + various space transportation devices (78V) Drive + cold fuel injection to burn fuel + heat pump and compressed air with heat pump and mercury gravity production + various types of energy storage cycle combined engine driven by vertical mercury gravity turbine.   Increase superheated steam thermal and compressed air cold heat to one-stage solar thermal turbine driving species + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h) compression heat recovery equipment preparation + various universes (78V) drive back-to-back vehicles + fuel injection ignition combustion to cold heat + compressed air with heat pump and mercury gravity production heat production + various types of energy storage cycle combined engine driven by vertical mercury gravity turbine.   Two-stage solar thermal turbine driven species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) water heat exchange equipment + various universes (78V) drive back-to-back vehicles + fuel injection ignition combustion to cold heat + compressed air with heat pump and mercury gravity production heat production + various types of energy storage cycle combined engine driven by vertical mercury gravity turbine.   Three-stage solar thermal turbine drive species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) air heat exchange equipment + various universe (78V) drive back-to-back vehicles + fuel injection ignition combustion to cold heat + compressed air with heat pump and mercury gravity production heat production + various types of energy storage cycle combined engine driven by vertical mercury gravity turbine.   4-stage solar thermal turbine driven species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h) generator equipped + various space return aircraft (78V) driving type + fuel injection ignition combustion to cold heat + compressed air with heat pump and mercury gravity production heat production + various types of energy storage cycle combined engine driven by vertical mercury gravity turbine.   Increase superheated steam thermal energy and compressed air cold heat to 5-stage solar thermal turbine driven species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward to accelerate solar thermal turbine driven species + Various passenger aircrafts The (78V) drive + cold fuel injection to light and burn + heat pump and mercury gravity compressed air production heat production + wedge type mercury gravity turbine driven various energy storage cycle combined engine.   Increase superheated steam thermal energy and compressed air cold heat to 6-stage solar thermal turbine driven species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + make mercury downward to accelerate solar thermal turbine driven species + various passenger aircrafts The (78V) drive + cold fuel injection to light and burn + heat pump and mercury gravity compressed air production heat production + wedge type mercury gravity turbine driven various energy storage cycle combined engine.   Increase superheated steam thermal energy and compressed air cold heat to 7-stage solar thermal turbine driven species + Make combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + Make mercury downward to accelerate solar thermal turbine driven species + Various passenger aircrafts The (78V) drive + cold fuel injection to light and burn + heat pump and mercury gravity compressed air production heat production + wedge type mercury gravity turbine driven various energy storage cycle combined engine.   Increase superheated steam thermal and compressed air cold heat to 8-stage solar thermal turbine driven species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward to accelerate solar thermal turbine driven species + Various passenger aircrafts The (78V) drive + cold fuel injection to light and burn + heat pump and mercury gravity compressed air production heat production + wedge type mercury gravity turbine driven various energy storage cycle combined engine.   Increase superheated steam thermal and compressed air cold heat to 9-stage solar heat turbine drive species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + make mercury downward to accelerate solar heat turbine drive species + various passenger aircrafts The (78V) drive + cold fuel injection to light and burn + heat pump and mercury gravity compressed air production heat production + wedge type mercury gravity turbine driven various energy storage cycle combined engine.   Increase superheated steam thermal and compressed air cold heat to 10 stage solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h) rotation direction alternate solar thermal turbine driving species + Cold-heat fuel injection ignition combustion + compressed air with heat pump and mercury gravity production heat production + various types of energy storage cycle combined engine driven by vertical mercury gravity turbine.   Increase superheated steam thermal and compressed air cold heat to the solar heat turbine driven species + make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + make a horizontal axis (1h) rotation direction alternate solar heat turbine driven species + cold heat Fuel injection Ignition combustion + Heat pump and compressed air with mercury gravity Production heat production + Various types of energy storage cycle combined engine driven by vertical mercury gravity turbine.   Increase superheated steam thermal and compressed air cold heat to one-stage solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h) rotation direction alternate solar thermal turbine driving species + Cold-heat fuel injection ignition combustion + compressed air with heat pump and mercury gravity production heat production + various types of energy storage cycle combined engine driven by vertical mercury gravity turbine.   Two-stage solar thermal turbine driven species + superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) air heat exchanger and rotation direction Alternating turbine driven + cold fuel injection injection combustion + heat pump and mercury gravity compressed air production heat production + vertical mercury gravity turbine driven various energy storage cycle combined engine.   Increase superheated steam thermal and compressed air cold heat to 3-stage solar thermal turbine drive species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h) rotation direction alternate solar thermal turbine drive species + Fuel injection ignition combustion to cold heat + compressed air production heat production by heat pump and mercury gravity + various energy storage cycle combined engine driven by vertical mercury mercury turbine in a broad sense.   4-stage solar thermal turbine driven species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h) heat pump equipped + cold to fuel Injection ignition combustion + Heat pump and mercury gravity compressed air Production heat production + Various types of energy storage cycle combined engine driven by vertical mercury gravity turbine.   5-stage solar thermal turbine drive species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h) compression heat recovery unit equipped + cold heat Fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + vertical mercury mercury turbine driven various energy storage cycle combined engine.   6-stage solar thermal turbine driven species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h) water heat exchanger equipped + cold heat Fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + vertical mercury mercury turbine driven various energy storage cycle combined engine.   Increase superheated steam thermal and compressed air cold heat to 7-stage solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + equip a horizontal axis (1 h) air heat exchanger + cold energy Fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + vertical mercury mercury turbine driven various energy storage cycle combined engine.   Increase superheated steam thermal and compressed air cold heat to 8 stage solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + equip horizontal axis (1 h) generator + fuel to cold energy Injection ignition combustion + Heat pump and mercury gravity compressed air Production heat production + Various types of energy storage cycle combined engine driven by vertical mercury gravity turbine.   9th stage solar thermal turbine driving species increase superheated steam thermal and compressed air cold heat + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1h) heat pump equipped + cold heat fuel injection Heats and burns + Heat pump and compressed air with mercury gravity Heat produced + Various energy storage cycle combined engine driven by vertical mercury gravity turbine.   Increase superheated steam thermal and compressed air cold heat to 10-stage solar heat turbine drive species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h) compression heat recovery equipment provision + cold heat Fuel injection Ignition combustion + Heat pump and compressed air with mercury gravity Production heat production + Various types of energy storage cycle combined engine driven by vertical mercury gravity turbine.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1h) water heat exchange equipment + cold injection fuel injection Heats and burns + Heat pump and compressed air with mercury gravity Heat produced + Various energy storage cycle combined engine driven by vertical mercury gravity turbine.   Increase superheated steam thermal and compressed air cold heat to one-stage solar thermal turbine driving species + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1h) air heat exchange equipment + to cold energy Fuel injection Ignition combustion + Heat pump and compressed air with mercury gravity Production heat production + Various types of energy storage cycle combined engine driven by vertical mercury gravity turbine.   Two-stage solar thermal turbine drive species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h) generator equipped + cold heat fuel injection Heats and burns + Heat pump and compressed air with mercury gravity Heat produced + Various energy storage cycle combined engine driven by vertical mercury gravity turbine.   Three-stage solar thermal turbine drive species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h) heat pump equipped + various space return aircraft (78V) driving type + fuel injection ignition combustion to cold heat + compressed air with heat pump and mercury gravity production heat production + various types of energy storage cycle combined engine driven by vertical mercury gravity turbine.   Increase superheated steam thermal and compressed air cold heat to 4-stage solar thermal turbine driven species + combine engine injection part (78V) to make solar thermal gravity rotary plane (39B) + make horizontal axis (1 h) compression heat recovery equipment ready + various universes (78V) drive back-to-back vehicles + fuel injection ignition combustion to cold heat + compressed air with heat pump and mercury gravity production heat production + various types of energy storage cycle combined engine driven by vertical mercury gravity turbine.   Increase superheated steam thermal energy and compressed air cold heat to 5-stage solar thermal turbine driven species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h) to make water heat exchange equipment + various universes (78V) drive back-to-back vehicles + fuel injection ignition combustion to cold heat + compressed air with heat pump and mercury gravity production heat production + various types of energy storage cycle combined engine driven by vertical mercury gravity turbine.   Increase superheated steam thermal and compressed air cold heat to 6-stage solar thermal turbine driven species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + make horizontal axis (1h) air heat exchange equipment + make various universes (78V) drive back-to-back vehicles + fuel injection ignition combustion to cold heat + compressed air with heat pump and mercury gravity production heat production + various types of energy storage cycle combined engine driven by vertical mercury gravity turbine.   7-stage solar thermal turbine drive species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h) generator equipped + various space return aircraft (78V) driving type + fuel injection ignition combustion to cold heat + compressed air with heat pump and mercury gravity production heat production + various types of energy storage cycle combined engine driven by vertical mercury gravity turbine.   Increase superheated steam thermal and compressed air cold heat to 8-stage solar thermal turbine driven species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward to accelerate solar thermal turbine driven species + Various passenger aircrafts Drive (78V) + Cool to fuel fuel injection ignition combustion + Accelerated by superheated steam velocity or combustion gas velocity + Various energy storage cycle combination engine driven by wedge type mercury gravity turbine.   Increase superheated steam thermal and compressed air cold heat to 9-stage solar heat turbine drive species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + make mercury downward to accelerate solar heat turbine drive species + various passenger aircrafts Drive (78V) + Cool to fuel fuel injection ignition combustion + Accelerated by superheated steam velocity or combustion gas velocity + Various energy storage cycle combination engine driven by wedge type mercury gravity turbine.   Increase superheated steam thermal and compressed air cold heat to 10 stage solar thermal turbine driven species + combine engine injection part (78V) to make solar thermal gravity rotary plane (39B) + make mercury downward to accelerate solar thermal turbine driven species + various passenger aircrafts Drive (78V) + Cool to fuel fuel injection ignition combustion + Accelerated by superheated steam velocity or combustion gas velocity + Various energy storage cycle combination engine driven by wedge type mercury gravity turbine.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + vertical mercury mercury turbine driven various energy storage cycle combined engine.   Increase superheated steam thermal and compressed air cold heat to one-stage solar thermal turbine driven species + Make combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + Make mercury downward to accelerate solar thermal turbine driven species + Various passenger aircrafts The (78V) drive + cold fuel injection to light and burn + heat pump and mercury gravity compressed air production heat production + wedge type mercury gravity turbine driven various energy storage cycle combined engine.   Increase superheated steam thermal and compressed air cold heat to two-stage solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h) rotation direction alternate solar thermal turbine driving species + Cold-heat fuel injection ignition combustion + compressed air with heat pump and mercury gravity production heat production + various types of energy storage cycle combined engine driven by vertical mercury gravity turbine.   Increase superheated steam thermal and compressed air cold heat to 3-stage solar thermal turbine drive species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h) rotation direction alternate solar thermal turbine drive species + Cold-heat fuel injection ignition combustion + compressed air with heat pump and mercury gravity production heat production + various types of energy storage cycle combined engine driven by vertical mercury gravity turbine.   4-stage solar thermal turbine driven species + superheated steam thermal energy and compressed air cold energy + combined engine injection part (78 V) solar thermal gravity rotary plane (39 B) + horizontal axis (1 h) water heat exchanger and rotation direction Alternating turbine driven + cold fuel injection injection combustion + heat pump and mercury gravity compressed air production heat production + vertical mercury gravity turbine driven various energy storage cycle combined engine.   Increase superheated steam thermal energy and compressed air cold heat to 5-stage solar thermal turbine drive species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h) rotation direction alternate solar thermal turbine drive species + Cold-heat fuel injection ignition combustion + compressed air with heat pump and mercury gravity production heat production + various types of energy storage cycle combined engine driven by vertical mercury gravity turbine.   6-stage solar thermal turbine drive species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1 h) generator equipped + cold heat fuel injection Ignition and combustion + Heat pump and mercury gravity Compressed air production Heat production + Wide range of energy storage cycle combined engine driven by vertical mercury gravity turbine.   7th stage solar thermal turbine driven species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h) heat pump equipped + cold to fuel Injection ignition combustion + Heat pump and mercury gravity compressed air Production heat production + Various types of energy storage cycle combined engine driven by vertical mercury gravity turbine.   Increase superheated steam thermal and compressed air cold heat to 8-stage solar heat turbine driving species + combine engine injection part (78V) to make solar thermal gravity rotary plane (39B) + equip horizontal axis (1 h) compression heat recovery unit + cold heat Fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + broad-type vertical mercury mercury turbine driven various energy storage cycle combined engine.   9th stage solar thermal turbine driven species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) water heat exchanger equipped + cold heat Fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + vertical mercury mercury turbine driven various energy storage cycle combined engine.   Increase superheated steam thermal and compressed air cold heat to 10 stage solar thermal turbine driven species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + equip horizontal axis (1h) air heat exchanger + cold energy Fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + vertical mercury mercury turbine driven various energy storage cycle combined engine.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + have a horizontal axis (1 h) generator + fuel injection ignition to cold heat Heat produced by compressed air with heat pump + mercury gravity and heat production + Various energy storage cycle combined engine driven by vertical mercury gravity turbine.   Increase superheated steam thermal and compressed air cold heat to one-stage solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + prepare horizontal axis (1 h) heat pump + cold injection to fuel heat Heats and burns + Heat pump and compressed air with mercury gravity Heat produced + Various energy storage cycle combined engine driven by vertical mercury gravity turbine.   Two-stage solar thermal turbine driven species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h) compression heat recovery equipment + cold heat Fuel injection Ignition combustion + Heat pump and compressed air with mercury gravity Production heat production + Various types of energy storage cycle combined engine driven by vertical mercury gravity turbine.   Three-stage solar thermal turbine drive species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h) water heat exchange equipment + cold heat Fuel injection Ignition combustion + Heat pump and compressed air with mercury gravity Production heat production + Various types of energy storage cycle combined engine driven by vertical mercury gravity turbine.   Increase superheated steam thermal and compressed air cold heat to 4 stage solar thermal turbine driving species + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h) air heat exchange equipment + to cold energy Fuel injection Ignition combustion + Heat pump and compressed air with mercury gravity Production heat production + Various types of energy storage cycle combined engine driven by vertical mercury gravity turbine.   5-stage solar thermal turbine drive species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h) generator equipped + cold heat fuel injection Heats and burns + Heat pump and compressed air with mercury gravity Heat produced + Various energy storage cycle combined engine driven by vertical mercury gravity turbine.   6-stage solar thermal turbine driven species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h) heat pump equipped + various space return aircraft (78V) driving type + fuel injection ignition combustion to cold heat + compressed air with heat pump and mercury gravity production heat production + various types of energy storage cycle combined engine driven by vertical mercury gravity turbine.   Increase superheated steam thermal and compressed air cold heat to 7-stage solar thermal turbine driven species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + make horizontal axis (1 h) compression heat recovery equipment ready + various universes (78V) drive back-to-back vehicles + fuel injection ignition combustion to cold heat + compressed air with heat pump and mercury gravity production heat production + various types of energy storage cycle combined engine driven by vertical mercury gravity turbine.   Increase superheated steam thermal energy and compressed air cold heat to 8-stage solar thermal turbine driven species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h) to make water heat exchange equipment + various universes (78V) drive back-to-back vehicles + fuel injection ignition combustion to cold heat + compressed air with heat pump and mercury gravity production heat production + various types of energy storage cycle combined engine driven by vertical mercury gravity turbine.   Increase superheated steam thermal and compressed air cold heat to 9th stage solar thermal turbine driven species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + make horizontal axis (1h) air heat exchange equipment + make various universes (78V) drive back-to-back vehicles + fuel injection ignition combustion to cold heat + compressed air with heat pump and mercury gravity production heat production + various types of energy storage cycle combined engine driven by vertical mercury gravity turbine.   10-stage solar thermal turbine driven species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h) generator equipped + various space return aircraft (78V) driving type + fuel injection ignition combustion to cold heat + compressed air with heat pump and mercury gravity production heat production + various types of energy storage cycle combined engine driven by vertical mercury gravity turbine.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + fuel injection into cold energy igniter combustion + Accelerated by superheated steam velocity and combustion gas velocity + Various energy storage cycle combined engine driven by 竪 type mercury gravity turbine.   Increase superheated steam thermal and compressed air cold heat to one-stage solar thermal turbine driven species + Make combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + Make mercury downward to accelerate solar thermal turbine driven species + Various passenger aircrafts The (78V) drive + cold to fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + mercury gravity turbine and various energy storage cycle combined engine.   Increase superheated steam thermal energy and compressed air cold heat to two-stage solar thermal turbine driven species + Make combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + Make mercury downward to accelerate solar thermal turbine driven species + Various passenger aircrafts The (78V) drive + cold fuel injection to light and burn + heat pump and mercury gravity compressed air production heat production + wedge type mercury gravity turbine driven various energy storage cycle combined engine.   Increase superheated steam thermal and compressed air cold heat to 3-stage solar heat turbine drive species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + make mercury downward to accelerate solar heat turbine drive species + various passenger aircrafts The (78V) drive + cold fuel injection to light and burn + heat pump and mercury gravity compressed air production heat production + wedge type mercury gravity turbine driven various energy storage cycle combined engine.   Increase superheated steam thermal and compressed air cold heat to 4 stage solar thermal turbine driven species + combine engine injection part (78V) to make solar thermal gravity rotary plane (39B) + make mercury downward to accelerate solar thermal turbine driven species + various passenger aircrafts The (78V) drive + cold fuel injection to light and burn + heat pump and mercury gravity compressed air production heat production + wedge type mercury gravity turbine driven various energy storage cycle combined engine.   Increase superheated steam thermal energy and compressed air cold heat to 5-stage solar thermal turbine drive species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h) rotation direction alternate solar thermal turbine drive species + Cold-heat fuel injection ignition combustion + compressed air with heat pump and mercury gravity production heat production + various types of energy storage cycle combined engine driven by vertical mercury gravity turbine.   6-stage solar thermal turbine drive species with superheated steam thermal and compressed air cold heat increase + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h) driven by rotation direction alternating turbine + + Cold energy fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + 竪 type mercury gravity turbine driven various energy storage cycle combined engine.   Increase superheated steam thermal and compressed air cold heat to 7-stage solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h) rotation direction alternate solar thermal turbine driving species + Cold-heat fuel injection ignition combustion + compressed air with heat pump and mercury gravity production heat production + various types of energy storage cycle combined engine driven by vertical mercury gravity turbine.   Increase superheated steam thermal and compressed air cold heat to 8-stage solar heat turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + make horizontal axis (1 h) air heat exchange equipment + to make a cold Fuel injection Ignition combustion + Heat pump and compressed air with mercury gravity Production heat production + Various types of energy storage cycle combined engine driven by vertical mercury gravity turbine.   9th stage solar thermal turbine driving species increase superheated steam thermal and compressed air cold heat + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) generator equipped + cold heat fuel injection Ignition and combustion + Heat pump and mercury gravity Compressed air production Heat production + Wide range of energy storage cycle combined engine driven by vertical mercury gravity turbine.   10-stage solar thermal turbine drive species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h) heat pump equipped + cold to fuel Injection ignition combustion + Heat pump and mercury gravity compressed air Production heat production + Various types of energy storage cycle combined engine driven by vertical mercury gravity turbine.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to have a horizontal axis (1 h) compression heat recovery unit + fuel to cold heat Injection ignition combustion + Heat pump and mercury gravity compressed air Production heat production + Various types of energy storage cycle combined engine driven by vertical mercury gravity turbine.   One-stage solar thermal turbine driven species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h) water heat exchanger equipped + cold heat Fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + vertical mercury mercury turbine driven various energy storage cycle combined engine.   Two-stage solar thermal turbine driven species with increased superheated steam thermal and compressed air cold heat + combined engine injection part (78 V) solar thermal gravity rotary plane (39 B) + horizontal axis (1 h) air heat exchanger equipped + cold heat Fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + vertical mercury mercury turbine driven various energy storage cycle combined engine.   Three-stage solar thermal turbine driven species with increased superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h) equipped with generator + cold heat fuel Injection ignition combustion + Heat pump and mercury gravity compressed air Production heat production + Various types of energy storage cycle combined engine driven by vertical mercury gravity turbine.   4-stage solar thermal turbine driving species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1 h) heat pump to be equipped + cold heat to fuel injection Heats and burns + Heat pump and compressed air with mercury gravity Heat produced + Various energy storage cycle combined engine driven by vertical mercury gravity turbine.   Increase superheated steam thermal energy and compressed air cold heat to 5-stage solar thermal turbine drive species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) compression heat recovery equipment provision into cold energy Fuel injection Ignition combustion + Heat pump and compressed air with mercury gravity Production heat production + Various types of energy storage cycle combined engine driven by vertical mercury gravity turbine.   Increase superheated steam thermal and compressed air cold heat to 6 stage solar thermal turbine driven species + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h) water heat exchange equipment + to cold energy Fuel injection Ignition combustion + Heat pump and compressed air with mercury gravity Production heat production + Various types of energy storage cycle combined engine driven by vertical mercury gravity turbine.   Increase superheated steam thermal and compressed air cold heat to 7-stage solar thermal turbine driven species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) air heat exchange equipment + cold Fuel injection Ignition combustion + Heat pump and compressed air with mercury gravity Production heat production + Various types of energy storage cycle combined engine driven by vertical mercury gravity turbine.   Increase superheated steam thermal and compressed air cold heat to 8-stage solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1 h) to have a generator equipped + cold heat to fuel injection Heats and burns + Heat pump and compressed air with mercury gravity Heat produced + Various energy storage cycle combined engine driven by vertical mercury gravity turbine.   9-stage solar thermal turbine driven species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h) heat pump equipped + various space return aircraft (78V) driving type + fuel injection ignition combustion to cold heat + compressed air with heat pump and mercury gravity production heat production + various types of energy storage cycle combined engine driven by vertical mercury gravity turbine.   Increase superheated steam thermal and compressed air cold heat to 10 stage solar thermal turbine driven species + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h) compression heat recovery equipment preparation + various universes (78V) drive back-to-back vehicles + fuel injection ignition combustion to cold heat + compressed air with heat pump and mercury gravity production heat production + various types of energy storage cycle combined engine driven by vertical mercury gravity turbine.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h) water heat exchange equipment to prepare + various space return aircraft (78V) driving type + fuel injection ignition combustion to cold heat + compressed air with heat pump and mercury gravity production heat production + various types of energy storage cycle combined engine driven by vertical mercury gravity turbine.   Increase superheated steam thermal and compressed air cold heat to one-stage solar thermal turbine driving species + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1h) air heat exchange equipment + various universes (78V) drive back-to-back vehicles + fuel injection ignition combustion to cold heat + compressed air with heat pump and mercury gravity production heat production + various types of energy storage cycle combined engine driven by vertical mercury gravity turbine.   Two-stage solar thermal turbine driven species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h) generator equipped + various space return aircraft (78V) driving type + fuel injection ignition combustion to cold heat + compressed air with heat pump and mercury gravity production heat production + various types of energy storage cycle combined engine driven by vertical mercury gravity turbine.   Increase superheated steam thermal and compressed air cold heat to 3-stage solar heat turbine drive species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + make mercury downward to accelerate solar heat turbine drive species + various passenger aircrafts Drive (78V) + Cool to fuel fuel injection ignition combustion + Accelerated by superheated steam velocity or combustion gas velocity + Various energy storage cycle combination engine driven by wedge type mercury gravity turbine.   Increase superheated steam thermal and compressed air cold heat to 4 stage solar thermal turbine driven species + combine engine injection part (78V) to make solar thermal gravity rotary plane (39B) + make mercury downward to accelerate solar thermal turbine driven species + various passenger aircrafts The (78V) drive + cold fuel injection to light and burn + heat pump and mercury gravity compressed air production heat production + wedge type mercury gravity turbine driven various energy storage cycle combined engine.   Increase superheated steam thermal energy and compressed air cold heat to 5-stage solar thermal turbine driven species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward to accelerate solar thermal turbine driven species + Various passenger aircrafts The (78V) drive + cold fuel injection to light and burn + heat pump and mercury gravity compressed air production heat production + wedge type mercury gravity turbine driven various energy storage cycle combined engine.   Increase superheated steam thermal energy and compressed air cold heat to 6-stage solar thermal turbine driven species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + make mercury downward to accelerate solar thermal turbine driven species + various passenger aircrafts The (78V) drive + cold fuel injection to light and burn + heat pump and mercury gravity compressed air production heat production + wedge type mercury gravity turbine driven various energy storage cycle combined engine.   Increase superheated steam thermal energy and compressed air cold heat to 7-stage solar thermal turbine driven species + Make combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + Make mercury downward to accelerate solar thermal turbine driven species + Various passenger aircrafts The (78V) drive + cold fuel injection to light and burn + heat pump and mercury gravity compressed air production heat production + wedge type mercury gravity turbine driven various energy storage cycle combined engine.   Increase superheated steam thermal energy and compressed air cold heat to 8-stage solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1 h) heat pump to be equipped + cold energy to inject fuel Heats and burns + Heat pump and compressed air with mercury gravity Heat produced + Various energy storage cycle combined engine driven by vertical mercury gravity turbine.   Increase superheated steam thermal and compressed air cold heat to the 9th stage solar thermal turbine drive species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) compression heat recovery equipment provision into cold energy Fuel injection Ignition combustion + Heat pump and compressed air with mercury gravity Production heat production + Various types of energy storage cycle combined engine driven by vertical mercury gravity turbine.   Increase superheated steam thermal and compressed air cold heat to 10 stage solar thermal turbine driven species + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h) water heat exchange equipment + to cold energy Fuel injection Ignition combustion + Heat pump and compressed air with mercury gravity Production heat production + Various types of energy storage cycle combined engine driven by vertical mercury gravity turbine.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1 h) air heat exchange equipment + cold injection fuel injection Heats and burns + Heat pump and compressed air with mercury gravity Heat produced + Various energy storage cycle combined engine driven by vertical mercury gravity turbine.   One-stage solar thermal turbine driven species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h) generator equipped + cold heat fuel injection Heats and burns + Heat pump and compressed air with mercury gravity Heat produced + Various energy storage cycle combined engine driven by vertical mercury gravity turbine.   Two-stage solar thermal turbine driven species with increased superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h) heat pump equipped + cold heat fuel Injection ignition combustion + Heat pump and mercury gravity compressed air Production heat production + Various types of energy storage cycle combined engine driven by vertical mercury gravity turbine.   Three-stage solar thermal turbine drive species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h) compression heat recovery unit equipped + cold heat Fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + vertical mercury mercury turbine driven various energy storage cycle combined engine.   4-stage solar thermal turbine driven species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1 h) water heat exchanger equipped + cold heat Fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + vertical mercury mercury turbine driven various energy storage cycle combined engine.   5-stage solar thermal turbine driven species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h) air heat exchanger equipped + cold heat Fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + vertical mercury mercury turbine driven various energy storage cycle combined engine.   Increase superheated steam thermal and compressed air cold heat to 6 stage solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + equip horizontal axis (1 h) generator + cold energy to fuel Injection ignition combustion + Heat pump and mercury gravity compressed air Production heat production + Various types of energy storage cycle combined engine driven by vertical mercury gravity turbine.   7th stage solar thermal turbine driving species increase superheated steam thermal and compressed air cold heat + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) heat pump equipped + cold heat fuel injection Heats and burns + Heat pump and compressed air with mercury gravity Heat produced + Various energy storage cycle combined engine driven by vertical mercury gravity turbine.   Increase superheated steam thermal and compressed air cold heat to 8-stage solar thermal turbine driving species + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h) compression heat recovery equipment + to cold heat Fuel injection Ignition combustion + Heat pump and compressed air with mercury gravity Production heat production + Various types of energy storage cycle combined engine driven by vertical mercury gravity turbine.   Increase superheated steam thermal and compressed air cold heat to 9th stage solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h) water heat exchange equipment + cold heat Fuel injection Ignition combustion + Heat pump and compressed air with mercury gravity Production heat production + Various types of energy storage cycle combined engine driven by vertical mercury gravity turbine.   Increase superheated steam thermal energy and compressed air cold heat to 10-stage solar thermal turbine driven species + combine engine injection part (78V) into a solar thermal gravity rotary plane (39B) + horizontal axis (1 h) into an air heat exchange device + into cold energy Fuel injection Ignition combustion + Heat pump and compressed air with mercury gravity Production heat production + Various types of energy storage cycle combined engine driven by vertical mercury gravity turbine.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) generator equipped + cold heat to fuel injection ignition combustion + Heat pump and mercury gravity compressed air production heat production + 竪 type mercury gravity turbine driven various energy storage cycle combined engine.   One-stage solar thermal turbine driven species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h) heat pump equipped + various space return aircraft (78V) driving type + fuel injection ignition combustion to cold heat + compressed air with heat pump and mercury gravity production heat production + various types of energy storage cycle combined engine driven by vertical mercury gravity turbine.   Two-stage solar thermal turbine driven species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h) compression heat recovery equipment + various universe (78V) drive back-to-back vehicles + fuel injection ignition combustion to cold heat + compressed air with heat pump and mercury gravity production heat production + various types of energy storage cycle combined engine driven by vertical mercury gravity turbine.   Three-stage solar thermal turbine driven species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) water heat exchange equipment + various universe (78V) drive back-to-back vehicles + fuel injection ignition combustion to cold heat + compressed air with heat pump and mercury gravity production heat production + various types of energy storage cycle combined engine driven by vertical mercury gravity turbine.   Increase superheated steam thermal and compressed air cold heat to 4 stage solar thermal turbine driven species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + make horizontal axis (1h) air heat exchange equipment + make various universes (78V) drive back-to-back vehicles + fuel injection ignition combustion to cold heat + compressed air with heat pump and mercury gravity production heat production + various types of energy storage cycle combined engine driven by vertical mercury gravity turbine.   5-stage solar thermal turbine drive species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h) to have a generator + various space return aircraft (78V) driving type + fuel injection ignition combustion to cold heat + compressed air with heat pump and mercury gravity production heat production + various types of energy storage cycle combined engine driven by vertical mercury gravity turbine.   Increase superheated steam thermal energy and compressed air cold heat to 6-stage solar thermal turbine driven species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + make mercury downward to accelerate solar thermal turbine driven species + various passenger aircrafts The (78V) drive + cold fuel injection to light and burn + heat pump and mercury gravity compressed air production heat production + wedge type mercury gravity turbine driven various energy storage cycle combined engine.   Increase superheated steam thermal energy and compressed air cold heat to 7-stage solar thermal turbine driven species + Make combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + Make mercury downward to accelerate solar thermal turbine driven species + Various passenger aircrafts The (78V) drive + cold fuel injection to light and burn + heat pump and mercury gravity compressed air production heat production + wedge type mercury gravity turbine driven various energy storage cycle combined engine.   Increase superheated steam thermal and compressed air cold heat to 8-stage solar thermal turbine driven species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward to accelerate solar thermal turbine driven species + Various passenger aircrafts The (78V) drive + cold fuel injection to light and burn + heat pump and mercury gravity compressed air production heat production + wedge type mercury gravity turbine driven various energy storage cycle combined engine.   Increase superheated steam thermal and compressed air cold heat to 9-stage solar heat turbine drive species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + make mercury downward to accelerate solar heat turbine drive species + various passenger aircrafts The (78V) drive + cold fuel injection to light and burn + heat pump and mercury gravity compressed air production heat production + wedge type mercury gravity turbine driven various energy storage cycle combined engine.   Increase superheated steam thermal and compressed air cold heat to 10 stage solar thermal turbine driven species + combine engine injection part (78V) to make solar thermal gravity rotary plane (39B) + make mercury downward to accelerate solar thermal turbine driven species + various passenger aircrafts The (78V) drive + cold fuel injection to light and burn + heat pump and mercury gravity compressed air production heat production + wedge type mercury gravity turbine driven various energy storage cycle combined engine.   Increase superheated steam thermal and compressed air cold heat to the solar heat turbine driven species + make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + make a horizontal axis (1h) rotation direction alternate solar heat turbine driven species + cold heat Fuel injection Ignition combustion + Heat pump and compressed air with mercury gravity Production heat production + Various types of energy storage cycle combined engine driven by vertical mercury gravity turbine.   Increase superheated steam thermal and compressed air cold heat to one-stage solar thermal turbine driving species + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h) compression heat recovery equipment + to cold heat Fuel injection Ignition combustion + Heat pump and compressed air with mercury gravity Production heat production + Various types of energy storage cycle combined engine driven by vertical mercury gravity turbine.   Increase superheated steam thermal and compressed air cold heat to two-stage solar thermal turbine driven species + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1h) water heat exchange equipment + to cold energy Fuel injection Ignition combustion + Heat pump and compressed air with mercury gravity Production heat production + Various types of energy storage cycle combined engine driven by vertical mercury gravity turbine.   Three-stage solar thermal turbine drive species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h) air heat exchange equipment + cold heat Fuel injection Ignition combustion + Heat pump and compressed air with mercury gravity Production heat production + Various types of energy storage cycle combined engine driven by vertical mercury gravity turbine.   Increase superheated steam thermal and compressed air cold heat to 4 stage solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h) generator equipped + cold heat fuel injection Ignition and combustion + Heat pump and mercury gravity Compressed air production Heat production + Wide range of energy storage cycle combined engine driven by vertical mercury gravity turbine.   5-stage solar thermal turbine driven species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h) heat pump equipped + cold to fuel Injection ignition combustion + Heat pump and mercury gravity compressed air Production heat production + Various types of energy storage cycle combined engine driven by vertical mercury gravity turbine.   6-stage solar thermal turbine driven species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h) equipped with compression heat recovery unit + cold heat Fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + vertical mercury mercury turbine driven various energy storage cycle combined engine.   7th stage solar thermal turbine driven species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) water heat exchanger equipped + cold heat Fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + vertical mercury mercury turbine driven various energy storage cycle combined engine.   Increase superheated steam thermal and compressed air cold heat to 8-stage solar heat turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + equip horizontal axis (1 h) air heat exchanger + cold energy Fuel injection ignition combustion + heat pump and mercury gravity compressed air production heat production + vertical mercury mercury turbine driven various energy storage cycle combined engine.   9th stage solar thermal turbine driven species + increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h) generator equipped + cold heat fuel Injection ignition combustion + Heat pump and mercury gravity compressed air Production heat production + Various types of energy storage cycle combined engine driven by vertical mercury gravity turbine.   Increase superheated steam thermal and compressed air cold heat to 10-stage solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary airplane (39B) + prepare a horizontal axis (1 h) heat pump + cold injection to fuel heat Heats and burns + Heat pump and compressed air with mercury gravity Heat produced + Various energy storage cycle combined engine driven by vertical mercury gravity turbine.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1 h) compression heat recovery equipment + to inject cold fuel Heats and burns + Heat pump and compressed air with mercury gravity Heat produced + Various energy storage cycle combined engine driven by vertical mercury gravity turbine.   Increase superheated steam thermal and compressed air cold heat to one-stage solar thermal turbine driving species + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h) water heat exchange equipment + to cold energy Fuel injection Ignition combustion + Heat pump and compressed air with mercury gravity Production heat production + Various types of energy storage cycle combined engine driven by vertical mercury gravity turbine.   Increase superheated steam thermal and compressed air cold heat to two-stage solar thermal turbine driving species + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h) air heat exchange equipment + to cold energy Fuel injection Ignition combustion + Heat pump and compressed air with mercury gravity Production heat production + Various types of energy storage cycle combined engine driven by vertical mercury gravity turbine.   Three-stage solar thermal turbine driven species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h) generator equipped + cold heat fuel injection Heats and burns + Heat pump and compressed air with mercury gravity Heat produced + Various energy storage cycle combined engine driven by vertical mercury gravity turbine.   4-stage solar thermal turbine driven species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h) heat pump equipped + various space return machines (78V) driving type + fuel injection ignition combustion to cold heat + compressed air with heat pump and mercury gravity production heat production + various types of energy storage cycle combined engine driven by vertical mercury gravity turbine.   Increase superheated steam thermal and compressed air cold heat to 5-stage solar thermal turbine driven species + combine engine injection part (78V) to make solar thermal gravity rotary plane (39B) + make horizontal axis (1 h) compression heat recovery equipment ready + various universes (78V) drive back-to-back vehicles + fuel injection ignition combustion to cold heat + compressed air with heat pump and mercury gravity production heat production + various types of energy storage cycle combined engine driven by vertical mercury gravity turbine.   Increase superheated steam thermal and compressed air cold heat to 6-stage solar thermal driven species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) water heat exchange equipment + various universes (78V) drive back-to-back vehicles + fuel injection ignition combustion to cold heat + compressed air with heat pump and mercury gravity production heat production + various types of energy storage cycle combined engine driven by vertical mercury gravity turbine.   Increase superheated steam thermal and compressed air cold heat to 7-stage solar thermal turbine driven species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + make horizontal axis (1 h) air heat exchange equipment + make various universes (78V) drive back-to-back vehicles + fuel injection ignition combustion to cold heat + compressed air with heat pump and mercury gravity production heat production + various types of energy storage cycle combined engine driven by vertical mercury gravity turbine.   Increase superheated steam thermal energy and compressed air cold heat to 8-stage solar thermal turbine driven species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + prepare horizontal axis (1 h) generator + various space return machines (78V) driving type + fuel injection ignition combustion to cold heat + compressed air with heat pump and mercury gravity production heat production + various types of energy storage cycle combined engine driven by vertical mercury gravity turbine.   Increase superheated steam thermal and compressed air cold heat to 9-stage solar heat turbine drive species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + make mercury downward to accelerate solar heat turbine drive species + various passenger aircrafts The (78V) drive + cold fuel injection to light and burn + intake air path length lens and solar heat and cold energy to produce + + various mercury preservation turbine drive various energy storage cycle combined engine driven by mercury turbine.   Increase superheated steam thermal and compressed air cold heat to 10 stage solar thermal turbine driven species + combine engine injection part (78V) to make solar thermal gravity rotary plane (39B) + make mercury downward to accelerate solar thermal turbine driven species + various passenger aircrafts The (78V) drive + cold fuel injection to light and burn + intake air path length lens and solar heat and cold energy to produce + + various mercury preservation turbine drive various energy storage cycle combined engine driven by mercury turbine.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel to fuel injection ignition combustion + suction air path length lens and heat and cold to produce by solar light + wedge type mercury gravity turbine driven various energy storage cycle combined engine.   Increase superheated steam thermal and compressed air cold heat to one-stage solar thermal turbine driven species + Make combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + Make mercury downward to accelerate solar thermal turbine driven species + Various passenger aircrafts The (78V) drive + cold fuel injection to light and burn + intake air path length lens and solar heat and cold energy to produce + + various mercury preservation turbine drive various energy storage cycle combined engine driven by mercury turbine.   Increase superheated steam thermal energy and compressed air cold heat to two-stage solar thermal turbine driven species + Make combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + Make mercury downward to accelerate solar thermal turbine driven species + Various passenger aircrafts The (78V) drive + cold fuel injection to light and burn + intake air path length lens and solar heat and cold energy to produce + + various mercury preservation turbine drive various energy storage cycle combined engine driven by mercury turbine.   Three-stage solar thermal turbine driven species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + configuration and method to accelerate mercury + intake air path length lens and sun Produce heat and cold with light + Fuel injection to burn it to cold + Intake air path length + Heat and heat with lens Sunlight + + Various types of energy storage cycle combined engine driven by 竪 type mercury gravity turbine   Configuration and method to increase superheated steam thermal energy and compressed air cold energy to 4-stage solar thermal turbine driven species + combined engine injection part (78V) to solar thermal gravity rotary plane (39B) + mercury to accelerate + intake air path length lens and sun Produce heat and cold with light + Fuel injection to burn it to cold + Intake air path length + Heat and heat with lens Sunlight + + Various types of energy storage cycle combined engine driven by 竪 type mercury gravity turbine   Configuration and method to increase superheated steam thermal energy and compressed air cold energy to 5-stage solar thermal turbine driven species + combined engine injection part (78V) solar thermal gravity rotation plane (39B) + mercury accelerating + intake air path length lens and sun Produce heat and cold with light + Fuel injection to burn it to cold + Intake air path length + Heat and heat with lens Sunlight + + Various types of energy storage cycle combined engine driven by 竪 type mercury gravity turbine   Configuration and method to increase superheated steam thermal energy and compressed air cold energy to six-stage solar thermal turbine driven species + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + mercury acceleration + intake air path length lens and sun Produce heat and cold with light + Fuel injection to burn it to cold + Intake air path length + Heat and heat with lens Sunlight + + Various types of energy storage cycle combined engine driven by 竪 type mercury gravity turbine   7-stage solar thermal turbine drive species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + configuration and method to accelerate mercury + intake air path length lens and sun Produce heat and cold with light + Fuel injection to burn it to cold + Intake air path length + Heat and heat with lens Sunlight + + Various types of energy storage cycle combined engine driven by 竪 type mercury gravity turbine   Configuration and method to increase superheated steam thermal energy and compressed air cold energy to 8-stage solar thermal turbine driven species + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + mercury acceleration + intake air path length lens and sun Produce heat and cold with light + Fuel injection to burn it to cold + Intake air path length + Heat and heat with lens Sunlight + + Various types of energy storage cycle combined engine driven by 竪 type mercury gravity turbine   9-stage solar thermal turbine driven species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotation plane (39B) + configuration and method to accelerate mercury + intake air path length lens and sun Produce heat and cold with light + Fuel injection to burn it to cold + Intake air path length + Heat and heat with lens Sunlight + + Various types of energy storage cycle combined engine driven by 竪 type mercury gravity turbine   10-stage solar thermal turbine driven species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + configuration and method to accelerate mercury + intake air path length lens and sun Produce heat and cold with light + Fuel injection to burn it to cold + Intake air path length + Heat and heat with lens Sunlight + + Various types of energy storage cycle combined engine driven by 竪 type mercury gravity turbine   Solar thermal turbine drive species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotation plane (39B) + configuration to accelerate mercury + intake air path length lens and sunlight Heat and cold energy manufacturing + fuel injection and combustion to cold energy + Intake air path length lens and heat and cold energy manufacturing using sunlight + Various types of energy storage cycle combined engine driven by wedge type mercury gravity turbine.   One-stage solar thermal turbine driven species to increase superheated steam thermal and compressed air cold heat + combined engine injector (78V) solar thermal gravity rotary plane (39B) + configuration and method to accelerate mercury + intake air path length lens and sun Produce heat and cold with light + Fuel injection to burn it to cold + Intake air path length + Heat and heat with lens Sunlight + + Various types of energy storage cycle combined engine driven by 竪 type mercury gravity turbine   Two-stage solar thermal turbine driven species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) heat pump equipped + various cargo planes The (78V) drive + cold fuel injection to light and burn + intake air path length lens and solar heat and cold energy to produce + + various mercury preservation turbine drive various energy storage cycle combined engine driven by mercury turbine.   Three-stage solar thermal turbine drive species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h) compression heat recovery equipment preparation + various cargoes (78V) Drives airplanes + Fuel injection ignition combustion to cold energy + Thermal air / cool heat production with suction air path length lens and sunlight + Various energy storage cycle combination engine driven by wedge type mercury gravity turbine.   Increase superheated steam thermal and compressed air cold heat to 4 stage solar thermal turbine driven species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h) to make water heat exchange equipment + various cargoes (78V) Drives airplanes + Fuel injection ignition combustion to cold energy + Thermal air / cool heat production with suction air path length lens and sunlight + Various energy storage cycle combination engine driven by wedge type mercury gravity turbine.   Increase superheated steam thermal energy and compressed air cold heat to 5-stage solar thermal turbine driven species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + make horizontal axis (1h) air heat exchange equipment + make various cargoes (78V) Drives airplanes + Fuel injection ignition combustion to cold energy + Thermal air / cool heat production with suction air path length lens and sunlight + Various energy storage cycle combination engine driven by wedge type mercury gravity turbine.   6-stage solar thermal turbine driven species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1 h) generator equipped + various cargo planes The (78V) drive + fuel injection ignition to cold heat + intake air path length lens and heat and cold heat production with sunlight + various types of energy storage cycle combination engine driven by wedge-shaped mercury gravity turbine in a broad sense.   Increase superheated steam thermal and compressed air cold heat to 7-stage solar thermal turbine driven species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + equip horizontal axis (1h) heat pump + various cargo planes The (78V) drive + cold fuel injection to light and burn + intake air path length lens and solar heat and cold energy to produce + + various mercury preservation turbine drive various energy storage cycle combined engine driven by mercury turbine.   Increase superheated steam thermal and compressed air cold heat to 8-stage solar thermal turbine driven species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1 h) make compression heat recovery equipment ready + various cargoes (78V) Drives airplanes + Fuel injection ignition combustion to cold energy + Thermal air / cool heat production with suction air path length lens and sunlight + Various energy storage cycle combination engine driven by wedge type mercury gravity turbine.   Increase superheated steam thermal and compressed air cold heat to 9th stage solar thermal turbine driven species + Make combined engine injection part (78V) solar thermal gravity rotary airplane (39B) + Make mercury as accelerated solar thermal turbine driven species + Various cargo airplanes (78 V) Drive + cold fuel to fuel injection ignition combustion + suction air path length lens and heat and cold to produce by solar light + wedge type mercury gravity turbine driven various energy storage cycle combined engine.   10-stage solar thermal turbine drive species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) air heat exchange equipment + various cargo (78V) Drives airplanes + Fuel injection ignition combustion to cold energy + Thermal air / cool heat production with suction air path length lens and sunlight + Various energy storage cycle combination engine driven by wedge type mercury gravity turbine.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39 B) + Transverse (1 h) rotational direction alternating solar thermal turbine driving species + Various cargoes (78V) Drives airplanes + Fuel injection ignition combustion to cold energy + Thermal air / cool heat production with suction air path length lens and sunlight + Various energy storage cycle combination engine driven by wedge type mercury gravity turbine.   Increase superheated steam thermal and compressed air cold heat to one-stage solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h) rotation direction alternate solar thermal turbine driving species + (78V) drive various cargo airplanes + fuel injection ignition combustion to cold heat + thermal cold heat production with suction air path length lens and sunlight + various energy preservation cycle combined engine driven by wedge type mercury gravity turbine.   Increase superheated steam thermal and compressed air cold heat to two-stage solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h) rotation direction alternate solar thermal turbine driving species + (78V) drive various cargo airplanes + fuel injection ignition combustion to cold heat + thermal cold heat production with suction air path length lens and sunlight + various energy preservation cycle combined engine driven by wedge type mercury gravity turbine.   Three-stage solar thermal turbine driven species + superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) water heat exchanger and rotation direction Drive by alternate turbines + Drive various cargo planes (78V) + Fuel injection ignition combustion to cold + Thermally cool manufacturing with suction air path length lens and sunlight + Various energy storage cycles driven by wedge type mercury gravity turbine Coalition agency.   Increase superheated steam thermal and compressed air cold heat to 4 stage solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h) rotation direction alternate solar thermal turbine driving species + (78V) drive various cargo airplanes + fuel injection ignition combustion to cold heat + thermal cold heat production with suction air path length lens and sunlight + various energy preservation cycle combined engine driven by wedge type mercury gravity turbine.   5-stage solar thermal turbine driven species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1h) generator equipped + various cargo planes The (78V) drive + cold fuel injection to light and burn + intake air path length lens and solar heat and cold energy to produce + + various mercury preservation turbine drive various energy storage cycle combined engine driven by mercury turbine.   6-stage solar thermal turbine driven species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h) heat pump equipped + various cargo planes The (78V) drive + cold fuel injection to light and burn + intake air path length lens and solar heat and cold energy to produce + + various mercury preservation turbine drive various energy storage cycle combined engine driven by mercury turbine.   7-stage solar thermal turbine drive species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h) compression heat recovery equipment preparation + various cargo (78V) Drives airplanes + Fuel injection ignition combustion to cold energy + Thermal air / cool heat production with suction air path length lens and sunlight + Various energy storage cycle combination engine driven by wedge type mercury gravity turbine.   Increase superheated steam thermal and compressed air cold heat to 8-stage solar thermal turbine driven species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h) water heat exchange equipment to prepare + various cargoes (78V) Drives airplanes + Fuel injection ignition combustion to cold energy + Thermal air / cool heat production with suction air path length lens and sunlight + Various energy storage cycle combination engine driven by wedge type mercury gravity turbine.   Increase superheated steam thermal and compressed air cold heat to 9th stage solar thermal turbine driven species + combine engine injection part (78V) to make a solar thermal gravity rotary airplane (39B) + make horizontal axis (1h) air heat exchange equipment + make various cargoes (78V) Drives airplanes + Fuel injection ignition combustion to cold energy + Thermal air / cool heat production with suction air path length lens and sunlight + Various energy storage cycle combination engine driven by wedge type mercury gravity turbine.   10-stage solar thermal turbine drive species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) generator equipped + various cargo planes The (78V) drive + cold fuel injection to light and burn + intake air path length lens and solar heat and cold energy to produce + + various mercury preservation turbine drive various energy storage cycle combined engine driven by mercury turbine.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) heat pump equipment + various cargo planes ( 78V) Drive + cold fuel to fuel injection ignition combustion + suction air path length lens and heat and cold to produce by solar light + wedge type mercury gravity turbine driven various energy storage cycle combined engine.   One-stage solar thermal turbine driven species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h) compression heat recovery equipment + various cargoes (78V) Drives airplanes + Fuel injection ignition combustion to cold energy + Thermal air / cool heat production with suction air path length lens and sunlight + Various energy storage cycle combination engine driven by wedge type mercury gravity turbine.   Two-stage solar thermal turbine driven species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) water heat exchange equipment + various cargoes (78V) Drives airplanes + Fuel injection ignition combustion to cold energy + Thermal air / cool heat production with suction air path length lens and sunlight + Various energy storage cycle combination engine driven by wedge type mercury gravity turbine.   Three-stage solar thermal turbine drive species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) air heat exchange equipment + various cargoes (78V) Drives airplanes + Fuel injection ignition combustion to cold energy + Thermal air / cool heat production with suction air path length lens and sunlight + Various energy storage cycle combination engine driven by wedge type mercury gravity turbine.   Increase superheated steam thermal and compressed air cold heat to 4 stage solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary airplane (39B) + prepare horizontal axis (1 h) generator + various cargo airplanes The (78V) drive + cold fuel injection to light and burn + intake air path length lens and solar heat and cold energy to produce + + various mercury preservation turbine drive various energy storage cycle combined engine driven by mercury turbine.   5-stage solar thermal turbine drive species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) heat pump equipped + various cargo planes The (78V) drive + fuel injection ignition to cold heat + intake air path length lens and heat and cold heat production with sunlight + various types of energy storage cycle combination engine driven by wedge-shaped mercury gravity turbine in a broad sense.   6-stage solar thermal turbine drive species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h) compression heat recovery equipment preparation + various cargo (78V) Drives airplanes + Fuel injection ignition combustion to cold energy + Thermal cool energy production with suction air path length lens and sunlight + Various energy preservation cycle combined engine driven by wedge type mercury gravity turbine in a broad sense.   Increase superheated steam thermal and compressed air cold heat to 7-stage solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h) water heat exchange equipment + various cargoes (78V) Drives airplanes + Fuel injection ignition combustion to cold energy + Thermal cool energy production with suction air path length lens and sunlight + Various energy preservation cycle combined engine driven by wedge type mercury gravity turbine in a broad sense.   Increase superheated steam thermal and compressed air cold heat to 8-stage solar thermal turbine driven species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + make horizontal axis (1h) air heat exchange equipment + make various cargoes (78V) Drives airplanes + Fuel injection ignition combustion to cold energy + Thermal cool energy production with suction air path length lens and sunlight + Various energy preservation cycle combined engine driven by wedge type mercury gravity turbine in a broad sense.   9th stage solar thermal turbine driven species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) generator equipped + various cargo planes The (78V) drive + fuel injection ignition to cold heat + intake air path length lens and heat and cold heat production with sunlight + various types of energy storage cycle combination engine driven by wedge-shaped mercury gravity turbine in a broad sense.   10-stage solar thermal turbine drive species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) heat pump equipped + various cargo planes The (78V) drive + cold fuel injection ignition combustion + 竪 type mercury gravity turbine drive various energy storage cycle combined engine.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) Solar thermal gravity rotary plane (39B) + Make mercury as accelerating solar thermal turbine driving species + Various cargo planes (78V 2.) Drive + cold fuel injection ignition combustion + 燃 焼 type mercury gravity turbine drive various energy storage cycle combined engine.   One-stage solar thermal turbine driven species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) water heat exchange equipment + various cargoes (78V) Drives airplanes + Fuel injection ignition combustion to cold energy + Various energy storage cycle combined engines driven by wedge type mercury gravity turbine.   Increase superheated steam thermal and compressed air cold heat to two-stage solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h) rotation direction alternate solar thermal turbine driving species + (78V) drives various cargo planes + fuel injection ignition combustion to cold heat + various energy conservation cycle combined engines driven by a wedge type mercury gravity turbine.   Increase superheated steam thermal and compressed air cold heat to 3-stage solar thermal turbine drive species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h) rotation direction alternate solar thermal turbine drive species + (78V) drives various cargo planes + fuel injection ignition combustion to cold heat + various energy conservation cycle combined engines driven by a wedge type mercury gravity turbine.   Increase superheated steam thermal and compressed air cold heat to 4 stage solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h) rotation direction alternate solar thermal turbine driving species + Maximize utilization of gravity and sunlight + (78 V) rocket injection + fuel injection ignition to cold heat + ignition air path length lens + heat and cold heat production with sunlight + wedge type mercury gravity turbine driven various energy preservation Cycle coalescing agency.   5-stage solar thermal turbine drive species with superheated steam thermal energy and compressed air cold energy increase + combined engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1 h) and driven by rotation direction alternating turbine + To make maximum use of gravity and sunlight + To make (78V) rocket injection + Fuel injection ignition to cold heat + Intake air path length lens and heat and cold heat production with sunlight + Various types of mercury mercury gravity turbine driven Energy Conservation Cycle Coalition Agency.   Increase superheated steam thermal and compressed air cold heat to 6 stage solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h) rotation direction alternate solar thermal turbine driving species + Maximize utilization of gravity and sunlight + (78 V) rocket injection + fuel injection ignition to cold heat + ignition air path length lens + heat and cold heat production with sunlight + wedge type mercury gravity turbine driven various energy preservation Cycle coalescing agency.   Increase superheated steam thermal and compressed air cold heat to 7-stage solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + make horizontal axis (1 h) air heat exchange equipment + gravity or Maximize use of sunlight + (78V) rocket injection + fuel injection ignition combustion to cold energy + intake air path length lens and heat and cold energy production by sunlight + various energy storage cycle combination driven by wedge type mercury gravity turbine organ.   Increase superheated steam thermal energy and compressed air cold heat to 8-stage solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + prepare horizontal axis (1 h) generator + gravity or sunlight Make maximum use of + + (78 V) rocket injection + fuel injection ignition combustion to cold heat + intake air path length lens and heat and cold energy production with sunlight + broad spectrum Hg type mercury gravity turbine driven various energy storage cycle combination organ.   9th stage solar thermal turbine driving species increase superheated steam thermal and compressed air cold heat + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1h) heat pump equipped + cold heat fuel injection Ignition combustion + Intake air path length lens and heat and cold production with sunlight + Various types of energy storage cycle combined engine driven by wedge type mercury gravity turbine.   Increase superheated steam thermal and compressed air cold heat to 10-stage solar heat turbine drive species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h) compression heat recovery equipment provision + cold heat Fuel injection Ignition combustion + Intake air path length lens and heat and cold energy production with sunlight + Various types of energy storage cycle combined engine driven by wedge type mercury gravity turbine.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1h) water heat exchange equipment + cold injection fuel injection Ignition combustion + Intake air path length lens and heat and cold production with sunlight + Various types of energy storage cycle combined engine driven by wedge type mercury gravity turbine.   Increase superheated steam thermal and compressed air cold heat to one-stage solar thermal turbine driving species + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1h) air heat exchange equipment + to cold energy Fuel injection Ignition combustion + Intake air path length lens and heat and cold production with sunlight + Various types of energy storage cycle combined engine driven by wedge type mercury gravity turbine.   Two-stage solar thermal turbine drive species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h) generator equipped + cold heat fuel injection + Ignition combustion + Thermal and cold energy production with suction air path length lens and sunlight + Various energy storage cycle combined engine driven by wedge type mercury gravity turbine in a broad sense.   Three-stage solar thermal turbine driven species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h) heat pump equipped + cold heat fuel Injection ignition and combustion + Intake air path length lens and heat and cold energy with solar light + Various energy storage cycle engines combined with a mercury mercury gravity turbine driven.   4-stage solar thermal turbine driven species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h) compression heat recovery unit equipped + cold heat Fuel injection ignition combustion + intake air path length lens and heat and cold heat production with sunlight + Various mercury preservation turbine driven various energy storage cycle combined engine driven by mercury type turbine.   5-stage solar thermal turbine driven species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h) water heat exchanger equipped + cold heat Fuel injection ignition combustion + intake air path length lens and heat and cold heat production with sunlight + Various mercury preservation turbine driven various energy storage cycle combined engine driven by mercury type turbine.   6-stage solar thermal turbine driven species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h) air heat exchanger equipped + cold heat Fuel injection ignition combustion + intake air path length lens and heat and cold heat production with sunlight + Various mercury preservation turbine driven various energy storage cycle combined engine driven by mercury type turbine.   7th stage solar thermal turbine driven species + increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) generator equipped + cold heat fuel Injection ignition and combustion + Intake air path length lens and heat and cold energy with solar light + Various energy storage cycle engines combined with a mercury mercury gravity turbine driven.   Increase superheated steam thermal energy and compressed air cold heat to 8-stage solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + prepare horizontal axis (1 h) heat pump + cold injection to fuel Ignition combustion + Intake air path length lens and heat and cold production with sunlight + Various types of energy storage cycle combined engine driven by wedge type mercury gravity turbine.   Increase superheated steam thermal and compressed air cold heat to the 9th stage solar thermal turbine drive species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) compression heat recovery equipment provision into cold energy Fuel injection Ignition combustion + Intake air path length lens and heat and cold energy production with sunlight + Various types of energy storage cycle combined engine driven by wedge type mercury gravity turbine.   Increase superheated steam thermal and compressed air cold heat to 10 stage solar thermal turbine driven species + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h) water heat exchange equipment + to cold energy Fuel injection Ignition combustion + Intake air path length lens and heat and cold production with sunlight + Various types of energy storage cycle combined engine driven by wedge type mercury gravity turbine.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1 h) air heat exchange equipment + cold injection fuel injection Ignition combustion + Intake air path length lens and heat and cold production with sunlight + Various types of energy storage cycle combined engine driven by wedge type mercury gravity turbine.   One-stage solar thermal turbine driven species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h) generator equipped + cold heat fuel injection + Ignition combustion + Thermal and cold energy production with suction air path length lens and sunlight + Various energy storage cycle combined engine driven by wedge type mercury gravity turbine in a broad sense.   Increase superheated steam thermal energy and compressed air cold heat to two-stage solar thermal turbine driven species + Make combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + Make mercury an accelerated solar thermal turbine driven species + Various space transportation devices The (78V) drive + cold fuel injection to light and burn + intake air path length lens and solar heat and cold energy to produce + + various mercury preservation turbine drive various energy storage cycle combined engine driven by mercury turbine.   Three-stage solar thermal turbine drive species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h) compression heat recovery equipment + various universe (78V) Drives back-to-back machines + Fuel injection ignition combustion to cold heat + Thermal air / cool heat production with suction air path length lens and sunlight + Various energy storage cycle combined engines driven by wedge type mercury gravity turbine   Increase superheated steam thermal and compressed air cold heat to 4 stage solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h) rotation direction alternate solar thermal turbine driving species + (78V) drive various space return vehicles + fuel injection ignition combustion to cold heat + thermal cooling manufacture with suction air path length lens and sunlight + various energy preservation cycle combined engine driven by wedge type mercury gravity turbine.   Increase superheated steam thermal energy and compressed air cold heat to 5-stage solar thermal turbine drive species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h) rotation direction alternate solar thermal turbine drive species + (78V) drive various space return vehicles + fuel injection ignition combustion to cold heat + thermal cooling manufacture with suction air path length lens and sunlight + various energy preservation cycle combined engine driven by wedge type mercury gravity turbine.   Increase superheated steam thermal and compressed air cold heat to 6 stage solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h) rotation direction alternate solar thermal turbine driving species + (78V) drive various space return vehicles + fuel injection ignition combustion to cold energy + thermal cold energy production with suction air path length lens and sunlight + various energy conservation cycle combined engine driven by vertical mercury gravity turbine in a broad sense.   Increase superheated steam thermal energy and compressed air cold heat to 7-stage solar thermal turbine driven species + Make combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + Make mercury downward to accelerate solar thermal turbine driven species + Various passenger aircrafts The (78V) drive + cold fuel injection to light and burn + intake air path length lens and solar heat and cold energy to produce + + various mercury preservation turbine drive various energy storage cycle combined engine driven by mercury turbine.   Increase superheated steam thermal and compressed air cold heat to 8-stage solar thermal turbine driven species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward to accelerate solar thermal turbine driven species + Various passenger aircrafts The (78V) drive + cold fuel injection to light and burn + intake air path length lens and solar heat and cold energy to produce + + various mercury preservation turbine drive various energy storage cycle combined engine driven by mercury turbine.   Increase superheated steam thermal and compressed air cold heat to 9-stage solar heat turbine drive species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + make mercury downward to accelerate solar heat turbine drive species + various passenger aircrafts The (78V) drive + cold fuel injection to light and burn + intake air path length lens and solar heat and cold energy to produce + + various mercury preservation turbine drive various energy storage cycle combined engine driven by mercury turbine.   Increase superheated steam thermal and compressed air cold heat to 10 stage solar thermal turbine driven species + combine engine injection part (78V) to make solar thermal gravity rotary plane (39B) + make mercury downward to accelerate solar thermal turbine driven species + various passenger aircrafts The (78V) drive + cold fuel injection to light and burn + intake air path length lens and solar heat and cold energy to produce + + various mercury preservation turbine drive various energy storage cycle combined engine driven by mercury turbine.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel to fuel injection ignition combustion + suction air path length lens and heat and cold to produce by solar light + wedge type mercury gravity turbine driven various energy storage cycle combined engine.   Increase superheated steam thermal and compressed air cold heat to one-stage solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + prepare horizontal axis (1 h) heat pump + cold injection to fuel heat Ignition combustion + Intake air path length lens and heat and cold production with sunlight + Various types of energy storage cycle combined engine driven by wedge type mercury gravity turbine.   Two-stage solar thermal turbine driven species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h) compression heat recovery equipment + cold heat Fuel injection Ignition combustion + Intake air path length lens and heat and cold energy production with sunlight + Various types of energy storage cycle combined engine driven by wedge type mercury gravity turbine.   Three-stage solar thermal turbine drive species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h) water heat exchange equipment + cold heat Fuel injection Ignition combustion + Intake air path length lens and heat and cold energy production with sunlight + Various types of energy storage cycle combined engine driven by wedge type mercury gravity turbine.   Increase superheated steam thermal and compressed air cold heat to 4 stage solar thermal turbine driving species + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h) air heat exchange equipment + to cold energy Fuel injection Ignition combustion + Intake air path length lens and heat and cold energy production with sunlight + Various types of energy storage cycle combined engine driven by wedge type mercury gravity turbine.   5-stage solar thermal turbine drive species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h) generator equipped + cold heat fuel injection + Ignition combustion + Thermal and cold energy production with suction air path length lens and sunlight + Various energy storage cycle combined engine driven by wedge type mercury gravity turbine in a broad sense.   6-stage solar thermal turbine drive species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h) heat pump equipped + cold to fuel Injection ignition and combustion + Intake air path length lens and heat and cold energy with solar light + Various energy storage cycle engines combined with a mercury mercury gravity turbine driven.   7th stage solar thermal turbine driven species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) compression heat recovery unit equipped + cold heat Fuel injection ignition combustion + intake air path length lens and heat and cold heat production with sunlight + Various mercury preservation turbine driven various energy storage cycle combined engine driven by mercury type turbine.   Increase superheated steam thermal and compressed air cold heat to 8-stage solar heat turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + equip horizontal axis (1 h) water heat exchanger + cold energy Fuel injection ignition combustion + intake air path length lens and heat and cold heat production with sunlight + Various mercury preservation turbine driven various energy storage cycle combined engine driven by mercury type turbine.   9th stage solar thermal turbine driven species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) air heat exchanger + cold heat Fuel injection ignition combustion + intake air path length lens and heat and cold heat production with sunlight + Various mercury preservation turbine driven various energy storage cycle combined engine driven by mercury type turbine.   Increase superheated steam thermal and compressed air cold heat to 10 stage solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + equip horizontal axis (1 h) generator + cold energy to fuel Injection ignition and combustion + Intake air path length lens and heat and cold energy with solar light + Various energy storage cycle engines combined with a mercury mercury gravity turbine driven.   Increase the superheated steam thermal and compressed air cold heat to the solar heat turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) heat pump equipped + cold heat to fuel injection ignition combustion + Various energy storage cycle combined engines driven by a + type mercury gravity turbine that produces + thermal air and cold heat using intake air path length lenses and sunlight.   Increase superheated steam thermal and compressed air cold heat to one-stage solar thermal turbine driving species + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h) compression heat recovery equipment + to cold heat Fuel injection Ignition combustion + Intake air path length lens and heat and cold energy production with sunlight + Various types of energy storage cycle combined engine driven by wedge type mercury gravity turbine.   Increase superheated steam thermal and compressed air cold heat to two-stage solar thermal turbine driven species + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1h) water heat exchange equipment + to cold energy Fuel injection Ignition combustion + Intake air path length lens and heat and cold energy production with sunlight + Various types of energy storage cycle combined engine driven by wedge type mercury gravity turbine.   Three-stage solar thermal turbine drive species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h) air heat exchange equipment + cold heat Fuel injection Ignition combustion + Intake air path length lens and heat and cold energy production with sunlight + Various types of energy storage cycle combined engine driven by wedge type mercury gravity turbine.   Increase superheated steam thermal and compressed air cold heat to 4 stage solar heat turbine driven species + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + make mercury to accelerated solar thermal turbine driven species + fuel injection ignition to cold heat Various energy storage cycle combined engines driven by burning + suction air path length lens and heat and cold heat produced by sunlight + wide-angle wedge-shaped mercury gravity turbine.   5-stage solar thermal turbine drive species to increase superheated steam thermal energy and compressed air cold energy + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h) heat pump equipped + various space return machines (78V) drive + fuel injection ignition combustion to cold energy + intake air path length lens and heat and cold energy production by sunlight + various energy storage cycle combination engine driven by wedge type mercury gravity turbine.   Increase superheated steam thermal and compressed air cold heat to 6 stage solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h) rotation direction alternate solar thermal turbine driving species + (78V) drive various space return vehicles + fuel injection ignition combustion to cold heat + thermal cooling manufacture with suction air path length lens and sunlight + various energy preservation cycle combined engine driven by wedge type mercury gravity turbine.   Increase superheated steam thermal and compressed air cold heat to 7-stage solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h) rotation direction alternate solar thermal turbine driving species + (78V) drive various space return vehicles + fuel injection ignition combustion to cold heat + thermal cooling manufacture with suction air path length lens and sunlight + various energy preservation cycle combined engine driven by wedge type mercury gravity turbine.   Increase superheated steam thermal energy and compressed air cold heat to 8-stage solar thermal turbine drive species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h) rotation direction alternate solar thermal turbine drive species + (78V) drive various space return vehicles + fuel injection ignition combustion to cold heat + thermal cooling manufacture with suction air path length lens and sunlight + various energy preservation cycle combined engine driven by wedge type mercury gravity turbine.   9-stage solar thermal turbine drive species with superheated steam thermal and compressed air cold heat increase + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h) and driven by rotation direction alternating turbine + Various space carriages driven (78 V) + Fuel injection ignition combustion to cold heat + Thermal cool production with suction air path length lens and sunlight + Various energy storage cycle combination driven by wedge-shaped mercury gravity turbine in a broad sense organ.   Increase superheated steam thermal and compressed air cold heat to 10 stage solar thermal turbine driven species + combine engine injection part (78V) to make solar thermal gravity rotary plane (39B) + make mercury downward to accelerate solar thermal turbine driven species + various passenger aircrafts The (78V) drive + cold fuel injection to light and burn + intake air path length lens and solar heat and cold energy to produce + + various mercury preservation turbine drive various energy storage cycle combined engine driven by mercury turbine.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel to fuel injection ignition combustion + suction air path length lens and heat and cold to produce by solar light + wedge type mercury gravity turbine driven various energy storage cycle combined engine.   Increase superheated steam thermal and compressed air cold heat to one-stage solar thermal turbine driven species + Make combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + Make mercury downward to accelerate solar thermal turbine driven species + Various passenger aircrafts The (78V) drive + cold fuel injection to light and burn + intake air path length lens and solar heat and cold energy to produce + + various mercury preservation turbine drive various energy storage cycle combined engine driven by mercury turbine.   Increase superheated steam thermal energy and compressed air cold heat to two-stage solar thermal turbine driven species + Make combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + Make mercury downward to accelerate solar thermal turbine driven species + Various passenger aircrafts The (78V) drive + cold fuel injection to light and burn + intake air path length lens and solar heat and cold energy to produce + + various mercury preservation turbine drive various energy storage cycle combined engine driven by mercury turbine.   Increase superheated steam thermal and compressed air cold heat to 3-stage solar heat turbine drive species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + make mercury downward to accelerate solar heat turbine drive species + various passenger aircrafts The (78V) drive + cold fuel injection to light and burn + intake air path length lens and solar heat and cold energy to produce + + various mercury preservation turbine drive various energy storage cycle combined engine driven by mercury turbine.   4-stage solar thermal turbine driving species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1 h) heat pump to be equipped + cold heat to fuel injection Ignition combustion + Intake air path length lens and heat and cold production with sunlight + Various types of energy storage cycle combined engine driven by wedge type mercury gravity turbine.   Increase superheated steam thermal energy and compressed air cold heat to 5-stage solar thermal turbine drive species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) compression heat recovery equipment provision into cold energy Fuel injection Ignition combustion + Intake air path length lens and heat and cold energy production with sunlight + Various types of energy storage cycle combined engine driven by wedge type mercury gravity turbine.   Increase superheated steam thermal and compressed air cold heat to 6 stage solar thermal turbine driven species + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h) water heat exchange equipment + to cold energy Fuel injection Ignition combustion + Intake air path length lens and heat and cold energy production with sunlight + Various types of energy storage cycle combined engine driven by wedge type mercury gravity turbine.   Increase superheated steam thermal and compressed air cold heat to 7-stage solar thermal turbine driven species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) air heat exchange equipment + cold Fuel injection Ignition combustion + Intake air path length lens and heat and cold energy production with sunlight + Various types of energy storage cycle combined engine driven by wedge type mercury gravity turbine.   Increase superheated steam thermal and compressed air cold heat to 8-stage solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1 h) to have a generator equipped + Ignition combustion + Thermal and cold energy production with suction air path length lens and sunlight + Various energy storage cycle combined engine driven by wedge type mercury gravity turbine in a broad sense.   9th stage solar thermal turbine driven species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h) heat pump equipped + cold energy to fuel Injection ignition and combustion + Intake air path length lens and heat and cold energy with solar light + Various energy storage cycle engines combined with a mercury mercury gravity turbine driven.   Increase superheated steam thermal and compressed air cold heat to 10 stage solar thermal turbine driving species + combine engine injection part (78V) to make solar thermal gravity rotary plane (39B) + equip horizontal axis (1 h) compression heat recovery unit + cold heat Fuel injection ignition combustion + intake air path length lens and heat and cold heat production with sunlight + Various mercury preservation turbine driven various energy storage cycle combined engine driven by mercury type turbine.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to have a horizontal axis (1 h) water heat exchanger + to cool fuel Injection ignition and combustion + Intake air path length lens and heat and cold energy with solar light + Various energy storage cycle engines combined with a mercury mercury gravity turbine driven.   One-stage solar thermal turbine driven species with increased superheated steam thermal and compressed air cold heat + combined engine injection part (78 V) solar thermal gravity rotary plane (39 B) + horizontal axis (1 h) air heat exchanger equipped + cold heat Fuel injection ignition combustion + intake air path length lens and heat and cold heat production with sunlight + Various mercury preservation turbine driven various energy storage cycle combined engine driven by mercury type turbine.   Two-stage solar thermal turbine driven species with increased superheated steam thermal and compressed air cold heat + combined engine injection part (78 V) solar thermal gravity rotary plane (39 B) + horizontal axis (1 h) generator equipped + cold heat fuel Injection ignition and combustion + Intake air path length lens and heat and cold energy with solar light + Various energy storage cycle engines combined with a mercury mercury gravity turbine driven.   Three-stage solar thermal turbine drive species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h) heat pump equipped + cold heat fuel injection Ignition combustion + Intake air path length lens and heat and cold production with sunlight + Various types of energy storage cycle combined engine driven by wedge type mercury gravity turbine.   Increase superheated steam thermal and compressed air cold heat to 4 stage solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1 h) compression heat recovery equipment provision + cold heat Fuel injection Ignition combustion + Intake air path length lens and heat and cold energy production with sunlight + Various types of energy storage cycle combined engine driven by wedge type mercury gravity turbine.   Increase superheated steam thermal and compressed air cold heat to 5-stage solar thermal turbine driven species + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1h) water heat exchange equipment + to cold energy Fuel injection Ignition combustion + Intake air path length lens and heat and cold energy production with sunlight + Various types of energy storage cycle combined engine driven by wedge type mercury gravity turbine.   Increase superheated steam thermal and compressed air cold heat to 6-stage solar heat turbine drive species + combine engine injection part (78V) to a solar thermal gravity rotary plane (39B) + make mercury to accelerate solar heat turbine drive species + fuel injection ignition to cold heat + Thermal and cold energy produced by burning + intake air path length lens and sunlight + Various energy storage cycle combined engine driven by wedge-type mercury gravity turbine.   7th stage solar thermal turbine driving species increase superheated steam thermal and compressed air cold heat + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1h) generator equipped + cold heat fuel injection + Ignition combustion + Thermal and cold energy production with suction air path length lens and sunlight + Various energy storage cycle combined engine driven by wedge type mercury gravity turbine in a broad sense.   Increase superheated steam thermal energy and compressed air cold heat to 8-stage solar thermal turbine drive species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h) rotation direction alternate solar thermal turbine drive species + (78V) drive various space return vehicles + fuel injection ignition combustion to cold heat + thermal cooling manufacture with suction air path length lens and sunlight + various energy preservation cycle combined engine driven by wedge type mercury gravity turbine.   Increase superheated steam thermal and compressed air cold heat to 9-stage solar thermal turbine drive species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h) rotational direction alternate solar thermal turbine drive species + (78V) drive various space return vehicles + fuel injection ignition combustion to cold heat + thermal cooling manufacture with suction air path length lens and sunlight + various energy preservation cycle combined engine driven by wedge type mercury gravity turbine.   Increase superheated steam thermal and compressed air cold heat to 10 stage solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h) rotation direction alternate solar thermal turbine driving species + (78V) drive various space return vehicles + fuel injection ignition combustion to cold heat + thermal cooling manufacture with suction air path length lens and sunlight + various energy preservation cycle combined engine driven by wedge type mercury gravity turbine.   Solar heat turbine driven species with increased superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) air heat exchanger and rotation direction alternate turbine Drive + Various Space Transport Vehicles (78V) Drive + Fuel Injection Ignition to Cold Heat + Intake Air Path Length Lens and Thermal Cooling Manufactured by Sunlight + Various Types of Energy Storage Cycle Driven by Hg-type Mercury Gravity Turbine Drive organ.   Increase superheated steam thermal and compressed air cold heat to one-stage solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h) rotation direction alternate solar thermal turbine driving species + (78V) drive various space return vehicles + fuel injection ignition combustion to cold energy + thermal cold energy production with suction air path length lens and sunlight + various energy conservation cycle combined engine driven by vertical mercury gravity turbine in a broad sense.   Increase superheated steam thermal energy and compressed air cold heat to two-stage solar thermal turbine driven species + Make combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + Make mercury downward to accelerate solar thermal turbine driven species + Various passenger aircrafts The (78V) drive + cold fuel injection to light and burn + intake air path length lens and solar heat and cold energy to produce + + various mercury preservation turbine drive various energy storage cycle combined engine driven by mercury turbine.   Increase superheated steam thermal and compressed air cold heat to 3-stage solar heat turbine drive species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + make mercury downward to accelerate solar heat turbine drive species + various passenger aircrafts The (78V) drive + cold fuel injection to light and burn + intake air path length lens and solar heat and cold energy to produce + + various mercury preservation turbine drive various energy storage cycle combined engine driven by mercury turbine.   Increase superheated steam thermal and compressed air cold heat to 4 stage solar thermal turbine driven species + combine engine injection part (78V) to make solar thermal gravity rotary plane (39B) + make mercury downward to accelerate solar thermal turbine driven species + various passenger aircrafts The (78V) drive + cold fuel injection to light and burn + intake air path length lens and solar heat and cold energy to produce + + various mercury preservation turbine drive various energy storage cycle combined engine driven by mercury turbine.   Increase superheated steam thermal energy and compressed air cold heat to 5-stage solar thermal turbine driven species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward to accelerate solar thermal turbine driven species + Various passenger aircrafts The (78V) drive + cold fuel injection to light and burn + intake air path length lens and solar heat and cold energy to produce + + various mercury preservation turbine drive various energy storage cycle combined engine driven by mercury turbine.   Increase superheated steam thermal energy and compressed air cold heat to 6-stage solar thermal turbine driven species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + make mercury downward to accelerate solar thermal turbine driven species + various passenger aircrafts The (78V) drive + cold fuel injection to light and burn + intake air path length lens and solar heat and cold energy to produce + + various mercury preservation turbine drive various energy storage cycle combined engine driven by mercury turbine.   7th stage solar thermal turbine driving species increase superheated steam thermal and compressed air cold heat + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) heat pump equipped + cold heat fuel injection Ignition combustion + Intake air path length lens and heat and cold production with sunlight + Various types of energy storage cycle combined engine driven by wedge type mercury gravity turbine.   Increase superheated steam thermal and compressed air cold heat to 8-stage solar thermal turbine driving species + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h) compression heat recovery equipment + to cold heat Fuel injection Ignition combustion + Intake air path length lens and heat and cold energy production with sunlight + Various types of energy storage cycle combined engine driven by wedge type mercury gravity turbine.   Increase superheated steam thermal and compressed air cold heat to 9th stage solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h) water heat exchange equipment + cold heat Fuel injection Ignition combustion + Intake air path length lens and heat and cold energy production with sunlight + Various types of energy storage cycle combined engine driven by wedge type mercury gravity turbine.   Increase superheated steam thermal energy and compressed air cold heat to 10-stage solar thermal turbine driven species + combine engine injection part (78V) into a solar thermal gravity rotary plane (39B) + horizontal axis (1 h) into an air heat exchange device + into cold energy Fuel injection Ignition combustion + Intake air path length lens and heat and cold energy production with sunlight + Various types of energy storage cycle combined engine driven by wedge type mercury gravity turbine.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) generator equipped + cold heat to fuel injection ignition combustion + Various energy storage cycle combined engines driven by a suction mercury path turbine in a wide range + heat and cold heat production with suction air path length lens and sunlight.   One-stage solar thermal turbine driven species with increased superheated steam thermal and compressed air cold heat + combined engine injection part (78 V) solar thermal gravity rotary plane (39 B) + horizontal axis (1 h) heat pump equipped + cold heat fuel Injection ignition and combustion + Intake air path length lens and heat and cold energy with solar light + Various energy storage cycle engines combined with a mercury mercury gravity turbine driven.   Two-stage solar thermal turbine driven species with increased superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h) compression heat recovery unit equipped + cold heat Fuel injection ignition combustion + intake air path length lens and heat and cold heat production with sunlight + Various mercury preservation turbine driven various energy storage cycle combined engine driven by mercury type turbine.   Three-stage solar thermal turbine driven species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h) water heat exchanger equipped + cold heat Fuel injection ignition combustion + intake air path length lens and heat and cold heat production with sunlight + Various mercury preservation turbine driven various energy storage cycle combined engine driven by mercury type turbine.   Increase superheated steam thermal and compressed air cold heat to 4 stage solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + equip horizontal axis (1 h) air heat exchanger + cold energy Fuel injection ignition combustion + intake air path length lens and heat and cold heat production with sunlight + Various mercury preservation turbine driven various energy storage cycle combined engine driven by mercury type turbine.   5-stage solar thermal turbine driven species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h) equipped with generator + cold energy to fuel Injection ignition and combustion + Intake air path length lens and heat and cold energy with solar light + Various energy storage cycle engines combined with a mercury mercury gravity turbine driven.   6-stage solar thermal turbine drive species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h) heat pump equipped + cold heat fuel injection Ignition combustion + Intake air path length lens and heat and cold production with sunlight + Various types of energy storage cycle combined engine driven by wedge type mercury gravity turbine.   Increase superheated steam thermal and compressed air cold heat to 7-stage solar thermal turbine driving species + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h) compression heat recovery equipment + to cold heat Fuel injection Ignition combustion + Intake air path length lens and heat and cold energy production with sunlight + Various types of energy storage cycle combined engine driven by wedge type mercury gravity turbine.   Increase superheated steam thermal and compressed air cold heat to 8-stage solar heat turbine drive species + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + make mercury to accelerated solar thermal turbine drive species + fuel injection ignition to cold heat + Thermal and cold energy produced by burning + intake air path length lens and sunlight + Various energy storage cycle combined engine driven by wedge-type mercury gravity turbine.   Increase superheated steam thermal and compressed air cold heat to 9th stage solar thermal turbine driven species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + make horizontal axis (1h) air heat exchange equipment + to make a cold Fuel injection Ignition combustion + Intake air path length lens and heat and cold energy production with sunlight + Various types of energy storage cycle combined engine driven by wedge type mercury gravity turbine.   Increase superheated steam thermal and compressed air cold heat to 10 stage solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h) rotation direction alternate solar thermal turbine driving species + Cold-heat fuel injection ignition combustion + intake air path length lens and heat-cool production with sunlight + broad-scale wedge-type mercury gravity turbine driven various energy storage cycle combined engine.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Transverse (1 h) rotational direction alternating solar thermal turbine driving species + Various universes (78V) Drives back-to-back machines + Fuel injection ignition combustion to cold heat + Thermal air / cool heat production with suction air path length lens and sunlight + Various energy storage cycle combined engines driven by wedge type mercury gravity turbine   Increase superheated steam thermal and compressed air cold heat to one-stage solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h) rotation direction alternate solar thermal turbine driving species + (78V) drive various space return vehicles + fuel injection ignition combustion to cold heat + thermal cooling manufacture with suction air path length lens and sunlight + various energy preservation cycle combined engine driven by wedge type mercury gravity turbine.   Two-stage solar thermal turbine driven species + superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) water heat exchanger and rotation direction Drive by various turbines + Drive various space carriages (78V) + Fuel injection ignition to cold heat + Thermal cycle with suction air path length lens and sunlight + Various energy storage drive by wedge type mercury gravity turbine Cycle coalescing agency.   Increase superheated steam thermal and compressed air cold heat to 3-stage solar thermal turbine drive species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h) rotation direction alternate solar thermal turbine drive species + (78V) drive various space return vehicles + fuel injection ignition combustion to cold heat + thermal cooling manufacture with suction air path length lens and sunlight + various energy preservation cycle combined engine driven by wedge type mercury gravity turbine.   4-stage solar thermal turbine driven species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h) generator equipped + various space return aircraft (78V) drive + fuel injection ignition to cool heat + intake air path length lens and heat and cold heat produced by sunlight + broad-scale wedge-type mercury gravity turbine drive various energy storage cycle combined engine.   Increase superheated steam thermal energy and compressed air cold heat to 5-stage solar thermal turbine driven species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward to accelerate solar thermal turbine driven species + Various passenger aircrafts The (78V) drive + cold fuel injection to light and burn + intake air path length lens and solar heat and cold energy to produce + + various mercury preservation turbine drive various energy storage cycle combined engine driven by mercury turbine.   Increase superheated steam thermal energy and compressed air cold heat to 6-stage solar thermal turbine driven species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + make mercury downward to accelerate solar thermal turbine driven species + various passenger aircrafts The (78V) drive + fuel injection ignition to cold heat + intake air path length lens and heat and cold heat production with sunlight + various types of energy storage cycle combination engine driven by wedge-shaped mercury gravity turbine in a broad sense.   Increase superheated steam thermal energy and compressed air cold heat to 7-stage solar thermal turbine driven species + Make combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + Make mercury downward to accelerate solar thermal turbine driven species + Various passenger aircrafts The (78V) drive + cold fuel injection to light and burn + intake air path length lens and solar heat and cold energy to produce + + various mercury preservation turbine drive various energy storage cycle combined engine driven by mercury turbine.   Increase superheated steam thermal and compressed air cold heat to 8-stage solar thermal turbine driven species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward to accelerate solar thermal turbine driven species + Various passenger aircrafts The (78V) drive + cold fuel injection to light and burn + intake air path length lens and solar heat and cold energy to produce + + various mercury preservation turbine drive various energy storage cycle combined engine driven by mercury turbine.   Increase superheated steam thermal and compressed air cold heat to 9-stage solar heat turbine drive species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + make mercury downward to accelerate solar heat turbine drive species + various passenger aircrafts The (78V) drive + cold fuel injection to light and burn + intake air path length lens and solar heat and cold energy to produce + + various mercury preservation turbine drive various energy storage cycle combined engine driven by mercury turbine.   Increase superheated steam thermal and compressed air cold heat to 10-stage solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary airplane (39B) + prepare a horizontal axis (1 h) heat pump + cold injection to fuel Ignition combustion + Intake air path length lens and heat and cold production with sunlight + Various types of energy storage cycle combined engine driven by wedge type mercury gravity turbine.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1 h) compression heat recovery equipment + to inject cold fuel Ignition combustion + Intake air path length lens and heat and cold production with sunlight + Various types of energy storage cycle combined engine driven by wedge type mercury gravity turbine.   Increase superheated steam thermal and compressed air cold heat to one-stage solar thermal turbine driving species + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h) water heat exchange equipment + to cold energy Fuel injection Ignition combustion + Intake air path length lens and heat and cold energy production with sunlight + Various types of energy storage cycle combined engine driven by wedge type mercury gravity turbine.   Increase superheated steam thermal and compressed air cold heat to two-stage solar thermal turbine driving species + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h) air heat exchange equipment + to cold energy Fuel injection Ignition combustion + Intake air path length lens and heat and cold energy production with sunlight + Various types of energy storage cycle combined engine driven by wedge type mercury gravity turbine.   Three-stage solar thermal turbine driven species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h) generator equipped + cold heat fuel injection + Ignition combustion + Thermal and cold energy production with suction air path length lens and sunlight + Various energy storage cycle combined engine driven by wedge type mercury gravity turbine in a broad sense.   4-stage solar thermal turbine driven species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h) heat pump equipped + cold to fuel Injection ignition and combustion + Intake air path length lens and heat and cold energy with solar light + Various energy storage cycle engines combined with a mercury mercury gravity turbine driven.   5-stage solar thermal turbine drive species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h) compression heat recovery unit equipped + cold heat Fuel injection ignition combustion + intake air path length lens and heat and cold heat production with sunlight + Various mercury preservation turbine driven various energy storage cycle combined engine driven by mercury type turbine.   6-stage solar thermal turbine driven species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h) water heat exchanger equipped + cold heat Fuel injection ignition combustion + intake air path length lens and heat and cold heat production with sunlight + Various mercury preservation turbine driven various energy storage cycle combined engine driven by mercury type turbine.   Increase superheated steam thermal and compressed air cold heat to 7-stage solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + equip a horizontal axis (1 h) air heat exchanger + cold energy Fuel injection ignition combustion + intake air path length lens and heat and cold heat production with sunlight + Various mercury preservation turbine driven various energy storage cycle combined engine driven by mercury type turbine.   Increase superheated steam thermal and compressed air cold heat to 8 stage solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + equip horizontal axis (1 h) generator + fuel to cold energy Injection ignition and combustion + Intake air path length lens and heat and cold energy with solar light + Various energy storage cycle engines combined with a mercury mercury gravity turbine driven.   9th stage solar thermal turbine driving species increase superheated steam thermal and compressed air cold heat + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1h) heat pump equipped + cold heat fuel injection Ignition combustion + Intake air path length lens and heat and cold production with sunlight + Various types of energy storage cycle combined engine driven by wedge type mercury gravity turbine.   Increase superheated steam thermal and compressed air cold heat to 10-stage solar heat turbine drive species + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + make mercury as acceleration solar heat turbine drive species + fuel injection ignition to cold heat + Thermal and cold energy produced by burning + intake air path length lens and sunlight + Various energy storage cycle combined engine driven by wedge-type mercury gravity turbine.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1h) water heat exchange equipment + cold injection fuel injection Ignition combustion + Intake air path length lens and heat and cold production with sunlight + Various types of energy storage cycle combined engine driven by wedge type mercury gravity turbine.   Increase superheated steam thermal and compressed air cold heat to one-stage solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h) rotation direction alternate solar thermal turbine driving species + Cold-heat fuel injection ignition combustion + intake air path length lens and heat and cold production with sunlight + Various mercury preservation turbine driven various energy preservation cycle combined engine driven by mercury type turbine.   Increase superheated steam thermal and compressed air cold heat to two-stage solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h) rotation direction alternate solar thermal turbine driving species + Cold-heat fuel injection ignition combustion + intake air path length lens and heat-cool production with sunlight + broad-scale wedge-type mercury gravity turbine driven various energy storage cycle combined engine.   Increase superheated steam thermal and compressed air cold heat to 3-stage solar thermal turbine drive species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h) rotation direction alternate solar thermal turbine drive species + (78V) drive various space return vehicles + fuel injection ignition combustion to cold heat + thermal cooling manufacture with suction air path length lens and sunlight + various energy preservation cycle combined engine driven by wedge type mercury gravity turbine.   4-stage solar thermal turbine driven species with superheated steam thermal energy and compressed air cold energy increase + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h) driven by rotation direction alternating turbine + Run various space vehicles (78V) + Fuel injection ignition combustion to cold heat + Thermally cool heat production with suction air path length lens and sunlight + Various energy storage cycle combination engine driven by wedge type mercury gravity turbine.   Increase superheated steam thermal energy and compressed air cold heat to 5-stage solar thermal turbine drive species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h) rotation direction alternate solar thermal turbine drive species + (78V) drive various space return vehicles + fuel injection ignition combustion to cold heat + thermal cooling manufacture with suction air path length lens and sunlight + various energy preservation cycle combined engine driven by wedge type mercury gravity turbine.   Increase superheated steam thermal and compressed air cold heat to 6-stage solar thermal turbine driven species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + make horizontal axis (1h) air heat exchange equipment + make various universes (78V) Drives back-to-back machines + Fuel injection ignition combustion to cold heat + Thermal air / cool heat production with suction air path length lens and sunlight + Various energy storage cycle combined engines driven by wedge type mercury gravity turbine   7-stage solar thermal turbine drive species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h) generator equipped + various space return aircraft (78V) drive + fuel injection ignition to cool heat + intake air path length lens and heat and cold heat produced by sunlight + broad-scale wedge-type mercury gravity turbine drive various energy storage cycle combined engine.   Increase superheated steam thermal and compressed air cold heat to 8-stage solar thermal turbine driven species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward to accelerate solar thermal turbine driven species + Various passenger aircrafts The (78V) drive + cold fuel injection to light and burn + intake air path length lens and solar heat and cold energy to produce + + various mercury preservation turbine drive various energy storage cycle combined engine driven by mercury turbine.   Increase superheated steam thermal and compressed air cold heat to 9-stage solar heat turbine drive species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + make mercury downward to accelerate solar heat turbine drive species + various passenger aircrafts The (78V) drive + cold fuel injection to light and burn + intake air path length lens and solar heat and cold energy to produce + + various mercury preservation turbine drive various energy storage cycle combined engine driven by mercury turbine.   Increase superheated steam thermal and compressed air cold heat to 10 stage solar thermal turbine driven species + combine engine injection part (78V) to make solar thermal gravity rotary plane (39B) + make mercury downward to accelerate solar thermal turbine driven species + various passenger aircrafts The (78V) drive + cold fuel injection to light and burn + intake air path length lens and solar heat and cold energy to produce + + various mercury preservation turbine drive various energy storage cycle combined engine driven by mercury turbine.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel to fuel injection ignition combustion + suction air path length lens and heat and cold to produce by solar light + wedge type mercury gravity turbine driven various energy storage cycle combined engine.   Increase superheated steam thermal and compressed air cold heat to one-stage solar thermal turbine driven species + Make combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + Make mercury downward to accelerate solar thermal turbine driven species + Various passenger aircrafts The (78V) drive + cold fuel injection to light and burn + intake air path length lens and solar heat and cold energy to produce + + various mercury preservation turbine drive various energy storage cycle combined engine driven by mercury turbine.   Two-stage solar thermal turbine driven species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h) heat pump equipped + cold heat fuel injection Ignition combustion + Intake air path length lens and heat and cold production with sunlight + Various types of energy storage cycle combined engine driven by wedge type mercury gravity turbine.   Three-stage solar thermal turbine drive species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h) compression heat recovery equipment + cold heat Fuel injection Ignition combustion + Intake air path length lens and heat and cold energy production with sunlight + Various types of energy storage cycle combined engine driven by wedge type mercury gravity turbine.   Increase superheated steam thermal and compressed air cold heat to 4-stage solar thermal turbine driven species + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h) water heat exchange equipment + to cold energy Fuel injection Ignition combustion + Intake air path length lens and heat and cold energy production with sunlight + Various types of energy storage cycle combined engine driven by wedge type mercury gravity turbine.   Increase superheated steam thermal and compressed air cold heat to 5-stage solar thermal turbine driving species + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h) air heat exchange equipment + to cold energy Fuel injection Ignition combustion + Intake air path length lens and heat and cold energy production with sunlight + Various types of energy storage cycle combined engine driven by wedge type mercury gravity turbine.   6-stage solar thermal turbine drive species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1 h) generator equipped + cold heat fuel injection + Ignition combustion + Thermal and cold energy production with suction air path length lens and sunlight + Various energy storage cycle combined engine driven by wedge type mercury gravity turbine in a broad sense.   7th stage solar thermal turbine driven species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h) heat pump equipped + cold to fuel Injection ignition and combustion + Intake air path length lens and heat and cold energy with solar light + Various energy storage cycle engines combined with a mercury mercury gravity turbine driven.   Increase superheated steam thermal and compressed air cold heat to 8-stage solar heat turbine driving species + combine engine injection part (78V) to make solar thermal gravity rotary plane (39B) + equip horizontal axis (1 h) compression heat recovery unit + cold heat Fuel injection ignition combustion + intake air path length lens and heat and cold heat production with sunlight + Various mercury preservation turbine driven various energy storage cycle combined engine driven by mercury type turbine.   9th stage solar thermal turbine driven species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) water heat exchanger equipped + cold heat Fuel injection ignition combustion + intake air path length lens and heat and cold heat production with sunlight + Various mercury preservation turbine driven various energy storage cycle combined engine driven by mercury type turbine.   Increase superheated steam thermal and compressed air cold heat to 10 stage solar thermal turbine driven species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + equip horizontal axis (1h) air heat exchanger + cold energy Fuel injection ignition combustion + intake air path length lens and heat and cold heat production with sunlight + Various mercury preservation turbine driven various energy storage cycle combined engine driven by mercury type turbine.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + have a horizontal axis (1 h) generator + fuel injection ignition to cold heat + Thermal and cold energy produced by burning + intake air path length lens and sunlight + Various energy storage cycle combined engine driven by wedge-type mercury gravity turbine.   Increase superheated steam thermal and compressed air cold heat to one-stage solar heat turbine drive species + combine engine injection part (78V) to a solar thermal gravity rotary plane (39B) + make mercury to accelerate solar heat turbine drive species + fuel injection ignition to cold heat + Thermal and cold energy produced by burning + intake air path length lens and sunlight + Various energy storage cycle combined engine driven by wedge-type mercury gravity turbine.   Two-stage solar thermal turbine driven species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h) compression heat recovery equipment + cold heat Fuel injection Ignition combustion + Intake air path length lens and heat and cold energy production with sunlight + Various types of energy storage cycle combined engine driven by wedge type mercury gravity turbine.   Increase superheated steam thermal and compressed air cold heat to 3-stage solar thermal turbine drive species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h) rotation direction alternate solar thermal turbine drive species + Cold-heat fuel injection ignition combustion + intake air path length lens and heat and cold production with sunlight + Various mercury preservation turbine driven various energy preservation cycle combined engine driven by mercury type turbine.   Increase superheated steam thermal and compressed air cold heat to 4 stage solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h) rotation direction alternate solar thermal turbine driving species + Cold-heat fuel injection ignition combustion + intake air path length lens and heat and cold production with sunlight + Various mercury preservation turbine driven various energy preservation cycle combined engine driven by mercury type turbine.   Increase superheated steam thermal energy and compressed air cold heat to 5-stage solar thermal turbine drive species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h) rotation direction alternate solar thermal turbine drive species + Cold-heat fuel injection ignition combustion + intake air path length lens and heat-cool production with sunlight + broad-scale wedge-type mercury gravity turbine driven various energy storage cycle combined engine.   Six-stage solar thermal turbine driven species with superheated steam thermal and compressed air cold heat + combined engine injector (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) heat pump with rotation direction alternate turbine Drive + Various Space Transport Vehicles (78V) Drive + Fuel Injection Ignition to Cold Heat + Intake Air Path Length Lens and Thermal Cooling Manufactured by Sunlight + Various Types of Energy Storage Cycle Driven by Hg-type Mercury Gravity Turbine Drive organ.   Increase superheated steam thermal and compressed air cold heat to 7-stage solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h) rotation direction alternate solar thermal turbine driving species + (78V) drive various space return vehicles + fuel injection ignition combustion to cold heat + thermal cooling manufacture with suction air path length lens and sunlight + various energy preservation cycle combined engine driven by wedge type mercury gravity turbine.   Increase superheated steam thermal energy and compressed air cold heat to 8-stage solar thermal turbine driven species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h) to make water heat exchange equipment + various universes (78V) Drives back-to-back machines + Fuel injection ignition combustion to cold heat + Thermal air / cool heat production with suction air path length lens and sunlight + Various energy storage cycle combined engines driven by wedge type mercury gravity turbine   Increase superheated steam thermal and compressed air cold heat to 9th stage solar thermal turbine driven species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + make horizontal axis (1h) air heat exchange equipment + make various universes (78V) Drives back-to-back machines + Fuel injection ignition combustion to cold heat + Thermal air / cool heat production with suction air path length lens and sunlight + Various energy storage cycle combined engines driven by wedge type mercury gravity turbine   10-stage solar thermal turbine driven species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h) generator equipped + various space return aircraft (78V) drive + fuel injection ignition to cool heat + intake air path length lens and heat and cold heat produced by sunlight + broad-scale wedge-type mercury gravity turbine drive various energy storage cycle combined engine.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel to fuel injection ignition combustion + suction air path length lens and heat and cold to produce by solar light + wedge type mercury gravity turbine driven various energy storage cycle combined engine.   Increase superheated steam thermal and compressed air cold heat to one-stage solar thermal turbine driven species + Make combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + Make mercury downward to accelerate solar thermal turbine driven species + Various passenger aircrafts The (78V) drive + cold fuel injection to light and burn + intake air path length lens and solar heat and cold energy to produce + + various mercury preservation turbine drive various energy storage cycle combined engine driven by mercury turbine.   Increase superheated steam thermal energy and compressed air cold heat to two-stage solar thermal turbine driven species + Make combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + Make mercury downward to accelerate solar thermal turbine driven species + Various passenger aircrafts The (78V) drive + cold fuel injection to light and burn + intake air path length lens and solar heat and cold energy to produce + + various mercury preservation turbine drive various energy storage cycle combined engine driven by mercury turbine.   Increase superheated steam thermal and compressed air cold heat to 3-stage solar heat turbine drive species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + make mercury downward to accelerate solar heat turbine drive species + various passenger aircrafts The (78V) drive + cold fuel injection to light and burn + intake air path length lens and solar heat and cold energy to produce + + various mercury preservation turbine drive various energy storage cycle combined engine driven by mercury turbine.   Increase superheated steam thermal and compressed air cold heat to 4 stage solar thermal turbine driven species + combine engine injection part (78V) to make solar thermal gravity rotary plane (39B) + make mercury downward to accelerate solar thermal turbine driven species + various passenger aircrafts The (78V) drive + cold fuel injection to light and burn + intake air path length lens and solar heat and cold energy to produce + + various mercury preservation turbine drive various energy storage cycle combined engine driven by mercury turbine.   5-stage solar thermal turbine drive species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h) heat pump equipped + cold heat fuel injection Ignition combustion + Intake air path length lens and heat and cold production with sunlight + Various types of energy storage cycle combined engine driven by wedge type mercury gravity turbine.   Increase superheated steam thermal and compressed air cold heat to 6-stage solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) compression heat recovery equipment provision into cold energy Fuel injection Ignition combustion + Intake air path length lens and heat and cold energy production with sunlight + Various types of energy storage cycle combined engine driven by wedge type mercury gravity turbine.   Increase superheated steam thermal and compressed air cold heat to 7-stage solar thermal turbine driving species + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h) water heat exchange equipment + to cold energy Fuel injection Ignition combustion + Intake air path length lens and heat and cold energy production with sunlight + Various types of energy storage cycle combined engine driven by wedge type mercury gravity turbine.   Increase superheated steam thermal and compressed air cold heat to 8-stage solar heat turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + make horizontal axis (1 h) air heat exchange equipment + to make a cold Fuel injection Ignition combustion + Intake air path length lens and heat and cold energy production with sunlight + Various types of energy storage cycle combined engine driven by wedge type mercury gravity turbine.   9th stage solar thermal turbine driving species increase superheated steam thermal and compressed air cold heat + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) generator equipped + cold heat fuel injection + Ignition combustion + Thermal and cold energy production with suction air path length lens and sunlight + Various energy storage cycle combined engine driven by wedge type mercury gravity turbine in a broad sense.   10-stage solar thermal turbine drive species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h) heat pump equipped + cold to fuel Injection ignition and combustion + Intake air path length lens and heat and cold energy with solar light + Various energy storage cycle engines combined with a mercury mercury gravity turbine driven.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to have a horizontal axis (1 h) compression heat recovery unit + cold fuel Injection ignition and combustion + Intake air path length lens and heat and cold energy with solar light + Various energy storage cycle engines combined with a mercury mercury gravity turbine driven.   One-stage solar thermal turbine driven species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h) water heat exchanger equipped + cold heat Fuel injection ignition combustion + intake air path length lens and heat and cold heat production with sunlight + Various mercury preservation turbine driven various energy storage cycle combined engine driven by mercury type turbine.   Two-stage solar thermal turbine driven species with increased superheated steam thermal and compressed air cold heat + combined engine injection part (78 V) solar thermal gravity rotary plane (39 B) + horizontal axis (1 h) air heat exchanger equipped + cold heat Fuel injection ignition combustion + intake air path length lens and heat and cold heat production with sunlight + Various mercury preservation turbine driven various energy storage cycle combined engine driven by mercury type turbine.   Three-stage solar thermal turbine driven species with increased superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h) equipped with generator + cold heat fuel Injection ignition and combustion + Intake air path length lens and heat and cold energy with solar light + Various energy storage cycle engines combined with a mercury mercury gravity turbine driven.   4-stage solar thermal turbine driving species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1 h) heat pump to be equipped + cold heat to fuel injection Ignition combustion + Intake air path length lens and heat and cold production with sunlight + Various types of energy storage cycle combined engine driven by wedge type mercury gravity turbine.   Increase superheated steam thermal energy and compressed air cold heat to 5-stage solar thermal turbine drive species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h) rotation direction alternate solar thermal turbine drive species + Cold-heat fuel injection ignition combustion + intake air path length lens and heat and cold production with sunlight + Various mercury preservation turbine driven various energy preservation cycle combined engine driven by mercury type turbine.   Increase superheated steam thermal and compressed air cold heat to 6 stage solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h) rotation direction alternate solar thermal turbine driving species + Cold-heat fuel injection ignition combustion + intake air path length lens and heat and cold production with sunlight + Various mercury preservation turbine driven various energy preservation cycle combined engine driven by mercury type turbine.   Increase superheated steam thermal and compressed air cold heat to 7-stage solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h) rotation direction alternate solar thermal turbine driving species + Cold-heat fuel injection ignition combustion + intake air path length lens and heat and cold production with sunlight + Various mercury preservation turbine driven various energy preservation cycle combined engine driven by mercury type turbine.   8-stage solar thermal turbine driven species with superheated steam thermal energy and compressed air cold energy increase + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h) driven by rotation direction alternating turbine + + Cold energy fuel injection ignition combustion + intake air path length lens and heat and cold energy production with sunlight + broad range 竪 type mercury gravity turbine driven various energy storage cycle combined engine.   Increase superheated steam thermal and compressed air cold heat to 9-stage solar thermal turbine drive species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h) rotational direction alternate solar thermal turbine drive species + (78V) drive various space return vehicles + fuel injection ignition combustion to cold heat + thermal cooling manufacture with suction air path length lens and sunlight + various energy preservation cycle combined engine driven by wedge type mercury gravity turbine.   Increase superheated steam thermal and compressed air cold heat to 10 stage solar thermal turbine driven species + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h) compression heat recovery equipment preparation + various universes (78V) Drives back-to-back machines + Fuel injection ignition combustion to cold heat + Thermal air / cool heat production with suction air path length lens and sunlight + Various energy storage cycle combined engines driven by wedge type mercury gravity turbine   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h) water heat exchange equipment to prepare + various space return aircraft (78V) drive + fuel injection ignition combustion to cold energy + intake air path length lens and heat and cold energy production by sunlight + various energy storage cycle combination engine driven by wedge type mercury gravity turbine.   Increase superheated steam thermal and compressed air cold heat to one-stage solar thermal turbine driving species + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1h) air heat exchange equipment + various universes (78V) Drives back-to-back machines + Fuel injection ignition combustion to cold heat + Thermal air / cool heat production with suction air path length lens and sunlight + Various energy storage cycle combined engines driven by wedge type mercury gravity turbine   Two-stage solar thermal turbine driven species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h) generator equipped + various space return aircraft (78V) drive + fuel injection ignition to cool heat + intake air path length lens and heat and cold heat produced by sunlight + broad-scale wedge-type mercury gravity turbine drive various energy storage cycle combined engine.   Increase superheated steam thermal and compressed air cold heat to 3-stage solar heat turbine drive species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + make mercury downward to accelerate solar heat turbine drive species + various passenger aircrafts The (78V) drive + cold fuel injection to light and burn + intake air path length lens and solar heat and cold energy to produce + + various mercury preservation turbine drive various energy storage cycle combined engine driven by mercury turbine.   Increase superheated steam thermal and compressed air cold heat to 4 stage solar thermal turbine driven species + combine engine injection part (78V) to make solar thermal gravity rotary plane (39B) + make mercury downward to accelerate solar thermal turbine driven species + various passenger aircrafts The (78V) drive + cold fuel injection to light and burn + intake air path length lens and solar heat and cold energy to produce + + various mercury preservation turbine drive various energy storage cycle combined engine driven by mercury turbine.   Increase superheated steam thermal energy and compressed air cold heat to 5-stage solar thermal turbine driven species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward to accelerate solar thermal turbine driven species + Various passenger aircrafts The (78V) drive + cold fuel injection to light and burn + intake air path length lens and solar heat and cold energy to produce + + various mercury preservation turbine drive various energy storage cycle combined engine driven by mercury turbine.   Increase superheated steam thermal energy and compressed air cold heat to 6-stage solar thermal turbine driven species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + make mercury downward to accelerate solar thermal turbine driven species + various passenger aircrafts The (78V) drive + cold fuel injection to light and burn + intake air path length lens and solar heat and cold energy to produce + + various mercury preservation turbine drive various energy storage cycle combined engine driven by mercury turbine.   Increase superheated steam thermal energy and compressed air cold heat to 7-stage solar thermal turbine driven species + Make combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + Make mercury downward to accelerate solar thermal turbine driven species + Various passenger aircrafts The (78V) drive + cold fuel injection to light and burn + intake air path length lens and solar heat and cold energy to produce + + various mercury preservation turbine drive various energy storage cycle combined engine driven by mercury turbine.   Increase superheated steam thermal energy and compressed air cold heat to 8-stage solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + prepare horizontal axis (1 h) heat pump + cold injection to fuel Ignition combustion + Intake air path length lens and heat and cold production with sunlight + Various types of energy storage cycle combined engine driven by wedge type mercury gravity turbine.   Increase superheated steam thermal and compressed air cold heat to the 9th stage solar thermal turbine drive species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) compression heat recovery equipment provision into cold energy Fuel injection Ignition combustion + Intake air path length lens and heat and cold energy production with sunlight + Various types of energy storage cycle combined engine driven by wedge type mercury gravity turbine.   Increase superheated steam thermal and compressed air cold heat to 10 stage solar thermal turbine driven species + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h) water heat exchange equipment + to cold energy Fuel injection Ignition combustion + Intake air path length lens and heat and cold production with sunlight + Various types of energy storage cycle combined engine driven by wedge type mercury gravity turbine.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1 h) air heat exchange equipment + cold injection fuel injection Ignition combustion + Intake air path length lens and heat and cold production with sunlight + Various types of energy storage cycle combined engine driven by wedge type mercury gravity turbine.   One-stage solar thermal turbine driven species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h) generator equipped + cold heat fuel injection + Ignition combustion + Thermal and cold energy production with suction air path length lens and sunlight + Various energy storage cycle combined engine driven by wedge type mercury gravity turbine in a broad sense.   Two-stage solar thermal turbine driven species with increased superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h) heat pump equipped + cold heat fuel Injection ignition and combustion + Intake air path length lens and heat and cold energy with solar light + Various energy storage cycle engines combined with a mercury mercury gravity turbine driven.   Three-stage solar thermal turbine drive species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h) compression heat recovery unit equipped + cold heat Fuel injection ignition combustion + intake air path length lens and heat and cold heat production with sunlight + Various mercury preservation turbine driven various energy storage cycle combined engine driven by mercury type turbine.   4-stage solar thermal turbine driven species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1 h) water heat exchanger equipped + cold heat Fuel injection ignition combustion + intake air path length lens and heat and cold heat production with sunlight + Various mercury preservation turbine driven various energy storage cycle combined engine driven by mercury type turbine.   5-stage solar thermal turbine driven species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h) air heat exchanger equipped + cold heat Fuel injection ignition combustion + intake air path length lens and heat and cold heat production with sunlight + Various mercury preservation turbine driven various energy storage cycle combined engine driven by mercury type turbine.   Increase superheated steam thermal and compressed air cold heat to 6 stage solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + equip horizontal axis (1 h) generator + cold energy to fuel Injection ignition and combustion + Intake air path length lens and heat and cold energy with solar light + Various energy storage cycle engines combined with a mercury mercury gravity turbine driven.   Increase superheated steam thermal and compressed air cold heat to 7-stage solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h) rotation direction alternate solar thermal turbine driving species + Cold-heat fuel injection ignition combustion + intake air path length lens and heat and cold production with sunlight + Various mercury preservation turbine driven various energy preservation cycle combined engine driven by mercury type turbine.   Increase superheated steam thermal energy and compressed air cold heat to 8-stage solar thermal turbine drive species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h) rotation direction alternate solar thermal turbine drive species + Cold-heat fuel injection ignition combustion + intake air path length lens and heat and cold production with sunlight + Various mercury preservation turbine driven various energy preservation cycle combined engine driven by mercury type turbine.   Increase superheated steam thermal and compressed air cold heat to 9-stage solar thermal turbine drive species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h) rotational direction alternate solar thermal turbine drive species + Cold-heat fuel injection ignition combustion + intake air path length lens and heat and cold production with sunlight + Various mercury preservation turbine driven various energy preservation cycle combined engine driven by mercury type turbine.   10-stage solar thermal turbine driven species + superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) air heat exchanger and rotation direction Alternating turbines driven + cold fuel injection injection combustion + intake air path length lens and solar heat and cold energy produced + wedge type mercury gravity turbine driven various energy storage cycle combined engine.   Increase superheated steam thermal and compressed air cold heat to the solar heat turbine driven species + make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + make a horizontal axis (1h) rotation direction alternate solar heat turbine driven species + cold heat Fuel injection Ignition combustion + Intake air path length lens and heat and cold energy production with sunlight + Wide-ranging wedge-type mercury gravity turbine Drive various energy preservation cycle combined engine.   One-stage water gravity solar thermal turbine driven species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) heat pump equipped + various universes (78V) Drives back-to-back machines + Fuel injection ignition combustion to cold heat + Thermal air / cool heat production with suction air path length lens and sunlight + Various energy storage cycle combined engines driven by wedge type mercury gravity turbine   Two-stage solar thermal turbine driven species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h) compression heat recovery equipment + various universe (78V) Drives back-to-back machines + Fuel injection ignition combustion to cold heat + Thermal air / cool heat production with suction air path length lens and sunlight + Various energy storage cycle combined engines driven by wedge type mercury gravity turbine   Three-stage solar thermal turbine driven species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) water heat exchange equipment + various universe (78V) Drives back-to-back machines + Fuel injection ignition combustion to cold heat + Thermal air / cool heat production with suction air path length lens and sunlight + Various energy storage cycle combined engines driven by wedge type mercury gravity turbine   Increase superheated steam thermal and compressed air cold heat to 4 stage solar thermal turbine driven species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + make horizontal axis (1h) air heat exchange equipment + make various universes (78V) Drives back-to-back machines + Fuel injection ignition combustion to cold heat + Thermal air / cool heat production with suction air path length lens and sunlight + Various energy storage cycle combined engines driven by wedge type mercury gravity turbine   5-stage solar thermal turbine drive species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h) to have a generator + various space return aircraft (78V) drive + fuel injection ignition to cool heat + intake air path length lens and heat and cold heat produced by sunlight + broad-scale wedge-type mercury gravity turbine drive various energy storage cycle combined engine.   Increase superheated steam thermal energy and compressed air cold heat to 6-stage solar thermal turbine driven species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + make mercury downward to accelerate solar thermal turbine driven species + various passenger aircrafts The (78V) drive + cold fuel injection to light and burn + intake air path length lens and solar heat and cold energy to produce + + various mercury preservation turbine drive various energy storage cycle combined engine driven by mercury turbine.   Increase superheated steam thermal energy and compressed air cold heat to 7-stage solar thermal turbine driven species + Make combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + Make mercury downward to accelerate solar thermal turbine driven species + Various passenger aircrafts The (78V) drive + cold fuel injection to light and burn + intake air path length lens and solar heat and cold energy to produce + + various mercury preservation turbine drive various energy storage cycle combined engine driven by mercury turbine.   Increase superheated steam thermal and compressed air cold heat to 8-stage solar thermal turbine driven species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward to accelerate solar thermal turbine driven species + Various passenger aircrafts The (78V) drive + cold fuel injection to light and burn + intake air path length lens and solar heat and cold energy to produce + + various mercury preservation turbine drive various energy storage cycle combined engine driven by mercury turbine.   Increase superheated steam thermal and compressed air cold heat to 9-stage solar heat turbine drive species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + make mercury downward to accelerate solar heat turbine drive species + various passenger aircrafts The (78V) drive + cold fuel injection to light and burn + intake air path length lens and solar heat and cold energy to produce + + various mercury preservation turbine drive various energy storage cycle combined engine driven by mercury turbine.   Increase superheated steam thermal and compressed air cold heat to 10 stage solar thermal turbine driven species + combine engine injection part (78V) to make solar thermal gravity rotary plane (39B) + make mercury downward to accelerate solar thermal turbine driven species + various passenger aircrafts The (78V) drive + cold fuel injection to light and burn + intake air path length lens and solar heat and cold energy to produce + + various mercury preservation turbine drive various energy storage cycle combined engine driven by mercury turbine.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + compress long-lens by heating lens with long lens Fuel injection ignition combustion with superheated steam and combustion gas injection promotion output increase + cold air with intake + air path length lens and thermal cooling manufacture with solar light + wedge type mercury gravity turbine driven various energy preservation cycle combined engine.   One-stage solar thermal turbine driven species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + long lens to compress heating air and heat and compress other air Heat recovery superheated steam and combustion gas injection promotion output increase + fuel injection ignition combustion to cold heat + intake air path length lens and heat and cold heat production with sunlight + + various mercury preservation turbine driven various energy preservation cycle combined engine.   Two-stage solar thermal turbine driven species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotation plane (39B) + long lens to compress heating air and heat compression to compress other air Heat recovery superheated steam and combustion gas injection promotion output increase + fuel injection ignition combustion to cold heat + intake air path length lens and heat and cold heat production with sunlight + + various mercury preservation turbine driven various energy preservation cycle combined engine.   Three-stage solar thermal turbine driving species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotation plane (39B) + long lens to compress heating air and heat compression to compress other air Heat recovery superheated steam and combustion gas injection promotion output increase + fuel injection ignition combustion to cold heat + intake air path length lens and heat and cold heat production with sunlight + + various mercury preservation turbine driven various energy preservation cycle combined engine.   Four-stage solar thermal turbine driving species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + long lens to compress heating air and heat compression to compress other air Heat recovery superheated steam and combustion gas injection promotion output increase + fuel injection ignition combustion to cold heat + intake air path length lens and heat and cold heat production with sunlight + + various mercury preservation turbine driven various energy preservation cycle combined engine.   5-stage solar thermal turbine drive species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h) heat pump equipped + cold heat fuel injection Ignition combustion + Intake air path length lens and heat and cold production with sunlight + Various types of energy storage cycle combined engine driven by wedge type mercury gravity turbine.   Increase superheated steam thermal and compressed air cold heat to 6-stage solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) compression heat recovery equipment provision into cold energy Fuel injection Ignition combustion + Intake air path length lens and heat and cold energy production with sunlight + Various types of energy storage cycle combined engine driven by wedge type mercury gravity turbine.   Increase superheated steam thermal and compressed air cold heat to 7-stage solar heat turbine drive species + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + make mercury as acceleration solar heat turbine drive species + fuel injection ignition to cold heat + Thermal and cold energy produced by burning + intake air path length lens and sunlight + Various energy storage cycle combined engine driven by wedge-type mercury gravity turbine.   Increase superheated steam thermal and compressed air cold heat to 8-stage solar heat turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + make horizontal axis (1 h) air heat exchange equipment + to make a cold Fuel injection Ignition combustion + Intake air path length lens and heat and cold energy production with sunlight + Fully automatic processable wedge type mercury gravity turbine Drive various energy preservation cycle combination engine   Increase superheated steam thermal and compressed air cold heat to 9-stage solar thermal turbine drive species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h) rotational direction alternate solar thermal turbine drive species + Fuel injection ignition combustion to cold energy + Thermal air / cooling production with suction air path length lens and sunlight + Various energy storage cycle combined engine driven by vertical mercury gravity turbine capable of full automatic processing.   Increase superheated steam thermal and compressed air cold heat to 10 stage solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h) rotation direction alternate solar thermal turbine driving species + Cold-heat fuel injection ignition combustion + intake air path length lens and heat and cold production with sunlight + Various mercury preservation turbine driven various energy preservation cycle combined engine driven by mercury type turbine.   Increase superheated steam thermal and compressed air cold heat to the solar heat turbine driven species + make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + make a horizontal axis (1h) rotation direction alternate solar heat turbine driven species + cold heat Fuel injection Ignition combustion + Intake air path length lens and heat and cold production with sunlight + Various types of energy storage cycle combined engine driven by wedge type mercury gravity turbine.   One-stage solar thermal turbine drive species with superheated steam thermal and compressed air cold heat increase + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h) driven by rotation direction alternating turbine + + Cold energy fuel injection ignition combustion + intake air path length lens and heat and cold energy production with sunlight + + type mercury gravity turbine driven various energy storage cycle combined engine.   Increase superheated steam thermal and compressed air cold heat to two-stage solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h) rotation direction alternate solar thermal turbine driving species + Cold-heat fuel injection ignition combustion + intake air path length lens and heat and cold energy production with sunlight + fully automatic processable wedge-type mercury gravity turbine driven various energy storage cycle combined engine.   Three-stage solar thermal turbine driven species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h) generator equipped + cold heat fuel injection + Various types of energy storage cycle combined engines driven by vertical mercury mercury turbines capable of full-automatic processing + Thermal / cold energy production with ignition + Intake air path length lens and sunlight.   4-stage solar thermal turbine driven species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h) heat pump equipped + various cargo planes The (78V) drive + cold fuel injection to light and burn + intake air path length lens and solar heat and cold energy to produce + + various mercury preservation turbine drive various energy storage cycle combined engine driven by mercury turbine.   Increase superheated steam thermal and compressed air cold heat to 5-stage solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1 h) compression heat recovery equipment preparation + various cargoes (78V) Drives airplanes + Fuel injection ignition combustion to cold energy + Thermal air / cool heat production with suction air path length lens and sunlight + Various energy storage cycle combination engine driven by wedge type mercury gravity turbine.   6-stage solar thermal turbine driven species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) water heat exchange equipment + various cargo (78V) Drives airplanes + Fuel injection ignition combustion to cold energy + Thermal air / cool heat production with suction air path length lens and sunlight + Various energy storage cycle combination engine driven by wedge type mercury gravity turbine.   7-stage solar thermal turbine drive species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78 V) solar thermal gravity rotary plane (39 B) + horizontal axis (1 h) air heat exchange equipment + various cargo (78V) Drives airplanes + Fuel injection ignition combustion to cold energy + Thermal cold energy production with suction air path length lens and sunlight + Various energy storage cycle coaled engines driven by full-automatic machinable mercury type gravity turbine driven.   Increase superheated steam thermal and compressed air cold heat to 8-stage solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h) to have generator + various cargo planes The (78V) drive + fuel injection ignition to cold heat + intake air path length lens and heat and cold heat production with sunlight + various automatic storage type mercury gravity turbine driven various energy storage cycle combined engine capable of fully automatic processing.   9-stage solar thermal turbine driven species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) heat pump equipped + various cargo planes The (78V) drive + cold fuel injection to light and burn + intake air path length lens and solar heat and cold energy to produce + + various mercury preservation turbine drive various energy storage cycle combined engine driven by mercury turbine.   10-stage solar thermal turbine drive species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h) compression heat recovery equipment preparation + various cargo (78V) Drives airplanes + Fuel injection ignition combustion to cold energy + Thermal air / cool heat production with suction air path length lens and sunlight + Various energy storage cycle combination engine driven by wedge type mercury gravity turbine.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h) water heat exchange equipment to prepare + various cargo planes The (78V) drive + cold fuel injection to light and burn + intake air path length lens and solar heat and cold energy to produce + + various mercury preservation turbine drive various energy storage cycle combined engine driven by mercury turbine.   One-stage solar thermal turbine driven species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) air heat exchange equipment + various cargoes (78V) Drives airplanes + Fuel injection ignition combustion to cold energy + Thermal air / cool heat production with suction air path length lens and sunlight + Various energy storage cycle combination engine driven by wedge type mercury gravity turbine.   Two-stage solar thermal turbine driven species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) generator equipped + various cargo planes The (78V) drive + cold fuel injection to light and burn + intake air path length lens and solar heat and cold energy to produce + + various mercury preservation turbine drive various energy storage cycle combined engine driven by mercury turbine.   Three-stage solar thermal turbine driven species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) heat pump equipped + various cargo planes The (78V) drive + cold fuel injection to light and burn + intake air path length lens and solar heat and cold energy to produce + + various mercury preservation turbine drive various energy storage cycle combined engine driven by mercury turbine.   Increase superheated steam thermal and compressed air cold heat to 4-stage solar thermal turbine driven species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + make horizontal axis (1 h) compression heat recovery equipment ready + various cargoes (78V) Drives airplanes + Fuel injection ignition combustion to cold energy + Thermal air / cool heat production with suction air path length lens and sunlight + Various energy storage cycle combination engine driven by wedge type mercury gravity turbine.   Increase superheated steam thermal energy and compressed air cold heat to 5-stage solar thermal turbine driven species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h) water heat exchange equipment to prepare + various cargoes (78V) Drives airplanes + Fuel injection ignition combustion to cold energy + Thermal air / cool heat production with suction air path length lens and sunlight + Various energy storage cycle combination engine driven by wedge type mercury gravity turbine.   6-stage solar thermal turbine drive species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) air heat exchange equipment + various cargo (78V) Drives airplanes + Fuel injection ignition combustion to cold energy + Thermal air / cool heat production with suction air path length lens and sunlight + Various energy storage cycle combination engine driven by wedge type mercury gravity turbine.   Increase superheated steam thermal and compressed air cold heat to 7-stage solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1 h) to have a generator + various cargo planes The (78V) drive + cold fuel injection to light and burn + intake air path length lens and solar heat and cold energy to produce + + various mercury preservation turbine drive various energy storage cycle combined engine driven by mercury turbine.   Increase superheated steam thermal energy and compressed air cold heat to 8-stage solar thermal turbine driven species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + arrange horizontal axis (1 h) heat pump + various cargo planes The (78V) drive + cold fuel injection to light and burn + intake air path length lens and solar heat and cold energy to produce + + various mercury preservation turbine drive various energy storage cycle combined engine driven by mercury turbine.   Increase superheated steam thermal and compressed air cold heat to 9th stage solar thermal turbine driven species + Make combined engine injection part (78V) solar thermal gravity rotary airplane (39B) + Make mercury as accelerated solar thermal turbine driven species + Various cargo airplanes (78 V) Drive + cold fuel to fuel injection ignition combustion + suction air path length lens and heat and cold to produce by solar light + wedge type mercury gravity turbine driven various energy storage cycle combined engine.   Increase superheated steam thermal energy and compressed air cold heat to 10-stage solar thermal turbine driven species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h) water heat exchange equipment to prepare + various cargo (78V) Drives airplanes + Fuel injection ignition combustion to cold energy + Thermal air / cool heat production with suction air path length lens and sunlight + Various energy storage cycle combination engine driven by wedge type mercury gravity turbine.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39 B) + Transverse (1 h) rotational direction alternating solar thermal turbine driving species + Various cargoes (78V) Drives airplanes + Fuel injection ignition combustion to cold energy + Thermal air / cool heat production with suction air path length lens and sunlight + Various energy storage cycle combination engine driven by wedge type mercury gravity turbine.   Increase superheated steam thermal and compressed air cold heat to one-stage solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h) rotation direction alternate solar thermal turbine driving species + (78V) drive various cargo airplanes + fuel injection ignition combustion to cold heat + thermal cold heat production with suction air path length lens and sunlight + various energy preservation cycle combined engine driven by wedge type mercury gravity turbine.   Increase superheated steam thermal and compressed air cold heat to two-stage solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h) rotation direction alternate solar thermal turbine driving species + (78V) drive various cargo airplanes + fuel injection ignition combustion to cold energy + thermal cold energy production with suction air path length lens and sunlight + various energy storage cycle combination driven by full-automatic machineable vertical mercury gravity turbine driven organ.   Three-stage solar thermal turbine driven species + superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) compression heat recovery unit and rotation direction Drive by alternating turbines + Drive various cargo planes (78V) + Fuel injection ignition combustion to cold heat + Thermally cool manufacturing with suction air path length lens and sunlight + Fully automatic processable vertical mercury gravity turbine drive Energy conservation cycle coalition agency.   Increase superheated steam thermal and compressed air cold heat to 4 stage solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h) rotation direction alternate solar thermal turbine driving species + (78V) drive various cargo airplanes + fuel injection ignition combustion to cold energy + thermal cold energy production with suction air path length lens and sunlight + various energy storage cycle combination driven by full-automatic machineable vertical mercury gravity turbine driven organ.   Increase superheated steam thermal energy and compressed air cold heat to 5-stage solar thermal turbine driven species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + make horizontal axis (1h) air heat exchange equipment + make various cargoes (78V) Drives airplanes + Fuel injection ignition combustion to cold energy + Thermal cold energy production with suction air path length lens and sunlight + Various energy storage cycle coaled engines driven by full-automatic machinable mercury type gravity turbine driven.   6-stage solar thermal turbine driven species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1 h) generator equipped + various cargo planes The (78V) drive + fuel injection ignition to cold heat + intake air path length lens and heat and cold heat production with sunlight + fully automatic processable wedge type mercury gravity turbine driven various energy storage cycle combined engine.   Increase superheated steam thermal and compressed air cold heat to 7-stage solar thermal turbine driven species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + equip horizontal axis (1h) heat pump + various cargo planes The (78V) drive + fuel injection ignition to cold heat + intake air path length lens and heat and cold heat production with sunlight + various automatic storage type mercury gravity turbine driven various energy storage cycle combined engine capable of fully automatic processing.   Increase superheated steam thermal and compressed air cold heat to 8-stage solar thermal turbine driven species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1 h) make compression heat recovery equipment ready + various cargoes Drives airplanes (78V) + cold-heat fuel injection ignites and burns + suction air path length lens and solar heat and cold energy production with solar light + fully-automatically processable wedge-type mercury gravity turbine driven various energy storage cycle combined engine .   Increase superheated steam thermal and compressed air cold heat to the 9th stage solar thermal turbine driven species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h) water heat exchange equipment to prepare + various cargoes Drives airplanes (78V) + cold-heat fuel injection ignites and burns + suction air path length lens and solar heat and cold energy production with solar light + fully-automatically processable wedge-type mercury gravity turbine driven various energy storage cycle combined engine .   10-stage solar thermal turbine drive species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) air heat exchange equipment + various cargo Drives airplanes (78V) + cold-heat fuel injection ignites and burns + suction air path length lens and solar heat and cold energy production with solar light + fully-automatically processable wedge-type mercury gravity turbine driven various energy storage cycle combined engine .   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) generator equipped + various cargo planes ( 78V) Drive + cold fuel to fuel injection ignition combustion + suction air path length lens and heat and cold energy production with sunlight + various automatic energy saving cycle coalescence engine driven by vertical mercury gravity turbine capable of full automatic processing.   One-stage solar thermal turbine driven species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) heat pump equipped + various cargo planes The (78V) drive + cold fuel injection to light and burn + intake air path length lens and solar heat and cold energy to produce + + various mercury preservation turbine drive various energy storage cycle combined engine driven by mercury turbine.   Two-stage solar thermal turbine drive species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h) compression heat recovery equipment preparation + various cargoes (78V) Drives airplanes + Fuel injection ignition combustion to cold energy + Thermal air / cool heat production with suction air path length lens and sunlight + Various energy storage cycle combination engine driven by wedge type mercury gravity turbine.   Three-stage solar thermal turbine driven species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) water heat exchange equipment + various cargo (78V) Drives airplanes + Fuel injection ignition combustion to cold energy + Thermal air / cool heat production with suction air path length lens and sunlight + Various energy storage cycle combination engine driven by wedge type mercury gravity turbine.   Increase superheated steam thermal and compressed air cold heat to 4 stage solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary airplane (39B) + make horizontal axis (1h) air heat exchange equipment + make various cargoes (78V) Drives airplanes + Fuel injection ignition combustion to cold energy + Thermal air / cool heat production with suction air path length lens and sunlight + Various energy storage cycle combination engine driven by wedge type mercury gravity turbine.   5-stage solar thermal turbine driven species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1h) generator equipped + various cargo planes The (78V) drive + cold fuel injection to light and burn + intake air path length lens and solar heat and cold energy to produce + + various mercury preservation turbine drive various energy storage cycle combined engine driven by mercury turbine.   Increase superheated steam thermal and compressed air cold heat to 6 stage solar thermal turbine driven species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1 h) heat pump equipped + gravity or sunlight Make maximum use of + (78V) rocket injection + fuel injection ignition to cool heat + intake air path length lens and heat and cold heat production with sunlight + various types of energy storage cycle combined engine driven by wedge type mercury gravity turbine.   Increase superheated steam thermal and compressed air cold heat to 7-stage solar thermal turbine driving species + combine engine injection part (78V) to solar thermal gravity rotation plane (39B) + horizontal axis (1 h) compression heat recovery equipment preparation + gravity or Maximize use of sunlight + (78V) rocket injection + fuel injection ignition combustion to cold energy + intake air path length lens and heat and cold energy production by sunlight + various energy storage cycle combination driven by wedge type mercury gravity turbine organ.   Increase superheated steam thermal and compressed air cold heat to 8-stage solar thermal turbine driven species + combine engine injection part (78V) to make a solar thermal gravity rotary airplane (39B) + make horizontal axis (1h) water heat exchange equipment + gravity or Maximize use of sunlight + (78V) rocket injection + fuel injection ignition combustion to cold energy + intake air path length lens and heat and cold energy production by sunlight + various energy storage cycle combination driven by wedge type mercury gravity turbine organ.   Increase superheated steam thermal and compressed air cold heat to 9th stage solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + make horizontal axis (1h) air heat exchange equipment + gravity or Maximize the use of sunlight + (78V) rocket injection + fuel injection ignition combustion to cold energy + heat and cold energy production with suction air path length lens and sunlight + fully automatic processable vertical mercury gravity turbine driven Various energy conservation cycle union engine.   Increase superheated steam thermal and compressed air cold heat to 10 stage solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1 h) generator equipped + gravity or sunlight Make maximum use of + + (78V) rocket injection + fuel injection ignition combustion to cold energy + intake air path length lens and heat and cold energy production with sunlight + various types of automatic mercury processing capable of fully automatic processing Energy Conservation Cycle Coalition Agency.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) Solar thermal gravity rotary plane (39B) + Make mercury into accelerated solar thermal turbine driving species + Fuel injection igniter combustion to cold heat + Thermal and cold energy produced by + suction air path length lens and sunlight + Various energy storage cycle combined engine driven by wedge type mercury gravity turbine.   Increase superheated steam thermal and compressed air cold heat to one-stage solar thermal turbine driving species + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h) compression heat recovery equipment + to cold heat Fuel injection Ignition combustion + Intake air path length lens and heat and cold energy production with sunlight + Various types of energy storage cycle combined engine driven by wedge type mercury gravity turbine.   Increase superheated steam thermal and compressed air cold heat to two-stage solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h) rotation direction alternate solar thermal turbine driving species + Cold-heat fuel injection ignition combustion + intake air path length lens and heat and cold production with sunlight + Various mercury preservation turbine driven various energy preservation cycle combined engine driven by mercury type turbine.   Increase superheated steam thermal and compressed air cold heat to 3-stage solar thermal turbine drive species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h) rotation direction alternate solar thermal turbine drive species + Cold-heat fuel injection ignition combustion + intake air path length lens and heat and cold energy production with sunlight + fully automatic processable wedge-type mercury gravity turbine driven various energy storage cycle combined engine.   Increase superheated steam thermal and compressed air cold heat to 4 stage solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h) rotation direction alternate solar thermal turbine driving species + Fuel injection ignition combustion to cold energy + Thermal air / cooling production with suction air path length lens and sunlight + Various energy storage cycle combined engine driven by vertical mercury gravity turbine capable of full automatic processing.   5-stage solar thermal turbine driven species with increased superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h) heat pump equipped + metal ball Accelerating as small diameter + Intake air path length lens and heat and cold energy by using sunlight + Various energy conservation cycle combined engine driven by wedge type mercury gravity turbine.   6-stage solar thermal turbine driven species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h) equipped with compression heat recovery unit + metal Accelerating the ball to a small diameter + Intake air path length lens and heat and cold energy by using sunlight + Fully automatic processing 竪 type mercury gravity turbine Drive various energy preservation cycle combination engine.   7-stage solar thermal turbine driven species with increased superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h) water heat exchanger equipped + metal Accelerating the ball to a small diameter + Intake air path length lens and heat and cold energy by using sunlight + Fully automatic processing 竪 type mercury gravity turbine Drive various energy preservation cycle combination engine.   Increase superheated steam thermal and compressed air cold heat to 8-stage solar thermal turbine driven species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h) air heat exchanger + metal Accelerating the ball to a small diameter + Intake air path length lens and heat and cold energy by using sunlight + Fully automatic processing 竪 type mercury gravity turbine Drive various energy preservation cycle combination engine.   9th stage solar thermal turbine driven species + increase superheated steam thermal and compressed air cold heat + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1h) generator equipped + metal ball Accelerating as small diameter + Intake air path length lens and heat and cold production with sunlight + Fully automatic processing 竪 type mercury gravity turbine Drive various energy preservation cycle combined engine.   Increase superheated steam thermal and compressed air cold heat to 10-stage solar thermal driven species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1 h) heat pump equipped + accelerate mercury + accelerate Solar thermal turbine driving species + Intake air path length lens and heat and cold production with sunlight + Various mercury conservation turbine driven various energy storage cycle combined engines driven by solar power.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) compression heat recovery equipment + accelerate mercury Solar thermal turbine driving species + Intake air path length lens and heat and cold production with sunlight + Various mercury conservation turbine driven various energy storage cycle combined engines driven by solar power.   Increase superheated steam thermal and compressed air cold heat to one-stage solar thermal turbine driven species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + make horizontal axis (1 h) water heat exchange equipment + make mercury Accelerated to make solar thermal turbine driven species + Thermal and cold energy produced by suction air path length lens and sunlight + Various energy conservation cycle combined engines driven by wedge type mercury gravity turbine.   Increase superheated steam thermal and compressed air cold heat to two-stage solar thermal turbine driven species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + make horizontal axis (1 h) air heat exchange equipment + make mercury + Accelerated to make solar thermal turbine driven species + Thermal and cold energy production with suction air path length lens and solar light + Various energy storage cycle combined engines driven by fully-automatically processable wedge type mercury gravity turbine.   Three-stage solar thermal turbine driven species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h) generator equipped + accelerate mercury + accelerate Solar thermal turbine driven species + Intake air path length lens and solar light and cold heat production + Various automatic energy saving cycle combined engines powered by vertical mercury gravity turbine capable of fully automatic processing.   4-stage solar thermal turbine driven species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h) heat pump equipped + various space return machines (78V) drive + fuel injection ignition combustion to cold energy + intake air path length lens and heat and cold energy production by sunlight + various energy storage cycle combination engine driven by wedge type mercury gravity turbine.   Increase superheated steam thermal and compressed air cold heat to 5-stage solar thermal turbine driven species + combine engine injection part (78V) to make solar thermal gravity rotary plane (39B) + make horizontal axis (1 h) compression heat recovery equipment ready + various universes (78V) Drives back-to-back machines + Fuel injection ignition combustion to cold heat + Thermal air / cool heat production with suction air path length lens and sunlight + Various energy storage cycle combined engines driven by wedge type mercury gravity turbine   Increase superheated steam thermal and compressed air cold heat to 6-stage solar thermal driven species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) water heat exchange equipment + various universes (78V) Drives back-to-back machines + Fuel injection ignition combustion to cold heat + Thermal air / cool heat production with suction air path length lens and sunlight + Various energy storage cycle combined engines driven by wedge type mercury gravity turbine   Increase superheated steam thermal and compressed air cold heat to 7-stage solar thermal turbine driven species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + make horizontal axis (1 h) air heat exchange equipment + make various universes (78V) drive back-to-back vehicles + fuel injection ignition combustion to cold heat + thermal cold-heat production with suction air path length lens and sunlight + various energy storage cycle coalescing engines driven by full-automatic machinable mercury-type mercury gravity turbine drive .   Increase superheated steam thermal energy and compressed air cold heat to 8-stage solar thermal turbine driven species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + prepare horizontal axis (1 h) generator + various space return machines (78V) drive + fuel injection ignition combustion in cold heat + heat and cold heat production with suction air path length lens and sunlight + various energy storage cycle combined engine driven by vertical mercury gravity turbine capable of fully automatic processing.   Increase superheated steam thermal and compressed air cold heat to 9-stage solar heat turbine drive species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + make mercury downward to accelerate solar heat turbine drive species + various passenger aircrafts The (78V) drive + fuel injection ignition to cold heat + intake air path length lens and heat and cold heat production with sunlight + various power conservation cycle combined engine driven by coated white type mercury gravity turbine.   Increase superheated steam thermal and compressed air cold heat to 10 stage solar thermal turbine driven species + combine engine injection part (78V) to make solar thermal gravity rotary plane (39B) + make mercury downward to accelerate solar thermal turbine driven species + various passenger aircrafts The (78V) drive + fuel injection ignition to cold heat + intake air path length lens and heat and cold heat production with sunlight + fully automatic processable wedge type mercury gravity turbine driven various energy storage cycle combined engine.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel to fuel injection ignition combustion + suction air path length lens and heat and cold energy production with sunlight + fully automatic processable wedge-type mercury gravity turbine driven various energy storage cycle combined engine.   Increase superheated steam thermal and compressed air cold heat to one-stage solar thermal turbine driven species + Make combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + Make mercury downward to accelerate solar thermal turbine driven species + Various passenger aircrafts Drive (78V) + cold fuel to fuel injection ignition combustion + intake air path length lens and heat and cold to produce with sunlight + various gravity preservation turbine driven various mercury energy conservation cycle combined engine to drive mercury gravity turbine.   Increase superheated steam thermal energy and compressed air cold heat to two-stage solar thermal turbine driven species + Make combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + Make mercury downward to accelerate solar thermal turbine driven species + Various passenger aircrafts The (78V) drive + fuel injection ignition to cold heat + intake air path length lens and heat and cold heat production with sunlight + fully automatic processable wedge type mercury gravity turbine driven various energy storage cycle combined engine.   Three-stage solar thermal turbine drive species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h) heat pump equipped + cold heat fuel injection Ignition combustion + Intake air path length lens and heat and cold production with sunlight + Various types of energy storage cycle combined engine driven by wedge type mercury gravity turbine.   Increase superheated steam thermal and compressed air cold heat to 4 stage solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h) rotation direction alternate solar thermal turbine driving species + Cold-heat fuel injection ignition combustion + intake air path length lens and heat and cold production with sunlight + Various mercury preservation turbine driven various energy preservation cycle combined engine driven by mercury type turbine.   Increase superheated steam thermal energy and compressed air cold heat to 5-stage solar thermal turbine drive species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h) rotation direction alternate solar thermal turbine drive species + Cold-heat fuel injection ignition combustion + intake air path length lens and heat and cold production with sunlight + Various mercury preservation turbine driven various energy preservation cycle combined engine driven by mercury type turbine.   6-stage solar thermal turbine driven species + superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) air heat exchanger and rotation direction Alternating mercury into an acceleration-driven turbine to accelerate tantalum alloy balls downward by mercury + fuel injection ignition combustion to cold heat + intake air path length lens and heat and cold heat production with sunlight + fully automatic processable wedge type Various energy storage cycle combined engine driven by mercury gravity turbine.   7-stage solar thermal turbine driven species with superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) generator with rotation direction alternating turbine Drive with + cold fuel for fuel injection ignition combustion + Intake air path length lens and heat and cold energy with solar light + Various types of energy storage cycle combined engine driven by vertical mercury gravity turbine capable of fully automatic processing.   Increase superheated steam thermal energy and compressed air cold heat to 8-stage solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + equip a horizontal axis (1 h) heat pump + cold energy to fuel Injection, ignition, combustion, intake air path length lens and heat and cold energy production with sunlight, + Various energy storage cycle combined engines that drive mercury gravity turbine with vertical mercury gravity turbine.   9th stage solar thermal turbine driven species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) compression heat recovery unit equipped + cold heat Fuel injection ignition combustion + intake air path length lens and heat and cold energy production with sunlight + mercury gravity turbine with various energy storage cycle combined engine driven by mercury mercury turbine.   Increase superheated steam thermal and compressed air cold heat to 10 stage solar thermal turbine driven species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + equip horizontal axis (1 h) water heat exchanger + cold energy Fuel injection ignition combustion + intake air path length lens and heat and cold production with sunlight + fully automatic processable wedge type mercury gravity turbine driven various energy storage cycle combined engine.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make solar thermal gravity rotation plane (39B) + equip horizontal axis (1 h) air heat exchanger + cold to fuel Injection, ignition, combustion + Intake air path length lens and heat and cold energy production with sunlight + Fully automatic processable wedge-type mercury gravity turbine Drives various energy storage cycle combination engines.   One-stage solar thermal turbine driven species with increased superheated steam thermal and compressed air cold heat + combined engine injection part (78 V) solar thermal gravity rotary plane (39 B) + horizontal axis (1 h) generator equipped + cold heat fuel Injection, ignition, combustion, intake air path length lens and heat and cold energy production with sunlight, + Various energy storage cycle combined engines that drive mercury gravity turbine with vertical mercury gravity turbine.   Two-stage solar thermal turbine driven species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h) heat pump equipped + cold heat fuel injection A variety of energy storage cycle combined engines that drive the igniter combustion + intake air path length lens and heat and cold energy by using sunlight + mercury gravity turbine driven by vertical mercury gravity turbine.   Three-stage solar thermal turbine drive species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h) compression heat recovery equipment + cold heat Fuel injection Ignition combustion + Intake air path length lens and heat and cold energy production with sunlight + Various energy storage cycle combined engine which drives mercury gravity turbine with vertical mercury gravity turbine.   Increase superheated steam thermal and compressed air cold heat to 4-stage solar thermal turbine driven species + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h) water heat exchange equipment + to cold energy Fuel injection Ignition combustion + Intake air path length lens and heat and cold energy production with sunlight + Various types of energy storage cycle combined engine driven by wedge type mercury gravity turbine.   Increase superheated steam thermal and compressed air cold heat to 5-stage solar thermal turbine driving species + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h) air heat exchange equipment + to cold energy Fuel injection Ignition combustion + Intake air path length lens and heat and cold energy production with sunlight + Fully automatic processable wedge type mercury gravity turbine Drive various energy preservation cycle combination engine   6-stage solar thermal turbine drive species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1 h) generator equipped + cold heat fuel injection + Various types of energy storage cycle combined engines driven by vertical mercury mercury turbines capable of full-automatic processing + Thermal / cold energy production with ignition + Intake air path length lens and sunlight.   7-stage solar thermal turbine driven species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h) heat pump equipped + various space return aircraft (78V) drive + fuel injection ignition combustion to cold energy + intake air path length lens and heat and cold energy production by sunlight + various energy storage cycle combination engine driven by wedge type mercury gravity turbine.   Increase superheated steam thermal energy and compressed air cold heat to 8-stage solar thermal turbine driven species + combine engine injection part (78V) to make solar thermal gravity rotary plane (39B) + make horizontal axis (1 h) compression heat recovery equipment ready + various universes (78V) Drives back-to-back machines + Fuel injection ignition combustion to cold heat + Thermal air / cool heat production with suction air path length lens and sunlight + Various energy storage cycle combined engines driven by wedge type mercury gravity turbine   Increase superheated steam thermal energy and compressed air cold heat to 9-stage solar thermal turbine driven species + combine engine injection part (78V) to make a solar thermal gravity rotary airplane (39B) + make horizontal axis (1 h) water heat exchange equipment + make various universes (78V) Drives back-to-back machines + Fuel injection ignition combustion to cold heat + Thermal air / cool heat production with suction air path length lens and sunlight + Various energy storage cycle combined engines driven by wedge type mercury gravity turbine   Increase superheated steam thermal energy and compressed air cold heat to 10-stage solar thermal turbine driven species + combine engine injection part (78V) to make a solar thermal gravity rotary airplane (39B) + make horizontal axis (1h) air heat exchange equipment + make various spaces (78V) drive back-to-back vehicles + fuel injection ignition combustion to cold heat + thermal cold-heat production with suction air path length lens and sunlight + various energy storage cycle coalescing engines driven by full-automatic machinable mercury-type mercury gravity turbine drive .   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary airplane (39B) + make horizontal axis (1 h) generator equipped + various space transportation devices (78 V) Drive + cold fuel to fuel injection ignition combustion + suction air path length lens and heat and cool manufacturing with sunlight + Various automatic energy saving cycle coalescence engines driven by vertical mercury gravity turbine capable of full automatic processing.   Increase superheated steam thermal and compressed air cold heat to one-stage solar thermal turbine driven species + Make combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + Make mercury downward to accelerate solar thermal turbine driven species + Various passenger aircrafts Drive (78V) + cold fuel to fuel injection ignition combustion + intake air path length lens and heat and cold to produce with sunlight + various gravity preservation turbine driven various mercury energy conservation cycle combined engine to drive mercury gravity turbine.   Increase superheated steam thermal energy and compressed air cold heat to two-stage solar thermal turbine driven species + Make combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + Make mercury downward to accelerate solar thermal turbine driven species + Various passenger aircrafts The (78V) drive + fuel injection ignition to cold heat + intake air path length lens and heat and cold heat production with sunlight + fully automatic processable wedge type mercury gravity turbine driven various energy storage cycle combined engine.   Increase superheated steam thermal and compressed air cold heat to 3-stage solar heat turbine drive species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + make mercury downward to accelerate solar heat turbine drive species + various passenger aircrafts Drive (78V) + cold fuel to fuel injection ignition combustion + intake air path length lens and heat and cold to produce with sunlight + various gravity preservation turbine driven various mercury energy conservation cycle combined engine to drive mercury gravity turbine.   Increase superheated steam thermal and compressed air cold heat to 4 stage solar thermal turbine driven species + combine engine injection part (78V) to make solar thermal gravity rotary plane (39B) + make mercury downward to accelerate solar thermal turbine driven species + various passenger aircrafts Drive (78V) + cold fuel to fuel injection ignition combustion + intake air path length lens and heat and cold to produce with sunlight + various gravity preservation turbine driven various mercury energy conservation cycle combined engine to drive mercury gravity turbine.   Increase superheated steam thermal energy and compressed air cold heat to 5-stage solar thermal turbine driven species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward to accelerate solar thermal turbine driven species + Various passenger aircrafts Drive (78V) + cold fuel to fuel injection ignition combustion + intake air path length lens and heat and cold to produce with sunlight + various gravity preservation turbine driven various mercury energy conservation cycle combined engine to drive mercury gravity turbine.   Increase superheated steam thermal and compressed air cold heat to 6 stage solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h) rotation direction alternate solar thermal turbine driving species + Cold-heat fuel injection ignition combustion + intake air path length lens and heat and cold production with sunlight + Various mercury preservation turbine driven various energy preservation cycle combined engine driven by mercury type turbine.   Increase superheated steam thermal and compressed air cold heat to 7-stage solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h) rotation direction alternate solar thermal turbine driving species + Cold-heat fuel injection ignition combustion + intake air path length lens and heat and cold production with sunlight + Various mercury preservation turbine driven various energy preservation cycle combined engine driven by mercury type turbine.   Increase superheated steam thermal energy and compressed air cold heat to 8-stage solar thermal turbine drive species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h) rotation direction alternate solar thermal turbine drive species + Cold-heat fuel injection ignition combustion + intake air path length lens and heat and cold production with sunlight + Various mercury preservation turbine driven various energy preservation cycle combined engine driven by mercury type turbine.   9-stage solar thermal turbine driven species + superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) air heat exchanger and rotation direction Drive with alternating turbines + Fuel injection ignition to cold energy + Heat intake and discharge path length lens and heat and cold energy production with sunlight + Various energy storage cycle combined engines driven by full-automatic machineable vertical mercury gravity turbine driven various energy storage cycles.   Increase superheated steam thermal and compressed air cold heat to 10 stage solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h) rotation direction alternate solar thermal turbine driving species + Fuel injection ignition combustion to cold energy + Thermal air / cooling production with suction air path length lens and sunlight + Various energy storage cycle combined engine driven by vertical mercury gravity turbine capable of full automatic processing.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + have a horizontal axis (1 h) heat pump + fuel injection ignition to cold heat Various energy storage cycle engines combined with combustion + intake air path length lens and heat and cold energy production with sunlight + fully automatic processable wedge-type mercury gravity turbine driven.   One-stage solar thermal turbine driven species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h) compression heat recovery unit equipped + cold heat Fuel injection ignition combustion + intake air path length lens and heat and cold production with sunlight + fully automatic processable wedge type mercury gravity turbine driven various energy storage cycle combined engine.   Two-stage solar thermal turbine driven species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h) water heat exchanger equipped + cold heat Fuel injection ignition combustion + intake air path length lens and heat and cold production with sunlight + fully automatic processable wedge type mercury gravity turbine driven various energy storage cycle combined engine.   Three-stage solar thermal turbine driven species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h) air heat exchanger equipped + cold heat Fuel injection ignition combustion + intake air path length lens and heat and cold production with sunlight + fully automatic processable wedge type mercury gravity turbine driven various energy storage cycle combined engine.   4-stage solar thermal turbine driven species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h) equipped with generator + cold energy to fuel Injection, ignition, combustion + Intake air path length lens and heat and cold energy production with sunlight + Fully automatic processable wedge-type mercury gravity turbine Drives various energy storage cycle combination engines.   5-stage solar thermal turbine drive species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h) heat pump equipped + cold heat fuel injection Ignition combustion + Intake air path length lens and heat and cold production with sunlight + Various types of energy storage cycle combined engine driven by wedge type mercury gravity turbine.   Increase superheated steam thermal and compressed air cold heat to 6-stage solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) compression heat recovery equipment provision into cold energy Fuel injection Ignition combustion + Intake air path length lens and heat and cold energy production with sunlight + Various types of energy storage cycle combined engine driven by wedge type mercury gravity turbine.   Increase superheated steam thermal and compressed air cold heat to 7-stage solar thermal turbine driving species + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h) water heat exchange equipment + to cold energy Fuel injection Ignition combustion + Intake air path length lens and heat and cold energy production with sunlight + Various types of energy storage cycle combined engine driven by wedge type mercury gravity turbine.   Increase superheated steam thermal and compressed air cold heat to 8-stage solar heat turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + make horizontal axis (1 h) air heat exchange equipment + to make a cold Fuel injection Ignition combustion + Intake air path length lens and heat and cold energy production with sunlight + Fully automatic processable wedge type mercury gravity turbine Drive various energy preservation cycle combination engine   9th stage solar thermal turbine driving species increase superheated steam thermal and compressed air cold heat + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) generator equipped + cold heat fuel injection + Various types of energy storage cycle combined engines driven by vertical mercury mercury turbines capable of full-automatic processing + Thermal / cold energy production with ignition + Intake air path length lens and sunlight.   10-stage solar thermal turbine drive species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h) heat pump equipped + various space return aircraft (78V) drive + fuel injection ignition combustion to cold energy + intake air path length lens and heat and cold energy production by sunlight + various energy storage cycle combination engine driven by wedge type mercury gravity turbine.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) compression heat recovery equipment preparation + various space return aircraft (78V) drive + fuel injection ignition combustion to cold energy + intake air path length lens and heat and cold energy production by sunlight + various energy storage cycle combination engine driven by wedge type mercury gravity turbine.   One-stage solar thermal turbine driven species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) water heat exchange equipment + various universe (78V) Drives back-to-back machines + Fuel injection ignition combustion to cold heat + Thermal air / cool heat production with suction air path length lens and sunlight + Various energy storage cycle combined engines driven by wedge type mercury gravity turbine   Two-stage solar thermal turbine driven species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1h) air heat exchange equipment + various universe (78V) drive back-to-back vehicles + fuel injection ignition combustion to cold heat + thermal cold-heat production with suction air path length lens and sunlight + various energy storage cycle coalescing engines driven by full-automatic machinable mercury-type mercury gravity turbine drive .   Three-stage solar thermal turbine driven species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h) generator equipped + various space return aircraft (78V) drive + fuel injection ignition combustion in cold heat + heat and cold heat production with suction air path length lens and sunlight + various energy storage cycle combined engine driven by vertical mercury gravity turbine capable of fully automatic processing.   Increase superheated steam thermal and compressed air cold heat to 4 stage solar thermal turbine driven species + combine engine injection part (78V) to make solar thermal gravity rotary plane (39B) + make mercury downward to accelerate solar thermal turbine driven species + various passenger aircrafts The (78V) drive + fuel injection ignition to cold heat + intake air path length lens and heat and cold heat production with sunlight + fully automatic processable wedge type mercury gravity turbine driven various energy storage cycle combined engine.   Increase superheated steam thermal energy and compressed air cold heat to 5-stage solar thermal turbine driven species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward to accelerate solar thermal turbine driven species + Various passenger aircrafts The (78V) drive + fuel injection ignition to cold heat + intake air path length lens and heat and cold heat production with sunlight + fully automatic processable wedge type mercury gravity turbine driven various energy storage cycle combined engine.   Increase superheated steam thermal energy and compressed air cold heat to 6-stage solar thermal turbine driven species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + make mercury downward to accelerate solar thermal turbine driven species + various passenger aircrafts The (78V) drive + cold fuel injection to light and burn + intake air path length lens and solar heat and cold energy to produce + + various mercury preservation turbine drive various energy storage cycle combined engine driven by mercury turbine.   Increase superheated steam thermal energy and compressed air cold heat to 7-stage solar thermal turbine driven species + Make combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + Make mercury downward to accelerate solar thermal turbine driven species + Various passenger aircrafts The (78V) drive + cold fuel injection to light and burn + intake air path length lens and solar heat and cold energy to produce + + various mercury preservation turbine drive various energy storage cycle combined engine driven by mercury turbine.   Increase superheated steam thermal and compressed air cold heat to 8-stage solar thermal turbine driven species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward to accelerate solar thermal turbine driven species + Various passenger aircrafts The (78V) drive + fuel injection ignition to cold heat + intake air path length lens and heat and cold heat production with sunlight + fully automatic processable wedge type mercury gravity turbine driven various energy storage cycle combined engine.   Increase superheated steam thermal and compressed air cold heat to 9-stage solar thermal turbine drive species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h) rotational direction alternate solar thermal turbine drive species + Cold-heat fuel injection ignition combustion + intake air path length lens and heat and cold production with sunlight + Various mercury preservation turbine driven various energy preservation cycle combined engine driven by mercury type turbine.   Increase superheated steam thermal and compressed air cold heat to 10 stage solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h) rotation direction alternate solar thermal turbine driving species + Cold-heat fuel injection ignition combustion + intake air path length lens and heat and cold production with sunlight + Various mercury preservation turbine driven various energy preservation cycle combined engine driven by mercury type turbine.   Solar thermal turbine driven species with increased superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) water heat exchangers rotation direction alternating turbine Drive with + cold fuel to fuel injection ignition combustion + Intake air path length lens and heat and cold energy with solar light + + Various types of energy storage cycle combined engine driven by wedge type mercury gravity turbine.   Increase superheated steam thermal and compressed air cold heat to one-stage solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h) rotation direction alternate solar thermal turbine driving species + Cold-heat fuel injection ignition combustion + intake air path length lens and heat and cold energy production with sunlight + fully automatic processable wedge-type mercury gravity turbine driven various energy storage cycle combined engine.   Two-stage solar thermal turbine drive species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h) generator equipped + cold heat fuel injection + Various types of energy storage cycle combined engines driven by vertical mercury mercury turbines capable of full-automatic processing + Thermal / cold energy production with ignition + Intake air path length lens and sunlight.   Three-stage solar thermal turbine driven species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h) heat pump equipped + cold heat fuel Injection, ignition, combustion + Intake air path length lens and heat and cold energy production with sunlight + Fully automatic processable wedge-type mercury gravity turbine Drives various energy storage cycle combination engines.   4-stage solar thermal turbine driven species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h) compression heat recovery unit equipped + cold heat Fuel injection ignition combustion + intake air path length lens and heat and cold production with sunlight + fully automatic processable wedge type mercury gravity turbine driven various energy storage cycle combined engine.   5-stage solar thermal turbine driven species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h) water heat exchanger equipped + cold heat Fuel injection ignition combustion + intake air path length lens and heat and cold production with sunlight + fully automatic processable wedge type mercury gravity turbine driven various energy storage cycle combined engine.   6-stage solar thermal turbine driven species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h) air heat exchanger equipped + cold heat Fuel injection ignition combustion + intake air path length lens and heat and cold production with sunlight + fully automatic processable wedge type mercury gravity turbine driven various energy storage cycle combined engine.   Increase the superheated steam thermal energy and compressed air cold heat to double the 7th step solar heat turbine drive species of solar heat turbine blade cross section (4X) + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h ) Equipped with a generator + cold injection of fuel for ignition and combustion + intake air path length lens and heat and cold production with solar light + various types of energy storage cycle combined engine driven by vertical mercury gravity turbine capable of fully automatic processing.   Increase the superheated steam thermal and compressed air cold heat to 8-stage solar thermal turbine drive species triple solar thermal turbine blade cross section (4X) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Heat pump equipped + cold fuel injection ignition combustion + suction air path length lens and heat and cold energy produced by sunlight + various mercury preservation turbine driven various energy storage cycle combined engine.   Increase superheated steam thermal and compressed air cold heat to 9 times solar thermal turbine drive species with 4 times solar thermal blade cross section (4X) + combined engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h圧 縮 Prepare heat for compression heat recovery + Fuel injection ignition to cool heat + Intake air path length lens and heat and cold heat production with sunlight + Various energy storage cycle combined engines driven by wedge type mercury gravity turbine   Increase the superheated steam thermal and compressed air cold heat to 10 times solar thermal turbine drive species of solar thermal turbine blade cross section (4X) by 5 times + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h 2.) Equipped with fuel injection ignition combustion for cold heat + intake air path length lens and heat and cold heat production with solar light + Various energy storage cycle combined engines driven by a wedge type mercury gravity turbine.   Increase the superheated steam thermal and compressed air cold heat to 6 times the number of solar thermal turbine drive species solar thermal turbine blade cross section (4X) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) air Heat exchange equipment + cold fuel injection ignition combustion + suction air path length lens and heat and cold energy production with sunlight + fully automatic processing vertical mercury gravity turbine driven various energy storage cycle coalescing engine driven.   Increase the superheated steam thermal and compressed air cold heat to 7-fold one-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4X) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h Power generator equipped + cold fuel injection ignition combustion + intake air path length lens and heat and cold energy production with sunlight + various automatic energy saving cycle combined engine which can be fully automatic processing can be driven by various types of energy storage cycle.   Increase superheated steam thermal and compressed air cold heat to 8 times 2-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4X) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Heat pump equipped + Drive various space units (78V) + Fuel injection ignition to cold heat + Ignition combustion with suction air path length lens and solar heat produced by sunlight + Various energy driven by wedge type mercury gravity turbine Preservation cycle union agency.   Increase the superheated steam thermal and compressed air cold heat to 9 times 3-stage solar heat turbine drive species of solar heat turbine blade cross section (4X) + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Prepare compression heat recovery equipment + Drive various space vehicles (78V) + Fuel injection ignition to cold heat + Burn intake air path length lens and heat and cold heat with sunlight + Drive + mercury type mercury gravity turbine Various energy conservation cycle union engine.   Increase the superheated steam thermal energy and compressed air cold heat to 10 times 4-stage solar heat turbine drive species of solar heat turbine blade cross section (4X) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Prepare water heat exchange equipment + Drive various space vehicles (78V) + Fuel injection ignition to cold heat + Burn intake air path length lens and heat and cold heat with sunlight + Drive + mercury mercury gravity turbine Various energy conservation cycle union engine.   Increase the superheated steam thermal energy and compressed air cold heat to 11 times 5-stage solar heat turbine drive species of solar heat turbine blade cross section (4X) + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Prepare air heat exchange equipment + Drive various space return vehicles (78V) + Fuel injection ignition combustion to cold energy + Heat and cold energy production with suction air path length lens and sunlight + Fully automatic processing vertical type Various energy storage cycle combined engine driven by mercury gravity turbine.   Increase the superheated steam thermal and compressed air cold heat to 12 times 6-stage solar thermal turbine drive species solar thermal turbine blade cross section (4X) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h ) Equipped with a generator + Drive various space units (78 V) + Fuel injection ignition to cold heat + Ignition combustion with suction air path length lens and heat and cold heat production with sunlight + Agate type mercury capable of fully automatic processing Various energy storage cycle combined engines driven by gravity turbines.   Increases superheated steam thermal and compressed air cold heat to 13 times 7th stage solar thermal turbine drive species with solar thermal turbine blade cross section (4X) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + mercury downward Accelerated solar thermal turbine driving species + Drive various passenger aircraft (78V) + Fuel injection ignition to cold heat + Intake air path length lens and heat and cold energy production with sunlight + Various types of energy preservation driven by wedge type mercury gravity turbine Cycle coalescing agency.   Solar thermal turbine blade cross section (4X) 14 times to increase the superheated steam thermal energy and compressed air cold heat to 8-stage solar thermal turbine driving species + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + mercury down Accelerated solar thermal turbine driving species + Drive various passenger aircraft (78V) + Fuel injection ignition to cold heat + Intake air path length lens and heat and cold energy production with sunlight + Various types of energy preservation driven by wedge type mercury gravity turbine Cycle coalescing agency.   Increase the superheated steam thermal and compressed air cold heat to 9 times solar thermal turbine drive species of solar thermal turbine blade cross section (4X) 15 times + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + mercury downward Accelerated solar thermal turbine driving species + Drive various passenger aircraft (78V) + Fuel injection ignition to cold heat + Intake air path length lens and heat and cold energy production with sunlight + Various types of energy preservation driven by wedge type mercury gravity turbine Cycle coalescing agency.   Increase superheated steam thermal and compressed air cold heat to 10 times solar thermal turbine drive species with 16 times solar thermal blade cross section (4X) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + mercury downward Accelerating solar thermal turbine driving species + Driving various passenger aircraft (78 V) + Fuel injection ignition combustion to cold heat + Thermal and cold heat production with suction air path length lens and sunlight + Fully automatic processable vertical mercury gravity turbine Various energy storage cycle coalescing engines to drive.   Solar thermal turbine blade section (4X) to 17 times the solar thermal turbine driving species Increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + mercury downward accelerating solar thermal Use a turbine drive type + Drive various passenger aircraft (78 V) + Fuel injection ignition combustion to cold heat + Thermally cool heat production with suction air path length lens and sunlight + Vertical type mercury gravity turbine drive capable of fully automatic processing Energy conservation cycle coalition agency.   Increase the superheated steam thermal and compressed air cold heat to 18-fold one-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4X) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Heat pump equipped + cold fuel injection ignition combustion + suction air path length lens and heat and cold energy produced by sunlight + various mercury preservation turbine driven various energy storage cycle combined engine.   Increase superheated steam thermal and compressed air cold heat to 19 times 2-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4X) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h圧 縮 Prepare heat for compression heat recovery + Fuel injection ignition to cool heat + Intake air path length lens and heat and cold heat production with sunlight + Various energy storage cycle combined engines driven by wedge type mercury gravity turbine   Increase superheated steam thermal and compressed air cold heat to 20 times three-stage solar heat turbine drive species of solar heat turbine blade cross section (4X) + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1 h Water heat exchange equipment equipped + cold fuel injection ignition combustion + intake air path length lens and heat and cold energy produced by sunlight + various types of energy storage cycle combined engine driven by wedge type mercury gravity turbine.   Increase the superheated steam thermal energy and compressed air cold heat to 21 times 4-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4X) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Air heat exchange equipment equipped + cold fuel injection ignition combustion + intake air path length lens and heat and cold energy production with sunlight + fully automatic processing vertical mercury mercury gravity turbine driven various energy storage cycle combined engine.   Increase the superheated steam thermal and compressed air cold heat to 22 times 5-stage solar heat turbine drive species of solar heat turbine blade cross section (4X) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h Power generator equipped + cold fuel injection ignition combustion + intake air path length lens and heat and cold energy production with sunlight + various automatic energy saving cycle combined engine which can be fully automatic processing can be driven by various types of energy storage cycle.   Increase the superheated steam thermal and compressed air cold heat to 23 times the 6th stage solar thermal turbine drive species of solar thermal turbine blade cross section (4X) + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h 2.) A heat pump is equipped + cold injection of fuel for ignition and combustion + intake air path length lens and heat and cold production using sunlight + various types of energy storage cycle combined engine driven by a wedge type mercury gravity turbine.   Increase the superheated steam thermal and compressed air cold heat to 24 times 7-stage solar thermal turbine drive species solar thermal turbine blade cross section (4X) + combined engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h 2.) Equipped with a compression heat recovery unit + fuel injection ignition combustion to cold energy + intake air path length lens and heat and cold energy production using sunlight + various energy storage cycle coalescing engines driven by wedge type mercury gravity turbine.   Increase the superheated steam thermal and compressed air cold heat to 25 times 8-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4X) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h 2.) A water heat exchanger is provided + fuel injection ignition combustion for cold heat + intake air path length lens and heat and cold heat production using sunlight + various energy storage cycle combined engines driven by a wedge type mercury gravity turbine.   Increase superheated steam thermal and compressed air cold heat to double 9th stage solar thermal turbine drive species of solar thermal turbine blade cross section (4X) + combined engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Equipped with an air heat exchanger + fuel injection ignition combustion in cold heat + thermal air and cold heat production with suction air path length lens and sunlight + fully automatic processable wedge type mercury gravity turbine driven various energy storage cycle combined engine .   Increase the superheated steam thermal and compressed air cold heat to 10 stages of solar heat turbine drive species triple solar heat turbine blade cross section (4X) + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Equipped with a generator + cold injection of fuel for ignition and combustion + intake air path length lens and heat and cold production with solar light + various types of energy storage cycle combined engine driven by vertical mercury gravity turbine capable of fully automatic processing.   Solar thermal turbine blade cross section (4X) to quadruple solar thermal turbine driving species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) thermal Equipped with a pump + cold fuel injection and combustion + intake air path length lens and heat and cold energy with solar light + + various mercury preservation turbine driven various energy storage cycle combined engine.   Increase the superheated steam thermal energy and compressed air cold heat to one stage solar heat turbine drive species of 5 times the solar heat turbine blade cross section (4X) + combined engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1 h圧 縮 Prepare heat for compression heat recovery + Fuel injection ignition to cool heat + Intake air path length lens and heat and cold heat production with sunlight + Various energy storage cycle combined engines driven by wedge type mercury gravity turbine   Increase the superheated steam thermal and compressed air cold heat to 6 times the two-stage solar heat turbine drive species of solar heat turbine blade cross section (4X) + combined engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h Water heat exchange equipment equipped + cold fuel injection ignition combustion + intake air path length lens and heat and cold energy produced by sunlight + various types of energy storage cycle combined engine driven by wedge type mercury gravity turbine.   Increase the superheated steam thermal and compressed air cold heat to 7 times three-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4X) + combined engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Air heat exchange equipment equipped + cold fuel injection ignition combustion + intake air path length lens and heat and cold energy production with sunlight + fully automatic processing vertical mercury mercury gravity turbine driven various energy storage cycle combined engine.   Increase superheated steam thermal and compressed air cold heat to 8 times 4-stage solar heat turbine drive species of solar heat turbine blade cross section (4X) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h Power generator equipped + cold fuel injection ignition combustion + intake air path length lens and heat and cold energy production with sunlight + various automatic energy saving cycle combined engine which can be fully automatic processing can be driven by various types of energy storage cycle.   Increase superheated steam thermal and compressed air cold heat to 9 times 5-stage solar heat turbine drive species of solar heat turbine blade cross section (4X) + combine engine injection part (78V) to make a solar thermal gravity rotary airplane (39B) + horizontal axis (1 h ) Heat pump equipped + Drive various space units (78V) + Fuel injection ignition to cold heat + Ignition combustion with suction air path length lens and solar heat produced by sunlight + Various energy driven by wedge type mercury gravity turbine Preservation cycle union agency.   Increase the superheated steam thermal and compressed air cold heat to 10 times the 6th stage solar thermal turbine drive species of solar thermal turbine blade cross section (4X) + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Prepare compression heat recovery equipment + Drive various space vehicles (78V) + Fuel injection ignition to cold heat + Burn intake air path length lens and heat and cold heat with sunlight + Drive + mercury type mercury gravity turbine Various energy conservation cycle union engine.   Increase the superheated steam thermal and compressed air cold heat to 7 times solar thermal turbine drive species of 11 times solar thermal turbine blade cross section (4X) + combined engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Prepare water heat exchange equipment + Drive various space vehicles (78V) + Fuel injection ignition to cold heat + Burn intake air path length lens and heat and cold heat with sunlight + Drive + mercury mercury gravity turbine Various energy conservation cycle union engine.   Increase the superheated steam thermal and compressed air cold heat to 12 times the 8-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4X) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Prepare air heat exchange equipment + Drive various space return vehicles (78V) + Fuel injection ignition combustion to cold energy + Heat and cold energy production with suction air path length lens and sunlight + Fully automatic processing vertical type Various energy storage cycle combined engine driven by mercury gravity turbine.   Increase superheated steam thermal and compressed air cold heat to 13 times 9th stage solar heat turbine drive species of solar heat turbine blade cross section (4X) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Equipped with a generator + Drive various space units (78 V) + Fuel injection ignition to cold heat + Ignition combustion with suction air path length lens and heat and cold heat production with sunlight + Agate type mercury capable of fully automatic processing Various energy storage cycle combined engines driven by gravity turbines.   Increase the superheated steam thermal and compressed air cold heat to 10 times solar thermal turbine drive species 14 times the solar thermal turbine blade cross section (4X) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + mercury down Accelerated solar thermal turbine driving species + Drive various passenger aircraft (78V) + Fuel injection ignition to cold heat + Intake air path length lens and heat and cold energy production with sunlight + Various types of energy preservation driven by wedge type mercury gravity turbine Cycle coalescing agency.   Solar thermal turbine blade cross section (4X) to 15 times the solar thermal turbine driving species Increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + mercury downward accelerating solar heat Use a turbine drive type + Drive various passenger aircraft (78V) + Fuel injection ignition combustion to cold heat + Thermally cool heat production with suction air path length lens and sunlight + Various energy storage cycle combination driven by wedge type mercury gravity turbine organ.   Increase the superheated steam thermal and compressed air cold heat to one stage of the solar thermal turbine driven species of solar thermal turbine blade cross section (4X) by 16 times + combined engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + mercury downward Accelerated solar thermal turbine driving species + Drive various passenger aircraft (78V) + Fuel injection ignition to cold heat + Intake air path length lens and heat and cold energy production with sunlight + Various types of energy preservation driven by wedge type mercury gravity turbine Cycle coalescing agency.   Solar thermal turbine blade cross section (4X) 17 times to increase the superheated steam thermal energy and compressed air cold heat to two-stage solar thermal turbine driving species + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + mercury down Accelerating solar thermal turbine driving species + Driving various passenger aircraft (78 V) + Fuel injection ignition combustion to cold heat + Thermal and cold heat production with suction air path length lens and sunlight + Fully automatic processable vertical mercury gravity turbine Various energy storage cycle coalescing engines to drive.   Increase the superheated steam thermal and compressed air cold heat to 18 times three-stage solar thermal turbine drive species of solar thermal blade cross section (4X) + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + mercury downward Accelerating solar heat turbine driving species + Driving various passenger aircraft (78V) + Fuel injection ignition to cold heat igniter air path length lens and heat and cold heat production with sunlight + 自動 type mercury gravity capable of fully automatic processing Various energy storage cycle combined engines driven by turbines.   Increase the superheated steam thermal and compressed air cold heat to 19 times 4-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4X) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Heat pump equipped + cold fuel injection ignition combustion + suction air path length lens and heat and cold energy produced by sunlight + various mercury preservation turbine driven various energy storage cycle combined engine.   Increase superheated steam thermal and compressed air cold heat to 20 times 5-stage solar heat turbine drive species of solar heat turbine blade cross section (4X) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h圧 縮 Prepare heat for compression heat recovery + Fuel injection ignition to cool heat + Intake air path length lens and heat and cold heat production with sunlight + Various energy storage cycle combined engines driven by wedge type mercury gravity turbine   Increase the superheated steam thermal energy and compressed air cold heat to 21 times 6-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4X) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h Water heat exchange equipment equipped + cold fuel injection ignition combustion + intake air path length lens and heat and cold energy produced by sunlight + various types of energy storage cycle combined engine driven by wedge type mercury gravity turbine.   Increase the superheated steam thermal and compressed air cold heat to 22 times 7-stage solar thermal turbine drive species solar thermal turbine blade cross section (4X) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h ) Air heat exchange equipment equipped + cold fuel injection ignition combustion + intake air path length lens and heat and cold energy production with sunlight + fully automatic processing vertical mercury mercury gravity turbine driven various energy storage cycle combined engine.   Increase the superheated steam thermal and compressed air cold heat to 23 times 8-stage solar heat turbine drive species of solar heat turbine blade cross section (4X) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h Power generator equipped + cold fuel injection ignition combustion + intake air path length lens and heat and cold energy production with sunlight + various automatic energy saving cycle combined engine which can be fully automatic processing can be driven by various types of energy storage cycle.   Increase the superheated steam thermal and compressed air cold heat to 24 times the 9th stage solar thermal turbine drive species of solar thermal turbine blade cross section (4X) + combined engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h 2.) A heat pump is equipped + cold injection of fuel for ignition and combustion + intake air path length lens and heat and cold production using sunlight + various types of energy storage cycle combined engine driven by a wedge type mercury gravity turbine.   Increase the superheated steam thermal and compressed air cold heat to 25 times 10-stage solar thermal turbine drive species solar thermal turbine blade cross section (4X) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h 2.) Equipped with a compression heat recovery unit + fuel injection ignition combustion to cold energy + intake air path length lens and heat and cold energy production using sunlight + various energy storage cycle coalescing engines driven by wedge type mercury gravity turbine.   Solar thermal turbine blade cross section (4X) to double solar thermal turbine driving species Increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) water Equipped with a heat exchanger + cold to fuel injection ignition combustion + intake air path length lens and heat and cold heat production with sunlight + various types of energy storage cycle combined engine driven by wedge type mercury gravity turbine.   Increase the superheated steam thermal and compressed air cold heat to one stage solar heat turbine drive species triple solar thermal turbine blade cross section (4X) + combined engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Equipped with an air heat exchanger + fuel injection ignition combustion in cold heat + thermal air and cold heat production with suction air path length lens and sunlight + fully automatic processable wedge type mercury gravity turbine driven various energy storage cycle combined engine .   Increase the superheated steam thermal energy and compressed air cold heat to double the stage solar heat turbine drive species four times the solar thermal turbine blade cross section (4X) + combined engine injection part (78V) to the solar thermal gravity rotary plane (39B) + horizontal axis (1h ) Equipped with a generator + cold injection of fuel for ignition and combustion + intake air path length lens and heat and cold production with solar light + various types of energy storage cycle combined engine driven by vertical mercury gravity turbine capable of fully automatic processing.   Increase the superheated steam thermal and compressed air cold heat to 5 times three-stage solar heat turbine drive species of solar heat turbine blade cross section (4X) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Heat pump equipped + cold fuel injection ignition combustion + suction air path length lens and heat and cold energy produced by sunlight + various mercury preservation turbine driven various energy storage cycle combined engine.   Increase the superheated steam thermal and compressed air cold heat to 6 times the four-stage solar heat turbine drive species of solar heat turbine blade cross section (4X) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1h圧 縮 Prepare heat for compression heat recovery + Fuel injection ignition to cool heat + Intake air path length lens and heat and cold heat production with sunlight + Various energy storage cycle combined engines driven by wedge type mercury gravity turbine   Increase superheated steam thermal and compressed air cold heat to 7 times 5-stage solar heat turbine drive species of solar heat turbine blade cross section (4X) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h Water heat exchange equipment equipped + cold fuel injection ignition combustion + intake air path length lens and heat and cold energy produced by sunlight + various types of energy storage cycle combined engine driven by wedge type mercury gravity turbine.   Increase the superheated steam thermal and compressed air cold heat to 8 times 6-stage solar thermal turbine drive species solar thermal turbine blade cross section (4X) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h ) Air heat exchange equipment equipped + cold fuel injection ignition combustion + intake air path length lens and heat and cold energy production with sunlight + fully automatic processing vertical mercury mercury gravity turbine driven various energy storage cycle combined engine.   Increase the superheated steam thermal and compressed air cold heat to 9 times 7-stage solar thermal turbine drive species solar thermal turbine blade cross section (4X) + combined engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h Power generator equipped + cold fuel injection ignition combustion + intake air path length lens and heat and cold energy production with sunlight + various automatic energy saving cycle combined engine which can be fully automatic processing can be driven by various types of energy storage cycle.   Increase the superheated steam thermal and compressed air cold heat to 10 times the 8-stage solar thermal turbine driving species of solar thermal turbine blade cross section (4X) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Heat pump equipped + Drive various space units (78V) + Fuel injection ignition to cold heat + Ignition combustion with suction air path length lens and solar heat produced by sunlight + Various energy driven by wedge type mercury gravity turbine Preservation cycle union agency.   Increase the superheated steam thermal and compressed air cold heat to 11 times the 9th stage solar thermal turbine drive species of solar thermal turbine blade cross section (4X) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Prepare compression heat recovery equipment + Drive various space vehicles (78V) + Fuel injection ignition to cold heat + Burn intake air path length lens and heat and cold heat with sunlight + Drive + mercury type mercury gravity turbine Various energy conservation cycle union engine.   Increase the superheated steam thermal and compressed air cold heat to 12 times 10 stage solar heat turbine drive species solar heat turbine blade cross section (4X) + combined engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Prepare water heat exchange equipment + Drive various space vehicles (78V) + Fuel injection ignition to cold heat + Burn intake air path length lens and heat and cold heat with sunlight + Drive + mercury mercury gravity turbine Various energy conservation cycle union engine.   Increase the superheated steam thermal and compressed air cold heat to 13 times the solar thermal turbine drive species solar thermal turbine blade cross section (4X) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) air Use heat exchange equipment + Drive various space vehicles (78 V) + Fuel injection ignition to cold heat + Ignition combustion with suction air path length lens and solar heat and cold production + Fully automatic machinable mercury vapor gravity Various energy storage cycle combined engines driven by turbines.   Increase the superheated steam thermal energy and compressed air cold heat to 14 times the stage of the solar heat turbine blade section (4X) + 14-stage solar heat turbine drive species + combine engine injection part (78V) to make the solar thermal gravity rotary plane (39B) + horizontal axis (1h ) Equipped with a generator + Drive various space units (78 V) + Fuel injection ignition to cold heat + Ignition combustion with suction air path length lens and heat and cold heat production with sunlight + Agate type mercury capable of fully automatic processing Various energy storage cycle combined engines driven by gravity turbines.   Increase the superheated steam thermal and compressed air cold heat to 15 times two-stage solar thermal turbine drive species solar thermal turbine blade cross section (4X) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + mercury downward Accelerated solar thermal turbine driving species + Drive various passenger aircraft (78V) + Fuel injection ignition to cold heat + Intake air path length lens and heat and cold energy production with sunlight + Various types of energy preservation driven by wedge type mercury gravity turbine Cycle coalescing agency.   Increase the superheated steam thermal and compressed air cold heat to 16 times three-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4X) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + mercury downward Accelerated solar thermal turbine driving species + Drive various passenger aircraft (78V) + Fuel injection ignition to cold heat + Intake air path length lens and heat and cold energy production with sunlight + Various types of energy preservation driven by wedge type mercury gravity turbine Cycle coalescing agency.   Solar thermal turbine blade cross section (4X) 17 times to increase the superheated steam thermal energy and compressed air cold heat to four-stage solar thermal turbine driving species + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + mercury down Accelerated solar thermal turbine driving species + Drive various passenger aircraft (78V) + Fuel injection ignition to cold heat + Intake air path length lens and heat and cold energy production with sunlight + Various types of energy preservation driven by wedge type mercury gravity turbine Cycle coalescing agency.   Solar thermal turbine blade cross section (4X) 18 times to increase the superheated steam thermal energy and compressed air cold heat to 5-stage solar thermal turbine driving species + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + mercury down Accelerating solar thermal turbine driving species + Driving various passenger aircraft (78 V) + Fuel injection ignition combustion to cold heat + Thermal and cold heat production with suction air path length lens and sunlight + Fully automatic processable vertical mercury gravity turbine Various energy storage cycle coalescing engines to drive.   Solar thermal turbine blade cross section (4X) 19 times 6-stage solar thermal turbine driving species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + mercury down Accelerating solar heat turbine driving species + Driving various passenger aircraft (78V) + Fuel injection ignition to cold heat igniter air path length lens and heat and cold heat production with sunlight + 自動 type mercury gravity capable of fully automatic processing Various energy storage cycle combined engines driven by turbines.   Increase superheated steam thermal and compressed air cold heat to 20 times 7-stage solar heat turbine drive species of solar heat turbine blade cross section (4X) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Heat pump equipped + cold fuel injection ignition combustion + suction air path length lens and heat and cold energy produced by sunlight + various mercury preservation turbine driven various energy storage cycle combined engine.   Increase the superheated steam thermal and compressed air cold heat to 21 times 8-stage solar heat turbine drive species of solar heat turbine blade cross section (4X) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h圧 縮 Prepare heat for compression heat recovery + Fuel injection ignition to cool heat + Intake air path length lens and heat and cold heat production with sunlight + Various energy storage cycle combined engines driven by wedge type mercury gravity turbine   Increase superheated steam thermal and compressed air cold heat to 22 times 9th stage solar heat turbine drive species of solar heat turbine blade cross section (4X) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h Water heat exchange equipment equipped + cold fuel injection ignition combustion + intake air path length lens and heat and cold energy produced by sunlight + various types of energy storage cycle combined engine driven by wedge type mercury gravity turbine.   Increase the superheated steam thermal and compressed air cold heat to 23 times 10 stages of solar heat turbine drive species of solar heat turbine blade cross section (4X) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Air heat exchange equipment equipped + cold fuel injection ignition combustion + intake air path length lens and heat and cold energy production with sunlight + fully automatic processing vertical mercury mercury gravity turbine driven various energy storage cycle combined engine.   Increase the superheated steam thermal and compressed air cold heat to 24 times solar thermal turbine drive species solar thermal turbine blade cross section (4X) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) power generation Equipped with a mechanism + fuel injection and combustion to cold heat + thermal air and cold heat production with suction air path length lens and sunlight + various energy storage cycle combined engines driven by vertical mercury gravity turbine capable of full automatic processing.   Increase the superheated steam thermal and compressed air cold heat to 25 times 1-stage solar thermal turbine drive species solar thermal turbine blade cross section (4X) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h 2.) A heat pump is equipped + cold injection of fuel for ignition and combustion + intake air path length lens and heat and cold production using sunlight + various types of energy storage cycle combined engine driven by a wedge type mercury gravity turbine.   Increase the superheated steam thermal and compressed air cold heat to double solar heat turbine blade cross section (4X) double stage solar heat turbine driving species + combined engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1h 2.) Equipped with a compression heat recovery unit + fuel injection ignition combustion to cold energy + intake air path length lens and heat and cold energy production using sunlight + various energy storage cycle coalescing engines driven by wedge type mercury gravity turbine.   Increase the superheated steam thermal and compressed air cold heat to three-stage solar thermal turbine drive species triple solar thermal turbine blade cross section (4X) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h 2.) A water heat exchanger is provided + fuel injection ignition combustion for cold heat + intake air path length lens and heat and cold heat production using sunlight + various energy storage cycle combined engines driven by a wedge type mercury gravity turbine.   Increase the superheated steam thermal energy and compressed air cold heat to 4-stage solar heat turbine drive species of 4 times the solar heat turbine blade cross section (4X) + combined engine injection part (78V) to the solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Equipped with an air heat exchanger + fuel injection ignition combustion in cold heat + thermal air and cold heat production with suction air path length lens and sunlight + fully automatic processable wedge type mercury gravity turbine driven various energy storage cycle combined engine .   Increase the superheated steam thermal and compressed air cold heat to 5 times solar thermal turbine drive species of solar thermal turbine blade cross section (4X) 5 times + combined engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Equipped with a generator + cold injection of fuel for ignition and combustion + intake air path length lens and heat and cold production with solar light + various types of energy storage cycle combined engine driven by vertical mercury gravity turbine capable of fully automatic processing.   Increase superheated steam thermal and compressed air cold heat to 6 times solar thermal turbine drive species with 6 times solar thermal blade cross section (4X) + combined engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Heat pump equipped + cold fuel injection ignition combustion + suction air path length lens and heat and cold energy produced by sunlight + various mercury preservation turbine driven various energy storage cycle combined engine.   Increase the superheated steam thermal and compressed air cold heat to 7 times solar thermal turbine drive species of solar thermal turbine blade cross section (4X) 7 times + combined engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1h圧 縮 Prepare heat for compression heat recovery + Fuel injection ignition to cool heat + Intake air path length lens and heat and cold heat production with sunlight + Various energy storage cycle combined engines driven by wedge type mercury gravity turbine   Increase superheated steam thermal and compressed air cold heat to 8 times solar thermal turbine driving species by multiplying solar thermal blade cross section (4X) by 8 times + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h Water heat exchange equipment equipped + cold fuel injection ignition combustion + intake air path length lens and heat and cold energy produced by sunlight + various types of energy storage cycle combined engine driven by wedge type mercury gravity turbine.   Increase superheated steam thermal and compressed air cold heat to 9 times solar thermal turbine drive species with 9 times solar thermal blade cross section (4X) + combined engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Air heat exchange equipment equipped + cold fuel injection ignition combustion + intake air path length lens and heat and cold energy production with sunlight + fully automatic processing vertical mercury mercury gravity turbine driven various energy storage cycle combined engine.   Increase the superheated steam thermal energy and compressed air cold heat to 10 times solar thermal turbine drive species 10 times the solar heat turbine blade cross section (4X) + combined engine injection part (78V) to the solar thermal gravity rotary plane (39B) + horizontal axis (1h Power generator equipped + cold fuel injection ignition combustion + intake air path length lens and heat and cold energy production with sunlight + various automatic energy saving cycle combined engine which can be fully automatic processing can be driven by various types of energy storage cycle.   Solar thermal turbine blade section (4X) to increase the superheated steam thermal and compressed air cold heat to 11 times the solar thermal turbine driving species + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) thermal Pump equipped + Drive various space carriages (78V) + Fuel injection fire to cold heat + Intake air path length lens and heat and cool manufacture with solar light + + Type mercury gravity turbine drive various energy storage cycles Coalition agency.   Increase the superheated steam thermal and compressed air cold heat to 12 times one stage solar heat turbine drive species solar thermal turbine blade cross section (4X) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h ) Prepare compression heat recovery equipment + Drive various space vehicles (78V) + Fuel injection ignition to cold heat + Burn intake air path length lens and heat and cold heat with sunlight + Drive + mercury type mercury gravity turbine Various energy conservation cycle union engine.   Increase superheated steam thermal and compressed air cold heat to 13 times 2-stage solar thermal turbine driving species of solar thermal turbine blade cross section (4X) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Prepare water heat exchange equipment + Drive various space vehicles (78V) + Fuel injection ignition to cold heat + Burn intake air path length lens and heat and cold heat with sunlight + Drive + mercury mercury gravity turbine Various energy conservation cycle union engine.   Increase the superheated steam thermal and compressed air cold heat to 14 times three-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4X) + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Prepare air heat exchange equipment + Drive various space return vehicles (78V) + Fuel injection ignition combustion to cold energy + Heat and cold energy production with suction air path length lens and sunlight + Fully automatic processing vertical type Various energy storage cycle combined engine driven by mercury gravity turbine.   Increase the superheated steam thermal energy and compressed air cold heat to 15 times four-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4X) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Equipped with a generator + Drive various space units (78 V) + Fuel injection ignition to cold heat + Ignition combustion with suction air path length lens and heat and cold heat production with sunlight + Agate type mercury capable of fully automatic processing Various energy storage cycle combined engines driven by gravity turbines.   Solar thermal turbine blade cross section (4X) to 16 times 5-stage solar thermal turbine drive species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + mercury down Accelerated solar thermal turbine driving species + Drive various passenger aircraft (78V) + Fuel injection ignition to cold heat + Intake air path length lens and heat and cold energy production with sunlight + Various types of energy preservation driven by wedge type mercury gravity turbine Cycle coalescing agency.   Solar thermal turbine blade cross section (4X) 17 times to increase the superheated steam thermal energy and compressed air cold heat to six-stage solar thermal turbine drive species + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + mercury down Accelerated solar thermal turbine driving species + Drive various passenger aircraft (78V) + Fuel injection ignition to cold heat + Intake air path length lens and heat and cold energy production with sunlight + Various types of energy preservation driven by wedge type mercury gravity turbine Cycle coalescing agency.   Solar thermal turbine blade cross section (4X) 18 times 7-stage solar thermal turbine driving species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + mercury down Accelerated solar thermal turbine driving species + Drive various passenger aircraft (78V) + Fuel injection ignition to cold heat + Intake air path length lens and heat and cold energy production with sunlight + Various types of energy preservation driven by wedge type mercury gravity turbine Cycle coalescing agency.   Solar thermal turbine blade cross section (4X) 19 times to increase the superheated steam thermal and compressed air cold heat to eight stages solar thermal turbine drive species + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + mercury down Accelerating solar thermal turbine driving species + Driving various passenger aircraft (78 V) + Fuel injection ignition combustion to cold heat + Thermal and cold heat production with suction air path length lens and sunlight + Fully automatic processable vertical mercury gravity turbine Various energy storage cycle coalescing engines to drive.   Increases superheated steam thermal and compressed air cold heat to 20 times 9th stage solar thermal turbine drive species with solar thermal turbine blade cross section (4X) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + mercury downward Accelerating solar heat turbine driving species + Driving various passenger aircraft (78V) + Fuel injection ignition to cold heat igniter air path length lens and heat and cold heat production with sunlight + 自動 type mercury gravity capable of fully automatic processing Various energy storage cycle combined engines driven by turbines.   Increase the superheated steam thermal and compressed air cold heat to 21 times 10 stage solar heat turbine drive species solar heat turbine blade cross section (4X) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h ) Heat pump equipped + cold fuel injection ignition combustion + suction air path length lens and heat and cold energy produced by sunlight + various mercury preservation turbine driven various energy storage cycle combined engine.   Increase the superheated steam thermal and compressed air cold heat to 22 times solar thermal turbine drive species solar thermal turbine blade cross section (4X) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) compression Heat recovery equipment equipped + cold fuel injection ignition combustion + intake air path length lens and heat and cold energy produced by sunlight + various mercury preservation turbine driven various energy storage cycle combined engine   Increase the superheated steam thermal energy and compressed air cold heat to 23 times one stage solar heat turbine driving species of solar heat turbine blade cross section (4X) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h Water heat exchange equipment equipped + cold fuel injection ignition combustion + intake air path length lens and heat and cold energy produced by sunlight + various types of energy storage cycle combined engine driven by wedge type mercury gravity turbine.   Increase the superheated steam thermal and compressed air cold heat to 24 times the two-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4X) + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h ) Air heat exchange equipment equipped + cold fuel injection ignition combustion + intake air path length lens and heat and cold energy production with sunlight + fully automatic processing vertical mercury mercury gravity turbine driven various energy storage cycle combined engine.   Increase the superheated steam thermal energy and compressed air cold heat to 25 times three-stage solar thermal turbine driving species of solar thermal turbine blade cross section (4X) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h Power generator equipped + cold fuel injection ignition combustion + intake air path length lens and heat and cold energy production with sunlight + various automatic energy saving cycle combined engine which can be fully automatic processing can be driven by various types of energy storage cycle.   Increase the superheated steam thermal and compressed air cold heat to double the four-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4X) + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1 h 2.) A heat pump is equipped + cold injection of fuel for ignition and combustion + intake air path length lens and heat and cold production using sunlight + various types of energy storage cycle combined engine driven by a wedge type mercury gravity turbine.   Increase superheated steam thermal and compressed air cold heat to 5 times solar thermal turbine drive species triple solar thermal turbine blade cross section (4X) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h 2.) Equipped with a compression heat recovery unit + fuel injection ignition combustion to cold energy + intake air path length lens and heat and cold energy production using sunlight + various energy storage cycle coalescing engines driven by wedge type mercury gravity turbine.   Increase the superheated steam thermal and compressed air cold heat to 6 times solar thermal turbine drive species four times the solar thermal turbine blade cross section (4X) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h 2.) A water heat exchanger is provided + fuel injection ignition combustion for cold heat + intake air path length lens and heat and cold heat production using sunlight + various energy storage cycle combined engines driven by a wedge type mercury gravity turbine.   Increase superheated steam thermal and compressed air cold heat to 5 times 7th stage solar thermal turbine drive species of solar thermal turbine blade cross section (4X) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Equipped with an air heat exchanger + fuel injection ignition combustion in cold heat + thermal air and cold heat production with suction air path length lens and sunlight + fully automatic processable wedge type mercury gravity turbine driven various energy storage cycle combined engine .   Increase the superheated steam thermal energy and compressed air cold heat to 8 times solar thermal turbine driving species of solar thermal turbine blade cross section (4X) by 6 times + combined engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Equipped with a generator + cold injection of fuel for ignition and combustion + intake air path length lens and heat and cold production with solar light + various types of energy storage cycle combined engine driven by vertical mercury gravity turbine capable of fully automatic processing.   Increase the superheated steam thermal and compressed air cold heat to 7 times the 9th stage solar thermal turbine drive species solar thermal turbine blade cross section (4X) + combined engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h ) Heat pump equipped + cold fuel injection ignition combustion + suction air path length lens and heat and cold energy produced by sunlight + various mercury preservation turbine driven various energy storage cycle combined engine.   Increase the superheated steam thermal and compressed air cold heat to 10 times solar thermal turbine drive species of solar thermal turbine blade cross section (4X) by 8 times + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h圧 縮 Prepare heat for compression heat recovery + Fuel injection ignition to cool heat + Intake air path length lens and heat and cold heat production with sunlight + Various energy storage cycle combined engines driven by wedge type mercury gravity turbine   Solar thermal turbine blade cross section (4X) to increase the superheated steam thermal and compressed air cold heat to 9 times the solar thermal turbine driving species + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) water Heat exchange equipment + cold fuel injection ignition combustion + intake air path length lens and heat and cold energy production with sunlight + various mercury preservation turbines driven various energy storage cycle coalescing engines.   Increase the superheated steam thermal and compressed air cold heat to 10 times one stage solar heat turbine drive species of solar heat turbine blade cross section (4X) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Air heat exchange equipment equipped + cold fuel injection ignition combustion + intake air path length lens and heat and cold energy production with sunlight + fully automatic processing vertical mercury mercury gravity turbine driven various energy storage cycle combined engine.   Increase the superheated steam thermal energy and compressed air cold heat to 11 times 2-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4X) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h Power generator equipped + cold fuel injection ignition combustion + intake air path length lens and heat and cold energy production with sunlight + various automatic energy saving cycle combined engine which can be fully automatic processing can be driven by various types of energy storage cycle.   Increase the superheated steam thermal energy and compressed air cold heat to 12 times three-stage solar thermal turbine drive species solar thermal turbine blade cross section (4X) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h ) Heat pump equipped + Drive various space units (78V) + Fuel injection ignition to cold heat + Ignition combustion with suction air path length lens and solar heat produced by sunlight + Various energy driven by wedge type mercury gravity turbine Preservation cycle union agency.   Increase superheated steam thermal and compressed air cold heat to 13 times 4-stage solar heat turbine drive species of solar heat turbine blade cross section (4X) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Prepare compression heat recovery equipment + Drive various space vehicles (78V) + Fuel injection ignition to cold heat + Burn intake air path length lens and heat and cold heat with sunlight + Drive + mercury type mercury gravity turbine Various energy conservation cycle union engine.   Increase the superheated steam thermal energy and compressed air cold heat to 14 times 5-stage solar heat turbine drive species of solar heat turbine blade cross section (4X) + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Prepare water heat exchange equipment + Drive various space vehicles (78V) + Fuel injection ignition to cold heat + Burn intake air path length lens and heat and cold heat with sunlight + Drive + mercury mercury gravity turbine Various energy conservation cycle union engine.   Increase the superheated steam thermal and compressed air cold heat to 15 times 6-stage solar thermal turbine drive species solar thermal turbine blade cross section (4X) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h ) Prepare air heat exchange equipment + Drive various space return vehicles (78V) + Fuel injection ignition combustion to cold energy + Heat and cold energy production with suction air path length lens and sunlight + Fully automatic processing vertical type Various energy storage cycle combined engine driven by mercury gravity turbine.   Increase the superheated steam thermal energy and compressed air cold heat to make the solar thermal turbine blade cross section (4X) 16 times 7 stage solar thermal turbine drive species + make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Equipped with a generator + Drive various space units (78 V) + Fuel injection ignition to cold heat + Ignition combustion with suction air path length lens and heat and cold heat production with sunlight + Agate type mercury capable of fully automatic processing Various energy storage cycle combined engines driven by gravity turbines.   Solar thermal turbine blade cross section (4X) 17 times to increase the superheated steam thermal energy and compressed air cold heat to 8-stage solar thermal turbine driving species + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + mercury down Accelerated solar thermal turbine driving species + Drive various passenger aircraft (78V) + Fuel injection ignition to cold heat + Intake air path length lens and heat and cold energy production with sunlight + Various types of energy preservation driven by wedge type mercury gravity turbine Cycle coalescing agency.   Solar thermal turbine blade cross section (4X) 18 times to increase the superheated steam thermal energy and compressed air cold heat to nine-stage solar thermal turbine drive species + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + mercury down Accelerated solar thermal turbine driving species + Drive various passenger aircraft (78V) + Fuel injection ignition to cold heat + Intake air path length lens and heat and cold energy production with sunlight + Various types of energy preservation driven by wedge type mercury gravity turbine Cycle coalescing agency.   Increase superheated steam thermal and compressed air cold heat to 19 times 10 stages solar thermal turbine drive species with solar thermal turbine blade cross section (4X) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + mercury downward Accelerated solar thermal turbine driving species + Drive various passenger aircraft (78V) + Fuel injection ignition to cold heat + Intake air path length lens and heat and cold energy production with sunlight + Various types of energy preservation driven by wedge type mercury gravity turbine Cycle coalescing agency.   Solar thermal turbine blade cross section (4X) to 20 times more solar thermal turbine driving species Increase superheated steam thermal and compressed air cold heat + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + accelerate mercury downward to solar heat Use a turbine drive type + Drive various passenger aircraft (78V) + Fuel injection ignition combustion to cold heat + Thermally cool heat production with suction air path length lens and sunlight + Driven fully automatic processable vertical mercury gravity turbine drive Various energy conservation cycle union engine.   Increase the superheated steam thermal and compressed air cold heat to 21 times one stage solar heat turbine drive species of solar heat turbine blade cross section (4X) + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + mercury downward Accelerating solar heat turbine driving species + Driving various passenger aircraft (78V) + Fuel injection ignition to cold heat igniter air path length lens and heat and cold heat production with sunlight + 自動 type mercury gravity capable of fully automatic processing Various energy storage cycle combined engines driven by turbines.   Increases superheated steam thermal and compressed air cold heat to 22x double stage solar thermal turbine driven species with 22x solar thermal blade cross section (4X) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + accelerates mercury Configuration and method + coated turbine blade + cold fuel injection ignition combustion + intake air path length lens and heat and cold energy produced by sunlight + various types of energy storage cycle combined engine driven by wedge type mercury gravity turbine   Increase superheated steam thermal and compressed air cold heat to 23 times 3-stage solar heat turbine drive species with solar thermal blade cross section (4X) + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + accelerate mercury Configuration and method + coated turbine blade + cold fuel injection ignition combustion + intake air path length lens and heat and cold energy produced by sunlight + various types of energy storage cycle combined engine driven by wedge type mercury gravity turbine   Increases superheated steam thermal and compressed air cold heat to 24 times 4-stage solar thermal turbine drive species with solar thermal turbine blade cross section (4X) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + accelerates mercury Configuration and method + coated turbine blade + cold fuel injection ignition combustion + intake air path length lens and heat and cold energy produced by sunlight + various types of energy storage cycle combined engine driven by wedge type mercury gravity turbine   Increase superheated steam thermal and compressed air cold heat to 25 times 5-stage solar thermal turbine drive species with solar thermal blade cross section (4X) + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + accelerate mercury Configuration and method + Coating turbine blade + Fuel injection ignition combustion to cold energy + Thermal and cold energy production with suction air path length lens and sunlight + Various energy saving cycle coalescing engines driven by full-automatic machinable mercury type mercury gravity turbine .   Increase superheated steam thermal and compressed air cold heat to 6th stage solar thermal turbine drive species double solar thermal turbine blade cross section (4X) + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + accelerate mercury Configuration and method + Coating turbine blade + Fuel injection ignition combustion to cold energy + Thermal and cold energy production with suction air path length lens and sunlight + Various energy storage cycle combination driven by vertical mercury gravity turbine capable of fully automatic processing organ.   Increase the superheated steam thermal and compressed air cold heat to 7 times solar thermal turbine drive species triple solar thermal turbine blade cross section (4X) + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + accelerate mercury Configuration and method + coated turbine blade + cold fuel injection ignition combustion + intake air path length lens and heat and cold energy produced by sunlight + various types of energy storage cycle combined engine driven by wedge type mercury gravity turbine   Increase superheated steam thermal and compressed air cold heat to 8 times solar thermal turbine drive species with 4 times solar thermal blade cross section (4X) + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + accelerate mercury Configuration and method + coated turbine blade + cold fuel injection ignition combustion + intake air path length lens and heat and cold energy produced by sunlight + various types of energy storage cycle combined engine driven by wedge type mercury gravity turbine   Increase superheated steam thermal and compressed air cold heat to 9 times solar thermal turbine drive species with 5 times solar thermal blade cross section (4X) + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + accelerate mercury Configuration and method + coated turbine blade + cold fuel injection ignition combustion + intake air path length lens and heat and cold energy produced by sunlight + various types of energy storage cycle combined engine driven by wedge type mercury gravity turbine   Increase superheated steam thermal and compressed air cold heat to 10 times solar thermal turbine drive species with 6 times solar thermal blade cross section (4X) + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + accelerate mercury Configuration and method + Coating turbine blade + Fuel injection ignition combustion to cold energy + Thermal and cold energy production with suction air path length lens and sunlight + Various energy saving cycle coalescing engines driven by full-automatic machinable mercury type mercury gravity turbine .   Solar thermal turbine blade cross section (4X) to be 7 times the solar thermal turbine driving species + increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + accelerate mercury configuration or Method + Coated turbine blade + Fuel injection ignition combustion to cold energy + Thermal and cold energy production with suction air path length lens and sunlight + Various energy storage cycle combined engine driven by vertical mercury gravity turbine capable of fully automatic processing.   Increase the superheated steam thermal and compressed air cold heat to 8 times one stage solar heat turbine drive species of solar heat turbine blade cross section (4X) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Heat pump equipped + Drive various cargo airplanes (78V) + Fuel injection ignition combustion to cold heat + Intake air path length lens and heat and cold heat production with sunlight + Various types of energy storage driven by wedge type mercury gravity turbine Cycle coalescing agency.   Increase the superheated steam thermal and compressed air cold heat to 9 times 2-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4X) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Prepare compression heat recovery equipment + Drive various cargo airplanes (78V) + Fuel injection ignition to cold heat + Burn intake air path length lens and heat and cold energy with sunlight + Various types to drive wedge type mercury gravity turbine Energy Conservation Cycle Coalition Agency.   Increase the superheated steam thermal and compressed air cold heat to 10 times three-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4X) + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h ) Prepare water heat exchange equipment + Drive various cargo airplanes (78V) + Fuel injection ignition to cold heat + Burn intake air path length lens and heat and cold energy with sunlight + + Various types driven by wedge type mercury gravity turbine Energy Conservation Cycle Coalition Agency.   Increase the superheated steam thermal energy and compressed air cold heat to 11 times 4-stage solar heat turbine drive species of solar thermal turbine blade cross section (4X) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Equipped + Drive various cargo planes (78V) + Fuel injection ignition combustion to cold heat + Heat and cold heat production with suction air path length lens and sunlight + Driven fully automatic processable vertical mercury gravity turbine driven Various energy conservation cycle union engine.   Increase superheated steam thermal and compressed air cold heat to 12 times 5-stage solar heat turbine drive species of solar heat turbine blade cross section (4X) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Equipped with generator + Drive various cargo airplanes (78V) + Fuel injection ignition to cold heat + Ignition combustion with suction air path length lens and heat and cold heat production with sunlight + Agate type mercury gravity capable of fully automatic processing Various energy storage cycle combined engines driven by turbines.   Increase the superheated steam thermal and compressed air cold heat to 13 times the 6th stage solar thermal turbine drive species of solar thermal turbine blade cross section (4X) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Heat pump equipped + Drive various cargo airplanes (78V) + Fuel injection ignition combustion to cold heat + Intake air path length lens and heat and cold heat production with sunlight + Various types of energy storage driven by wedge type mercury gravity turbine Cycle coalescing agency.   Increase the superheated steam thermal and compressed air cold heat to 14 times 7-stage solar thermal turbine drive species solar thermal turbine blade cross section (4X) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Prepare compression heat recovery equipment + Drive various cargo airplanes (78V) + Fuel injection ignition to cold heat + Burn intake air path length lens and heat and cold energy with sunlight + Various types to drive wedge type mercury gravity turbine Energy Conservation Cycle Coalition Agency.   Increase superheated steam thermal and compressed air cold heat to 15 times 8-stage solar heat turbine drive species of solar heat turbine blade cross section (4X) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Prepare water heat exchange equipment + Drive various cargo airplanes (78V) + Fuel injection ignition to cold heat + Burn intake air path length lens and heat and cold energy with sunlight + + Various types driven by wedge type mercury gravity turbine Energy Conservation Cycle Coalition Agency.   Increase superheated steam thermal and compressed air cold heat to 16 times 9th stage solar heat turbine drive species of solar heat turbine blade cross section (4X) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Prepare air heat exchange equipment + Drive various cargo airplanes (78V) + Fuel injection ignition to cold heat + Burn intake air path length lens and heat and cold manufacture with sunlight + Various types to drive 竪 type mercury gravity turbine Energy Conservation Cycle Coalition Agency.   Increase the superheated steam thermal and compressed air cold heat to 17 times 10 stages solar thermal turbine drive species solar thermal turbine blade cross section (4X) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h ) Equipped with generator + Drive various cargo planes (78V) + Fuel injection ignition to cold heat + Burn intake air path length lens and heat and cold production with sunlight + + Various types of energy preservation drive by wedge type mercury gravity turbine Cycle coalescing agency.   Increase the superheated steam thermal and compressed air cold heat to 18 times solar thermal turbine drive species solar thermal turbine blade cross section (4X) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) thermal Pump equipped + Drive various cargo airplanes (78V) + Fuel injection ignition combustion to cold + Intake air path length lens and heat and cold manufacture with sunlight + + Various types of energy storage cycle combination driven by wedge type mercury gravity turbine organ.   Increase superheated steam thermal and compressed air cold heat to 19 times one stage solar heat turbine drive species of solar heat turbine blade cross section (4X) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Prepare compression heat recovery equipment + Drive various cargo airplanes (78V) + Fuel injection ignition to cold heat + Burn intake air path length lens and heat and cold energy with sunlight + Various types to drive wedge type mercury gravity turbine Energy Conservation Cycle Coalition Agency.   Increase the superheated steam thermal and compressed air cold heat to 20 times the two-stage solar heat turbine drive species of solar heat turbine blade cross section (4X) + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h ) Prepare water heat exchange equipment + Drive various cargo airplanes (78V) + Fuel injection ignition to cold heat + Burn intake air path length lens and heat and cold energy with sunlight + + Various types driven by wedge type mercury gravity turbine Energy Conservation Cycle Coalition Agency.   Increase the superheated steam thermal and compressed air cold heat to 21 times three-stage solar heat turbine drive species of solar heat turbine blade cross section (4X) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Prepare air heat exchange equipment + Drive various cargo airplanes (78V) + Fuel injection ignition to cold heat + Burn intake air path length lens and heat and cold manufacture with sunlight + Various types to drive 竪 type mercury gravity turbine Energy Conservation Cycle Coalition Agency.   Increase superheated steam thermal and compressed air cold heat to 22 times 4-stage solar heat turbine drive species of solar heat turbine blade cross section (4X) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Equipped with generator + Drive various cargo planes (78V) + Fuel injection ignition to cold heat + Burn intake air path length lens and heat and cold production with sunlight + + Various types of energy preservation drive by wedge type mercury gravity turbine Cycle coalescing agency.   Increase the superheated steam thermal and compressed air cold heat to 23 times 5-stage solar heat turbine drive species of solar heat turbine blade cross section (4X) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Heat pump equipped + Drive various cargo airplanes (78V) + Fuel injection ignition combustion to cold heat + Intake air path length lens and heat and cold heat production with sunlight + Various types of energy storage driven by wedge type mercury gravity turbine Cycle coalescing agency.   Increase the superheated steam thermal energy and compressed air cold heat to the solar heat turbine blade cross section (4X) by 24 times the six-stage solar heat turbine drive species + combine engine injection part (78V) to the solar thermal gravity rotary plane (39B) + horizontal axis (1h ) Prepare compression heat recovery equipment + Drive various cargo airplanes (78V) + Fuel injection ignition to cold heat + Burn intake air path length lens and heat and cold energy with sunlight + Various types to drive wedge type mercury gravity turbine Energy Conservation Cycle Coalition Agency.   Increase the superheated steam thermal and compressed air cold heat to 25 times 7-stage solar thermal turbine drive species solar thermal turbine blade cross section (4X) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h ) Prepare water heat exchange equipment + Drive various cargo airplanes (78V) + Fuel injection ignition to cold heat + Burn intake air path length lens and heat and cold energy with sunlight + + Various types driven by wedge type mercury gravity turbine Energy Conservation Cycle Coalition Agency.   Increase superheated steam thermal and compressed air cold heat to double 8th stage solar heat turbine drive species of solar heat turbine blade cross section (4X) + combined engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Prepare air heat exchange equipment + Drive various cargo airplanes (78V) + Fuel injection ignition to cold heat + Burn intake air path length lens and heat and cold manufacture with sunlight + Various types to drive 竪 type mercury gravity turbine Energy Conservation Cycle Coalition Agency.   Increase superheated steam thermal and compressed air cold heat to 9th stage solar thermal turbine drive species triple solar thermal turbine blade cross section (4X) + combined engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Equipped with generator + Drive various cargo planes (78V) + Fuel injection ignition to cold heat + Burn intake air path length lens and heat and cold production with sunlight + + Various types of energy preservation drive by wedge type mercury gravity turbine Cycle coalescing agency.   Increase superheated steam thermal and compressed air cold heat to 10 stages of solar heat turbine drive species with 4 times the solar heat turbine blade cross section (4X) + combined engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Heat pump equipped + Drive various cargo airplanes (78V) + Fuel injection ignition combustion to cold heat + Intake air path length lens and heat and cold heat production with sunlight + Fully automatic processable vertical mercury gravity turbine Various energy storage cycle coalescing engines to drive.   Increase the superheated steam thermal and compressed air cold heat to 5 times the solar thermal turbine drive species solar thermal turbine blade cross section (4X) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) compression Equipped with heat recovery equipment + Drive various cargo planes (78V) + Fuel injection ignition combustion to cold heat + Thermally cool production with suction air path length lens and sunlight + Fully automatic processable vertical mercury gravity turbine Various energy storage cycle coalescing engines to drive.   Increase the superheated steam thermal and compressed air cold heat to 6 times 1 step solar heat turbine drive species solar heat turbine blade cross section (4X) + combined engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Prepare water heat exchange equipment + Drive various cargo airplanes (78V) + Fuel injection ignition to cold heat igniter + suction air path length lens and heat and cold heat production with sunlight + Fully automatic processable vertical mercury Various energy storage cycle combined engines driven by gravity turbines.   Increase the superheated steam thermal energy and compressed air cold heat to 7 times 2-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4X) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Prepare air heat exchange equipment + Drive various cargo airplanes (78V) + Fuel injection ignition to cold heat + Burn intake air path length lens and heat and cold heat with sunlight + Fully automatic processable vertical mercury Various energy storage cycle combined engines driven by gravity turbines.   Increase the superheated steam thermal and compressed air cold heat to 8 times 3-stage solar heat turbine drive species of solar thermal turbine blade cross section (4X) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Equipped with generator + Drive various cargo airplanes (78V) + Fuel injection ignition combustion to cold heat + Thermal and cold heat production with suction air path length lens and sunlight + Fully automatic processable vertical mercury gravity turbine Various energy storage cycle coalescing engines to drive.   Increase superheated steam thermal and compressed air cold heat to 9 times 4-stage solar heat turbine drive species of solar heat turbine blade cross section (4X) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Heat pump equipped + Drive various cargo airplanes (78V) + Fuel injection ignition combustion to cold energy + Intake air path length lens and heat and cold energy production with sunlight + Fully automatic processing possible vertical mercury mercury gravity Various energy storage cycle combined engines driven by turbines.   Increase superheated steam thermal and compressed air cold heat to 10 times 5-stage solar heat turbine drive species of solar heat turbine blade cross section (4X) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Prepare compression heat recovery equipment + Drive various cargo airplanes (78V) + Fuel injection ignition to cold heat + Burn intake air path length lens and heat and cold heat with sunlight + Fully automatic processing possible Various energy storage cycle combined engine driven by mercury gravity turbine.   Increase the superheated steam thermal and compressed air cold heat to 11 times 6-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4X) + combined engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Prepare water heat exchange equipment + Drive various cargo airplanes (78 V) + Fuel injection ignition to cold heat + Burn intake air path length lens and heat and cold heat with sunlight + Fully automatic processing possible vertical type Various energy storage cycle combined engine driven by mercury gravity turbine.   Increase the superheated steam thermal and compressed air cold heat to 12 times 7-stage solar thermal turbine drive species solar thermal turbine blade cross section (4X) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h ) Prepare air heat exchange equipment + Drive various cargo airplanes (78 V) + Fuel injection ignition to cold heat + Burn intake air path length lens Heat and cold heat with lens + sunlight + Fully automatic processing is possible Various energy storage cycle combined engine driven by mercury gravity turbine.   Increase superheated steam thermal and compressed air cold heat to 13 times 8-stage solar heat turbine drive species of solar heat turbine blade cross section (4X) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Equipped with generator + Drive various cargo airplanes (78V) + Fuel injection ignition to cold heat + Ignition combustion with suction air path length lens and heat and cold heat production with sunlight + Agate type mercury gravity capable of fully automatic processing Various energy storage cycle combined engines driven by turbines.   Increase the superheated steam thermal and compressed air cold heat to 14 times the 9th stage solar thermal turbine drive species of solar thermal turbine blade cross section (4X) + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Heat pump equipped + Drive various cargo airplanes (78V) + Fuel injection ignition combustion to cold heat + Intake air path length lens and heat and cold heat production with sunlight + Various types of energy storage driven by wedge type mercury gravity turbine Cycle coalescing agency.   Increase superheated steam thermal and compressed air cold heat to 10 times solar thermal turbine drive species of solar thermal turbine blade cross section (4X) 15 times + combined engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Prepare compression heat recovery equipment + Drive various cargo airplanes (78V) + Fuel injection ignition to cold heat + Burn intake air path length lens and heat and cold energy with sunlight + Various types to drive wedge type mercury gravity turbine Energy Conservation Cycle Coalition Agency.   Solar thermal turbine blade section (4X) to increase the superheated steam thermal and compressed air cold heat to 16 times the solar thermal turbine driving species + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) water Prepare heat exchange equipment + Drive various cargo airplanes (78V) + Fuel injection ignition to cold heat + Burn intake air path length lens and heat and cold manufacture with sunlight + + Various types of energy preservation drive by wedge type mercury gravity turbine Cycle coalescing agency.   Increase the superheated steam thermal and compressed air cold heat to 17-fold one-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4X) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Prepare air heat exchange equipment + Drive various cargo airplanes (78V) + Fuel injection ignition to cold heat + Burn intake air path length lens and heat and cold manufacture with sunlight + Various types to drive 竪 type mercury gravity turbine Energy Conservation Cycle Coalition Agency.   Increase the superheated steam thermal energy and compressed air cold heat to 18 times double stage solar thermal turbine drive species of solar thermal turbine blade cross section (4X) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Equipped with generator + Drive various cargo planes (78V) + Fuel injection ignition to cold heat + Burn intake air path length lens and heat and cold production with sunlight + + Various types of energy preservation drive by wedge type mercury gravity turbine Cycle coalescing agency.   Increase the superheated steam thermal and compressed air cold heat to 19 times three-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4X) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Heat pump equipped + Maximize utilization of gravity and sunlight + Uplift storage of mercury with increase ball raising device (2F) + Fuel injection ignition combustion to cold energy + Thermal intake and discharge path length lens and sunlight to produce heat and cold energy + Energy saving cycle combined engine driven by + type mercury gravity turbine.   Increase superheated steam thermal and compressed air cold heat to 20 times 4-stage solar heat turbine drive species of solar heat turbine blade cross section (4X) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Prepare compression heat recovery equipment + Maximize utilization of gravity and sunlight + Rising mercury with a rising ball lifter (2F) + Fuel injection ignition combustion to cold energy + Intake air path length lens and sunlight thermal energy Cold storage + + type mercury gravity turbine driven various energy storage cycle combined engine.   Increase the superheated steam thermal and compressed air cold heat to 21 times 5-stage solar heat turbine drive species of solar thermal blade cross section (4X) + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Prepare water heat exchange equipment + Maximize utilization of gravity and sunlight + Rising mercury with a rising ball lifter (2F) + Fuel injection ignition combustion to cold energy + Intake air path length lens and sunlight thermal energy Cold storage + + type mercury gravity turbine driven various energy storage cycle combined engine.   Increase the superheated steam thermal and compressed air cold heat to 22 times 6-stage solar thermal turbine drive species solar thermal turbine blade cross section (4X) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h ) Prepare air heat exchange equipment + Maximize utilization of gravity and sunlight + Rising mercury with a rising ball lifter (2F) + Fuel injection ignition combustion to cold energy + Intake air path length lens and sunlight thermal energy A variety of energy storage cycle combined engines driven by a cold-type manufacturing + fully automatic machineable vertical mercury gravity turbine driven.   Increase the superheated steam thermal and compressed air cold heat to 23 times 7-stage solar heat turbine drive species of solar heat turbine blade cross section (4X) + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Equipped with a generator + Maximize utilization of gravity and sunlight + Rising mercury with a rising sphere lifter (2F) + Fuel injection ignition to cold heat + Ignition combustion + Thermal suction and heat production with suction air path length lens and sunlight + Various energy storage cycle combined engines driven by vertical mercury gravity turbines capable of fully automatic processing.   Increase superheated steam thermal and compressed air cold heat to 24 times 8-stage solar heat turbine drive species of solar heat turbine blade cross section (4X) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Heat pump equipped + cold fuel injection ignition combustion + suction air path length lens and heat and cold energy produced by sunlight + various mercury preservation turbine driven various energy storage cycle combined engine.   Increase superheated steam thermal and compressed air cold heat to 25 times 9th stage solar thermal turbine driving species of solar thermal turbine blade cross section (4X) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h圧 縮 Prepare heat for compression heat recovery + Fuel injection ignition to cool heat + Intake air path length lens and heat and cold heat production with sunlight + Various energy storage cycle combined engines driven by wedge type mercury gravity turbine   Increase the superheated steam thermal and compressed air cold heat to double the 10th stage solar thermal turbine drive species of solar thermal turbine blade cross section (4X) + combined engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1h Water heat exchange equipment equipped + cold fuel injection ignition combustion + intake air path length lens and heat and cold energy produced by sunlight + various types of energy storage cycle combined engine driven by wedge type mercury gravity turbine.   Increase superheated steam thermal and compressed air cold heat to triple solar thermal turbine drive species with solar thermal turbine blade cross section (4X) + combined engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1h) air Heat exchange equipment + cold fuel injection ignition combustion + suction air path length lens and heat and cold energy production with sunlight + fully automatic processing vertical mercury gravity turbine driven various energy storage cycle coalescing engine driven.   Increase the superheated steam thermal and compressed air cold heat to 4 times the stage of the solar heat turbine blade cross section (4X) + one step solar heat turbine drive species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h Power generator equipped + cold fuel injection ignition combustion + intake air path length lens and heat and cold energy production with sunlight + various automatic energy saving cycle combined engine which can be fully automatic processing can be driven by various types of energy storage cycle.   Increase the superheated steam thermal and compressed air cold heat to 5 times the two-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4X) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h 2.) A heat pump is equipped + cold injection of fuel for ignition and combustion + intake air path length lens and heat and cold production using sunlight + various types of energy storage cycle combined engine driven by a wedge type mercury gravity turbine.   Increase the superheated steam thermal energy and compressed air cold heat to 6 times three-stage solar heat turbine drive species of solar heat turbine blade cross section (4X) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h 2.) Equipped with a compression heat recovery unit + fuel injection ignition combustion to cold energy + intake air path length lens and heat and cold energy production using sunlight + various energy storage cycle coalescing engines driven by wedge type mercury gravity turbine.   Increase the superheated steam thermal energy and compressed air cold heat to 7 times 4-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4X) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h 2.) A water heat exchanger is provided + fuel injection ignition combustion for cold heat + intake air path length lens and heat and cold heat production using sunlight + various energy storage cycle combined engines driven by a wedge type mercury gravity turbine.   Increase the superheated steam thermal and compressed air cold heat to 8 times 5-stage solar heat turbine drive species of solar heat turbine blade cross section (4X) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Equipped with an air heat exchanger + fuel injection ignition combustion in cold heat + thermal air and cold heat production with suction air path length lens and sunlight + fully automatic processable wedge type mercury gravity turbine driven various energy storage cycle combined engine .   Increase the superheated steam thermal and compressed air cold heat to 9 times 6-stage solar thermal turbine drive species solar thermal turbine blade cross section (4X) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h ) Equipped with a generator + cold injection of fuel for ignition and combustion + intake air path length lens and heat and cold production with solar light + various types of energy storage cycle combined engine driven by vertical mercury gravity turbine capable of fully automatic processing.   Increase the superheated steam thermal and compressed air cold heat to 10 times 7-stage solar thermal turbine drive species solar thermal turbine blade cross section (4X) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h ) Heat pump equipped + cold fuel injection ignition combustion + suction air path length lens and heat and cold energy produced by sunlight + various mercury preservation turbine driven various energy storage cycle combined engine.   Increase the superheated steam thermal and compressed air cold heat to 11 times the 8-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4X) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h圧 縮 Prepare heat for compression heat recovery + Fuel injection ignition to cool heat + Intake air path length lens and heat and cold heat production with sunlight + Various energy storage cycle combined engines driven by wedge type mercury gravity turbine   Increase superheated steam thermal and compressed air cold heat to 12 times 9th stage solar heat turbine drive species of solar heat turbine blade cross section (4X) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h Water heat exchange equipment equipped + cold fuel injection ignition combustion + intake air path length lens and heat and cold energy produced by sunlight + various types of energy storage cycle combined engine driven by wedge type mercury gravity turbine.   Increase the superheated steam thermal and compressed air cold heat to 13 times the 10th stage solar thermal turbine drive species solar thermal turbine blade cross section (4X) + combined engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1h ) Air heat exchange equipment equipped + cold fuel injection ignition combustion + intake air path length lens and heat and cold energy production with sunlight + fully automatic processing vertical mercury mercury gravity turbine driven various energy storage cycle combined engine.   Solar thermal turbine blade cross section (4X) to 14 times the solar thermal turbine driving species increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) power generation Equipped with a mechanism + fuel injection and combustion to cold heat + thermal air and cold heat production with suction air path length lens and sunlight + various energy storage cycle combined engines driven by vertical mercury gravity turbine capable of full automatic processing.   Increase the superheated steam thermal and compressed air cold heat to 15 times one stage solar heat turbine drive species of solar heat turbine blade cross section (4X) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Heat pump equipped + Drive various space units (78V) + Fuel injection ignition to cold heat + Ignition combustion with suction air path length lens and solar heat produced by sunlight + Various energy driven by wedge type mercury gravity turbine Preservation cycle union agency.   Increase the superheated steam thermal energy and compressed air cold heat to 16 times 2-stage solar thermal turbine driving species of solar thermal turbine blade cross section (4X) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Prepare compression heat recovery equipment + Drive various space vehicles (78V) + Fuel injection ignition to cold heat + Burn intake air path length lens and heat and cold heat with sunlight + Drive + mercury type mercury gravity turbine Various energy conservation cycle union engine.   Increase the superheated steam thermal and compressed air cold heat to 17 times three-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4X) + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Prepare water heat exchange equipment + Drive various space vehicles (78V) + Fuel injection ignition to cold heat + Burn intake air path length lens and heat and cold heat with sunlight + Drive + mercury mercury gravity turbine Various energy conservation cycle union engine.   Increase the superheated steam thermal energy and compressed air cold heat to 18 times 4-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4X) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Prepare air heat exchange equipment + Drive various space return vehicles (78V) + Fuel injection ignition combustion to cold energy + Heat and cold energy production with suction air path length lens and sunlight + Fully automatic processing vertical type Various energy storage cycle combined engine driven by mercury gravity turbine.   Increase the superheated steam thermal energy and compressed air cold heat to 19 times 5-stage solar heat turbine drive species of solar heat turbine blade cross section (4X) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Equipped with a generator + Drive various space units (78 V) + Fuel injection ignition to cold heat + Ignition combustion with suction air path length lens and heat and cold heat production with sunlight + Agate type mercury capable of fully automatic processing Various energy storage cycle combined engines driven by gravity turbines.   Increase superheated steam thermal and compressed air cold heat to 6 times solar thermal turbine drive species with 20 times solar thermal blade cross section (4X) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + mercury downward Accelerated solar thermal turbine driving species + Drive various passenger aircraft (78V) + Fuel injection ignition to cold heat + Intake air path length lens and heat and cold energy production with sunlight + Various types of energy preservation driven by wedge type mercury gravity turbine Cycle coalescing agency.   Increase the superheated steam thermal and compressed air cold heat to 21 times 7-stage solar heat turbine drive species of solar heat turbine blade cross section (4X) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + mercury downward Accelerated solar thermal turbine driving species + Drive various passenger aircraft (78V) + Fuel injection ignition to cold heat + Intake air path length lens and heat and cold energy production with sunlight + Various types of energy preservation driven by wedge type mercury gravity turbine Cycle coalescing agency.   Increase the superheated steam thermal and compressed air cold heat to 8 times solar thermal turbine driving species of 22 times solar thermal turbine blade cross section (4X) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + mercury downward Accelerated solar thermal turbine driving species + Drive various passenger aircraft (78V) + Fuel injection ignition to cold heat + Intake air path length lens and heat and cold energy production with sunlight + Various types of energy preservation driven by wedge type mercury gravity turbine Cycle coalescing agency.   Increase the superheated steam thermal and compressed air cold heat to 23 times the 9th stage solar thermal turbine drive species of solar thermal turbine blade cross section (4X) + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + mercury downward Accelerating solar thermal turbine driving species + Driving various passenger aircraft (78 V) + Fuel injection ignition combustion to cold heat + Thermal and cold heat production with suction air path length lens and sunlight + Fully automatic processable vertical mercury gravity turbine Various energy storage cycle coalescing engines to drive.   Increase superheated steam thermal and compressed air cold heat to 10 times solar thermal turbine drive species with 24 times solar thermal blade cross section (4X) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + mercury downward Accelerating solar heat turbine driving species + Driving various passenger aircraft (78V) + Fuel injection ignition to cold heat igniter air path length lens and heat and cold heat production with sunlight + 自動 type mercury gravity capable of fully automatic processing Various energy storage cycle combined engines driven by turbines.   Increase the superheated steam thermal and compressed air cold heat to 25 times solar thermal turbine drive species solar thermal turbine blade cross section (4X) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) thermal Pump equipped + Coated turbine blade + Fuel injection ignition combustion to cold energy + Intake air path length lens and heat and cold energy production with sunlight + Various energy storage cycle combined engine driven by wedge type mercury gravity turbine   Solar thermal turbine blade cross section (4X) doubled to one stage solar thermal turbine driving species Increase superheated steam thermal and compressed air cold heat + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Equipped with compression heat recovery equipment + Coated turbine blade + Fuel injection ignition combustion to cold heat + Thermal air / cool production with suction air path length lens and sunlight + Various energy storage cycle coalescing engines driven by wedge type mercury gravity turbine .   Increase the superheated steam thermal and compressed air cold heat to three-stage two-stage solar thermal turbine drive species triple solar thermal turbine blade cross section (4X) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h Water heat exchange equipment + coated turbine blade + fuel injection ignition combustion to cold heat + intake air path length lens and heat and cold energy production with sunlight + various mercury preservation turbine driven various energy storage cycle combined engine .   Increase the superheated steam thermal and compressed air cold heat to 4 times the three-stage solar heat turbine drive species of solar heat turbine blade cross section (4X) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1h ) Air heat exchange equipment + coated turbine blade + fuel injection ignition combustion to cold heat + intake air path length lens and heat and cold heat production with sunlight + various types of fully automatic processable vertical mercury gravity turbine driven Energy Conservation Cycle Coalition Agency.   Increase the superheated steam thermal and compressed air cold heat to 5 times the four-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4X) + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Equipped with generator + Coated turbine blade + Fuel injection ignition combustion to cold energy + Thermal and cold energy production with suction air path length lens and sunlight + Various energy driven by wedge type mercury gravity turbine capable of fully automatic processing Preservation cycle union agency.   Increase the superheated steam thermal and compressed air cold heat to 5 times solar thermal turbine drive species of 6 times the solar thermal turbine blade cross section (4X) + combined engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1 h 2.) A heat pump is equipped + cold injection of fuel for ignition and combustion + intake air path length lens and heat and cold production using sunlight + various types of energy storage cycle combined engine driven by a wedge type mercury gravity turbine.   Increase the superheated steam thermal and compressed air cold heat to 7 times the solar heat turbine blade cross section (4X) 7 times 6 stage solar heat turbine drive species + combined engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h 2.) Equipped with a compression heat recovery unit + fuel injection ignition combustion to cold energy + intake air path length lens and heat and cold energy production using sunlight + various energy storage cycle coalescing engines driven by wedge type mercury gravity turbine.   Increase the superheated steam thermal and compressed air cold heat to 8 times 7-stage solar thermal turbine drive species solar thermal turbine blade cross section (4X) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h 2.) A water heat exchanger is provided + fuel injection ignition combustion for cold heat + intake air path length lens and heat and cold heat production using sunlight + various energy storage cycle combined engines driven by a wedge type mercury gravity turbine.   Increase superheated steam thermal and compressed air cold heat to 9 times 8-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4X) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Equipped with an air heat exchanger + fuel injection ignition combustion in cold heat + thermal air and cold heat production with suction air path length lens and sunlight + fully automatic processable wedge type mercury gravity turbine driven various energy storage cycle combined engine .   Increase the superheated steam thermal and compressed air cold heat to 10 times the 9th stage solar thermal turbine drive species of solar thermal turbine blade cross section (4X) + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Equipped with a generator + cold injection of fuel for ignition and combustion + intake air path length lens and heat and cold production with solar light + various types of energy storage cycle combined engine driven by vertical mercury gravity turbine capable of fully automatic processing.   Increase the superheated steam thermal energy and compressed air cold heat to 11 times 10 stages of solar heat turbine drive species of solar heat turbine blade cross section (4X) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Heat pump equipped + cold fuel injection ignition combustion + suction air path length lens and heat and cold energy produced by sunlight + various mercury preservation turbine driven various energy storage cycle combined engine.   Increase the superheated steam thermal and compressed air cold heat to 12 times solar thermal turbine drive species solar thermal turbine blade cross section (4X) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) compression Heat recovery equipment equipped + cold fuel injection ignition combustion + intake air path length lens and heat and cold energy produced by sunlight + various mercury preservation turbine driven various energy storage cycle combined engine   Increase the superheated steam thermal energy and compressed air cold heat to 13 times one stage solar heat turbine drive species of solar heat turbine blade cross section (4X) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h Water heat exchange equipment equipped + cold fuel injection ignition combustion + intake air path length lens and heat and cold energy produced by sunlight + various types of energy storage cycle combined engine driven by wedge type mercury gravity turbine.   Increase the superheated steam thermal and compressed air cold heat to 14 times the two-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4X) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Air heat exchange equipment equipped + cold fuel injection ignition combustion + intake air path length lens and heat and cold energy production with sunlight + fully automatic processing vertical mercury mercury gravity turbine driven various energy storage cycle combined engine.   Increase the superheated steam thermal and compressed air cold heat to 15 times three-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4X) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h Power generator equipped + cold fuel injection ignition combustion + intake air path length lens and heat and cold energy production with sunlight + various automatic energy saving cycle combined engine which can be fully automatic processing can be driven by various types of energy storage cycle.   Increase the superheated steam thermal and compressed air cold heat to 16 times 4-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4X) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Heat pump equipped + Drive various space units (78V) + Fuel injection ignition to cold heat + Ignition combustion with suction air path length lens and solar heat produced by sunlight + Various energy driven by wedge type mercury gravity turbine Preservation cycle union agency.   Increase the superheated steam thermal energy and compressed air cold heat to 17 times 5-stage solar heat turbine drive species of solar heat turbine blade cross section (4X) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Prepare compression heat recovery equipment + Drive various space vehicles (78V) + Fuel injection ignition to cold heat + Burn intake air path length lens and heat and cold heat with sunlight + Drive + mercury type mercury gravity turbine Various energy conservation cycle union engine.   Increase the superheated steam thermal and compressed air cold heat to 18 times 6-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4X) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Prepare water heat exchange equipment + Drive various space vehicles (78V) + Fuel injection ignition to cold heat + Burn intake air path length lens and heat and cold heat with sunlight + Drive + mercury mercury gravity turbine Various energy conservation cycle union engine.   Increase superheated steam thermal and compressed air cold heat to 19 times 7-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4X) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Prepare air heat exchange equipment + Drive various space return vehicles (78V) + Fuel injection ignition combustion to cold energy + Heat and cold energy production with suction air path length lens and sunlight + Fully automatic processing vertical type Various energy storage cycle combined engine driven by mercury gravity turbine.   Increase superheated steam thermal and compressed air cold heat to 20 times 8-stage solar heat turbine drive species of solar heat turbine blade cross section (4X) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Equipped with a generator + Drive various space units (78 V) + Fuel injection ignition to cold heat + Ignition combustion with suction air path length lens and heat and cold heat production with sunlight + Agate type mercury capable of fully automatic processing Various energy storage cycle combined engines driven by gravity turbines.   Increase the superheated steam thermal and compressed air cold heat to 21 times the 9th stage solar thermal turbine drive species of solar thermal turbine blade cross section (4X) + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + mercury downward Accelerated solar thermal turbine driving species + Drive various passenger aircraft (78V) + Fuel injection ignition to cold heat + Intake air path length lens and heat and cold energy production with sunlight + Various types of energy preservation driven by wedge type mercury gravity turbine Cycle coalescing agency.   Increase the superheated steam thermal and compressed air cold heat to 10 times solar thermal turbine drive species of 22 times the solar thermal turbine blade cross section (4X) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + mercury down Accelerated solar thermal turbine driving species + Drive various passenger aircraft (78V) + Fuel injection ignition to cold heat + Intake air path length lens and heat and cold energy production with sunlight + Various types of energy preservation driven by wedge type mercury gravity turbine Cycle coalescing agency.   Solar heat turbine blade section (4X) to 23 times more solar heat turbine drive species Increase superheated steam thermal and compressed air cold heat + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + accelerate mercury downward Use a turbine drive type + Drive various passenger aircraft (78V) + Fuel injection ignition combustion to cold heat + Thermally cool heat production with suction air path length lens and sunlight + Various energy storage cycle combination driven by wedge type mercury gravity turbine organ.   Increase the superheated steam thermal and compressed air cold heat to 24 times 1-stage solar thermal turbine drive species solar thermal turbine blade cross section (4X) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + mercury down Accelerating solar thermal turbine driving species + Driving various passenger aircraft (78 V) + Fuel injection ignition combustion to cold heat + Thermal and cold heat production with suction air path length lens and sunlight + Fully automatic processable vertical mercury gravity turbine Various energy storage cycle coalescing engines to drive.   Increase the superheated steam thermal and compressed air cold heat to 25 times 2-stage solar thermal turbine driving species of solar thermal turbine blade cross section (4X) + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + mercury downward Accelerating solar heat turbine driving species + Driving various passenger aircraft (78V) + Fuel injection ignition to cold heat igniter air path length lens and heat and cold heat production with sunlight + 自動 type mercury gravity capable of fully automatic processing Various energy storage cycle combined engines driven by turbines.   Increase the superheated steam thermal energy and compressed air cold heat to double the three-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4X) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Heat pump equipped + cold fuel injection ignition combustion + suction air path length lens and heat and cold energy produced by sunlight + various mercury preservation turbine driven various energy storage cycle combined engine.   Increase the superheated steam thermal and compressed air cold heat to four-stage solar thermal turbine drive species triple solar thermal turbine blade cross section (4X) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h圧 縮 Prepare heat for compression heat recovery + Fuel injection ignition to cool heat + Intake air path length lens and heat and cold heat production with sunlight + Various energy storage cycle combined engines driven by wedge type mercury gravity turbine   Increase superheated steam thermal and compressed air cold heat to 5 times solar thermal turbine drive species with 4 times solar thermal blade cross section (4X) + combined engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h Water heat exchange equipment equipped + cold fuel injection ignition combustion + intake air path length lens and heat and cold energy produced by sunlight + various types of energy storage cycle combined engine driven by wedge type mercury gravity turbine.   Increase the superheated steam thermal and compressed air cold heat to 6 times solar thermal turbine drive species of solar thermal turbine blade cross section (4X) 5 times + combined engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Air heat exchange equipment equipped + cold fuel injection ignition combustion + intake air path length lens and heat and cold energy production with sunlight + fully automatic processing vertical mercury mercury gravity turbine driven various energy storage cycle combined engine.   Increase the superheated steam thermal energy and compressed air cold heat to 7 times solar thermal turbine drive species of solar thermal turbine blade cross section (4X) by 6 times + combined engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h Power generator equipped + cold fuel injection ignition combustion + intake air path length lens and heat and cold energy production with sunlight + various automatic energy saving cycle combined engine which can be fully automatic processing can be driven by various types of energy storage cycle.   Increase the superheated steam thermal and compressed air cold heat to 7 times the solar heat turbine blade cross section (4X) to 8-fold solar heat turbine drive species + combined engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h 2.) A heat pump is equipped + cold injection of fuel for ignition and combustion + intake air path length lens and heat and cold production using sunlight + various types of energy storage cycle combined engine driven by a wedge type mercury gravity turbine.   Increase the superheated steam thermal and compressed air cold heat to 8 times the 9th stage solar thermal turbine drive species of solar thermal turbine blade cross section (4X) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h 2.) Equipped with a compression heat recovery unit + fuel injection ignition combustion to cold energy + intake air path length lens and heat and cold energy production using sunlight + various energy storage cycle coalescing engines driven by wedge type mercury gravity turbine.   Increase the superheated steam thermal and compressed air cold heat to 10 times solar thermal turbine drive species of 9 times the solar thermal turbine blade cross section (4X) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h 2.) A water heat exchanger is provided + fuel injection ignition combustion for cold heat + intake air path length lens and heat and cold heat production using sunlight + various energy storage cycle combined engines driven by a wedge type mercury gravity turbine.   Increase the superheated steam thermal and compressed air cold heat to 10 times solar thermal turbine drive species solar thermal turbine blade cross section (4X) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) air Equipped with a heat exchanger + cold fuel injection and combustion with fuel + intake air path length lens and heat and cold energy with solar light + fully automatic processable wedge type mercury gravity turbine driven various energy storage cycle combined engine.   Increase the superheated steam thermal and compressed air cold heat to 11 times the one-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4X) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Equipped with a generator + cold injection of fuel for ignition and combustion + intake air path length lens and heat and cold production with solar light + various types of energy storage cycle combined engine driven by vertical mercury gravity turbine capable of fully automatic processing.   Increase the superheated steam thermal and compressed air cold heat to 12 times the two-stage solar thermal turbine drive species solar thermal turbine blade cross section (4X) + combined engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h ) Heat pump equipped + cold fuel injection ignition combustion + suction air path length lens and heat and cold energy produced by sunlight + various mercury preservation turbine driven various energy storage cycle combined engine.   Increase the superheated steam thermal and compressed air cold heat to 13 times three-stage solar heat turbine drive species solar thermal turbine blade cross section (4X) + combined engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1h圧 縮 Prepare heat for compression heat recovery + Fuel injection ignition to cool heat + Intake air path length lens and heat and cold heat production with sunlight + Various energy storage cycle combined engines driven by wedge type mercury gravity turbine   Increase the superheated steam thermal and compressed air cold heat to 14 times the four-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4X) + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1 h Water heat exchange equipment equipped + cold fuel injection ignition combustion + intake air path length lens and heat and cold energy produced by sunlight + various types of energy storage cycle combined engine driven by wedge type mercury gravity turbine.   Increase the superheated steam thermal energy and compressed air cold heat to 5 times solar thermal turbine drive species of solar thermal turbine blade cross section (4X) 15 times + combined engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Air heat exchange equipment equipped + cold fuel injection ignition combustion + intake air path length lens and heat and cold energy production with sunlight + fully automatic processing vertical mercury mercury gravity turbine driven various energy storage cycle combined engine.   Increase the superheated steam thermal and compressed air cold heat to 16 times 6-stage solar thermal turbine drive species solar thermal turbine blade cross section (4X) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h Power generator equipped + cold fuel injection ignition combustion + intake air path length lens and heat and cold energy production with sunlight + various automatic energy saving cycle combined engine which can be fully automatic processing can be driven by various types of energy storage cycle.   Increase the superheated steam thermal and compressed air cold heat to 17 times the solar heat turbine blade cross section (4X) to seventeen stages of solar heat turbine drive species + combined engine injection part (78V) to the solar thermal gravity rotary plane (39B) + horizontal axis (1h ) Heat pump equipped + Drive various space units (78V) + Fuel injection ignition to cold heat + Ignition combustion with suction air path length lens and solar heat produced by sunlight + Various energy driven by wedge type mercury gravity turbine Preservation cycle union agency.   Increase the superheated steam thermal and compressed air cold heat to 18 times solar thermal turbine blade section (18 times) solar thermal turbine blade cross section (4X) + combined engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Prepare compression heat recovery equipment + Drive various space vehicles (78V) + Fuel injection ignition to cold heat + Burn intake air path length lens and heat and cold heat with sunlight + Drive + mercury type mercury gravity turbine Various energy conservation cycle union engine.   Increase the superheated steam thermal and compressed air cold heat to 19 times the 9th stage solar thermal turbine drive species of solar thermal turbine blade cross section (4X) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Prepare water heat exchange equipment + Drive various space vehicles (78V) + Fuel injection ignition to cold heat + Burn intake air path length lens and heat and cold heat with sunlight + Drive + mercury mercury gravity turbine Various energy conservation cycle union engine.   Increase superheated steam thermal and compressed air cold heat to 20 times 10 stages of solar heat turbine drive species of solar heat turbine blade cross section (4X) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Prepare air heat exchange equipment + Drive various space return vehicles (78V) + Fuel injection ignition combustion to cold energy + Heat and cold energy production with suction air path length lens and sunlight + Fully automatic processing vertical type Various energy storage cycle combined engine driven by mercury gravity turbine.   Solar thermal turbine blade section (4X) to increase the superheated steam thermal and compressed air cold heat to 21 times solar thermal turbine driving species + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) power generation Use equipment + Drive various space vehicles (78V) + Fuel injection ignition combustion to cold energy + Heat and cold energy production with suction air path length lens and sunlight + Vertical-type mercury gravity turbine capable of fully automatic processing Various energy storage cycle coalescing engines to drive.   Increase the superheated steam thermal and compressed air cold heat to 22 times the stage of the solar heat turbine blade cross section (4X) + double stage engine thermal unit (78V) solar thermal gravity rotary plane (39B) + mercury downward Accelerated solar thermal turbine driving species + Drive various passenger aircraft (78V) + Fuel injection ignition to cold heat + Intake air path length lens and heat and cold energy production with sunlight + Various types of energy preservation driven by wedge type mercury gravity turbine Cycle coalescing agency.   Increase the superheated steam thermal and compressed air cold heat to 23 times the two-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4X) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + mercury downward Accelerated solar thermal turbine driving species + Drive various passenger aircraft (78V) + Fuel injection ignition to cold heat + Intake air path length lens and heat and cold energy production with sunlight + Various types of energy preservation driven by wedge type mercury gravity turbine Cycle coalescing agency.   Increase the superheated steam thermal and compressed air cold heat to 24 times 3-stage solar heat turbine drive species of solar heat turbine blade cross section (4X) + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + mercury downward Accelerated solar thermal turbine driving species + Drive various passenger aircraft (78V) + Fuel injection ignition to cold heat + Intake air path length lens and heat and cold energy production with sunlight + Various types of energy preservation driven by wedge type mercury gravity turbine Cycle coalescing agency.   Increase the superheated steam thermal and compressed air cold heat to 25 times 4-stage solar thermal turbine drive species solar thermal turbine blade cross section (4X) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + mercury downward Accelerating solar thermal turbine driving species + Driving various passenger aircraft (78 V) + Fuel injection ignition combustion to cold heat + Thermal and cold heat production with suction air path length lens and sunlight + Fully automatic processable vertical mercury gravity turbine Various energy storage cycle coalescing engines to drive.   Solar thermal turbine blade cross section (4X) doubles to 5-stage solar thermal turbine drive species to increase superheated steam thermal and compressed air cold heat + combined engine injector (78V) solar thermal gravity rotary plane (39B) + mercury downward Accelerating solar heat turbine driving species + Driving various passenger aircraft (78V) + Fuel injection ignition to cold heat igniter air path length lens and heat and cold heat production with sunlight + 自動 type mercury gravity capable of fully automatic processing Various energy storage cycle combined engines driven by turbines.   Increase the superheated steam thermal and compressed air cold heat to 6-stage solar thermal turbine drive species triple solar thermal turbine blade cross section (4X) + combined engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Heat pump equipped + cold fuel injection ignition combustion + suction air path length lens and heat and cold energy produced by sunlight + various mercury preservation turbine driven various energy storage cycle combined engine.   Increase the superheated steam thermal and compressed air cold heat to 7 times solar thermal turbine drive species of 4 times the solar thermal turbine blade cross section (4X) + combined engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1 h圧 縮 Prepare heat for compression heat recovery + Fuel injection ignition to cool heat + Intake air path length lens and heat and cold heat production with sunlight + Various energy storage cycle combined engines driven by wedge type mercury gravity turbine   Increase the superheated steam thermal and compressed air cold heat to 5 times 8-stage solar thermal turbine driving species of solar thermal turbine blade cross section (4X) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h Water heat exchange equipment equipped + cold fuel injection ignition combustion + intake air path length lens and heat and cold energy produced by sunlight + various types of energy storage cycle combined engine driven by wedge type mercury gravity turbine.   Increase superheated steam thermal and compressed air cold heat to 9 times solar thermal turbine drive species with 6 times solar thermal blade cross section (4X) + combined engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Air heat exchange equipment equipped + cold fuel injection ignition combustion + intake air path length lens and heat and cold energy production with sunlight + fully automatic processing vertical mercury mercury gravity turbine driven various energy storage cycle combined engine.   Increase superheated steam thermal and compressed air cold heat to 7 times 10 stage solar heat turbine drive species of solar heat turbine blade cross section (4X) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h Power generator equipped + cold fuel injection ignition combustion + intake air path length lens and heat and cold energy production with sunlight + various automatic energy saving cycle combined engine which can be fully automatic processing can be driven by various types of energy storage cycle.   Increase the superheated steam thermal and compressed air cold heat to 8 times the solar thermal turbine drive species solar thermal turbine blade cross section (4X) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) thermal Equipped with a pump + cold fuel injection and combustion with combustion + intake air path length lens and heat and cold energy production with sunlight + various mercury energy storage combined cycle engine driven by wedge type mercury gravity turbine.   Increase the superheated steam thermal and compressed air cold heat to 9 times one stage solar heat turbine drive species of solar heat turbine blade cross section (4X) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h 2.) Equipped with a compression heat recovery unit + fuel injection ignition combustion to cold energy + intake air path length lens and heat and cold energy production using sunlight + various energy storage cycle coalescing engines driven by wedge type mercury gravity turbine.   Increase the superheated steam thermal and compressed air cold heat to 10 times the two-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4X) + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h 2.) A water heat exchanger is provided + fuel injection ignition combustion for cold heat + intake air path length lens and heat and cold heat production using sunlight + various energy storage cycle combined engines driven by a wedge type mercury gravity turbine.   Increase the superheated steam thermal and compressed air cold heat to 11 times three-stage solar heat turbine drive species of solar heat turbine blade cross section (4X) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Equipped with an air heat exchanger + fuel injection ignition combustion in cold heat + thermal air and cold heat production with suction air path length lens and sunlight + fully automatic processable wedge type mercury gravity turbine driven various energy storage cycle combined engine .   Increase superheated steam thermal and compressed air cold heat to 12 times 4-stage solar heat turbine drive species of solar heat turbine blade cross section (4X) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Equipped with a generator + cold injection of fuel for ignition and combustion + intake air path length lens and heat and cold production with solar light + various types of energy storage cycle combined engine driven by vertical mercury gravity turbine capable of fully automatic processing.   Increase superheated steam thermal and compressed air cold heat to 13 times 5-stage solar heat turbine drive species of solar heat turbine blade cross section (4X) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Heat pump equipped + cold fuel injection ignition combustion + suction air path length lens and heat and cold energy produced by sunlight + various mercury preservation turbine driven various energy storage cycle combined engine.   Increase the superheated steam thermal and compressed air cold heat to 14 times 6-stage solar thermal turbine drive species solar thermal turbine blade cross section (4X) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h圧 縮 Prepare heat for compression heat recovery + Fuel injection ignition to cool heat + Intake air path length lens and heat and cold heat production with sunlight + Various energy storage cycle combined engines driven by wedge type mercury gravity turbine   Increase superheated steam thermal and compressed air cold heat to 15 times 7-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4X) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h Water heat exchange equipment equipped + cold fuel injection ignition combustion + intake air path length lens and heat and cold energy produced by sunlight + various types of energy storage cycle combined engine driven by wedge type mercury gravity turbine.   Increase the superheated steam thermal and compressed air cold heat to 16 times 8-stage solar heat turbine drive species of solar heat turbine blade cross section (4X) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Air heat exchange equipment equipped + cold fuel injection ignition combustion + intake air path length lens and heat and cold energy production with sunlight + fully automatic processing vertical mercury mercury gravity turbine driven various energy storage cycle combined engine.   Increase the superheated steam thermal and compressed air cold heat to 17 times the 9th stage solar thermal turbine drive species of solar thermal turbine blade cross section (4X) + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1 h Power generator equipped + cold fuel injection ignition combustion + intake air path length lens and heat and cold energy production with sunlight + various automatic energy saving cycle combined engine which can be fully automatic processing can be driven by various types of energy storage cycle.   Increase the superheated steam thermal and compressed air cold heat to 18 times 10 stages of solar heat turbine drive species of solar heat turbine blade cross section (4X) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Heat pump equipped + Drive various space units (78V) + Fuel injection ignition to cold heat + Ignition combustion with suction air path length lens and solar heat produced by sunlight + Various energy driven by wedge type mercury gravity turbine Preservation cycle union agency.   Increase superheated steam thermal and compressed air cold heat to 19 times solar thermal turbine driving species with solar thermal turbine blade cross section (4X) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h) compression Use heat recovery equipment + Drive various space vehicles (78V) + Fuel injection ignition to cold heat + Burn intake air path length lens and heat and cold with solar light + Heat energy type to drive mercury type mercury gravity turbine Preservation cycle union agency.   Increase the superheated steam thermal and compressed air cold heat to 20 times one stage solar heat turbine drive species of solar heat turbine blade cross section (4X) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Prepare water heat exchange equipment + Drive various space vehicles (78V) + Fuel injection ignition to cold heat + Burn intake air path length lens and heat and cold heat with sunlight + Drive + mercury mercury gravity turbine Various energy conservation cycle union engine.   Increase the superheated steam thermal energy and compressed air cold heat to 21 times 2-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4X) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Prepare air heat exchange equipment + Drive various space return vehicles (78V) + Fuel injection ignition combustion to cold energy + Heat and cold energy production with suction air path length lens and sunlight + Fully automatic processing vertical type Various energy storage cycle combined engine driven by mercury gravity turbine.   Increase the superheated steam thermal and compressed air cold heat to 22 times three-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4X) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Equipped with a generator + Drive various space units (78 V) + Fuel injection ignition to cold heat + Ignition combustion with suction air path length lens and heat and cold heat production with sunlight + Agate type mercury capable of fully automatic processing Various energy storage cycle combined engines driven by gravity turbines.   Increase the superheated steam thermal and compressed air cold heat to 23 times 4-stage solar thermal turbine driving species of solar thermal turbine blade cross section (4X) + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + mercury downward Accelerated solar thermal turbine driving species + Drive various passenger aircraft (78V) + Fuel injection ignition to cold heat + Intake air path length lens and heat and cold energy production with sunlight + Various types of energy preservation driven by wedge type mercury gravity turbine Cycle coalescing agency.   Increase the superheated steam thermal and compressed air cold heat to 5 times solar thermal turbine drive species of solar thermal turbine blade cross section (4X) 24 times + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + mercury downward Accelerated solar thermal turbine driving species + Drive various passenger aircraft (78V) + Fuel injection ignition to cold heat + Intake air path length lens and heat and cold energy production with sunlight + Various types of energy preservation driven by wedge type mercury gravity turbine Cycle coalescing agency.   Increase the superheated steam thermal and compressed air cold heat to 6 times solar thermal turbine drive species of solar thermal turbine blade cross section (4X) 25 times + combined engine injection part (78V) solar thermal gravity rotation plane (39B) + mercury down Accelerated solar thermal turbine driving species + Drive various passenger aircraft (78V) + Fuel injection ignition to cold heat + Intake air path length lens and heat and cold energy production with sunlight + Various types of energy preservation driven by wedge type mercury gravity turbine Cycle coalescing agency.   Solar thermal turbine blade cross section (4X) doubled to 7-stage solar thermal turbine drive species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + mercury downward Accelerating solar thermal turbine driving species + Driving various passenger aircraft (78 V) + Fuel injection ignition combustion to cold heat + Thermal and cold heat production with suction air path length lens and sunlight + Fully automatic processable vertical mercury gravity turbine Various energy storage cycle coalescing engines to drive.   Increases superheated steam thermal and compressed air cold heat to 8th stage solar thermal turbine driving species by doubling solar thermal blade cross section (4X) + combined engine injection part (78V) to solar thermal gravity rotary plane (39B) + mercury downward Accelerating solar heat turbine driving species + Driving various passenger aircraft (78V) + Fuel injection ignition to cold heat igniter air path length lens and heat and cold heat production with sunlight + 自動 type mercury gravity capable of fully automatic processing Various energy storage cycle combined engines driven by turbines.   Increase superheated steam thermal and compressed air cold heat to 9 times solar thermal turbine drive species with 4 times solar thermal blade cross section (4X) + combined engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Heat pump equipped + cold fuel injection ignition combustion + suction air path length lens and heat and cold energy produced by sunlight + various mercury preservation turbine driven various energy storage cycle combined engine.   Increase the superheated steam thermal and compressed air cold heat to 10 times solar thermal turbine drive species of solar thermal turbine blade cross section (4X) by 5 times + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h圧 縮 Prepare heat for compression heat recovery + Fuel injection ignition to cool heat + Intake air path length lens and heat and cold heat production with sunlight + Various energy storage cycle combined engines driven by wedge type mercury gravity turbine   Solar thermal turbine blade section (4X) to increase solar thermal turbine drive species by 6 times + superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) water Heat exchange equipment + cold fuel injection ignition combustion + intake air path length lens and heat and cold energy production with sunlight + various mercury preservation turbines driven various energy storage cycle coalescing engines.   Increase the superheated steam thermal and compressed air cold heat to 7-fold one-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4X) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Air heat exchange equipment equipped + cold fuel injection ignition combustion + intake air path length lens and heat and cold energy production with sunlight + fully automatic processing vertical mercury mercury gravity turbine driven various energy storage cycle combined engine.   Increase superheated steam thermal and compressed air cold heat to 8 times 2-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4X) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h Power generator equipped + cold fuel injection ignition combustion + intake air path length lens and heat and cold energy production with sunlight + various automatic energy saving cycle combined engine which can be fully automatic processing can be driven by various types of energy storage cycle.   Increase the superheated steam thermal and compressed air cold heat to 9 times 3-stage solar heat turbine drive species of solar heat turbine blade cross section (4X) + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1 h 2.) A heat pump is equipped + cold injection of fuel for ignition and combustion + intake air path length lens and heat and cold production using sunlight + various types of energy storage cycle combined engine driven by a wedge type mercury gravity turbine.   Increase the superheated steam thermal energy and compressed air cold heat to 10 times 4-stage solar heat turbine drive species of solar heat turbine blade cross section (4X) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h 2.) Equipped with a compression heat recovery unit + fuel injection ignition combustion to cold energy + intake air path length lens and heat and cold energy production using sunlight + various energy storage cycle coalescing engines driven by wedge type mercury gravity turbine.   Increase the superheated steam thermal energy and compressed air cold heat to 11 times 5-stage solar heat turbine drive species of solar heat turbine blade cross section (4X) + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1 h 2.) A water heat exchanger is provided + fuel injection ignition combustion for cold heat + intake air path length lens and heat and cold heat production using sunlight + various energy storage cycle combined engines driven by a wedge type mercury gravity turbine.   Increase the superheated steam thermal and compressed air cold heat to 12 times 6-stage solar thermal turbine drive species solar thermal turbine blade cross section (4X) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h ) Equipped with an air heat exchanger + fuel injection ignition combustion in cold heat + thermal air and cold heat production with suction air path length lens and sunlight + fully automatic processable wedge type mercury gravity turbine driven various energy storage cycle combined engine .   Increase the superheated steam thermal energy and compressed air cold heat to 13 times 7-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4X) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Equipped with a generator + cold injection of fuel for ignition and combustion + intake air path length lens and heat and cold production with solar light + various types of energy storage cycle combined engine driven by vertical mercury gravity turbine capable of fully automatic processing.   Increase superheated steam thermal and compressed air cold heat to 14 times 8-stage solar heat turbine drive species of solar heat turbine blade cross section (4X) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Heat pump equipped + cold fuel injection ignition combustion + suction air path length lens and heat and cold energy produced by sunlight + various mercury preservation turbine driven various energy storage cycle combined engine.   Increase superheated steam thermal and compressed air cold heat to 15 times 9th stage solar heat turbine drive species of solar heat turbine blade cross section (4X) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h圧 縮 Prepare heat for compression heat recovery + Fuel injection ignition to cool heat + Intake air path length lens and heat and cold heat production with sunlight + Various energy storage cycle combined engines driven by wedge type mercury gravity turbine   Increase superheated steam thermal and compressed air cold heat to 10 times solar thermal turbine drive species with 16 times solar thermal blade cross section (4X) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h Water heat exchange equipment equipped + cold fuel injection ignition combustion + intake air path length lens and heat and cold energy produced by sunlight + various types of energy storage cycle combined engine driven by wedge type mercury gravity turbine.   Increase the superheated steam thermal and compressed air cold heat to 17 times solar thermal turbine drive species solar thermal turbine blade cross section (4X) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) air Heat exchange equipment + cold fuel injection ignition combustion + suction air path length lens and heat and cold energy production with sunlight + fully automatic processing vertical mercury gravity turbine driven various energy storage cycle coalescing engine driven.   Increase the superheated steam thermal and compressed air cold heat to 18-fold one-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4X) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h Power generator equipped + cold fuel injection ignition combustion + intake air path length lens and heat and cold energy production with sunlight + various automatic energy saving cycle combined engine which can be fully automatic processing can be driven by various types of energy storage cycle.   Increase superheated steam thermal and compressed air cold heat to 19 times 2-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4X) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Heat pump equipped + Drive various space units (78V) + Fuel injection ignition to cold heat + Ignition combustion with suction air path length lens and solar heat produced by sunlight + Various energy driven by wedge type mercury gravity turbine Preservation cycle union agency.   Increase superheated steam thermal and compressed air cold heat to 20 times three-stage solar heat turbine drive species of solar heat turbine blade cross section (4X) + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Prepare compression heat recovery equipment + Drive various space vehicles (78V) + Fuel injection ignition to cold heat + Burn intake air path length lens and heat and cold heat with sunlight + Drive + mercury type mercury gravity turbine Various energy conservation cycle union engine.   Increase the superheated steam thermal energy and compressed air cold heat to 21 times 4-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4X) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Prepare water heat exchange equipment + Drive various space vehicles (78V) + Fuel injection ignition to cold heat + Burn intake air path length lens and heat and cold heat with sunlight + Drive + mercury mercury gravity turbine Various energy conservation cycle union engine.   Increase the superheated steam thermal and compressed air cold heat to 22 times 5-stage solar heat turbine drive species of solar heat turbine blade cross section (4X) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Prepare air heat exchange equipment + Drive various space return vehicles (78V) + Fuel injection ignition combustion to cold energy + Heat and cold energy production with suction air path length lens and sunlight + Fully automatic processing vertical type Various energy storage cycle combined engine driven by mercury gravity turbine.   Increase the superheated steam thermal and compressed air cold heat to 23 times the 6th stage solar thermal turbine drive species of solar thermal turbine blade cross section (4X) + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Equipped with a generator + Drive various space units (78 V) + Fuel injection ignition to cold heat + Ignition combustion with suction air path length lens and heat and cold heat production with sunlight + Agate type mercury capable of fully automatic processing Various energy storage cycle combined engines driven by gravity turbines.   Increase the superheated steam thermal and compressed air cold heat to 7 times solar thermal turbine drive species of solar thermal turbine blade cross section (4X) 24 times + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + mercury downward Accelerated solar thermal turbine driving species + Drive various passenger aircraft (78V) + Fuel injection ignition to cold heat + Intake air path length lens and heat and cold energy production with sunlight + Various types of energy preservation driven by wedge type mercury gravity turbine Cycle coalescing agency.   Increases superheated steam thermal and compressed air cold heat to 25 times 8-stage solar thermal turbine drive species with solar thermal turbine blade cross section (4X) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + mercury downward Accelerated solar thermal turbine driving species + Drive various passenger aircraft (78V) + Fuel injection ignition to cold heat + Intake air path length lens and heat and cold energy production with sunlight + Various types of energy preservation driven by wedge type mercury gravity turbine Cycle coalescing agency.   Increases superheated steam thermal and compressed air cold heat to double 9th stage solar thermal turbine drive species with solar thermal turbine blade cross section (4X) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + mercury downward Accelerated solar thermal turbine driving species + Drive various passenger aircraft (78V) + Fuel injection ignition to cold heat + Intake air path length lens and heat and cold energy production with sunlight + Various types of energy preservation driven by wedge type mercury gravity turbine Cycle coalescing agency.   Increase superheated steam thermal and compressed air cold heat to 10 stages of solar heat turbine drive species triple solar thermal turbine blade cross section (4X) + combine engine injection part (78V) to make solar thermal gravity rotary plane (39B) + mercury downward Accelerating solar thermal turbine driving species + Driving various passenger aircraft (78 V) + Fuel injection ignition combustion to cold heat + Thermal and cold heat production with suction air path length lens and sunlight + Fully automatic processable vertical mercury gravity turbine Various energy storage cycle coalescing engines to drive.   Solar thermal turbine blade cross section (4X) to quadruple solar thermal turbine drive species to increase superheated steam thermal and compressed air cold heat + combined engine injector (78V) solar thermal gravity rotary plane (39B) + mercury downward accelerating solar heat Use a turbine drive type + Drive various passenger aircraft (78 V) + Fuel injection ignition combustion to cold heat + Thermally cool heat production with suction air path length lens and sunlight + Vertical type mercury gravity turbine drive capable of fully automatic processing Energy conservation cycle coalition agency.   Increase the superheated steam thermal energy and compressed air cold heat to one stage solar heat turbine drive species of 5 times the solar heat turbine blade cross section (4X) + combined engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Heat pump equipped + cold fuel injection ignition combustion + suction air path length lens and heat and cold energy produced by sunlight + various mercury preservation turbine driven various energy storage cycle combined engine.   Increase the superheated steam thermal and compressed air cold heat to 6 times the two-stage solar heat turbine drive species of solar heat turbine blade cross section (4X) + combined engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h圧 縮 Prepare heat for compression heat recovery + Fuel injection ignition to cool heat + Intake air path length lens and heat and cold heat production with sunlight + Various energy storage cycle combined engines driven by wedge type mercury gravity turbine   Increase the superheated steam thermal and compressed air cold heat to 7 times three-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4X) + combined engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1 h Water heat exchange equipment equipped + cold fuel injection ignition combustion + intake air path length lens and heat and cold energy produced by sunlight + various types of energy storage cycle combined engine driven by wedge type mercury gravity turbine.   Increase superheated steam thermal and compressed air cold heat to 8 times 4-stage solar heat turbine drive species of solar heat turbine blade cross section (4X) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Air heat exchange equipment equipped + cold fuel injection ignition combustion + intake air path length lens and heat and cold energy production with sunlight + fully automatic processing vertical mercury mercury gravity turbine driven various energy storage cycle combined engine.   Increase superheated steam thermal and compressed air cold heat to 9 times 5-stage solar heat turbine drive species of solar heat turbine blade cross section (4X) + combine engine injection part (78V) to make a solar thermal gravity rotary airplane (39B) + horizontal axis (1 h Power generator equipped + cold fuel injection ignition combustion + intake air path length lens and heat and cold energy production with sunlight + various automatic energy saving cycle combined engine which can be fully automatic processing can be driven by various types of energy storage cycle.   Increase the superheated steam thermal and compressed air cold heat to 10 times the 6th stage solar thermal turbine drive species of solar thermal turbine blade cross section (4X) + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1 h 2.) A heat pump is equipped + cold injection of fuel for ignition and combustion + intake air path length lens and heat and cold production using sunlight + various types of energy storage cycle combined engine driven by a wedge type mercury gravity turbine.   Increase the superheated steam thermal and compressed air cold heat to 7 times solar thermal turbine drive species of 11 times solar thermal turbine blade cross section (4X) + combined engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1 h 2.) Equipped with a compression heat recovery unit + fuel injection ignition combustion to cold energy + intake air path length lens and heat and cold energy production using sunlight + various energy storage cycle coalescing engines driven by wedge type mercury gravity turbine.   Increase the superheated steam thermal and compressed air cold heat to 12 times the 8-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4X) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h 2.) A water heat exchanger is provided + fuel injection ignition combustion for cold heat + intake air path length lens and heat and cold heat production using sunlight + various energy storage cycle combined engines driven by a wedge type mercury gravity turbine.   Increase superheated steam thermal and compressed air cold heat to 13 times 9th stage solar heat turbine drive species of solar heat turbine blade cross section (4X) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Equipped with an air heat exchanger + fuel injection ignition combustion in cold heat + thermal air and cold heat production with suction air path length lens and sunlight + fully automatic processable wedge type mercury gravity turbine driven various energy storage cycle combined engine .   Increase the superheated steam thermal and compressed air cold heat to 14 times the 10th stage solar thermal turbine drive species solar thermal turbine blade cross section (4X) + combined engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1h ) Equipped with a generator + cold injection of fuel for ignition and combustion + intake air path length lens and heat and cold production with solar light + various types of energy storage cycle combined engine driven by vertical mercury gravity turbine capable of fully automatic processing.   Solar thermal turbine blade cross section (4X) to increase the superheated steam thermal and compressed air cold heat to 15 times solar thermal turbine driving species + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) thermal Equipped with a pump + cold fuel injection and combustion + intake air path length lens and heat and cold energy with solar light + + various mercury preservation turbine driven various energy storage cycle combined engine.   Increase the superheated steam thermal and compressed air cold heat to 16 times one stage solar thermal turbine drive species of solar thermal turbine blade cross section (4X) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h圧 縮 Prepare heat for compression heat recovery + Fuel injection ignition to cool heat + Intake air path length lens and heat and cold heat production with sunlight + Various energy storage cycle combined engines driven by wedge type mercury gravity turbine   Increase the superheated steam thermal and compressed air cold heat to 17 times the two-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4X) + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h Water heat exchange equipment equipped + cold fuel injection ignition combustion + intake air path length lens and heat and cold energy produced by sunlight + various types of energy storage cycle combined engine driven by wedge type mercury gravity turbine.   Increase the superheated steam thermal and compressed air cold heat to 18 times three-stage solar thermal turbine drive species solar thermal turbine blade cross section (4X) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h ) Air heat exchange equipment equipped + cold fuel injection ignition combustion + intake air path length lens and heat and cold energy production with sunlight + fully automatic processing vertical mercury mercury gravity turbine driven various energy storage cycle combined engine.   Increase the superheated steam thermal and compressed air cold heat to 19 times 4-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4X) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h Power generator equipped + cold fuel injection ignition combustion + intake air path length lens and heat and cold energy production with sunlight + various automatic energy saving cycle combined engine which can be fully automatic processing can be driven by various types of energy storage cycle.   Increase superheated steam thermal and compressed air cold heat to 20 times 5-stage solar heat turbine drive species of solar heat turbine blade cross section (4X) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Heat pump equipped + Drive various space units (78V) + Fuel injection ignition to cold heat + Ignition combustion with suction air path length lens and solar heat produced by sunlight + Various energy driven by wedge type mercury gravity turbine Preservation cycle union agency.   Increase the superheated steam thermal energy and compressed air cold heat to 21 times 6-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4X) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Prepare compression heat recovery equipment + Drive various space vehicles (78V) + Fuel injection ignition to cold heat + Burn intake air path length lens and heat and cold heat with sunlight + Drive + mercury type mercury gravity turbine Various energy conservation cycle union engine.   Increase the superheated steam thermal and compressed air cold heat to 22 times 7-stage solar thermal turbine drive species solar thermal turbine blade cross section (4X) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h ) Prepare water heat exchange equipment + Drive various space vehicles (78V) + Fuel injection ignition to cold heat + Burn intake air path length lens and heat and cold heat with sunlight + Drive + mercury mercury gravity turbine Various energy conservation cycle union engine.   Increase the superheated steam thermal and compressed air cold heat to 23 times 8-stage solar heat turbine drive species of solar heat turbine blade cross section (4X) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Prepare air heat exchange equipment + Drive various space return vehicles (78V) + Fuel injection ignition combustion to cold energy + Heat and cold energy production with suction air path length lens and sunlight + Fully automatic processing vertical type Various energy storage cycle combined engine driven by mercury gravity turbine.   Increase the superheated steam thermal and compressed air cold heat to 24 times the 9th stage solar thermal turbine drive species of solar thermal turbine blade cross section (4X) + combined engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Equipped with a generator + Drive various space units (78 V) + Fuel injection ignition to cold heat + Ignition combustion with suction air path length lens and heat and cold heat production with sunlight + Agate type mercury capable of fully automatic processing Various energy storage cycle combined engines driven by gravity turbines.   Increase the superheated steam thermal and compressed air cold heat to 10 times solar thermal turbine drive species of solar thermal turbine blade cross section (4X) 25 times + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + mercury downward Accelerated solar thermal turbine driving species + Drive various passenger aircraft (78V) + Fuel injection ignition to cold heat + Intake air path length lens and heat and cold energy production with sunlight + Various types of energy preservation driven by wedge type mercury gravity turbine Cycle coalescing agency.   Solar thermal turbine blade cross section (4X) doubles solar thermal turbine driving species to increase superheated steam thermal and compressed air cold heat + coalesced engine injection part (78V) solar thermal gravity rotary plane (39B) + mercury downward accelerating solar heat Use a turbine drive type + Drive various passenger aircraft (78V) + Fuel injection ignition combustion to cold heat + Thermally cool heat production with suction air path length lens and sunlight + Various energy storage cycle combination driven by wedge type mercury gravity turbine organ.   Increase the superheated steam thermal and compressed air cold heat to one stage solar heat turbine drive species triple solar heat turbine blade cross section (4X) + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + mercury downward Accelerated solar thermal turbine driving species + Drive various passenger aircraft (78V) + Fuel injection ignition to cold heat + Intake air path length lens and heat and cold energy production with sunlight + Various types of energy preservation driven by wedge type mercury gravity turbine Cycle coalescing agency.   Increases superheated steam thermal and compressed air cold heat to double-stage solar thermal turbine drive species by quadrupling solar thermal turbine blade cross section (4X) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + mercury downward Accelerating solar thermal turbine driving species + Driving various passenger aircraft (78 V) + Fuel injection ignition combustion to cold heat + Thermal and cold heat production with suction air path length lens and sunlight + Fully automatic processable vertical mercury gravity turbine Various energy storage cycle coalescing engines to drive.   Increase the superheated steam thermal and compressed air cold heat to 5 times three-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4X) + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + mercury downward Accelerating solar heat turbine driving species + Driving various passenger aircraft (78V) + Fuel injection ignition to cold heat igniter air path length lens and heat and cold heat production with sunlight + 自動 type mercury gravity capable of fully automatic processing Various energy storage cycle combined engines driven by turbines.   Increase the superheated steam thermal and compressed air cold heat to 6 times the four-stage solar heat turbine drive species of solar heat turbine blade cross section (4X) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1h ) Heat pump equipped + cold fuel injection ignition combustion + suction air path length lens and heat and cold energy produced by sunlight + various mercury preservation turbine driven various energy storage cycle combined engine.   Increase superheated steam thermal and compressed air cold heat to 7 times 5-stage solar heat turbine drive species of solar heat turbine blade cross section (4X) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h圧 縮 Prepare heat for compression heat recovery + Fuel injection ignition to cool heat + Intake air path length lens and heat and cold heat production with sunlight + Various energy storage cycle combined engines driven by wedge type mercury gravity turbine   Increase the superheated steam thermal and compressed air cold heat to 8 times 6-stage solar thermal turbine drive species solar thermal turbine blade cross section (4X) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h Water heat exchange equipment equipped + cold fuel injection ignition combustion + intake air path length lens and heat and cold energy produced by sunlight + various types of energy storage cycle combined engine driven by wedge type mercury gravity turbine.   Increase the superheated steam thermal and compressed air cold heat to 9 times 7-stage solar thermal turbine drive species solar thermal turbine blade cross section (4X) + combined engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Air heat exchange equipment equipped + cold fuel injection ignition combustion + intake air path length lens and heat and cold energy production with sunlight + fully automatic processing vertical mercury mercury gravity turbine driven various energy storage cycle combined engine.   Increase the superheated steam thermal and compressed air cold heat to 10 times the 8-stage solar thermal turbine driving species of solar thermal turbine blade cross section (4X) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h Power generator equipped + cold fuel injection ignition combustion + intake air path length lens and heat and cold energy production with sunlight + various automatic energy saving cycle combined engine which can be fully automatic processing can be driven by various types of energy storage cycle.   Increase the superheated steam thermal and compressed air cold heat to 11 times the 9th stage solar thermal turbine drive species of solar thermal turbine blade cross section (4X) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h 2.) A heat pump is equipped + cold injection of fuel for ignition and combustion + intake air path length lens and heat and cold production using sunlight + various types of energy storage cycle combined engine driven by a wedge type mercury gravity turbine.   Increase the superheated steam thermal and compressed air cold heat to 12 times 10 stage solar heat turbine drive species solar heat turbine blade cross section (4X) + combined engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1 h 2.) Equipped with a compression heat recovery unit + fuel injection ignition combustion to cold energy + intake air path length lens and heat and cold energy production using sunlight + various energy storage cycle coalescing engines driven by wedge type mercury gravity turbine.   Increase the superheated steam thermal and compressed air cold heat to 13 times solar thermal turbine drive species solar thermal turbine blade cross section (4X) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) water Equipped with a heat exchanger + cold to fuel injection ignition combustion + intake air path length lens and heat and cold heat production with sunlight + various types of energy storage cycle combined engine driven by wedge type mercury gravity turbine.   Increase the superheated steam thermal energy and compressed air cold heat to 14 times the stage of the solar heat turbine blade section (4X) + 14-stage solar heat turbine drive species + combine engine injection part (78V) to make the solar thermal gravity rotary plane (39B) + horizontal axis (1h ) Equipped with an air heat exchanger + fuel injection ignition combustion in cold heat + thermal air and cold heat production with suction air path length lens and sunlight + fully automatic processable wedge type mercury gravity turbine driven various energy storage cycle combined engine .   Increase the superheated steam thermal and compressed air cold heat to 15 times two-stage solar thermal turbine drive species solar thermal turbine blade cross section (4X) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h ) Equipped with a generator + cold injection of fuel for ignition and combustion + intake air path length lens and heat and cold production with solar light + various types of energy storage cycle combined engine driven by vertical mercury gravity turbine capable of fully automatic processing.   Increase the superheated steam thermal and compressed air cold heat to 16 times three-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4X) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Heat pump equipped + cold fuel injection ignition combustion + suction air path length lens and heat and cold energy produced by sunlight + various mercury preservation turbine driven various energy storage cycle combined engine.   Increase the superheated steam thermal energy and compressed air cold heat to 17 times the four-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4X) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h圧 縮 Prepare heat for compression heat recovery + Fuel injection ignition to cool heat + Intake air path length lens and heat and cold heat production with sunlight + Various energy storage cycle combined engines driven by wedge type mercury gravity turbine   Increase superheated steam thermal and compressed air cold heat to 18 times 5-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4X) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h Water heat exchange equipment equipped + cold fuel injection ignition combustion + intake air path length lens and heat and cold energy produced by sunlight + various types of energy storage cycle combined engine driven by wedge type mercury gravity turbine.   Increase the superheated steam thermal energy and compressed air cold heat to 19 times 6-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4X) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Air heat exchange equipment equipped + cold fuel injection ignition combustion + intake air path length lens and heat and cold energy production with sunlight + fully automatic processing vertical mercury mercury gravity turbine driven various energy storage cycle combined engine.   Increase superheated steam thermal and compressed air cold heat to 20 times 7-stage solar heat turbine drive species of solar heat turbine blade cross section (4X) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h Power generator equipped + cold fuel injection ignition combustion + intake air path length lens and heat and cold energy production with sunlight + various automatic energy saving cycle combined engine which can be fully automatic processing can be driven by various types of energy storage cycle.   Increase the superheated steam thermal and compressed air cold heat to 21 times 8-stage solar heat turbine drive species of solar heat turbine blade cross section (4X) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Heat pump equipped + Drive various space units (78V) + Fuel injection ignition to cold heat + Ignition combustion with suction air path length lens and solar heat produced by sunlight + Various energy driven by wedge type mercury gravity turbine Preservation cycle union agency.   Increase superheated steam thermal and compressed air cold heat to 22 times 9th stage solar heat turbine drive species of solar heat turbine blade cross section (4X) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Prepare compression heat recovery equipment + Drive various space vehicles (78V) + Fuel injection ignition to cold heat + Burn intake air path length lens and heat and cold heat with sunlight + Drive + mercury type mercury gravity turbine Various energy conservation cycle union engine.   Increase the superheated steam thermal and compressed air cold heat to 23 times 10 stages of solar heat turbine drive species of solar heat turbine blade cross section (4X) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Prepare water heat exchange equipment + Drive various space vehicles (78V) + Fuel injection ignition to cold heat + Burn intake air path length lens and heat and cold heat with sunlight + Drive + mercury mercury gravity turbine Various energy conservation cycle union engine.   Increase the superheated steam thermal and compressed air cold heat to 24 times the solar thermal turbine drive species solar thermal turbine blade cross section (4X) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) air Use heat exchange equipment + Drive various space vehicles (78 V) + Fuel injection ignition to cold heat + Ignition combustion with suction air path length lens and solar heat and cold production + Fully automatic machinable mercury vapor gravity Various energy storage cycle combined engines driven by turbines.   Increase the superheated steam thermal and compressed air cold heat to 25 times 1-stage solar thermal turbine drive species solar thermal turbine blade cross section (4X) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Equipped with a generator + Drive various space units (78 V) + Fuel injection ignition to cold heat + Ignition combustion with suction air path length lens and heat and cold heat production with sunlight + Agate type mercury capable of fully automatic processing Various energy storage cycle combined engines driven by gravity turbines.   Increase the superheated steam thermal and compressed air cold heat to double solar heat turbine blade cross section (4X) double stage solar heat turbine drive species + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + mercury downward Accelerated solar thermal turbine driving species + Drive various passenger aircraft (78V) + Fuel injection ignition to cold heat + Intake air path length lens and heat and cold energy production with sunlight + Various types of energy preservation driven by wedge type mercury gravity turbine Cycle coalescing agency.   Increase the superheated steam thermal and compressed air cold heat to three-stage solar thermal turbine drive species triple solar thermal turbine blade cross section (4X) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + mercury downward Accelerated solar thermal turbine driving species + Drive various passenger aircraft (78V) + Fuel injection ignition to cold heat + Intake air path length lens and heat and cold energy production with sunlight + Various types of energy preservation driven by wedge type mercury gravity turbine Cycle coalescing agency.   Increase superheated steam thermal and compressed air cold heat to 4-stage solar thermal turbine driving species by quadrupling solar thermal turbine blade cross section (4X) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + mercury downward Accelerated solar thermal turbine driving species + Drive various passenger aircraft (78V) + Fuel injection ignition to cold heat + Intake air path length lens and heat and cold energy production with sunlight + Various types of energy preservation driven by wedge type mercury gravity turbine Cycle coalescing agency.   Increase superheated steam thermal and compressed air cold heat to 5 times solar thermal turbine drive species with 5 times solar thermal blade cross section (4X) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + mercury downward Accelerating solar thermal turbine driving species + Driving various passenger aircraft (78 V) + Fuel injection ignition combustion to cold heat + Thermal and cold heat production with suction air path length lens and sunlight + Fully automatic processable vertical mercury gravity turbine Various energy storage cycle coalescing engines to drive.   Increase the superheated steam thermal and compressed air cold heat to 6 times solar thermal turbine drive species by 6 times the solar thermal blade cross section (4X) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + mercury downward Accelerating solar heat turbine driving species + Driving various passenger aircraft (78V) + Fuel injection ignition to cold heat igniter air path length lens and heat and cold heat production with sunlight + 自動 type mercury gravity capable of fully automatic processing Various energy storage cycle combined engines driven by turbines.   Increase the superheated steam thermal and compressed air cold heat to 7 times solar thermal turbine drive species of solar thermal turbine blade cross section (4X) 7 times + combined engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1h ) Heat pump equipped + cold fuel injection ignition combustion + suction air path length lens and heat and cold energy produced by sunlight + various mercury preservation turbine driven various energy storage cycle combined engine.   Increase superheated steam thermal and compressed air cold heat to 8 times solar thermal turbine driving species by multiplying solar thermal blade cross section (4X) by 8 times + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h圧 縮 Prepare heat for compression heat recovery + Fuel injection ignition to cool heat + Intake air path length lens and heat and cold heat production with sunlight + Various energy storage cycle combined engines driven by wedge type mercury gravity turbine   Increase superheated steam thermal and compressed air cold heat to 9 times solar thermal turbine drive species with 9 times solar thermal blade cross section (4X) + combined engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h Water heat exchange equipment equipped + cold fuel injection ignition combustion + intake air path length lens and heat and cold energy produced by sunlight + various types of energy storage cycle combined engine driven by wedge type mercury gravity turbine.   Increase the superheated steam thermal energy and compressed air cold heat to 10 times solar thermal turbine drive species 10 times the solar heat turbine blade cross section (4X) + combined engine injection part (78V) to the solar thermal gravity rotary plane (39B) + horizontal axis (1h ) Air heat exchange equipment equipped + cold fuel injection ignition combustion + intake air path length lens and heat and cold energy production with sunlight + fully automatic processing vertical mercury mercury gravity turbine driven various energy storage cycle combined engine.   Solar thermal turbine blade section (4X) to increase the superheated steam thermal and compressed air cold heat to 11 times solar thermal turbine driving species + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) power generation Equipped with a mechanism + fuel injection and combustion to cold heat + thermal air and cold heat production with suction air path length lens and sunlight + various energy storage cycle combined engines driven by vertical mercury gravity turbine capable of full automatic processing.   Increase the superheated steam thermal and compressed air cold heat to 12 times one stage solar heat turbine drive species solar thermal turbine blade cross section (4X) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h 2.) A heat pump is equipped + cold injection of fuel for ignition and combustion + intake air path length lens and heat and cold production using sunlight + various types of energy storage cycle combined engine driven by a wedge type mercury gravity turbine.   Increase superheated steam thermal and compressed air cold heat to 13 times 2-stage solar thermal turbine driving species of solar thermal turbine blade cross section (4X) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h 2.) Equipped with a compression heat recovery unit + fuel injection ignition combustion to cold energy + intake air path length lens and heat and cold energy production using sunlight + various energy storage cycle coalescing engines driven by wedge type mercury gravity turbine.   Increase the superheated steam thermal and compressed air cold heat to 14 times three-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4X) + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1 h 2.) A water heat exchanger is provided + fuel injection ignition combustion for cold heat + intake air path length lens and heat and cold heat production using sunlight + various energy storage cycle combined engines driven by a wedge type mercury gravity turbine.   Increase the superheated steam thermal energy and compressed air cold heat to 15 times four-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4X) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Equipped with an air heat exchanger + fuel injection ignition combustion in cold heat + thermal air and cold heat production with suction air path length lens and sunlight + fully automatic processable wedge type mercury gravity turbine driven various energy storage cycle combined engine .   Increase the superheated steam thermal and compressed air cold heat to 16 times 5-stage solar heat turbine drive species of solar heat turbine blade cross section (4X) + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Equipped with a generator + cold injection of fuel for ignition and combustion + intake air path length lens and heat and cold production with solar light + various types of energy storage cycle combined engine driven by vertical mercury gravity turbine capable of fully automatic processing.   Increase the superheated steam thermal and compressed air cold heat to 17 times the solar heat turbine blade cross section (4X) 17 times 6 stage solar heat turbine drive species + combined engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h ) Heat pump equipped + cold fuel injection ignition combustion + suction air path length lens and heat and cold energy produced by sunlight + various mercury preservation turbine driven various energy storage cycle combined engine.   Increase superheated steam thermal and compressed air cold heat to 18 times 7-stage solar heat turbine drive species of solar heat turbine blade cross section (4X) + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1 h圧 縮 Prepare heat for compression heat recovery + Fuel injection ignition to cool heat + Intake air path length lens and heat and cold heat production with sunlight + Various energy storage cycle combined engines driven by wedge type mercury gravity turbine   Increase superheated steam thermal and compressed air cold heat to 19 times 8-stage solar heat turbine drive species of solar heat turbine blade cross section (4X) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h Water heat exchange equipment equipped + cold fuel injection ignition combustion + intake air path length lens and heat and cold energy produced by sunlight + various types of energy storage cycle combined engine driven by wedge type mercury gravity turbine.   Increase superheated steam thermal and compressed air cold heat to 20 times 9th stage solar heat turbine drive species of solar heat turbine blade cross section (4X) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Air heat exchange equipment equipped + cold fuel injection ignition combustion + intake air path length lens and heat and cold energy production with sunlight + fully automatic processing vertical mercury mercury gravity turbine driven various energy storage cycle combined engine.   Increase the superheated steam thermal and compressed air cold heat to 21 times 10 stage solar heat turbine drive species solar heat turbine blade cross section (4X) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h Power generator equipped + cold fuel injection ignition combustion + intake air path length lens and heat and cold energy production with sunlight + various automatic energy saving cycle combined engine which can be fully automatic processing can be driven by various types of energy storage cycle.   Increase the superheated steam thermal and compressed air cold heat to 22 times solar thermal turbine drive species solar thermal turbine blade cross section (4X) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) thermal Pump equipped + Drive various space carriages (78V) + Fuel injection fire to cold heat + Intake air path length lens and heat and cool manufacture with solar light + + Type mercury gravity turbine drive various energy storage cycles Coalition agency.   Increase the superheated steam thermal energy and compressed air cold heat to 23 times one stage solar heat turbine driving species of solar heat turbine blade cross section (4X) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Prepare compression heat recovery equipment + Drive various space vehicles (78V) + Fuel injection ignition to cold heat + Burn intake air path length lens and heat and cold heat with sunlight + Drive + mercury type mercury gravity turbine Various energy conservation cycle union engine.   Increase the superheated steam thermal and compressed air cold heat to 24 times the two-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4X) + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h ) Prepare water heat exchange equipment + Drive various space vehicles (78V) + Fuel injection ignition to cold heat + Burn intake air path length lens and heat and cold heat with sunlight + Drive + mercury mercury gravity turbine Various energy conservation cycle union engine.   Increase the superheated steam thermal energy and compressed air cold heat to 25 times three-stage solar thermal turbine driving species of solar thermal turbine blade cross section (4X) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Prepare air heat exchange equipment + Drive various space return vehicles (78V) + Fuel injection ignition combustion to cold energy + Heat and cold energy production with suction air path length lens and sunlight + Fully automatic processing vertical type Various energy storage cycle combined engine driven by mercury gravity turbine.   Increase the superheated steam thermal and compressed air cold heat to double the four-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4X) + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Equipped with a generator + Drive various space units (78 V) + Fuel injection ignition to cold heat + Ignition combustion with suction air path length lens and heat and cold heat production with sunlight + Agate type mercury capable of fully automatic processing Various energy storage cycle combined engines driven by gravity turbines.   Increases superheated steam thermal and compressed air cold heat to 5th stage solar thermal turbine drive species with triple solar thermal blade cross section (4X) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + mercury downward Accelerated solar thermal turbine driving species + Drive various passenger aircraft (78V) + Fuel injection ignition to cold heat + Intake air path length lens and heat and cold energy production with sunlight + Various types of energy preservation driven by wedge type mercury gravity turbine Cycle coalescing agency.   Increases superheated steam thermal and compressed air cold heat to 6-stage solar thermal turbine drive species by quadrupling solar thermal turbine blade cross section (4X) + combined engine injection part (78V) to solar thermal gravity rotary plane (39B) + mercury downward Accelerated solar thermal turbine driving species + Drive various passenger aircraft (78V) + Fuel injection ignition to cold heat + Intake air path length lens and heat and cold energy production with sunlight + Various types of energy preservation driven by wedge type mercury gravity turbine Cycle coalescing agency.   Increase superheated steam thermal and compressed air cold heat to 5 times 7th stage solar thermal turbine drive species of solar thermal turbine blade cross section (4X) + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + mercury downward Accelerated solar thermal turbine driving species + Drive various passenger aircraft (78V) + Fuel injection ignition to cold heat + Intake air path length lens and heat and cold energy production with sunlight + Various types of energy preservation driven by wedge type mercury gravity turbine Cycle coalescing agency.   Increase the superheated steam thermal and compressed air cold heat to 8 times solar thermal turbine driving species by 6 times the solar thermal blade cross section (4X) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + mercury downward Accelerating solar thermal turbine driving species + Driving various passenger aircraft (78 V) + Fuel injection ignition combustion to cold heat + Thermal and cold heat production with suction air path length lens and sunlight + Fully automatic processable vertical mercury gravity turbine Various energy storage cycle coalescing engines to drive.   Increase the superheated steam thermal and compressed air cold heat to 9 times solar thermal turbine drive species of solar thermal turbine blade cross section (4X) seven times + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + mercury downward Accelerating solar heat turbine driving species + Driving various passenger aircraft (78V) + Fuel injection ignition to cold heat igniter air path length lens and heat and cold heat production with sunlight + 自動 type mercury gravity capable of fully automatic processing Various energy storage cycle combined engines driven by turbines.   Increase superheated steam thermal and compressed air cold heat to 10 times solar thermal turbine drive species with 8 times solar thermal blade cross section (4X) + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + accelerate mercury Configuration and method + Heat and cold energy production with suction air path length lens and sunlight + Fuel injection to combustion with cold heat + Thermally cool heat production with suction air path length lens and sunlight + Various energy storage driven by wedge type mercury gravity turbine Cycle coalescing agency.   Configuration to increase the superheated steam thermal energy and compressed air cold heat to 9 times the solar thermal turbine driving species of solar thermal turbine blade cross section (4X) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + accelerate mercury Method + Thermal air / heat production with suction air path length lens and sunlight + Fuel injection ignition combustion for cold + Thermal heat production with suction air path length lens and sunlight + Various energy storage cycle combination driven by wedge type mercury gravity turbine organ.   Increase the superheated steam thermal and compressed air cold heat to 10 times the size of the solar heat turbine blade cross section (4X) by 10 times the solar heat turbine drive species + make it into the combined engine injection part (78V) solar thermal gravity rotary plane (39B) Configuration and method + Heat and cold energy production with suction air path length lens and sunlight + Fuel injection to combustion with cold heat + Thermally cool heat production with suction air path length lens and sunlight + Various energy storage driven by wedge type mercury gravity turbine Cycle coalescing agency.   Increase the superheated steam thermal and compressed air cold heat to 11 times two-stage solar thermal turbine driven species of solar thermal blade cross section (4X) + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + accelerate mercury Configuration and method + Thermal air / heat production with suction air path length lens and sunlight + Fuel injection ignition to cold heat + Combustion with intake air path length lens and solar heat and cold production + Fully automatic machinable mercury gravity turbine Various energy storage cycle coalescing engines to drive.   Increase superheated steam thermal and compressed air cold heat to 12 times three-stage solar thermal turbine drive species with solar thermal blade cross section (4X) + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + accelerate mercury Configuration and method + Thermal air / heat production with suction air path length lens and sunlight + Fuel injection to combustion with cold energy + Thermal cycle production with suction air path length lens and sunlight + Agate type mercury gravity capable of full automatic processing Various energy storage cycle combined engines driven by turbines.   Increase superheated steam thermal and compressed air cold heat to 13 times 4-stage solar thermal turbine drive species with solar thermal blade cross section (4X) + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + accelerate mercury Configuration and method + Heat and cold energy production with suction air path length lens and sunlight + Fuel injection to combustion with cold heat + Thermally cool heat production with suction air path length lens and sunlight + Various energy storage driven by wedge type mercury gravity turbine Cycle coalescing agency.   Increase superheated steam thermal and compressed air cold heat to 5 times solar thermal turbine drive species with 14 times solar thermal blade cross section (4X) + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + accelerate mercury Configuration and method + Heat and cold energy production with suction air path length lens and sunlight + Fuel injection to combustion with cold heat + Thermally cool heat production with suction air path length lens and sunlight + Various energy storage driven by wedge type mercury gravity turbine Cycle coalescing agency.   Increase superheated steam thermal and compressed air cold heat to 6 times solar thermal turbine drive species with 15 times solar thermal blade cross section (4X) + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + accelerate mercury Configuration and method + Heat and cold energy production with suction air path length lens and sunlight + Fuel injection to combustion with cold heat + Thermally cool heat production with suction air path length lens and sunlight + Various energy storage driven by wedge type mercury gravity turbine Cycle coalescing agency.   Increase the superheated steam thermal and compressed air cold heat to 7 times solar thermal turbine drive species with 16 times solar thermal blade cross section (4X) + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + accelerate mercury Configuration and method + Thermal air / heat production with suction air path length lens and sunlight + Fuel injection ignition to cold heat + Combustion with intake air path length lens and solar heat and cold production + Fully automatic machinable mercury gravity turbine Various energy storage cycle coalescing engines to drive.   Increases superheated steam thermal and compressed air cold heat to 17 times solar thermal turbine blade cross section (4X) by 17 times + doubled engine injection part (78V) solar thermal gravity rotary plane (39B) + accelerates mercury Configuration and method + Thermal air / heat production with suction air path length lens and sunlight + Fuel injection to combustion with cold energy + Thermal cycle production with suction air path length lens and sunlight + Agate type mercury gravity capable of full automatic processing Various energy storage cycle combined engines driven by turbines.   Increase the superheated steam thermal and compressed air cold heat to 18 times the 9th stage solar thermal turbine drive species of solar thermal turbine blade cross section (4X) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Heat pump equipped + Drive various cargo airplanes (78V) + Fuel injection ignition combustion to cold heat + Intake air path length lens and heat and cold heat production with sunlight + Various types of energy storage driven by wedge type mercury gravity turbine Cycle coalescing agency.   Increase superheated steam thermal and compressed air cold heat to 19 times 10 stages of solar heat turbine drive species of solar heat turbine blade cross section (4X) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Prepare compression heat recovery equipment + Drive various cargo airplanes (78V) + Fuel injection ignition to cold heat + Burn intake air path length lens and heat and cold energy with sunlight + Various types to drive wedge type mercury gravity turbine Energy Conservation Cycle Coalition Agency.   Increase the superheated steam thermal and compressed air cold heat to 20 times the solar thermal turbine drive species solar thermal turbine blade cross section (4X) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) water Prepare heat exchange equipment + Drive various cargo airplanes (78V) + Fuel injection ignition to cold heat + Burn intake air path length lens and heat and cold manufacture with sunlight + + Various types of energy preservation drive by wedge type mercury gravity turbine Cycle coalescing agency.   Increase the superheated steam thermal and compressed air cold heat to 21 times one stage solar heat turbine drive species of solar heat turbine blade cross section (4X) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Prepare air heat exchange equipment + Drive various cargo airplanes (78V) + Fuel injection ignition to cold heat + Burn intake air path length lens and heat and cold heat with sunlight + Fully automatic processable vertical mercury Various energy storage cycle combined engines driven by gravity turbines.   Increase the superheated steam thermal and compressed air cold heat to 22 times the two-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4X) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h ) Equipped with generator + Drive various cargo airplanes (78V) + Fuel injection ignition to cold heat + Ignition combustion with suction air path length lens and heat and cold heat production with sunlight + Agate type mercury gravity capable of fully automatic processing Various energy storage cycle combined engines driven by turbines.   Increase the superheated steam thermal and compressed air cold heat to 23 times 3-stage solar heat turbine drive species of solar heat turbine blade cross section (4X) + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Heat pump equipped + Drive various cargo airplanes (78V) + Fuel injection ignition combustion to cold heat + Intake air path length lens and heat and cold heat production with sunlight + Various types of energy storage driven by wedge type mercury gravity turbine Cycle coalescing agency.   Increase superheated steam thermal and compressed air cold heat to 24 times 4-stage solar heat turbine drive species of solar heat turbine blade cross section (4X) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Prepare compression heat recovery equipment + Drive various cargo airplanes (78V) + Fuel injection ignition to cold heat + Burn intake air path length lens and heat and cold energy with sunlight + Various types to drive wedge type mercury gravity turbine Energy Conservation Cycle Coalition Agency.   Increase the superheated steam thermal energy and compressed air cold heat to 25 times 5-stage solar thermal turbine driving species of solar thermal turbine blade cross section (4X) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Prepare water heat exchange equipment + Drive various cargo airplanes (78V) + Fuel injection ignition to cold heat + Burn intake air path length lens and heat and cold energy with sunlight + + Various types driven by wedge type mercury gravity turbine Energy Conservation Cycle Coalition Agency.   Increase the superheated steam thermal and compressed air cold heat to double 6th solar thermal turbine drive species of solar thermal turbine blade cross section (4X) + combined engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Prepare air heat exchange equipment + Drive various cargo airplanes (78V) + Fuel injection ignition to cold heat + Burn intake air path length lens and heat and cold manufacture with sunlight + Various types to drive 竪 type mercury gravity turbine Energy Conservation Cycle Coalition Agency.   Increase the superheated steam thermal and compressed air cold heat to 7 times solar thermal turbine drive species triple solar thermal turbine blade cross section (4X) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Equipped with generator + Drive various cargo planes (78V) + Fuel injection ignition to cold heat + Burn intake air path length lens and heat and cold production with sunlight + + Various types of energy preservation drive by wedge type mercury gravity turbine Cycle coalescing agency.   Increase the superheated steam thermal and compressed air cold heat to 8 times solar thermal turbine driving species by quadrupling solar thermal turbine blade cross section (4X) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Heat pump equipped + Drive various cargo airplanes (78V) + Fuel injection ignition combustion to cold heat + Intake air path length lens and heat and cold heat production with sunlight + Various types of energy storage driven by wedge type mercury gravity turbine Cycle coalescing agency.   Increase superheated steam thermal and compressed air cold heat to 5 times 9th stage solar thermal turbine drive species of solar thermal turbine blade cross section (4X) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Prepare compression heat recovery equipment + Drive various cargo airplanes (78V) + Fuel injection ignition to cold heat + Burn intake air path length lens and heat and cold energy with sunlight + Various types to drive wedge type mercury gravity turbine Energy Conservation Cycle Coalition Agency.   Increase the superheated steam thermal and compressed air cold heat to 10 times solar heat turbine drive species of solar heat turbine blade cross section (4X) by 6 times + combined engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Prepare water heat exchange equipment + Drive various cargo airplanes (78V) + Fuel injection ignition to cold heat + Burn intake air path length lens and heat and cold energy with sunlight + + Various types driven by wedge type mercury gravity turbine Energy Conservation Cycle Coalition Agency.   Increase superheated steam thermal and compressed air cold heat to 7 times solar thermal turbine drive species with solar thermal turbine blade cross section (4X) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h) air Prepare heat exchange equipment + Drive various cargo airplanes (78V) + Fuel injection ignition to cold heat + Burn intake air path length lens and heat and cold manufacture with sunlight + + Various types of energy preservation drive by wedge type mercury gravity turbine Cycle coalescing agency.   Increase the superheated steam thermal and compressed air cold heat to 8 times one stage solar heat turbine drive species of solar heat turbine blade cross section (4X) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Equipped with generator + Drive various cargo planes (78V) + Fuel injection ignition to cold heat + Burn intake air path length lens and heat and cold production with sunlight + + Various types of energy preservation drive by wedge type mercury gravity turbine Cycle coalescing agency.   Increase the superheated steam thermal and compressed air cold heat to 9 times 2-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4X) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Heat pump equipped + Drive various cargo airplanes (78V) + Fuel injection ignition combustion to cold heat + Intake air path length lens and heat and cold heat production with sunlight + Various types of energy storage driven by wedge type mercury gravity turbine Cycle coalescing agency.   Increase the superheated steam thermal and compressed air cold heat to 10 times three-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4X) + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h ) Prepare compression heat recovery equipment + Drive various cargo airplanes (78V) + Fuel injection ignition to cold heat + Burn intake air path length lens and heat and cold energy with sunlight + Various types to drive wedge type mercury gravity turbine Energy Conservation Cycle Coalition Agency.   Increase the superheated steam thermal energy and compressed air cold heat to 11 times 4-stage solar heat turbine drive species of solar thermal turbine blade cross section (4X) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Prepare water heat exchange equipment + Drive various cargo airplanes (78V) + Fuel injection ignition to cold heat + Burn intake air path length lens and heat and cold energy with sunlight + + Various types driven by wedge type mercury gravity turbine Energy Conservation Cycle Coalition Agency.   Increase superheated steam thermal and compressed air cold heat to 12 times 5-stage solar heat turbine drive species of solar heat turbine blade cross section (4X) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Prepare air heat exchange equipment + Drive various cargo airplanes (78V) + Fuel injection ignition to cold heat + Burn intake air path length lens and heat and cold manufacture with sunlight + Various types to drive 竪 type mercury gravity turbine Energy Conservation Cycle Coalition Agency.   Increase the superheated steam thermal and compressed air cold heat to 13 times the 6th stage solar thermal turbine drive species of solar thermal turbine blade cross section (4X) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Equipped with generator + Drive various cargo planes (78V) + Fuel injection ignition to cold heat + Burn intake air path length lens and heat and cold production with sunlight + + Various types of energy preservation drive by wedge type mercury gravity turbine Cycle coalescing agency.   Increase the superheated steam thermal and compressed air cold heat to 14 times 7-stage solar thermal turbine drive species solar thermal turbine blade cross section (4X) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Heat pump equipped + Drive various cargo airplanes (78V) + Fuel injection ignition combustion to cold heat + Intake air path length lens and heat and cold heat production with sunlight + Fully automatic processable vertical mercury gravity turbine Various energy storage cycle coalescing engines to drive.   Increase superheated steam thermal and compressed air cold heat to 15 times 8-stage solar heat turbine drive species of solar heat turbine blade cross section (4X) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Prepare compression heat recovery equipment + Drive various cargo airplanes (78 V) + Fuel injection ignition to cold heat igniter + suction air path length lens and heat and cold heat production with sunlight + Fully automatic processable vertical mercury Various energy storage cycle combined engines driven by gravity turbines.   Increase superheated steam thermal and compressed air cold heat to 16 times 9th stage solar heat turbine drive species of solar heat turbine blade cross section (4X) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Prepare water heat exchange equipment + Drive various cargo airplanes (78V) + Fuel injection ignition to cold heat igniter + suction air path length lens and heat and cold heat production with sunlight + Fully automatic processable vertical mercury Various energy storage cycle combined engines driven by gravity turbines.   Increase the superheated steam thermal and compressed air cold heat to 17 times 10 stages solar thermal turbine drive species solar thermal turbine blade cross section (4X) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h ) Prepare air heat exchange equipment + Drive various cargo airplanes (78V) + Fuel injection ignition to cold heat + Burn intake air path length lens and heat and cold heat with sunlight + Fully automatic processable vertical mercury Various energy storage cycle combined engines driven by gravity turbines.   Increase the superheated steam thermal and compressed air cold heat to 18 times solar thermal turbine drive species solar thermal turbine blade cross section (4X) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) power generation Make equipment + Drive various cargo planes (78V) + Fuel injection ignition combustion to cold heat + Thermally cool manufacturing with suction air path length lens and sunlight + Driven fully automatic processable vertical mercury gravity turbine driven Various energy conservation cycle union engine.   Increase superheated steam thermal and compressed air cold heat to 19 times one stage solar heat turbine drive species of solar heat turbine blade cross section (4X) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Heat pump equipped + Drive various cargo airplanes (78V) + Fuel injection ignition combustion to cold energy + Intake air path length lens and heat and cold energy production with sunlight + Fully automatic processing possible vertical mercury mercury gravity Various energy storage cycle combined engines driven by turbines.   Increase the superheated steam thermal and compressed air cold heat to 20 times the two-stage solar heat turbine drive species of solar heat turbine blade cross section (4X) + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h ) Prepare compression heat recovery equipment + Drive various cargo airplanes (78V) + Fuel injection ignition to cold heat + Burn intake air path length lens and heat and cold heat with sunlight + Fully automatic processing possible Various energy storage cycle combined engine driven by mercury gravity turbine.   Increase the superheated steam thermal and compressed air cold heat to 21 times three-stage solar heat turbine drive species of solar heat turbine blade cross section (4X) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Prepare water heat exchange equipment + Drive various cargo airplanes (78 V) + Fuel injection ignition to cold heat + Burn intake air path length lens and heat and cold heat with sunlight + Fully automatic processing possible vertical type Various energy storage cycle combined engine driven by mercury gravity turbine.   Increase superheated steam thermal and compressed air cold heat to 22 times 4-stage solar heat turbine drive species of solar heat turbine blade cross section (4X) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Prepare air heat exchange equipment + Drive various cargo airplanes (78 V) + Fuel injection ignition to cold heat + Burn intake air path length lens Heat and cold heat with lens + sunlight + Fully automatic processing is possible Various energy storage cycle combined engine driven by mercury gravity turbine.   Increase the superheated steam thermal and compressed air cold heat to 23 times 5-stage solar heat turbine drive species of solar heat turbine blade cross section (4X) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Equipped with generator + Drive various cargo airplanes (78V) + Fuel injection ignition to cold heat + Ignition combustion with suction air path length lens and heat and cold heat production with sunlight + Agate type mercury gravity capable of fully automatic processing Various energy storage cycle combined engines driven by turbines.   Increase the superheated steam thermal energy and compressed air cold heat to the solar heat turbine blade cross section (4X) by 24 times the six-stage solar heat turbine drive species + combine engine injection part (78V) to the solar thermal gravity rotary plane (39B) + horizontal axis (1h ) Heat pump equipped + Drive various cargo airplanes (78V) + Fuel injection ignition combustion to cold heat + Intake air path length lens and heat and cold heat production with sunlight + Various types of energy storage driven by wedge type mercury gravity turbine Cycle coalescing agency.   Increase the superheated steam thermal and compressed air cold heat to 25 times 7-stage solar thermal turbine drive species solar thermal turbine blade cross section (4X) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h ) Prepare compression heat recovery equipment + Drive various cargo airplanes (78V) + Fuel injection ignition to cold heat + Burn intake air path length lens and heat and cold energy with sunlight + Various types to drive wedge type mercury gravity turbine Energy Conservation Cycle Coalition Agency.   Increase superheated steam thermal and compressed air cold heat to double 8th stage solar heat turbine drive species of solar heat turbine blade cross section (4X) + combined engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Prepare water heat exchange equipment + Drive various cargo airplanes (78V) + Fuel injection ignition to cold heat + Burn intake air path length lens and heat and cold energy with sunlight + + Various types driven by wedge type mercury gravity turbine Energy Conservation Cycle Coalition Agency.   Increase superheated steam thermal and compressed air cold heat to 9th stage solar thermal turbine drive species triple solar thermal turbine blade cross section (4X) + combined engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Prepare air heat exchange equipment + Drive various cargo airplanes (78V) + Fuel injection ignition to cold heat + Burn intake air path length lens and heat and cold manufacture with sunlight + Various types to drive 竪 type mercury gravity turbine Energy Conservation Cycle Coalition Agency.   Increase superheated steam thermal and compressed air cold heat to 10 stages of solar heat turbine drive species with 4 times the solar heat turbine blade cross section (4X) + combined engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Equipped with generator + Drive various cargo planes (78V) + Fuel injection ignition to cold heat + Burn intake air path length lens and heat and cold production with sunlight + + Various types of energy preservation drive by wedge type mercury gravity turbine Cycle coalescing agency.   Increase superheated steam thermal and compressed air cold heat to 5 times solar thermal turbine drive species with solar thermal turbine blade cross section (4X) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h) thermal Pump equipped + Maximize utilization of gravity and sunlight + (78V) Rocket injection + Fuel injection ignition to cold heat + Ignition combustion with intake air path length lens and sun light + Heat produced by solar light + Agate type mercury gravity turbine Various energy storage cycle coalescing engines to drive.   Increase the superheated steam thermal and compressed air cold heat to 6 times 1 step solar heat turbine drive species solar heat turbine blade cross section (4X) + combined engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Prepare compression heat recovery equipment + Maximize utilization of gravity and sunlight + (78 V) Rocket injection + Fuel injection ignition to cold heat + Burn air with intake air path length lens and sunlight + Produce heat and cold Energy storage cycle combined engine driven by mercury gravity turbine.   Increase the superheated steam thermal energy and compressed air cold heat to 7 times 2-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4X) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Prepare water heat exchange equipment + Maximize utilization of gravity and sunlight + (78V) rocket injection + Fuel injection ignition to cold heat + Burn air with intake air path length lens and sunlight + Produce heat and cold Energy storage cycle combined engine driven by mercury gravity turbine.   Increase the superheated steam thermal and compressed air cold heat to 8 times 3-stage solar heat turbine drive species of solar thermal turbine blade cross section (4X) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Prepare air heat exchange equipment + Maximize utilization of gravity and sunlight + (78V) rocket injection + Fuel injection ignition to cold heat igniter + Intake air path length lens and solar heat + cold manufacture + All A variety of energy storage cycle coalescing engines driven by an automatically processable vertical mercury gravity turbine.   Increase superheated steam thermal and compressed air cold heat to 9 times 4-stage solar heat turbine drive species of solar heat turbine blade cross section (4X) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Equipped with a generator + Maximize utilization of gravity and sunlight + (78 V) Rocket injection + Fuel injection ignition to cold heat + Ignition combustion with intake air path length + Heat and cold heat with lens and sunlight + Fully automatic processing A variety of energy storage cycle coalescing engines driven by a vertical mercury gravity turbine capable of   Increase superheated steam thermal and compressed air cold heat to 10 times 5-stage solar heat turbine drive species of solar heat turbine blade cross section (4X) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Heat pump equipped + cold fuel injection ignition combustion + suction air path length lens and heat and cold energy produced by sunlight + various mercury preservation turbine driven various energy storage cycle combined engine.   Increase the superheated steam thermal and compressed air cold heat to 11 times 6-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4X) + combined engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1 h圧 縮 Prepare heat for compression heat recovery + Fuel injection ignition to cool heat + Intake air path length lens and heat and cold heat production with sunlight + Various energy storage cycle combined engines driven by wedge type mercury gravity turbine   Increase the superheated steam thermal and compressed air cold heat to 12 times 7-stage solar thermal turbine drive species solar thermal turbine blade cross section (4X) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h Water heat exchange equipment equipped + cold fuel injection ignition combustion + intake air path length lens and heat and cold energy produced by sunlight + various types of energy storage cycle combined engine driven by wedge type mercury gravity turbine.   Increase superheated steam thermal and compressed air cold heat to 13 times 8-stage solar heat turbine drive species of solar heat turbine blade cross section (4X) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Air heat exchange equipment equipped + cold fuel injection ignition combustion + intake air path length lens and heat and cold energy production with sunlight + fully automatic processing vertical mercury mercury gravity turbine driven various energy storage cycle combined engine.   Increase the superheated steam thermal and compressed air cold heat to 14 times the 9th stage solar thermal turbine drive species of solar thermal turbine blade cross section (4X) + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1 h Power generator equipped + cold fuel injection ignition combustion + intake air path length lens and heat and cold energy production with sunlight + various automatic energy saving cycle combined engine which can be fully automatic processing can be driven by various types of energy storage cycle.   Increase superheated steam thermal and compressed air cold heat to 10 times solar thermal turbine drive species of solar thermal turbine blade cross section (4X) 15 times + combined engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h 2.) A heat pump is equipped + cold injection of fuel for ignition and combustion + intake air path length lens and heat and cold production using sunlight + various types of energy storage cycle combined engine driven by a wedge type mercury gravity turbine.   Solar thermal turbine blade section (4X) to increase the superheated steam thermal and compressed air cold heat to 16 times solar thermal turbine driving species + combined engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h) compression Equipped with a heat recovery unit + fuel injection ignition combustion in cold heat + intake air path length lens and heat and cold heat production with sunlight + various energy storage cycle combination engines driven by wedge type mercury gravity turbine.   Increase the superheated steam thermal and compressed air cold heat to 17-fold one-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4X) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h 2.) A water heat exchanger is provided + fuel injection ignition combustion for cold heat + intake air path length lens and heat and cold heat production using sunlight + various energy storage cycle combined engines driven by a wedge type mercury gravity turbine.   Increase the superheated steam thermal energy and compressed air cold heat to 18 times double stage solar thermal turbine drive species of solar thermal turbine blade cross section (4X) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Equipped with an air heat exchanger + fuel injection ignition combustion in cold heat + thermal air and cold heat production with suction air path length lens and sunlight + fully automatic processable wedge type mercury gravity turbine driven various energy storage cycle combined engine .   Increase the superheated steam thermal and compressed air cold heat to 19 times three-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4X) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Equipped with a generator + cold injection of fuel for ignition and combustion + intake air path length lens and heat and cold production with solar light + various types of energy storage cycle combined engine driven by vertical mercury gravity turbine capable of fully automatic processing.   Increase superheated steam thermal and compressed air cold heat to 20 times 4-stage solar heat turbine drive species of solar heat turbine blade cross section (4X) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Heat pump equipped + cold fuel injection ignition combustion + suction air path length lens and heat and cold energy produced by sunlight + various mercury preservation turbine driven various energy storage cycle combined engine.   Increase the superheated steam thermal and compressed air cold heat to 21 times 5-stage solar heat turbine drive species of solar thermal blade cross section (4X) + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1 h圧 縮 Prepare heat for compression heat recovery + Fuel injection ignition to cool heat + Intake air path length lens and heat and cold heat production with sunlight + Various energy storage cycle combined engines driven by wedge type mercury gravity turbine   Increase the superheated steam thermal and compressed air cold heat to 22 times 6-stage solar thermal turbine drive species solar thermal turbine blade cross section (4X) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h Water heat exchange equipment equipped + cold fuel injection ignition combustion + intake air path length lens and heat and cold energy produced by sunlight + various types of energy storage cycle combined engine driven by wedge type mercury gravity turbine.   Increase the superheated steam thermal and compressed air cold heat to 23 times 7-stage solar heat turbine drive species of solar heat turbine blade cross section (4X) + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Air heat exchange equipment equipped + cold fuel injection ignition combustion + intake air path length lens and heat and cold energy production with sunlight + fully automatic processing vertical mercury mercury gravity turbine driven various energy storage cycle combined engine.   Increase superheated steam thermal and compressed air cold heat to 24 times 8-stage solar heat turbine drive species of solar heat turbine blade cross section (4X) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h Power generator equipped + cold fuel injection ignition combustion + intake air path length lens and heat and cold energy production with sunlight + various automatic energy saving cycle combined engine which can be fully automatic processing can be driven by various types of energy storage cycle.   Increase superheated steam thermal and compressed air cold heat to 25 times 9th stage solar thermal turbine driving species of solar thermal turbine blade cross section (4X) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Heat pump equipped + Drive various space units (78V) + Fuel injection ignition to cold heat + Ignition combustion with suction air path length lens and solar heat produced by sunlight + Various energy driven by wedge type mercury gravity turbine Preservation cycle union agency.   Increase the superheated steam thermal and compressed air cold heat to double the 10th stage solar thermal turbine drive species of solar thermal turbine blade cross section (4X) + combined engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1h ) Prepare compression heat recovery equipment + Drive various space vehicles (78V) + Fuel injection ignition to cold heat + Burn intake air path length lens and heat and cold heat with sunlight + Drive + mercury type mercury gravity turbine Various energy conservation cycle union engine.   Solar thermal turbine blade section (4X) to triple solar thermal turbine driving species Increase superheated steam thermal and compressed air cold heat + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) water Prepare heat exchange equipment + Drive various space vehicles (78V) + Fuel injection ignition to cold heat + Burn intake air path length lens and heat and cold energy with sunlight + + Various types of energy driven by mercury mercury gravity turbine Preservation cycle union agency.   Increase the superheated steam thermal and compressed air cold heat to 4 times the stage of the solar heat turbine blade cross section (4X) + one step solar heat turbine drive species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h ) Prepare air heat exchange equipment + Drive various space return vehicles (78V) + Fuel injection ignition combustion to cold energy + Heat and cold energy production with suction air path length lens and sunlight + Fully automatic processing vertical type Various energy storage cycle combined engine driven by mercury gravity turbine.   Increase the superheated steam thermal and compressed air cold heat to 5 times the two-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4X) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Equipped with a generator + Drive various space units (78 V) + Fuel injection ignition to cold heat + Ignition combustion with suction air path length lens and heat and cold heat production with sunlight + Agate type mercury capable of fully automatic processing Various energy storage cycle combined engines driven by gravity turbines.   Increases superheated steam thermal and compressed air cold heat to 6 times three-stage solar heat turbine drive species with solar heat turbine blade cross section (4X) + combined engine injection part (78V) to make solar thermal gravity rotary plane (39B) + mercury downward Accelerated solar thermal turbine driving species + Drive various passenger aircraft (78V) + Fuel injection ignition to cold heat + Intake air path length lens and heat and cold energy production with sunlight + Various types of energy preservation driven by wedge type mercury gravity turbine Cycle coalescing agency.   Increase the superheated steam thermal and compressed air cold heat to 7 times the four-stage solar thermal turbine drive species solar thermal turbine blade cross section (4X) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + mercury downward Accelerated solar thermal turbine driving species + Drive various passenger aircraft (78V) + Fuel injection ignition to cold heat + Intake air path length lens and heat and cold energy production with sunlight + Various types of energy preservation driven by wedge type mercury gravity turbine Cycle coalescing agency.   Increase the superheated steam thermal and compressed air cold heat to 5 times solar thermal turbine drive species of solar thermal turbine blade cross section (4X) by 8 times + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + mercury downward Accelerated solar thermal turbine driving species + Drive various passenger aircraft (78V) + Fuel injection ignition to cold heat + Intake air path length lens and heat and cold energy production with sunlight + Various types of energy preservation driven by wedge type mercury gravity turbine Cycle coalescing agency.   Increases superheated steam thermal and compressed air cold heat to 9-fold 6-stage solar thermal turbine drive species with solar thermal blade cross section (4X) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + mercury downward Accelerating solar thermal turbine driving species + Driving various passenger aircraft (78 V) + Fuel injection ignition combustion to cold heat + Thermal and cold heat production with suction air path length lens and sunlight + Fully automatic processable vertical mercury gravity turbine Various energy storage cycle coalescing engines to drive.   Increase the superheated steam thermal and compressed air cold heat to 7 times solar thermal turbine drive species 10 times the solar thermal turbine blade cross section (4X) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + mercury down Accelerating solar heat turbine driving species + Driving various passenger aircraft (78V) + Fuel injection ignition to cold heat igniter air path length lens and heat and cold heat production with sunlight + 自動 type mercury gravity capable of fully automatic processing Various energy storage cycle combined engines driven by turbines.   Increase the superheated steam thermal and compressed air cold heat to 11 times the 8-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4X) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Heat pump equipped + cold fuel injection ignition combustion + suction air path length lens and heat and cold energy produced by sunlight + various mercury preservation turbine driven various energy storage cycle combined engine.   Increase superheated steam thermal and compressed air cold heat to 12 times 9th stage solar heat turbine drive species of solar heat turbine blade cross section (4X) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h圧 縮 Prepare heat for compression heat recovery + Fuel injection ignition to cool heat + Intake air path length lens and heat and cold heat production with sunlight + Various energy storage cycle combined engines driven by wedge type mercury gravity turbine   Increase the superheated steam thermal and compressed air cold heat to 13 times the 10th stage solar thermal turbine drive species solar thermal turbine blade cross section (4X) + combined engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1h Water heat exchange equipment equipped + cold fuel injection ignition combustion + intake air path length lens and heat and cold energy produced by sunlight + various types of energy storage cycle combined engine driven by wedge type mercury gravity turbine.   Increase the superheated steam thermal and compressed air cold heat to 14 times the solar thermal turbine drive species solar thermal turbine blade cross section (4X) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) air Heat exchange equipment + cold fuel injection ignition combustion + suction air path length lens and heat and cold energy production with sunlight + fully automatic processing vertical mercury gravity turbine driven various energy storage cycle coalescing engine driven.   Increase the superheated steam thermal and compressed air cold heat to 15 times one stage solar heat turbine drive species of solar heat turbine blade cross section (4X) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h Power generator equipped + cold fuel injection ignition combustion + intake air path length lens and heat and cold energy production with sunlight + various automatic energy saving cycle combined engine which can be fully automatic processing can be driven by various types of energy storage cycle.   Increase the superheated steam thermal energy and compressed air cold heat to 16 times 2-stage solar thermal turbine driving species of solar thermal turbine blade cross section (4X) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h 2.) A heat pump is equipped + cold injection of fuel for ignition and combustion + intake air path length lens and heat and cold production using sunlight + various types of energy storage cycle combined engine driven by a wedge type mercury gravity turbine.   Increase the superheated steam thermal and compressed air cold heat to 17 times three-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4X) + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1 h 2.) Equipped with a compression heat recovery unit + fuel injection ignition combustion to cold energy + intake air path length lens and heat and cold energy production using sunlight + various energy storage cycle coalescing engines driven by wedge type mercury gravity turbine.   Increase the superheated steam thermal energy and compressed air cold heat to 18 times 4-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4X) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h 2.) A water heat exchanger is provided + fuel injection ignition combustion for cold heat + intake air path length lens and heat and cold heat production using sunlight + various energy storage cycle combined engines driven by a wedge type mercury gravity turbine.   Increase the superheated steam thermal energy and compressed air cold heat to 19 times 5-stage solar heat turbine drive species of solar heat turbine blade cross section (4X) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Equipped with an air heat exchanger + fuel injection ignition combustion in cold heat + thermal air and cold heat production with suction air path length lens and sunlight + fully automatic processable wedge type mercury gravity turbine driven various energy storage cycle combined engine .   Increase the superheated steam thermal and compressed air cold heat to 6 times solar thermal turbine drive species of 20 times the solar thermal turbine blade cross section (4X) + combined engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Equipped with a generator + cold injection of fuel for ignition and combustion + intake air path length lens and heat and cold production with solar light + various types of energy storage cycle combined engine driven by vertical mercury gravity turbine capable of fully automatic processing.   Increase the superheated steam thermal and compressed air cold heat to 21 times 7-stage solar heat turbine drive species of solar heat turbine blade cross section (4X) + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Heat pump equipped + cold fuel injection ignition combustion + suction air path length lens and heat and cold energy produced by sunlight + various mercury preservation turbine driven various energy storage cycle combined engine.   Increase superheated steam thermal and compressed air cold heat to 22 times 8-stage solar heat turbine drive species of solar heat turbine blade cross section (4X) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h圧 縮 Prepare heat for compression heat recovery + Fuel injection ignition to cool heat + Intake air path length lens and heat and cold heat production with sunlight + Various energy storage cycle combined engines driven by wedge type mercury gravity turbine   Increase the superheated steam thermal and compressed air cold heat to 23 times the 9th stage solar heat turbine drive species of solar heat turbine blade cross section (4X) + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1 h Water heat exchange equipment equipped + cold fuel injection ignition combustion + intake air path length lens and heat and cold energy produced by sunlight + various types of energy storage cycle combined engine driven by wedge type mercury gravity turbine.   Increase superheated steam thermal and compressed air cold heat to 10 times solar heat turbine drive species of solar heat turbine blade cross section (4X) 24 times + combined engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Air heat exchange equipment equipped + cold fuel injection ignition combustion + intake air path length lens and heat and cold energy production with sunlight + fully automatic processing vertical mercury mercury gravity turbine driven various energy storage cycle combined engine.   Solar thermal turbine blade section (4X) to increase the superheated steam thermal and compressed air cold heat to 25 times the solar thermal turbine driving species + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) power generation Equipped with a mechanism + fuel injection and combustion to cold heat + thermal air and cold heat production with suction air path length lens and sunlight + various energy storage cycle combined engines driven by vertical mercury gravity turbine capable of full automatic processing.   Solar thermal turbine blade cross section (4X) doubled to one stage solar thermal turbine driving species Increase superheated steam thermal and compressed air cold heat + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Heat pump equipped + Drive various space units (78V) + Fuel injection ignition to cold heat + Ignition combustion with suction air path length lens and solar heat produced by sunlight + Various energy driven by wedge type mercury gravity turbine Preservation cycle union agency.   Increase the superheated steam thermal and compressed air cold heat to three-stage two-stage solar thermal turbine drive species triple solar thermal turbine blade cross section (4X) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Prepare compression heat recovery equipment + Drive various space vehicles (78V) + Fuel injection ignition to cold heat + Burn intake air path length lens and heat and cold heat with sunlight + Drive + mercury type mercury gravity turbine Various energy conservation cycle union engine.   Increase the superheated steam thermal and compressed air cold heat to 4 times the three-stage solar heat turbine drive species of solar heat turbine blade cross section (4X) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1h ) Prepare water heat exchange equipment + Drive various space vehicles (78V) + Fuel injection ignition to cold heat + Burn intake air path length lens and heat and cold heat with sunlight + Drive + mercury mercury gravity turbine Various energy conservation cycle union engine.   Increase the superheated steam thermal and compressed air cold heat to 5 times the four-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4X) + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Prepare air heat exchange equipment + Drive various space return vehicles (78V) + Fuel injection ignition combustion to cold energy + Heat and cold energy production with suction air path length lens and sunlight + Fully automatic processing vertical type Various energy storage cycle combined engine driven by mercury gravity turbine.   Increase the superheated steam thermal and compressed air cold heat to 5 times solar thermal turbine drive species of 6 times the solar thermal turbine blade cross section (4X) + combined engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Equipped with a generator + Drive various space units (78 V) + Fuel injection ignition to cold heat + Ignition combustion with suction air path length lens and heat and cold heat production with sunlight + Agate type mercury capable of fully automatic processing Various energy storage cycle combined engines driven by gravity turbines.   Solar thermal turbine blade cross section (4X) 7 times to increase the superheated steam thermal energy and compressed air cold heat to six-stage solar thermal turbine driving species + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + mercury down Accelerated solar thermal turbine driving species + Drive various passenger aircraft (78V) + Fuel injection ignition to cold heat + Intake air path length lens and heat and cold energy production with sunlight + Various types of energy preservation driven by wedge type mercury gravity turbine Cycle coalescing agency.   Increases superheated steam thermal and compressed air cold heat to 8 times 7th stage solar thermal turbine drive species with solar thermal turbine blade cross section (4X) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + mercury downward Accelerated solar thermal turbine driving species + Drive various passenger aircraft (78V) + Fuel injection ignition to cold heat + Intake air path length lens and heat and cold energy production with sunlight + Various types of energy preservation driven by wedge type mercury gravity turbine Cycle coalescing agency.   Increases superheated steam thermal and compressed air cold heat to 9 times solar thermal turbine blade cross section (4X) by 8 times solar thermal turbine driving species + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + mercury downward Accelerated solar thermal turbine driving species + Drive various passenger aircraft (78V) + Fuel injection ignition to cold heat + Intake air path length lens and heat and cold energy production with sunlight + Various types of energy preservation driven by wedge type mercury gravity turbine Cycle coalescing agency.   Increase the superheated steam thermal and compressed air cold heat to 10 times the 9th stage solar thermal turbine drive species of solar thermal turbine blade cross section (4X) + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + mercury down Accelerating solar thermal turbine driving species + Driving various passenger aircraft (78 V) + Fuel injection ignition combustion to cold heat + Thermal and cold heat production with suction air path length lens and sunlight + Fully automatic processable vertical mercury gravity turbine Various energy storage cycle coalescing engines to drive.   Increase the superheated steam thermal and compressed air cold heat to 10 times solar thermal turbine drive species of 11 times solar thermal turbine blade cross section (4X) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + mercury down Accelerating solar heat turbine driving species + Driving various passenger aircraft (78V) + Fuel injection ignition to cold heat igniter air path length lens and heat and cold heat production with sunlight + 自動 type mercury gravity capable of fully automatic processing Various energy storage cycle combined engines driven by turbines.   Increase the superheated steam thermal and compressed air cold heat to 12 times solar thermal turbine drive species solar thermal turbine blade cross section (4X) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) thermal Equipped with a pump + cold fuel injection and combustion + intake air path length lens and heat and cold energy with solar light + + various mercury preservation turbine driven various energy storage cycle combined engine.   Increase the superheated steam thermal energy and compressed air cold heat to 13 times one stage solar heat turbine drive species of solar heat turbine blade cross section (4X) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h圧 縮 Prepare heat for compression heat recovery + Fuel injection ignition to cool heat + Intake air path length lens and heat and cold heat production with sunlight + Various energy storage cycle combined engines driven by wedge type mercury gravity turbine   Increase the superheated steam thermal and compressed air cold heat to 14 times the two-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4X) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h Water heat exchange equipment equipped + cold fuel injection ignition combustion + intake air path length lens and heat and cold energy produced by sunlight + various types of energy storage cycle combined engine driven by wedge type mercury gravity turbine.   Increase the superheated steam thermal and compressed air cold heat to 15 times three-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4X) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Air heat exchange equipment equipped + cold fuel injection ignition combustion + intake air path length lens and heat and cold energy production with sunlight + fully automatic processing vertical mercury mercury gravity turbine driven various energy storage cycle combined engine.   Increase the superheated steam thermal and compressed air cold heat to 16 times 4-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4X) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h Power generator equipped + cold fuel injection ignition combustion + intake air path length lens and heat and cold energy production with sunlight + various automatic energy saving cycle combined engine which can be fully automatic processing can be driven by various types of energy storage cycle.   Increase the superheated steam thermal energy and compressed air cold heat to 17 times 5-stage solar heat turbine drive species of solar heat turbine blade cross section (4X) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h 2.) A heat pump is equipped + cold injection of fuel for ignition and combustion + intake air path length lens and heat and cold production using sunlight + various types of energy storage cycle combined engine driven by a wedge type mercury gravity turbine.   Increase the superheated steam thermal and compressed air cold heat to 18 times 6-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4X) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h 2.) Equipped with a compression heat recovery unit + fuel injection ignition combustion to cold energy + intake air path length lens and heat and cold energy production using sunlight + various energy storage cycle coalescing engines driven by wedge type mercury gravity turbine.   Increase superheated steam thermal and compressed air cold heat to 19 times 7-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4X) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h 2.) A water heat exchanger is provided + fuel injection ignition combustion for cold heat + intake air path length lens and heat and cold heat production using sunlight + various energy storage cycle combined engines driven by a wedge type mercury gravity turbine.   Increase superheated steam thermal and compressed air cold heat to 20 times 8-stage solar heat turbine drive species of solar heat turbine blade cross section (4X) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Equipped with an air heat exchanger + fuel injection ignition combustion in cold heat + thermal air and cold heat production with suction air path length lens and sunlight + fully automatic processable wedge type mercury gravity turbine driven various energy storage cycle combined engine .   Increase the superheated steam thermal and compressed air cold heat to 21 times the 9th stage solar heat turbine drive species of solar heat turbine blade cross section (4X) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Equipped with a generator + cold injection of fuel for ignition and combustion + intake air path length lens and heat and cold production with solar light + various types of energy storage cycle combined engine driven by vertical mercury gravity turbine capable of fully automatic processing.   Increase the superheated steam thermal and compressed air cold heat to 22 times 10 stages solar thermal turbine drive species solar thermal turbine blade cross section (4X) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h ) Heat pump equipped + cold fuel injection ignition combustion + suction air path length lens and heat and cold energy produced by sunlight + various mercury preservation turbine driven various energy storage cycle combined engine.   Increase the superheated steam thermal and compressed air cold heat to 23 times solar thermal turbine drive species solar thermal turbine blade cross section (4X) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) compression Heat recovery equipment equipped + cold fuel injection ignition combustion + intake air path length lens and heat and cold energy produced by sunlight + various mercury preservation turbine driven various energy storage cycle combined engine   Increase the superheated steam thermal and compressed air cold heat to 24 times 1-stage solar thermal turbine drive species solar thermal turbine blade cross section (4X) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h Water heat exchange equipment equipped + cold fuel injection ignition combustion + intake air path length lens and heat and cold energy produced by sunlight + various types of energy storage cycle combined engine driven by wedge type mercury gravity turbine.   Increase the superheated steam thermal energy and compressed air cold heat to 25 times two-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4X) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Air heat exchange equipment equipped + cold fuel injection ignition combustion + intake air path length lens and heat and cold energy production with sunlight + fully automatic processing vertical mercury mercury gravity turbine driven various energy storage cycle combined engine.   Increase the superheated steam thermal energy and compressed air cold heat to double the three-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4X) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h Power generator equipped + cold fuel injection ignition combustion + intake air path length lens and heat and cold energy production with sunlight + various automatic energy saving cycle combined engine which can be fully automatic processing can be driven by various types of energy storage cycle.   Increase the superheated steam thermal and compressed air cold heat to four-stage solar thermal turbine drive species triple solar thermal turbine blade cross section (4X) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Heat pump equipped + Drive various space units (78V) + Fuel injection ignition to cold heat + Ignition combustion with suction air path length lens and solar heat produced by sunlight + Various energy driven by wedge type mercury gravity turbine Preservation cycle union agency.   Increase superheated steam thermal and compressed air cold heat to 5 times solar thermal turbine drive species with 4 times solar thermal blade cross section (4X) + combined engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Prepare compression heat recovery equipment + Drive various space vehicles (78V) + Fuel injection ignition to cold heat + Burn intake air path length lens and heat and cold heat with sunlight + Drive + mercury type mercury gravity turbine Various energy conservation cycle union engine.   Increase the superheated steam thermal and compressed air cold heat to 6 times solar thermal turbine drive species of solar thermal turbine blade cross section (4X) 5 times + combined engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Prepare water heat exchange equipment + Drive various space vehicles (78V) + Fuel injection ignition to cold heat + Burn intake air path length lens and heat and cold heat with sunlight + Drive + mercury mercury gravity turbine Various energy conservation cycle union engine.   Increase the superheated steam thermal energy and compressed air cold heat to 7 times solar thermal turbine drive species of solar thermal turbine blade cross section (4X) by 6 times + combined engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Prepare air heat exchange equipment + Drive various space return vehicles (78V) + Fuel injection ignition combustion to cold energy + Heat and cold energy production with suction air path length lens and sunlight + Fully automatic processing vertical type Various energy storage cycle combined engine driven by mercury gravity turbine.   Increase the superheated steam thermal and compressed air cold heat to 7 times the solar heat turbine blade cross section (4X) to 8-fold solar heat turbine drive species + combined engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h ) Equipped with a generator + Drive various space units (78 V) + Fuel injection ignition to cold heat + Ignition combustion with suction air path length lens and heat and cold heat production with sunlight + Agate type mercury capable of fully automatic processing Various energy storage cycle combined engines driven by gravity turbines.   Increase the superheated steam thermal and compressed air cold heat to 8 times the 9th stage solar thermal turbine drive species of solar thermal turbine blade cross section (4X) + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + mercury downward Accelerated solar thermal turbine driving species + Drive various passenger aircraft (78V) + Fuel injection ignition to cold heat + Intake air path length lens and heat and cold energy production with sunlight + Various types of energy preservation driven by wedge type mercury gravity turbine Cycle coalescing agency.   Increases superheated steam thermal and compressed air cold heat to 10 times solar thermal turbine drive species with 9 times solar thermal blade cross section (4X) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + mercury downward Accelerated solar thermal turbine driving species + Drive various passenger aircraft (78V) + Fuel injection ignition to cold heat + Intake air path length lens and heat and cold energy production with sunlight + Various types of energy preservation driven by wedge type mercury gravity turbine Cycle coalescing agency.   Solar thermal turbine blade cross section (4X) to 10 times the solar thermal turbine driving species increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + mercury downward accelerating solar thermal Use a turbine drive type + Drive various passenger aircraft (78V) + Fuel injection ignition combustion to cold heat + Thermally cool heat production with suction air path length lens and sunlight + Various energy storage cycle combination driven by wedge type mercury gravity turbine organ.   Increase the superheated steam thermal and compressed air cold heat to 11 times one stage solar thermal turbine drive species of solar thermal turbine blade cross section (4X) + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + mercury downward Accelerating solar thermal turbine driving species + Driving various passenger aircraft (78 V) + Fuel injection ignition combustion to cold heat + Thermal and cold heat production with suction air path length lens and sunlight + Fully automatic processable vertical mercury gravity turbine Various energy storage cycle coalescing engines to drive.   Increase the superheated steam thermal and compressed air cold heat to 12 times the two-stage solar thermal turbine drive species solar thermal turbine blade cross section (4X) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + mercury downward Accelerating solar heat turbine driving species + Driving various passenger aircraft (78V) + Fuel injection ignition to cold heat igniter air path length lens and heat and cold heat production with sunlight + 自動 type mercury gravity capable of fully automatic processing Various energy storage cycle combined engines driven by turbines.   Increase the superheated steam thermal and compressed air cold heat to 13 times three-stage solar heat turbine drive species solar thermal turbine blade cross section (4X) + combined engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1h ) Heat pump equipped + cold fuel injection ignition combustion + suction air path length lens and heat and cold energy produced by sunlight + various mercury preservation turbine driven various energy storage cycle combined engine.   Increase the superheated steam thermal and compressed air cold heat to 14 times the four-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4X) + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1 h圧 縮 Prepare heat for compression heat recovery + Fuel injection ignition to cool heat + Intake air path length lens and heat and cold heat production with sunlight + Various energy storage cycle combined engines driven by wedge type mercury gravity turbine   Increase the superheated steam thermal energy and compressed air cold heat to 5 times solar thermal turbine drive species of solar thermal turbine blade cross section (4X) 15 times + combined engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h Water heat exchange equipment equipped + cold fuel injection ignition combustion + intake air path length lens and heat and cold energy produced by sunlight + various types of energy storage cycle combined engine driven by wedge type mercury gravity turbine.   Increase the superheated steam thermal and compressed air cold heat to 16 times 6-stage solar thermal turbine drive species solar thermal turbine blade cross section (4X) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h ) Air heat exchange equipment equipped + cold fuel injection ignition combustion + intake air path length lens and heat and cold energy production with sunlight + fully automatic processing vertical mercury mercury gravity turbine driven various energy storage cycle combined engine.   Increase the superheated steam thermal and compressed air cold heat to 17 times the solar heat turbine blade cross section (4X) to seventeen stages of solar heat turbine drive species + combined engine injection part (78V) to the solar thermal gravity rotary plane (39B) + horizontal axis (1h Power generator equipped + cold fuel injection ignition combustion + intake air path length lens and heat and cold energy production with sunlight + various automatic energy saving cycle combined engine which can be fully automatic processing can be driven by various types of energy storage cycle.   Increase the superheated steam thermal and compressed air cold heat to 18 times solar thermal turbine blade section (18 times) solar thermal turbine blade cross section (4X) + combined engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h 2.) A heat pump is equipped + cold injection of fuel for ignition and combustion + intake air path length lens and heat and cold production using sunlight + various types of energy storage cycle combined engine driven by a wedge type mercury gravity turbine.   Increase the superheated steam thermal and compressed air cold heat to 19 times the 9th stage solar thermal turbine drive species of solar thermal turbine blade cross section (4X) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h 2.) Equipped with a compression heat recovery unit + fuel injection ignition combustion to cold energy + intake air path length lens and heat and cold energy production using sunlight + various energy storage cycle coalescing engines driven by wedge type mercury gravity turbine.   Increase superheated steam thermal and compressed air cold heat to 20 times 10 stages of solar heat turbine drive species of solar heat turbine blade cross section (4X) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h 2.) A water heat exchanger is provided + fuel injection ignition combustion for cold heat + intake air path length lens and heat and cold heat production using sunlight + various energy storage cycle combined engines driven by a wedge type mercury gravity turbine.   Solar thermal turbine blade section (4X) to increase the superheated steam thermal and compressed air cold heat to 21 times the solar thermal turbine driving species + combined engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h) air Equipped with a heat exchanger + cold fuel injection and combustion with fuel + intake air path length lens and heat and cold energy with solar light + fully automatic processable wedge type mercury gravity turbine driven various energy storage cycle combined engine.   Increase the superheated steam thermal and compressed air cold heat to 22 times one stage solar heat turbine drive species of solar heat turbine blade cross section (4X) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Equipped with a generator + cold injection of fuel for ignition and combustion + intake air path length lens and heat and cold production with solar light + various types of energy storage cycle combined engine driven by vertical mercury gravity turbine capable of fully automatic processing.   Increase the superheated steam thermal and compressed air cold heat to 23 times 2-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4X) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Heat pump equipped + cold fuel injection ignition combustion + suction air path length lens and heat and cold energy produced by sunlight + various mercury preservation turbine driven various energy storage cycle combined engine.   Increase the superheated steam thermal and compressed air cold heat to 24 times 3-stage solar heat turbine drive species of solar heat turbine blade cross section (4X) + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1 h圧 縮 Prepare heat for compression heat recovery + Fuel injection ignition to cool heat + Intake air path length lens and heat and cold heat production with sunlight + Various energy storage cycle combined engines driven by wedge type mercury gravity turbine   Increase the superheated steam thermal and compressed air cold heat to 25 times 4-stage solar thermal turbine drive species solar thermal turbine blade cross section (4X) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h Water heat exchange equipment equipped + cold fuel injection ignition combustion + intake air path length lens and heat and cold energy produced by sunlight + various types of energy storage cycle combined engine driven by wedge type mercury gravity turbine.   Increase the superheated steam thermal and compressed air cold heat to double the 5th step solar heat turbine drive species of solar heat turbine blade cross section (4X) + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h ) Air heat exchange equipment equipped + cold fuel injection ignition combustion + intake air path length lens and heat and cold energy production with sunlight + fully automatic processing vertical mercury mercury gravity turbine driven various energy storage cycle combined engine.   Increase the superheated steam thermal and compressed air cold heat to 6-stage solar thermal turbine drive species triple solar thermal turbine blade cross section (4X) + combined engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h Power generator equipped + cold fuel injection ignition combustion + intake air path length lens and heat and cold energy production with sunlight + various automatic energy saving cycle combined engine which can be fully automatic processing can be driven by various types of energy storage cycle.   Increase the superheated steam thermal and compressed air cold heat to 7 times solar thermal turbine drive species of 4 times the solar thermal turbine blade cross section (4X) + combined engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Heat pump equipped + Drive various space units (78V) + Fuel injection ignition to cold heat + Ignition combustion with suction air path length lens and solar heat produced by sunlight + Various energy driven by wedge type mercury gravity turbine Preservation cycle union agency.   Increase the superheated steam thermal and compressed air cold heat to 5 times 8-stage solar thermal turbine driving species of solar thermal turbine blade cross section (4X) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Prepare compression heat recovery equipment + Drive various space vehicles (78V) + Fuel injection ignition to cold heat + Burn intake air path length lens and heat and cold heat with sunlight + Drive + mercury type mercury gravity turbine Various energy conservation cycle union engine.   Increase superheated steam thermal and compressed air cold heat to 9 times solar thermal turbine drive species with 6 times solar thermal blade cross section (4X) + combined engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Prepare water heat exchange equipment + Drive various space vehicles (78V) + Fuel injection ignition to cold heat + Burn intake air path length lens and heat and cold heat with sunlight + Drive + mercury mercury gravity turbine Various energy conservation cycle union engine.   Increase superheated steam thermal and compressed air cold heat to 7 times 10 stage solar heat turbine drive species of solar heat turbine blade cross section (4X) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Prepare air heat exchange equipment + Drive various space return vehicles (78V) + Fuel injection ignition combustion to cold energy + Heat and cold energy production with suction air path length lens and sunlight + Fully automatic processing vertical type Various energy storage cycle combined engine driven by mercury gravity turbine.   Solar thermal turbine blade cross section (4X) to increase the superheated steam thermal and compressed air cold heat to 8 times the solar thermal turbine driving species + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) power generation Use equipment + Drive various space vehicles (78V) + Fuel injection ignition combustion to cold energy + Heat and cold energy production with suction air path length lens and sunlight + Vertical-type mercury gravity turbine capable of fully automatic processing Various energy storage cycle coalescing engines to drive.   Increase the superheated steam thermal and compressed air cold heat to one stage solar heat turbine drive species of 9 times the solar heat turbine blade cross section (4X) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + mercury down Accelerated solar thermal turbine driving species + Drive various passenger aircraft (78V) + Fuel injection ignition to cold heat + Intake air path length lens and heat and cold energy production with sunlight + Various types of energy preservation driven by wedge type mercury gravity turbine Cycle coalescing agency.   Increase the superheated steam thermal and compressed air cold heat to 10 times the two-stage solar thermal turbine driven species of solar thermal turbine blade cross section (4X) + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + mercury downward Accelerated solar thermal turbine driving species + Drive various passenger aircraft (78V) + Fuel injection ignition to cold heat + Intake air path length lens and heat and cold energy production with sunlight + Various types of energy preservation driven by wedge type mercury gravity turbine Cycle coalescing agency.   Solar thermal turbine blade cross section (4X) to 11 times increase three-stage solar thermal turbine driving species Increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + mercury downward Accelerated solar thermal turbine driving species + Drive various passenger aircraft (78V) + Fuel injection ignition to cold heat + Intake air path length lens and heat and cold energy production with sunlight + Various types of energy preservation driven by wedge type mercury gravity turbine Cycle coalescing agency.   Increases superheated steam thermal and compressed air cold heat to 12 times 4-stage solar thermal turbine drive species with solar thermal turbine blade cross section (4X) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + mercury downward Accelerating solar thermal turbine driving species + Driving various passenger aircraft (78 V) + Fuel injection ignition combustion to cold heat + Thermal and cold heat production with suction air path length lens and sunlight + Fully automatic processable vertical mercury gravity turbine Various energy storage cycle coalescing engines to drive.   Increases superheated steam thermal and compressed air cold heat to 13 times 5-stage solar thermal turbine drive species with solar thermal blade cross section (4X) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + mercury downward Accelerating solar heat turbine driving species + Driving various passenger aircraft (78V) + Fuel injection ignition to cold heat igniter air path length lens and heat and cold heat production with sunlight + 自動 type mercury gravity capable of fully automatic processing Various energy storage cycle combined engines driven by turbines.   Increase the superheated steam thermal and compressed air cold heat to 14 times 6-stage solar thermal turbine drive species solar thermal turbine blade cross section (4X) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h ) Heat pump equipped + cold fuel injection ignition combustion + suction air path length lens and heat and cold energy produced by sunlight + various mercury preservation turbine driven various energy storage cycle combined engine.   Increase superheated steam thermal and compressed air cold heat to 15 times 7-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4X) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h圧 縮 Prepare heat for compression heat recovery + Fuel injection ignition to cool heat + Intake air path length lens and heat and cold heat production with sunlight + Various energy storage cycle combined engines driven by wedge type mercury gravity turbine   Increase the superheated steam thermal and compressed air cold heat to 16 times 8-stage solar heat turbine drive species of solar heat turbine blade cross section (4X) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h Water heat exchange equipment equipped + cold fuel injection ignition combustion + intake air path length lens and heat and cold energy produced by sunlight + various types of energy storage cycle combined engine driven by wedge type mercury gravity turbine.   Increase the superheated steam thermal and compressed air cold heat to 17 times the 9th stage solar thermal turbine drive species of solar thermal turbine blade cross section (4X) + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Air heat exchange equipment equipped + cold fuel injection ignition combustion + intake air path length lens and heat and cold energy production with sunlight + fully automatic processing vertical mercury mercury gravity turbine driven various energy storage cycle combined engine.   Increase the superheated steam thermal and compressed air cold heat to 18 times 10 stages of solar heat turbine drive species of solar heat turbine blade cross section (4X) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h Power generator equipped + cold fuel injection ignition combustion + intake air path length lens and heat and cold energy production with sunlight + various automatic energy saving cycle combined engine which can be fully automatic processing can be driven by various types of energy storage cycle.   Increase superheated steam thermal and compressed air cold heat to 19 times solar thermal turbine drive species with solar thermal blade cross section (4X) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h) thermal Equipped with a pump + cold fuel injection and combustion with combustion + intake air path length lens and heat and cold energy production with sunlight + various mercury energy storage combined cycle engine driven by wedge type mercury gravity turbine.   Increase the superheated steam thermal and compressed air cold heat to 20 times one stage solar heat turbine drive species of solar heat turbine blade cross section (4X) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h 2.) Equipped with a compression heat recovery unit + fuel injection ignition combustion to cold energy + intake air path length lens and heat and cold energy production using sunlight + various energy storage cycle coalescing engines driven by wedge type mercury gravity turbine.   Increase the superheated steam thermal energy and compressed air cold heat to 21 times 2-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4X) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h 2.) A water heat exchanger is provided + fuel injection ignition combustion for cold heat + intake air path length lens and heat and cold heat production using sunlight + various energy storage cycle combined engines driven by a wedge type mercury gravity turbine.   Increase the superheated steam thermal and compressed air cold heat to 22 times three-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4X) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Equipped with an air heat exchanger + fuel injection ignition combustion in cold heat + thermal air and cold heat production with suction air path length lens and sunlight + fully automatic processable wedge type mercury gravity turbine driven various energy storage cycle combined engine .   Increase superheated steam thermal and compressed air cold heat to 23 times 4-stage solar heat turbine drive species of solar heat turbine blade cross section (4X) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Equipped with a generator + cold injection of fuel for ignition and combustion + intake air path length lens and heat and cold production with solar light + various types of energy storage cycle combined engine driven by vertical mercury gravity turbine capable of fully automatic processing.   Increase superheated steam thermal and compressed air cold heat to 24 times 5-stage solar heat turbine drive species of solar heat turbine blade cross section (4X) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Heat pump equipped + cold fuel injection ignition combustion + suction air path length lens and heat and cold energy produced by sunlight + various mercury preservation turbine driven various energy storage cycle combined engine.   Increase the superheated steam thermal and compressed air cold heat to 25 times 6-stage solar thermal turbine drive species solar thermal turbine blade cross section (4X) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h圧 縮 Prepare heat for compression heat recovery + Fuel injection ignition to cool heat + Intake air path length lens and heat and cold heat production with sunlight + Various energy storage cycle combined engines driven by wedge type mercury gravity turbine   Increase the superheated steam thermal energy and compressed air cold heat to double the 7th step solar heat turbine drive species of solar heat turbine blade cross section (4X) + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h Water heat exchange equipment equipped + cold fuel injection ignition combustion + intake air path length lens and heat and cold energy produced by sunlight + various types of energy storage cycle combined engine driven by wedge type mercury gravity turbine.   Increase the superheated steam thermal and compressed air cold heat to 8-stage solar thermal turbine drive species triple solar thermal turbine blade cross section (4X) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Air heat exchange equipment equipped + cold fuel injection ignition combustion + intake air path length lens and heat and cold energy production with sunlight + fully automatic processing vertical mercury mercury gravity turbine driven various energy storage cycle combined engine.   Increase superheated steam thermal and compressed air cold heat to 9 times solar thermal turbine drive species with 4 times solar thermal blade cross section (4X) + combined engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h Power generator equipped + cold fuel injection ignition combustion + intake air path length lens and heat and cold energy production with sunlight + various automatic energy saving cycle combined engine which can be fully automatic processing can be driven by various types of energy storage cycle.   Increase the superheated steam thermal and compressed air cold heat to 10 times solar thermal turbine drive species of solar thermal turbine blade cross section (4X) by 5 times + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Heat pump equipped + Drive various space units (78V) + Fuel injection ignition to cold heat + Ignition combustion with suction air path length lens and solar heat produced by sunlight + Various energy driven by wedge type mercury gravity turbine Preservation cycle union agency.   Solar thermal turbine blade cross section (4X) to increase solar thermal turbine driving species by 6 times + superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) compression Use heat recovery equipment + Drive various space vehicles (78V) + Fuel injection ignition to cold heat + Burn intake air path length lens and heat and cold with solar light + Heat energy type to drive mercury type mercury gravity turbine Preservation cycle union agency.   Increase the superheated steam thermal and compressed air cold heat to 7-fold one-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4X) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Prepare water heat exchange equipment + Drive various space vehicles (78V) + Fuel injection ignition to cold heat + Burn intake air path length lens and heat and cold heat with sunlight + Drive + mercury mercury gravity turbine Various energy conservation cycle union engine.   Increase superheated steam thermal and compressed air cold heat to 8 times 2-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4X) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Prepare air heat exchange equipment + Drive various space return vehicles (78V) + Fuel injection ignition combustion to cold energy + Heat and cold energy production with suction air path length lens and sunlight + Fully automatic processing vertical type Various energy storage cycle combined engine driven by mercury gravity turbine.   Increase the superheated steam thermal and compressed air cold heat to 9 times 3-stage solar heat turbine drive species of solar heat turbine blade cross section (4X) + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Equipped with a generator + Drive various space units (78 V) + Fuel injection ignition to cold heat + Ignition combustion with suction air path length lens and heat and cold heat production with sunlight + Agate type mercury capable of fully automatic processing Various energy storage cycle combined engines driven by gravity turbines.   Increase the superheated steam thermal and compressed air cold heat to 10 times the 4-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4X) + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + mercury downward Accelerated solar thermal turbine driving species + Drive various passenger aircraft (78V) + Fuel injection ignition to cold heat + Intake air path length lens and heat and cold energy production with sunlight + Various types of energy preservation driven by wedge type mercury gravity turbine Cycle coalescing agency.   Solar thermal turbine blade cross section (4X) to 11 times 5-stage solar thermal turbine driving species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + mercury down Accelerated solar thermal turbine driving species + Drive various passenger aircraft (78V) + Fuel injection ignition to cold heat + Intake air path length lens and heat and cold energy production with sunlight + Various types of energy preservation driven by wedge type mercury gravity turbine Cycle coalescing agency.   Increase superheated steam thermal and compressed air cold heat to 6 times solar thermal turbine drive species with 12 times solar thermal blade cross section (4X) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + mercury downward Accelerated solar thermal turbine driving species + Drive various passenger aircraft (78V) + Fuel injection ignition to cold heat + Intake air path length lens and heat and cold energy production with sunlight + Various types of energy preservation driven by wedge type mercury gravity turbine Cycle coalescing agency.   Increases superheated steam thermal and compressed air cold heat to 13 times 7th stage solar thermal turbine drive species with solar thermal turbine blade cross section (4X) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + mercury downward Accelerating solar thermal turbine driving species + Driving various passenger aircraft (78 V) + Fuel injection ignition combustion to cold heat + Thermal and cold heat production with suction air path length lens and sunlight + Fully automatic processable vertical mercury gravity turbine Various energy storage cycle coalescing engines to drive.   Solar thermal turbine blade cross section (4X) 14 times to increase the superheated steam thermal energy and compressed air cold heat to 8-stage solar thermal turbine driving species + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + mercury down Accelerating solar heat turbine driving species + Driving various passenger aircraft (78V) + Fuel injection ignition to cold heat igniter air path length lens and heat and cold heat production with sunlight + 自動 type mercury gravity capable of fully automatic processing Various energy storage cycle combined engines driven by turbines.   Increase superheated steam thermal and compressed air cold heat to 15 times 9th stage solar heat turbine drive species of solar heat turbine blade cross section (4X) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Heat pump equipped + cold fuel injection ignition combustion + suction air path length lens and heat and cold energy produced by sunlight + various mercury preservation turbine driven various energy storage cycle combined engine.   Increase superheated steam thermal and compressed air cold heat to 10 times solar thermal turbine drive species with 16 times solar thermal blade cross section (4X) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h圧 縮 Prepare heat for compression heat recovery + Fuel injection ignition to cool heat + Intake air path length lens and heat and cold heat production with sunlight + Various energy storage cycle combined engines driven by wedge type mercury gravity turbine   Solar thermal turbine blade section (4X) to 17 times the solar thermal turbine driving species increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) water Heat exchange equipment + cold fuel injection ignition combustion + intake air path length lens and heat and cold energy production with sunlight + various mercury preservation turbines driven various energy storage cycle coalescing engines.   Increase the superheated steam thermal and compressed air cold heat to 18-fold one-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4X) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Air heat exchange equipment equipped + cold fuel injection ignition combustion + intake air path length lens and heat and cold energy production with sunlight + fully automatic processing vertical mercury mercury gravity turbine driven various energy storage cycle combined engine.   Increase superheated steam thermal and compressed air cold heat to 19 times 2-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4X) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h Power generator equipped + cold fuel injection ignition combustion + intake air path length lens and heat and cold energy production with sunlight + various automatic energy saving cycle combined engine which can be fully automatic processing can be driven by various types of energy storage cycle.   Increase superheated steam thermal and compressed air cold heat to 20 times three-stage solar heat turbine drive species of solar heat turbine blade cross section (4X) + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1 h 2.) A heat pump is equipped + cold injection of fuel for ignition and combustion + intake air path length lens and heat and cold production using sunlight + various types of energy storage cycle combined engine driven by a wedge type mercury gravity turbine.   Increase the superheated steam thermal energy and compressed air cold heat to 21 times 4-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4X) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h 2.) Equipped with a compression heat recovery unit + fuel injection ignition combustion to cold energy + intake air path length lens and heat and cold energy production using sunlight + various energy storage cycle coalescing engines driven by wedge type mercury gravity turbine.   Increase the superheated steam thermal and compressed air cold heat to 22 times 5-stage solar heat turbine drive species of solar heat turbine blade cross section (4X) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h 2.) A water heat exchanger is provided + fuel injection ignition combustion for cold heat + intake air path length lens and heat and cold heat production using sunlight + various energy storage cycle combined engines driven by a wedge type mercury gravity turbine.   Increase the superheated steam thermal and compressed air cold heat to 23 times the 6th stage solar thermal turbine drive species of solar thermal turbine blade cross section (4X) + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Equipped with an air heat exchanger + fuel injection ignition combustion in cold heat + thermal air and cold heat production with suction air path length lens and sunlight + fully automatic processable wedge type mercury gravity turbine driven various energy storage cycle combined engine .   Increase the superheated steam thermal and compressed air cold heat to 24 times 7-stage solar thermal turbine drive species solar thermal turbine blade cross section (4X) + combined engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Equipped with a generator + cold injection of fuel for ignition and combustion + intake air path length lens and heat and cold production with solar light + various types of energy storage cycle combined engine driven by vertical mercury gravity turbine capable of fully automatic processing.   Increase the superheated steam thermal and compressed air cold heat to 25 times 8-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4X) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Heat pump equipped + cold fuel injection ignition combustion + suction air path length lens and heat and cold energy produced by sunlight + various mercury preservation turbine driven various energy storage cycle combined engine.   Increase superheated steam thermal and compressed air cold heat to double 9th stage solar thermal turbine drive species of solar thermal turbine blade cross section (4X) + combined engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h圧 縮 Prepare heat for compression heat recovery + Fuel injection ignition to cool heat + Intake air path length lens and heat and cold heat production with sunlight + Various energy storage cycle combined engines driven by wedge type mercury gravity turbine   Increase the superheated steam thermal and compressed air cold heat to 10 stages of solar heat turbine drive species triple solar heat turbine blade cross section (4X) + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1 h Water heat exchange equipment equipped + cold fuel injection ignition combustion + intake air path length lens and heat and cold energy produced by sunlight + various types of energy storage cycle combined engine driven by wedge type mercury gravity turbine.   Increase the superheated steam thermal and compressed air cold heat to 4 times the solar thermal turbine blade type solar thermal turbine blade cross section (4X) + combined engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h) air Heat exchange equipment + cold fuel injection ignition combustion + suction air path length lens and heat and cold energy production with sunlight + fully automatic processing vertical mercury gravity turbine driven various energy storage cycle coalescing engine driven.   Increase the superheated steam thermal energy and compressed air cold heat to one stage solar heat turbine drive species of 5 times the solar heat turbine blade cross section (4X) + combined engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1 h Power generator equipped + cold fuel injection ignition combustion + intake air path length lens and heat and cold energy production with sunlight + various automatic energy saving cycle combined engine which can be fully automatic processing can be driven by various types of energy storage cycle.   Increase the superheated steam thermal and compressed air cold heat to 6 times the two-stage solar heat turbine drive species of solar heat turbine blade cross section (4X) + combined engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h ) Heat pump equipped + Drive various space units (78V) + Fuel injection ignition to cold heat + Ignition combustion with suction air path length lens and solar heat produced by sunlight + Various energy driven by wedge type mercury gravity turbine Preservation cycle union agency.   Increase the superheated steam thermal and compressed air cold heat to 7 times three-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4X) + combined engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Prepare compression heat recovery equipment + Drive various space vehicles (78V) + Fuel injection ignition to cold heat + Burn intake air path length lens and heat and cold heat with sunlight + Drive + mercury type mercury gravity turbine Various energy conservation cycle union engine.   Increase superheated steam thermal and compressed air cold heat to 8 times 4-stage solar heat turbine drive species of solar heat turbine blade cross section (4X) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Prepare water heat exchange equipment + Drive various space vehicles (78V) + Fuel injection ignition to cold heat + Burn intake air path length lens and heat and cold heat with sunlight + Drive + mercury mercury gravity turbine Various energy conservation cycle union engine.   Increase superheated steam thermal and compressed air cold heat to 9 times 5-stage solar heat turbine drive species of solar heat turbine blade cross section (4X) + combine engine injection part (78V) to make a solar thermal gravity rotary airplane (39B) + horizontal axis (1 h ) Prepare air heat exchange equipment + Drive various space return vehicles (78V) + Fuel injection ignition combustion to cold energy + Heat and cold energy production with suction air path length lens and sunlight + Fully automatic processing vertical type Various energy storage cycle combined engine driven by mercury gravity turbine.   Increase the superheated steam thermal and compressed air cold heat to 10 times the 6th stage solar thermal turbine drive species of solar thermal turbine blade cross section (4X) + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Equipped with a generator + Drive various space units (78 V) + Fuel injection ignition to cold heat + Ignition combustion with suction air path length lens and heat and cold heat production with sunlight + Agate type mercury capable of fully automatic processing Various energy storage cycle combined engines driven by gravity turbines.   Solar thermal turbine blade cross section (4X) to 11 times 7-stage solar thermal turbine drive species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + mercury down Accelerated solar thermal turbine driving species + Drive various passenger aircraft (78V) + Fuel injection ignition to cold heat + Intake air path length lens and heat and cold energy production with sunlight + Various types of energy preservation driven by wedge type mercury gravity turbine Cycle coalescing agency.   Increase the superheated steam thermal and compressed air cold heat to 8 times solar thermal turbine drive species of solar thermal turbine blade cross section (4X) 12 times + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + mercury down Accelerated solar thermal turbine driving species + Drive various passenger aircraft (78V) + Fuel injection ignition to cold heat + Intake air path length lens and heat and cold energy production with sunlight + Various types of energy preservation driven by wedge type mercury gravity turbine Cycle coalescing agency.   Increase the superheated steam thermal and compressed air cold heat to 9 times solar thermal turbine drive species of 13 times solar thermal turbine blade cross section (4X) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + mercury downward Accelerated solar thermal turbine driving species + Drive various passenger aircraft (78V) + Fuel injection ignition to cold heat + Intake air path length lens and heat and cold energy production with sunlight + Various types of energy preservation driven by wedge type mercury gravity turbine Cycle coalescing agency.   Increase the superheated steam thermal and compressed air cold heat to 10 times solar thermal turbine drive species 14 times the solar thermal turbine blade cross section (4X) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + mercury down Accelerating solar thermal turbine driving species + Driving various passenger aircraft (78 V) + Fuel injection ignition combustion to cold heat + Thermal and cold heat production with suction air path length lens and sunlight + Fully automatic processable vertical mercury gravity turbine Various energy storage cycle coalescing engines to drive.   Solar thermal turbine blade cross section (4X) to 15 times the solar thermal turbine driving species Increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + mercury downward accelerating solar heat Use a turbine drive type + Drive various passenger aircraft (78 V) + Fuel injection ignition combustion to cold heat + Thermally cool heat production with suction air path length lens and sunlight + Vertical type mercury gravity turbine drive capable of fully automatic processing Energy conservation cycle coalition agency.   Increase the superheated steam thermal and compressed air cold heat to 16 times one stage solar thermal turbine drive species of solar thermal turbine blade cross section (4X) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Heat pump equipped + cold fuel injection ignition combustion + suction air path length lens and heat and cold energy produced by sunlight + various mercury preservation turbine driven various energy storage cycle combined engine.   Increase the superheated steam thermal and compressed air cold heat to 17 times the two-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4X) + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h圧 縮 Prepare heat for compression heat recovery + Fuel injection ignition to cool heat + Intake air path length lens and heat and cold heat production with sunlight + Various energy storage cycle combined engines driven by wedge type mercury gravity turbine   Increase the superheated steam thermal and compressed air cold heat to 18 times three-stage solar thermal turbine drive species solar thermal turbine blade cross section (4X) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h Water heat exchange equipment equipped + cold fuel injection ignition combustion + intake air path length lens and heat and cold energy produced by sunlight + various types of energy storage cycle combined engine driven by wedge type mercury gravity turbine.   Increase the superheated steam thermal and compressed air cold heat to 19 times 4-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4X) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Air heat exchange equipment equipped + cold fuel injection ignition combustion + intake air path length lens and heat and cold energy production with sunlight + fully automatic processing vertical mercury mercury gravity turbine driven various energy storage cycle combined engine.   Increase superheated steam thermal and compressed air cold heat to 20 times 5-stage solar heat turbine drive species of solar heat turbine blade cross section (4X) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h Power generator equipped + cold fuel injection ignition combustion + intake air path length lens and heat and cold energy production with sunlight + various automatic energy saving cycle combined engine which can be fully automatic processing can be driven by various types of energy storage cycle.   Increase the superheated steam thermal energy and compressed air cold heat to 21 times 6-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4X) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h 2.) A heat pump is equipped + cold injection of fuel for ignition and combustion + intake air path length lens and heat and cold production using sunlight + various types of energy storage cycle combined engine driven by a wedge type mercury gravity turbine.   Increase the superheated steam thermal and compressed air cold heat to 22 times 7-stage solar thermal turbine drive species solar thermal turbine blade cross section (4X) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h 2.) Equipped with a compression heat recovery unit + fuel injection ignition combustion to cold energy + intake air path length lens and heat and cold energy production using sunlight + various energy storage cycle coalescing engines driven by wedge type mercury gravity turbine.   Increase the superheated steam thermal and compressed air cold heat to 23 times 8-stage solar heat turbine drive species of solar heat turbine blade cross section (4X) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h 2.) A water heat exchanger is provided + fuel injection ignition combustion for cold heat + intake air path length lens and heat and cold heat production using sunlight + various energy storage cycle combined engines driven by a wedge type mercury gravity turbine.   Increase the superheated steam thermal and compressed air cold heat to 24 times the 9th stage solar thermal turbine drive species of solar thermal turbine blade cross section (4X) + combined engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Equipped with an air heat exchanger + fuel injection ignition combustion in cold heat + thermal air and cold heat production with suction air path length lens and sunlight + fully automatic processable wedge type mercury gravity turbine driven various energy storage cycle combined engine .   Increase the superheated steam thermal and compressed air cold heat to 25 times 10-stage solar thermal turbine drive species solar thermal turbine blade cross section (4X) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h ) Equipped with a generator + cold injection of fuel for ignition and combustion + intake air path length lens and heat and cold production with solar light + various types of energy storage cycle combined engine driven by vertical mercury gravity turbine capable of fully automatic processing.   Solar thermal turbine blade cross section (4X) to double solar thermal turbine driving species Increase superheated steam thermal and compressed air cold heat + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) thermal Equipped with a pump + cold fuel injection and combustion + intake air path length lens and heat and cold energy with solar light + + various mercury preservation turbine driven various energy storage cycle combined engine.   Increase the superheated steam thermal and compressed air cold heat to one stage solar heat turbine drive species triple solar thermal turbine blade cross section (4X) + combined engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1 h圧 縮 Prepare heat for compression heat recovery + Fuel injection ignition to cool heat + Intake air path length lens and heat and cold heat production with sunlight + Various energy storage cycle combined engines driven by wedge type mercury gravity turbine   Increase the superheated steam thermal energy and compressed air cold heat to double the stage solar heat turbine drive species four times the solar thermal turbine blade cross section (4X) + combined engine injection part (78V) to the solar thermal gravity rotary plane (39B) + horizontal axis (1h Water heat exchange equipment equipped + cold fuel injection ignition combustion + intake air path length lens and heat and cold energy produced by sunlight + various types of energy storage cycle combined engine driven by wedge type mercury gravity turbine.   Increase the superheated steam thermal and compressed air cold heat to 5 times three-stage solar heat turbine drive species of solar heat turbine blade cross section (4X) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Air heat exchange equipment equipped + cold fuel injection ignition combustion + intake air path length lens and heat and cold energy production with sunlight + fully automatic processing vertical mercury mercury gravity turbine driven various energy storage cycle combined engine.   Increase the superheated steam thermal and compressed air cold heat to 6 times the four-stage solar heat turbine drive species of solar heat turbine blade cross section (4X) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1h Power generator equipped + cold fuel injection ignition combustion + intake air path length lens and heat and cold energy production with sunlight + various automatic energy saving cycle combined engine which can be fully automatic processing can be driven by various types of energy storage cycle.   Increase superheated steam thermal and compressed air cold heat to 7 times 5-stage solar heat turbine drive species of solar heat turbine blade cross section (4X) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Heat pump equipped + Drive various space units (78V) + Fuel injection ignition to cold heat + Ignition combustion with suction air path length lens and solar heat produced by sunlight + Various energy driven by wedge type mercury gravity turbine Preservation cycle union agency.   Increase the superheated steam thermal and compressed air cold heat to 8 times 6-stage solar thermal turbine drive species solar thermal turbine blade cross section (4X) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h ) Prepare compression heat recovery equipment + Drive various space vehicles (78V) + Fuel injection ignition to cold heat + Burn intake air path length lens and heat and cold heat with sunlight + Drive + mercury type mercury gravity turbine Various energy conservation cycle union engine.   Increase the superheated steam thermal and compressed air cold heat to 9 times 7-stage solar thermal turbine drive species solar thermal turbine blade cross section (4X) + combined engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Prepare water heat exchange equipment + Drive various space vehicles (78V) + Fuel injection ignition to cold heat + Burn intake air path length lens and heat and cold heat with sunlight + Drive + mercury mercury gravity turbine Various energy conservation cycle union engine.   Increase the superheated steam thermal and compressed air cold heat to 10 times the 8-stage solar thermal turbine driving species of solar thermal turbine blade cross section (4X) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Prepare air heat exchange equipment + Drive various space return vehicles (78V) + Fuel injection ignition combustion to cold energy + Heat and cold energy production with suction air path length lens and sunlight + Fully automatic processing vertical type Various energy storage cycle combined engine driven by mercury gravity turbine.   Increase the superheated steam thermal and compressed air cold heat to 11 times the 9th stage solar thermal turbine drive species of solar thermal turbine blade cross section (4X) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Equipped with a generator + Drive various space units (78 V) + Fuel injection ignition to cold heat + Ignition combustion with suction air path length lens and heat and cold heat production with sunlight + Agate type mercury capable of fully automatic processing Various energy storage cycle combined engines driven by gravity turbines.   Increase superheated steam thermal and compressed air cold heat to 10 times solar thermal turbine drive species with 12 times solar thermal blade cross section (4X) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + mercury downward Accelerated solar thermal turbine driving species + Drive various passenger aircraft (78V) + Fuel injection ignition to cold heat + Intake air path length lens and heat and cold energy production with sunlight + Various types of energy preservation driven by wedge type mercury gravity turbine Cycle coalescing agency.   Solar thermal turbine blade cross section (4X) to 13 times solar thermal turbine driving species Increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + accelerate mercury downward to solar heat Use a turbine drive type + Drive various passenger aircraft (78V) + Fuel injection ignition combustion to cold heat + Thermally cool heat production with suction air path length lens and sunlight + Various energy storage cycle combination driven by wedge type mercury gravity turbine organ.   Increase the superheated steam thermal and compressed air cold heat to 14 times the stage of the solar thermal turbine blade cross section (4X) + 14 times to increase the superheated steam thermal energy and compressed air cold heat Accelerated solar thermal turbine driving species + Drive various passenger aircraft (78V) + Fuel injection ignition to cold heat + Intake air path length lens and heat and cold energy production with sunlight + Various types of energy preservation driven by wedge type mercury gravity turbine Cycle coalescing agency.   Increase the superheated steam thermal and compressed air cold heat to 15 times two-stage solar thermal turbine drive species solar thermal turbine blade cross section (4X) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + mercury downward Accelerating solar thermal turbine driving species + Driving various passenger aircraft (78 V) + Fuel injection ignition combustion to cold heat + Thermal and cold heat production with suction air path length lens and sunlight + Fully automatic processable vertical mercury gravity turbine Various energy storage cycle coalescing engines to drive.   Increase the superheated steam thermal and compressed air cold heat to 16 times three-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4X) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + mercury downward Accelerating solar heat turbine driving species + Driving various passenger aircraft (78V) + Fuel injection ignition to cold heat igniter air path length lens and heat and cold heat production with sunlight + 自動 type mercury gravity capable of fully automatic processing Various energy storage cycle combined engines driven by turbines.   Increase the superheated steam thermal energy and compressed air cold heat to 17 times the four-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4X) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Heat pump equipped + cold fuel injection ignition combustion + suction air path length lens and heat and cold energy produced by sunlight + various mercury preservation turbine driven various energy storage cycle combined engine.   Increase superheated steam thermal and compressed air cold heat to 18 times 5-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4X) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h圧 縮 Prepare heat for compression heat recovery + Fuel injection ignition to cool heat + Intake air path length lens and heat and cold heat production with sunlight + Various energy storage cycle combined engines driven by wedge type mercury gravity turbine   Increase the superheated steam thermal energy and compressed air cold heat to 19 times 6-stage solar thermal turbine drive species of solar thermal turbine blade cross section (4X) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h Water heat exchange equipment equipped + cold fuel injection ignition combustion + intake air path length lens and heat and cold energy produced by sunlight + various types of energy storage cycle combined engine driven by wedge type mercury gravity turbine.   Increase superheated steam thermal and compressed air cold heat to 20 times 7-stage solar heat turbine drive species of solar heat turbine blade cross section (4X) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Air heat exchange equipment equipped + cold fuel injection ignition combustion + intake air path length lens and heat and cold energy production with sunlight + fully automatic processing vertical mercury mercury gravity turbine driven various energy storage cycle combined engine.   Increase the superheated steam thermal and compressed air cold heat to 21 times 8-stage solar heat turbine drive species of solar heat turbine blade cross section (4X) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h Power generator equipped + cold fuel injection ignition combustion + intake air path length lens and heat and cold energy production with sunlight + various automatic energy saving cycle combined engine which can be fully automatic processing can be driven by various types of energy storage cycle.   Increase superheated steam thermal and compressed air cold heat to 22 times 9th stage solar heat turbine drive species of solar heat turbine blade cross section (4X) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h 2.) A heat pump is equipped + cold injection of fuel for ignition and combustion + intake air path length lens and heat and cold production using sunlight + various types of energy storage cycle combined engine driven by a wedge type mercury gravity turbine.   Increase the superheated steam thermal and compressed air cold heat to 23 times 10 stages of solar heat turbine drive species of solar heat turbine blade cross section (4X) + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h 2.) Equipped with a compression heat recovery unit + fuel injection ignition combustion to cold energy + intake air path length lens and heat and cold energy production using sunlight + various energy storage cycle coalescing engines driven by wedge type mercury gravity turbine.   Increase the superheated steam thermal and compressed air cold heat to 24 times solar thermal turbine drive species solar thermal turbine blade cross section (4X) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) water Equipped with a heat exchanger + cold to fuel injection ignition combustion + intake air path length lens and heat and cold heat production with sunlight + various types of energy storage cycle combined engine driven by wedge type mercury gravity turbine.   Increase the superheated steam thermal and compressed air cold heat to 25 times 1-stage solar thermal turbine drive species solar thermal turbine blade cross section (4X) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Equipped with an air heat exchanger + fuel injection ignition combustion in cold heat + thermal air and cold heat production with suction air path length lens and sunlight + fully automatic processable wedge type mercury gravity turbine driven various energy storage cycle combined engine .   Increase the superheated steam thermal and compressed air cold heat to double solar heat turbine blade cross section (4X) double stage solar heat turbine driving species + combined engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1h ) Equipped with a generator + cold injection of fuel for ignition and combustion + intake air path length lens and heat and cold production with solar light + various types of energy storage cycle combined engine driven by vertical mercury gravity turbine capable of fully automatic processing.   Increase the superheated steam thermal and compressed air cold heat to three-stage solar thermal turbine drive species triple solar thermal turbine blade cross section (4X) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Heat pump equipped + cold fuel injection ignition combustion + suction air path length lens and heat and cold energy produced by sunlight + various mercury preservation turbine driven various energy storage cycle combined engine.   Increase the superheated steam thermal energy and compressed air cold heat to 4-stage solar heat turbine drive species of 4 times the solar heat turbine blade cross section (4X) + combined engine injection part (78V) to the solar thermal gravity rotary plane (39B) + horizontal axis (1 h圧 縮 Prepare heat for compression heat recovery + Fuel injection ignition to cool heat + Intake air path length lens and heat and cold heat production with sunlight + Various energy storage cycle combined engines driven by wedge type mercury gravity turbine   Increase the superheated steam thermal and compressed air cold heat to 5 times solar thermal turbine drive species of solar thermal turbine blade cross section (4X) 5 times + combined engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h Water heat exchange equipment equipped + cold fuel injection ignition combustion + intake air path length lens and heat and cold energy produced by sunlight + various types of energy storage cycle combined engine driven by wedge type mercury gravity turbine.   Increase superheated steam thermal and compressed air cold heat to 6 times solar thermal turbine drive species with 6 times solar thermal blade cross section (4X) + combined engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Air heat exchange equipment equipped + cold fuel injection ignition combustion + intake air path length lens and heat and cold energy production with sunlight + fully automatic processing vertical mercury mercury gravity turbine driven various energy storage cycle combined engine.   Increase the superheated steam thermal and compressed air cold heat to 7 times solar thermal turbine drive species of solar thermal turbine blade cross section (4X) 7 times + combined engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1h Power generator equipped + cold fuel injection ignition combustion + intake air path length lens and heat and cold energy production with sunlight + various automatic energy saving cycle combined engine which can be fully automatic processing can be driven by various types of energy storage cycle.   Increase superheated steam thermal and compressed air cold heat to 8 times solar thermal turbine driving species by multiplying solar thermal blade cross section (4X) by 8 times + combine engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Heat pump equipped + Drive various space return vehicles (78V) + Fuel injection ignition combustion to cold energy + Acceleration by pressure stored separately in combustion gas temperature and cold temperature or compressed air temperature and cold temperature + Humidity type mercury gravity Various energy storage cycle combined engines driven by turbines.   Increase superheated steam thermal and compressed air cold heat to 9 times solar thermal turbine drive species with 9 times solar thermal blade cross section (4X) + combined engine injection part (78V) to solar thermal gravity rotary plane (39B) + horizontal axis (1 h ) Prepare compression heat recovery equipment + Drive various space return vehicles (78V) + Fuel injection ignition to cold heat + Burn with combustion gas thermal and cold or compressed air divided and stored in compressed air + cold Various energy storage cycle combined engine driven by mercury gravity turbine.   Increase the superheated steam thermal energy and compressed air cold heat to 10 times solar thermal turbine drive species 10 times the solar heat turbine blade cross section (4X) + combined engine injection part (78V) to the solar thermal gravity rotary plane (39B) + horizontal axis (1h ) Prepare water heat exchange equipment + Drive various space vehicles (78 V) + Fuel injection ignition to cold heat + Burn with combustion gas thermal and cold or compressed air divided and stored in compressed air + cold Various energy storage cycle combined engine driven by mercury gravity turbine.   Increase the superheated steam thermal and compressed air cold heat to 11 times solar thermal turbine drive species solar thermal turbine blade cross section (4X) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) air Use heat exchange equipment + Drive various space vehicles (78V) + Fuel injection ignition to cold heat + Burn with combustion gas temperature and cold or compressed air separately stored pressure for compressed air + Fully automatic processing possible Energy saving cycle combined engine driven by a vertical mercury gravity turbine.   Increase the superheated steam thermal and compressed air cold heat to 12 times one stage solar heat turbine drive species solar thermal turbine blade cross section (4X) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h Power generator equipped + Drive various space return vehicles (78V) + Fuel injection ignition to cold heat + combustion with combustion gas temperature and cold or compressed air divided and stored in compressed air + acceleration with fully automatic processing A variety of energy storage cycle coalescing engines driven by a vertical mercury gravity turbine.   Solar thermal turbine blade cross section (4X) to 13 times double stage solar thermal turbine driving species increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + mercury down Accelerated solar thermal turbine driving species + Drive various passenger aircraft (78 V) + Fuel injection ignition combustion to cold energy + Acceleration by pressure stored separately as combustion gas thermal energy and cold energy or compressed air thermal energy and cold energy + 竪 type mercury gravity turbine Various energy storage cycle coalescing engines to drive.   Increases superheated steam thermal and compressed air cold heat to 14 times three-stage solar thermal turbine drive species with solar thermal turbine blade cross section (4X) + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + mercury downward Accelerated solar thermal turbine driving species + Drive various passenger aircraft (78 V) + Fuel injection ignition combustion to cold energy + Acceleration by pressure stored separately as combustion gas thermal energy and cold energy or compressed air thermal energy and cold energy + 竪 type mercury gravity turbine Various energy storage cycle coalescing engines to drive.   Increase the superheated steam thermal and compressed air cold heat to 4 times solar thermal turbine drive species of solar thermal turbine blade cross section (4X) 15 times + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + mercury down Accelerated solar thermal turbine driving species + Drive various passenger aircraft (78 V) + Fuel injection ignition combustion to cold energy + Acceleration by pressure stored separately as combustion gas thermal energy and cold energy or compressed air thermal energy and cold energy + 竪 type mercury gravity turbine Various energy storage cycle coalescing engines to drive.   Solar thermal turbine blade cross section (4X) to 16 times 5-stage solar thermal turbine drive species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + mercury down Accelerated solar thermal turbine driven species + Drive various passenger aircraft (78 V) + Fuel injection ignition to cold heat + Burn combustion gas temperature and cold heat or compressed air temperature and cold heat separately for pressure acceleration + fully automatic processing possible Various energy storage cycle combined engine driven by vertical mercury gravity turbine.   Solar thermal turbine blade cross section (4X) 17 times to increase the superheated steam thermal energy and compressed air cold heat to six-stage solar thermal turbine drive species + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + mercury down Accelerated solar thermal turbine driven species + Drive various passenger aircraft (78V) + Fuel injection ignition to cold heat + Burn combustion gas temperature and cold temperature or compressed air temperature and cold temperature separately for acceleration + fully automatic processing possible Energy saving cycle combined engine driven by a vertical mercury gravity turbine.   Increase superheated steam thermal and compressed air cold heat to 18 times 7-stage solar thermal turbine driven species with solar thermal turbine blade cross section (4X) + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + accelerate mercury Configuration and method + Thermal air / heat production with suction air path length lens and sunlight + Fuel injection ignition combustion with cold energy + Combustion gas combustion temperature and cold energy or compressed air divided and stored pressure into thermal energy + cold energy Various energy storage cycle coalescing engines to drive.   Increase superheated steam thermal and compressed air cold heat to 19 times 8-stage solar thermal turbine drive species with solar thermal blade cross section (4X) + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + accelerate mercury Configuration and method + Thermal air / heat production with suction air path length lens and sunlight + Fuel injection ignition combustion with cold energy + Combustion gas combustion temperature and cold energy or compressed air divided and stored pressure into thermal energy + cold energy Various energy storage cycle coalescing engines to drive.   Increase superheated steam thermal and compressed air cold heat to 20 times 9th stage solar thermal turbine drive species with solar thermal turbine blade cross section (4X) + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + accelerate mercury Configuration and method + Thermal air / heat production with suction air path length lens and sunlight + Fuel injection ignition combustion with cold energy + Combustion gas combustion temperature and cold energy or compressed air divided and stored pressure into thermal energy + cold energy Various energy storage cycle coalescing engines to drive.   Increase superheated steam thermal and compressed air cold heat to 21 times 10 stage solar thermal turbine driven species with solar thermal blade cross section (4X) + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + accelerate mercury Configuration and method + Thermal air / heat production with suction air path length lens and sunlight + Fuel injection ignition to cold energy + Combustion with combustion gas thermal temperature and cold energy or compressed air thermal energy + cold energy Various energy storage cycle combined engine driven by vertical mercury gravity turbine.   Solar thermal turbine blade cross section (4X) to increase the superheated steam thermal and compressed air cold heat to 22 times the solar thermal turbine driving species + configuration to combine engine injection part (78V) solar thermal gravity rotary plane (39B) + configuration to accelerate mercury Method + Produce thermal cooling with suction air path length lens and sunlight + Fuel injection ignition combustion into cold energy + Accelerate combustion with combustion gas thermal energy and cold energy or compressed air divided and stored in compressed air thermal energy + cold energy Energy storage cycle combined engine driven by mercury gravity turbine.   Increase the superheated steam thermal and compressed air cold heat to 23 times one stage solar thermal turbine drive species of solar thermal turbine blade cross section (4X) + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + accelerate mercury Configuration and method + Thermal air / heat production with suction air path length lens and sunlight + Fuel injection ignition combustion with cold energy + Combustion gas combustion temperature and cold energy or compressed air divided and stored pressure into thermal energy + cold energy Various energy storage cycle coalescing engines to drive.   Increase superheated steam thermal and compressed air cold heat to 24 times double stage solar thermal turbine driven species with solar thermal turbine blade cross section (4X) + accelerate to mercury + coalescent engine jet part (78V) solar thermal gravity rotary plane (39B) + mercury Configuration and method + Thermal air / heat production with suction air path length lens and sunlight + Fuel injection ignition combustion with cold energy + Combustion gas combustion temperature and cold energy or compressed air divided and stored pressure into thermal energy + cold energy Various energy storage cycle coalescing engines to drive.   Increases superheated steam thermal and compressed air cold heat to 25 times three-stage solar thermal turbine drive species with solar thermal turbine blade cross section (4X) + accelerates mercury into a combined engine injection part (78V) solar thermal gravity rotary plane (39B) Configuration and method + Thermal air / heat production with suction air path length lens and sunlight + Fuel injection ignition combustion with cold energy + Combustion gas combustion temperature and cold energy or compressed air divided and stored pressure into thermal energy + cold energy Various energy storage cycle coalescing engines to drive.   Solar thermal turbine drive species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotation plane (39B) + configuration to accelerate mercury + intake air path length lens and sunlight Various energy storage cycle combined engines equipped with a single stage of mercury gravity turbine + acceleration with pressure divided separately between combustion gas temperature and cold or compressed air temperature and cold.   Solar thermal turbine drive species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotation plane (39B) + configuration to accelerate mercury + intake air path length lens and sunlight A variety of energy storage cycle combined engines with two stages of acceleration and mercury gravity turbines with pressure divided and stored separately as combustion heat and cold or compressed air heat and cold.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make solar thermal gravity rotation plane (39B) + have horizontal axis (1h) + various cargo planes (78V) Drive + cold fuel injection and combustion with combustion + combustion gas thermal and cold or compressed air thermal acceleration and pressure divided and stored separately + various automatic energy processing cycle coalescing engines equipped with mercury gravity turbines in three stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) compression heat recovery equipment provision + various cargo planes (78V) driving + cold fuel injection with fuel + ignition combustion + combustion gas thermal and cold or compressed air thermal storage and cold pressure separately stored pressure + acceleration with fully automatic processable mercury gravity turbine various stages of various energy Preservation cycle union agency.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h) water heat exchange equipment to prepare + various cargo planes (78V) driving + cold fuel injection fuel combustion + combustion gas thermal and cold energy or compressed air thermal energy and cold energy divided and stored with pressure + various types of mercury gravity turbines capable of fully automatic processing are provided in 5 stages Energy Conservation Cycle Coalition Agency.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1 h) to have air heat exchange equipment + various cargo planes (78V) Drive + fuel injection into cold energy Ignition combustion + combustion gas thermal and cold energy or compression air thermal pressure and pressure divided separately and stored + Various energy storage cycle combined engine equipped with mercury gravity turbine in 6 stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) generator equipped + various cargo planes ( 78V) Drive + fuel injection to combustion to cold energy + Various energy storage cycle combination engines equipped with acceleration + pressure with divided pressure of combustion gas temperature and cold or compressed air temperature and cold separately + mercury gravity turbine in 7 stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make solar thermal gravity rotation plane (39B) + have horizontal axis (1h) + various cargo planes (78V) Drive + cold fuel injection and combustion with combustion + combustion gas thermal and cold or compressed air thermal acceleration and pressure divided and stored separately + Various automatic energy processable cycles combined engine equipped with mercury gravity turbines in 8 stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) compression heat recovery equipment provision + various cargo planes Drive by (78V) + Fuel injection into cold energy Ignition combustion + Combustion gas temperature and cold energy or pressure divided separately and stored in compressed air temperature temperature and cold energy + Fully automatic processable Various types of energy storage equipped with 9 stages of mercury gravity turbines Cycle coalescing agency.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h) water heat exchange equipment to prepare + various cargo planes Drive (78V) + Cold fuel injection with fuel + Ignition and combustion + Combustion gas temperature and cold or compressed air temperature divided and stored separately + Accelerated by pressure + Fully automatic processable Various types of energy storage with 10 stages of mercury gravity turbines Cycle coalescing agency.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1 h) to have air heat exchange equipment + various cargo planes Drive (78V) + Cold fuel injection with fuel injection Ignition combustion + Combustion gas temperature and cold energy or compressed air thermal energy and cold pressure separately stored pressure + Fully automatic processable Mercury gravity turbine is provided in one stage Various energy preservation Cycle coalescing agency.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) generator equipped + various cargo planes ( 78V) Drive + cold fuel injection with fuel + ignition combustion + acceleration with combustion gas temperature and cold or compressed air thermal pressure and divided pressure separately + fully automatic processable various energy storage cycle combination provided with mercury gravity turbine in two stages organ.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) heat pump equipment + various cargo planes ( 78V) Drive + fuel injection into combustion in cold energy + Various energy storage cycles equipped with 3 stages of mercury gravity turbines that can be accelerated + fully-automatically processed with combustion gas temperature and cold or compressed air thermal pressure and divided pressure and stored separately Coalition agency.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) compression heat recovery equipment provision + various cargo planes (78V) driving + cold fuel injection with fuel + ignition combustion + combustion gas thermal and cold or compressed air thermal storage and cold pressure separately stored pressure + acceleration with fully automatic processable mercury gravity turbine various stages of various energy Preservation cycle union agency.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h) water heat exchange equipment to prepare + various cargo planes (78V) driving + cold fuel injection fuel combustion + combustion gas thermal and cold or compressed air thermal storage and cold pressure separately stored pressure acceleration + fully automatic processing various types of energy provided with a mercury gravity turbine in 5 stages Preservation cycle union agency.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1 h) to have air heat exchange equipment + various cargo planes (78V) driving + cold fuel injection fuel combustion + combustion gas thermal and cold or compressed air thermal storage and cold pressure separately stored pressure acceleration + fully automatic processing various types of energy provided with mercury gravity turbines in six stages Preservation cycle union agency.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) generator equipped + various cargo planes ( 78V) Drive + fuel injection into combustion in cold energy + Various energy storage cycles equipped with 7 stages of mercury gravity turbines that can be accelerated + fully-automatically processed by combustion gas temperature and cold or compressed air thermal pressure and divided pressure and stored separately Coalition agency.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) heat pump equipment + various cargo planes ( 78V) Drive + fuel injection into cold energy Ignition combustion + combustion gas thermal and cold or compressed air Thermal pressure and divided pressure and stored at pressure divided separately and stored + Various automatic energy storage equipped with 8 stages of mercury gravity turbines for various energy storage Cycle coalescing agency.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) compression heat recovery equipment provision + various cargo planes (78V) driving + cold fuel injection fuel combustion + combustion gas thermal and cold energy or compressed air thermal energy and cold energy divided and stored with pressure + various types of mercury gravity turbines capable of fully automatic processing can be installed in 9 stages Energy Conservation Cycle Coalition Agency.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h) water heat exchange equipment to prepare + various cargo planes (78V) driving + cold fuel injection fuel combustion + combustion gas thermal and cold heat or compressed air thermal storage and cold energy divided and stored at pressure + various kinds of mercury gravity turbines that can be fully automated processing in 10 stages Energy Conservation Cycle Coalition Agency.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1 h) to have air heat exchange equipment + various cargo planes (78V) driving + cold fuel injection fuel combustion + combustion gas thermal and cold heat or compressed air thermal storage and cold energy divided and stored at a pressure + various types of mercury gravity turbines capable of fully automatic processing in one stage Energy Conservation Cycle Coalition Agency.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) generator equipped + various cargo planes ( 78V) Driving + fuel injection to cold energy + combustion combustion gas temperature and cold energy or compressed air temperature and cold energy divided and stored at pressure divided + two-stage mercury gravity turbine capable of fully automatic processing Various energy storage Cycle coalescing agency.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) heat pump equipment + various cargo planes ( 78V) Drive + fuel injection to combustion to cold energy + Various energy storage cycle coalescing engines equipped with three stages of acceleration + mercury gravity turbines with combustion gas temperature and temperature to cool or compressed air temperature and pressure divided and stored separately.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) compression heat recovery equipment provision + various cargo planes (78V) Drive + fuel injection into cold energy Ignition combustion + combustion gas thermal and cold energy or compressed air thermal pressure and split pressure stored separately + Various energy storage cycle combined engine equipped with mercury gravity turbine in 4 stages.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h) water heat exchange equipment to prepare + various cargo planes (78V) Drive + fuel injection into cold energy Ignition combustion + combustion gas thermal and cold energy or compressed air thermal energy and cold energy separately stored pressure + acceleration with various pressure + mercury gravity turbine provided in 5 stages Various energy storage cycle combined engines.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1 h) to have air heat exchange equipment + various cargo planes (78V) Drive + fuel injection into cold energy Ignition combustion + combustion gas thermal and cold energy or compression air thermal pressure and pressure divided separately and stored + Various energy storage cycle combined engine equipped with mercury gravity turbine in 6 stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) generator equipped + various cargo planes ( 78V) Drive + fuel injection to combustion to cold energy + Various energy storage cycle combination engines equipped with acceleration + pressure with divided pressure of combustion gas temperature and cold or compressed air temperature and cold separately + mercury gravity turbine in 7 stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) heat pump equipment + various cargo planes ( 78V) Drive + fuel injection into combustion in cold energy + Various energy storage cycle combined engines equipped with 8 stages of acceleration + mercury gravity turbines at pressure separately stored combustion gas temperature and cold or compressed air temperature and cold.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) compression heat recovery equipment provision + various cargo planes (78V) Drive + fuel injection into cold energy Ignition combustion + combustion gas thermal and cold energy or compression air thermal pressure and pressure divided separately and stored + Various energy storage cycle combined engine equipped with mercury gravity turbine in 9 stages.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h) water heat exchange equipment to prepare + various cargo planes (78V) Drive + fuel injection into cold energy Ignition combustion + combustion gas thermal and cold energy or compressed air thermal pressure and divided pressure stored at various pressures + Various energy storage cycle combined engines equipped with mercury gravity turbines in 10 stages.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1 h) to have air heat exchange equipment + various cargo planes (78V) Drive + fuel injection into cold energy Ignition combustion + combustion gas thermal and cold energy or compressed air thermal energy and cold energy divided and stored pressure + Various energy storage cycle coalescing engines equipped with mercury gravity turbine in one stage.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) generator equipped + various cargo planes ( 78V) Drive + fuel injection to combustion to cold energy + Various energy storage cycle combined engines equipped with two stages of acceleration + mercury gravity turbines with combustion gas temperature and temperature to cool or compressed air temperature and pressure divided and stored separately.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) heat pump equipment + various cargo planes ( 78V) Drive + fuel injection to combustion to cold energy + Various energy storage cycle coalescing engines equipped with three stages of acceleration + mercury gravity turbines with combustion gas temperature and temperature to cool or compressed air temperature and pressure divided and stored separately.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) compression heat recovery equipment provision + various cargo planes (78V) Drive + fuel injection into cold energy Ignition combustion + combustion gas thermal and cold energy or compressed air thermal pressure and split pressure stored separately + Various energy storage cycle combined engine equipped with mercury gravity turbine in 4 stages.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h) water heat exchange equipment to prepare + various cargo planes (78V) Drive + fuel injection into cold energy Ignition combustion + combustion gas thermal and cold energy or compressed air thermal energy and cold energy separately stored pressure + acceleration with various pressure + mercury gravity turbine provided in 5 stages Various energy storage cycle combined engines.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1 h) to have air heat exchange equipment + various cargo planes (78V) Drive + fuel injection into cold energy Ignition combustion + combustion gas thermal and cold energy or compression air thermal pressure and pressure divided separately and stored + Various energy storage cycle combined engine equipped with mercury gravity turbine in 6 stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) generator equipped + various cargo planes ( 78V) Drive + fuel injection to combustion to cold energy + Various energy storage cycle combination engines equipped with acceleration + pressure with divided pressure of combustion gas temperature and cold or compressed air temperature and cold separately + mercury gravity turbine in 7 stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to solar thermal gravity rotation plane (39B) + horizontal axis (1 h) heat pump equipment + maximum gravity and sunlight Limited use + (78V) rocket injection + fuel injection to cold energy for ignition + combustion gas thermal energy and cold energy or pressure divided and stored in compressed air thermal energy and cold energy + fully automatic processible mercury gravity turbine eight stages Various energy conservation cycle united engines provided.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to solar thermal gravity rotation plane (39B) + horizontal axis (1h) compression heat recovery equipment + gravity or sunlight Make maximum use of + + (78V) rocket injection + fuel injection ignition to cold energy + burning combustion gas thermal energy and cold energy or compressed air separately stored pressure in thermal energy and cold energy + fully automatic processable mercury gravity turbine Various energy conservation cycle combined engines provided in 9 stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to solar thermal gravity rotation plane (39B) + horizontal axis (1h) water heat exchange equipment + gravity or sunlight Make maximum use of + + (78V) rocket injection + fuel injection ignition to cold energy + burning combustion gas thermal energy and cold energy or compressed air thermal energy and cold energy separately Various energy conservation cycle united engines provided in 10 stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to solar thermal gravity rotation plane (39B) + horizontal axis (1h) air heat exchange equipment + gravity or sunlight Make maximum use of + + (78V) rocket injection + fuel injection ignition to cold energy + combustion gas thermal energy and cold energy or compressed air with pressure divided and stored separately in a compressed air + mercury gravity turbine provided in one stage Various energy conservation cycle union engine.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to solar thermal gravity rotation plane (39B) + horizontal axis (1 h) to equip generator + maximum gravity and sunlight Limited use + (78V) rocket injection + fuel injection to cold energy to fire + combustion gas thermal energy and cold energy or pressure divided and stored in compressed air thermal energy and cold energy + various energy provided with mercury gravity turbine in two stages Preservation cycle union agency.   Increase the superheated steam thermal and compressed air cold heat to the solar heat turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) heat pump equipped + cold heat to fuel injection ignition combustion + A variety of energy storage cycle coalescing engines equipped with three stages of mercury gravity turbines that are accelerated by fully divided combustion gas temperature and cold or compressed air temperature and cold and stored pressure separately.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1 h) compression heat recovery equipment + to inject cold fuel A variety of energy storage cycle coalescing engines equipped with four stages of mercury gravity turbines that can be ignited and burnt + accelerated by combustion gas heat and cold or compressed air heat and cold separately with pressure stored separately.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1h) water heat exchange equipment + cold injection fuel injection A variety of energy storage cycle coalescing engines equipped with five stages of mercury gravity turbines capable of acceleration + fully automatic processing with the pressure that is separately stored as ignition + combustion gas thermal and cold or compressed air thermal and cold.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1 h) air heat exchange equipment + cold injection fuel injection Various energy storage cycle coalescing engines with ignition combustion + acceleration with combustion gas temperature and cold temperature or pressure stored separately in compressed air temperature and cold temperature + mercury gravity turbine in 6 stages.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) generator equipped + cold heat to fuel injection ignition combustion + Various acceleration / deceleration cycle combination engines equipped with acceleration by pressure stored separately in combustion gas temperature and cold or compressed air temperature and cold + mercury gravity turbine in 7 stages.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + have a horizontal axis (1 h) heat pump + fuel injection ignition to cold heat Various energy storage cycle coalescing engines equipped with 8 stages of mercury gravity turbines that burn + accelerate with combustion gas temperature and cold temperature or pressure stored separately in compressed air temperature and cold temperature + fully automatic processable.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to have a horizontal axis (1 h) compression heat recovery unit + fuel to cold heat Various energy storage cycle coalescing engines equipped with 9 stages of mercury gravity turbines that can be accelerated and fully automatic processed by injection ignition combustion + combustion gas temperature and cold temperature or pressure divided and stored separately from compressed air temperature and cold temperature.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to have a horizontal axis (1 h) water heat exchanger + to cool fuel Various energy storage cycle coalescing engines equipped with 10 stages of mercury gravity turbines capable of acceleration + full-automatic processing with combustion ignition and combustion + combustion gas temperature and cold temperature or pressure divided and stored separately.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make solar thermal gravity rotation plane (39B) + equip horizontal axis (1 h) air heat exchanger + cold to fuel A variety of energy storage cycle coalescing engines equipped with injection ignition combustion + combustion gas temperature and cold, or acceleration by pressure stored separately as compressed air temperature and cold + mercury gravity turbine in one stage.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + have a horizontal axis (1 h) generator + fuel injection ignition to cold heat Various energy storage cycle coalescing engines with combustion + acceleration with combustion gas temperature and cold temperature or pressure stored separately in compressed air temperature and cold temperature + mercury gravity turbine in two stages.   Increase the superheated steam thermal and compressed air cold heat to the solar heat turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) heat pump equipped + cold heat to fuel injection ignition combustion + A variety of energy storage cycle coalescing engines equipped with three stages of mercury gravity turbines that are accelerated by fully divided combustion gas temperature and cold or compressed air temperature and cold and stored pressure separately.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1 h) compression heat recovery equipment + to inject cold fuel A variety of energy storage cycle coalescing engines equipped with four stages of mercury gravity turbines that can be ignited and burnt + accelerated by combustion gas heat and cold or compressed air heat and cold separately with pressure stored separately.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1h) water heat exchange equipment + cold injection fuel injection A variety of energy storage cycle coalescing engines equipped with five stages of mercury gravity turbines capable of acceleration + fully automatic processing with the pressure that is separately stored as ignition + combustion gas thermal and cold or compressed air thermal and cold.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1 h) air heat exchange equipment + cold injection fuel injection Various energy storage cycle coalescing engines with ignition combustion + acceleration with combustion gas temperature and cold temperature or pressure stored separately in compressed air temperature and cold temperature + mercury gravity turbine in 6 stages.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) generator equipped + cold heat to fuel injection ignition combustion + Various acceleration / deceleration cycle combination engines equipped with acceleration by pressure stored separately in combustion gas temperature and cold or compressed air temperature and cold + mercury gravity turbine in 7 stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into a solar thermal gravity rotary plane (39B) + horizontal axis (1 h) heat pump equipment + various space transportation devices (78 V) Drive + cold fuel injection into fuel + ignition combustion + acceleration with combustion gas temperature and cold or compressed air split and stored pressure + fully automatic processable Various energy storage cycles equipped with mercury gravity turbines in 8 stages Coalition agency.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) compression heat recovery equipment preparation + various space return aircraft (78V) driving + fuel injection to cold energy Ignition combustion + combustion gas thermal and cold or compressed air thermal pressure and divided by pressure stored separately in cold heat + various kinds of mercury gravity turbines that can be fully automatic processing can be installed in 9 stages Energy Conservation Cycle Coalition Agency.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h) water heat exchange equipment to prepare + various space return aircraft Are driven by (78V) + fuel injection to cold energy + ignition by combustion + combustion gas temperature and cold energy or compressed air temperature and cold energy are separately stored in 10 stages of mercury gravity turbines that can be accelerated + fully automatic processing Various energy conservation cycle union engine.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1h) air heat exchange equipment + various space return aircraft Drive the fuel (78V) + fuel injection to a cold energy igniter combustion + acceleration with combustion gas temperature and cold energy or pressure stored separately in compressed air temperature energy and cold energy + various energy storage cycle coalescing engines equipped with a mercury gravity turbine in one stage .   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary airplane (39B) + make horizontal axis (1 h) generator equipped + various space transportation devices (78 V) Drive + fuel injection into combustion in cold energy + Various energy storage cycle coalescing engines equipped with two stages of acceleration + mercury gravity turbines with combustion gas temperature and temperature of cold or compression air temperature divided and stored separately.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel injection with fuel + ignition combustion + acceleration with combustion gas thermal and cold or compressed air thermal storage and cold divided pressure + fully automatic processable various energy storage cycle combination equipped with mercury gravity turbine in 3 stages organ.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + fuel injection into combustion in cold energy + Various energy storage cycles equipped with 4 stages of mercury gravity turbines that can be accelerated + fully-automatically processed by combustion gas temperature and cold or compressed air temperature and pressure separately stored separately Coalition agency.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + fuel injection into cold energy Ignition combustion + combustion gas thermal energy and cold energy or compressed air thermal energy and cold energy A variety of energy storage equipped with 5 stages of mercury gravity turbines that can be accelerated + fully automatic processing with pressure stored separately Cycle coalescing agency.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + fuel injection to combustion to cold energy + Various energy storage cycle coalescing engines equipped with six stages of acceleration + mercury gravity turbines with combustion gas temperature and temperature to cool or compressed air temperature and pressure divided and stored separately.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + fuel injection to combustion to cold energy + Various energy storage cycle combination engines equipped with acceleration + pressure with divided pressure of combustion gas temperature and cold or compressed air temperature and cold separately + mercury gravity turbine in 7 stages.   Increase the superheated steam thermal and compressed air cold heat to the solar heat turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) heat pump equipped + cold heat to fuel injection ignition combustion + A variety of energy storage cycle coalescing engines equipped with eight stages of mercury gravity turbines that are accelerated by fully divided combustion gas temperature and cold or compressed air temperature and cold and stored pressure separately.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1 h) compression heat recovery equipment + to inject cold fuel Various energy storage cycle coalescing engines equipped with 9 stages of mercury gravity turbines that can be ignited and burnt + accelerated by combustion gas temperature and cold or compressed air heat and cold separately with pressure stored separately.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1h) water heat exchange equipment + cold injection fuel injection Various energy storage cycle coalescing engines equipped with 10 stages of mercury gravity turbines capable of acceleration + fully automatic processing with the pressure that is separately stored as ignition + combustion gas thermal and cold or compressed air thermal and cold.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1 h) air heat exchange equipment + cold injection fuel injection Various energy storage cycle coalescing engines with ignition combustion + acceleration with combustion gas temperature and cold temperature or pressure stored separately in compressed air temperature and cold temperature + mercury gravity turbine in one stage.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) generator equipped + cold heat to fuel injection ignition combustion + Various acceleration / deceleration cycle combination engines equipped with two stages of acceleration with mercury gas and heat or cold or compressed air and pressure divided and stored separately + mercury gravity turbine.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + have a horizontal axis (1 h) heat pump + fuel injection ignition to cold heat Various energy storage cycle coalescing engines equipped with three stages of mercury gravity turbines that burn + accelerate with combustion gas temperature and cold temperature or pressure stored separately in compressed air temperature and cold temperature + fully automatic processable.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to have a horizontal axis (1 h) compression heat recovery unit + fuel to cold heat A variety of energy storage cycle coalescing engines equipped with four stages of mercury gravity turbines that can be accelerated and fully automatically processed by injection ignition combustion + combustion gas temperature and cold or compressed air and pressure stored separately.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to have a horizontal axis (1 h) water heat exchanger + to cool fuel A variety of energy storage cycle coalescing engines equipped with five stages of mercury gravity turbines that can be accelerated and fully automatic processed by injection ignition combustion + combustion gas temperature and cold or compressed air and pressure stored separately.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make solar thermal gravity rotation plane (39B) + equip horizontal axis (1 h) air heat exchanger + cold to fuel A variety of energy storage cycle coalescing engines equipped with 6 stages of acceleration, ignition, combustion, acceleration with combustion gas thermal energy and cold energy or pressure stored separately in compressed air thermal energy and cold energy, and a mercury gravity turbine in six stages.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + have a horizontal axis (1 h) generator + fuel injection ignition to cold heat Various energy storage cycle coalescing engines equipped with 7 stages of combustion + acceleration with combustion gas temperature and cold temperature or pressure stored separately in compressed air temperature and cold temperature + mercury gravity turbine.   Increase the superheated steam thermal and compressed air cold heat to the solar heat turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) heat pump equipped + cold heat to fuel injection ignition combustion + A variety of energy storage cycle coalescing engines equipped with eight stages of mercury gravity turbines that are accelerated by fully divided combustion gas temperature and cold or compressed air temperature and cold and stored pressure separately.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1 h) compression heat recovery equipment + to inject cold fuel Various energy storage cycle coalescing engines equipped with 9 stages of mercury gravity turbines that can be ignited and burnt + accelerated by combustion gas temperature and cold or compressed air heat and cold separately with pressure stored separately.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1h) water heat exchange equipment + cold injection fuel injection Various energy storage cycle coalescing engines equipped with 10 stages of mercury gravity turbines capable of acceleration + fully automatic processing with the pressure that is separately stored as ignition + combustion gas thermal and cold or compressed air thermal and cold.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1 h) air heat exchange equipment + cold injection fuel injection Various energy storage cycle coalescing engines with ignition combustion + acceleration with combustion gas temperature and cold temperature or pressure stored separately in compressed air temperature and cold temperature + mercury gravity turbine in one stage.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) generator equipped + cold heat to fuel injection ignition combustion + Various acceleration / deceleration cycle combination engines equipped with two stages of acceleration with mercury gas and heat or cold or compressed air and pressure divided and stored separately + mercury gravity turbine.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into a solar thermal gravity rotary plane (39B) + horizontal axis (1 h) heat pump equipment + various space transportation devices (78 V) Drive + cold fuel injection into fuel + ignition combustion + acceleration with combustion gas temperature and cold or compressed air split and stored pressure separately + fully automatic processable various energy storage cycles equipped with mercury gravity turbine in 3 stages Coalition agency.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) compression heat recovery equipment preparation + various space return aircraft (78V) drive + fuel injection to a cold energy Ignition combustion + combustion gas thermal and cold heat or compressed air thermal pressure and divided by a pressure stored separately in cold heat + various types of mercury gravity turbines that can be fully automated processable in four stages Energy Conservation Cycle Coalition Agency.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h) water heat exchange equipment to prepare + various space return aircraft Are driven by (78V) + fuel injection to cold energy + ignition by combustion + combustion gas thermal and cold or compressed air thermal pressure and cold energy divided by pressure stored + five stages of mercury gravity turbine capable of fully automatic processing Various energy conservation cycle union engine.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1h) air heat exchange equipment + various space return aircraft Drive the fuel (78V) + fuel injection to a cold energy igniter combustion + acceleration with combustion gas temperature and cold energy or pressure divided and stored separately in a compressed air temperature energy + cold energy .   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary airplane (39B) + make horizontal axis (1 h) generator equipped + various space transportation devices (78 V) Drive + fuel injection to burn to cold energy + Various energy storage cycle combined engines equipped with acceleration + pressure with divided pressure of combustion gas temperature and cold or compressed air temperature and cold separately + mercury gravity turbine in 7 stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel injection with fuel + ignition combustion + acceleration with combustion gas thermal and cold or compressed air thermal storage and cold divided pressure + fully automatic processable various kinds of energy storage cycle combining mercury gravity turbines in 8 stages organ.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + fuel injection into combustion in cold energy + Various energy storage cycles equipped with 9 stages of mercury gravity turbines that can be accelerated + fully automatic processing by combustion gas temperature and cold or compressed air thermal pressure and divided pressure and stored separately Coalition agency.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + fuel injection into combustion in cold energy + Various energy storage provided with 10 stages of mercury gravity turbines that can be accelerated + fully automatic processing by combustion gas temperature and cold or compressed air thermal pressure and divided pressure and stored separately Cycle coalescing agency.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + fuel injection into combustion in cold energy + Various energy storage cycle combined engines equipped with acceleration + mercury gravity turbine in one stage with combustion gas temperature and cold or compressed air temperature and pressure separately stored in cold energy.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + fuel injection to combustion to cold energy + Various energy storage cycle combined engines equipped with two stages of acceleration + mercury gravity turbines with combustion gas temperature and temperature to cool or compressed air temperature and pressure divided and stored separately.   Increase the superheated steam thermal and compressed air cold heat to the solar heat turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) heat pump equipped + cold heat to fuel injection ignition combustion + A variety of energy storage cycle coalescing engines equipped with three stages of mercury gravity turbines that are accelerated by fully divided combustion gas temperature and cold or compressed air temperature and cold and stored pressure separately.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1 h) compression heat recovery equipment + to inject cold fuel A variety of energy storage cycle coalescing engines equipped with four stages of mercury gravity turbines that can be ignited and burnt + accelerated by combustion gas heat and cold or compressed air heat and cold separately with pressure stored separately.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1h) water heat exchange equipment + cold injection fuel injection A variety of energy storage cycle coalescing engines equipped with five stages of mercury gravity turbines capable of acceleration + fully automatic processing with the pressure that is separately stored as ignition + combustion gas thermal and cold or compressed air thermal and cold.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1 h) air heat exchange equipment + cold injection fuel injection Various energy storage cycle coalescing engines with ignition combustion + acceleration with combustion gas temperature and cold temperature or pressure stored separately in compressed air temperature and cold temperature + mercury gravity turbine in 6 stages.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) generator equipped + cold heat to fuel injection ignition combustion + Various acceleration / deceleration cycle combination engines equipped with acceleration by pressure stored separately in combustion gas temperature and cold or compressed air temperature and cold + mercury gravity turbine in 7 stages.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + have a horizontal axis (1 h) heat pump + fuel injection ignition to cold heat Various energy storage cycle coalescing engines equipped with 8 stages of mercury gravity turbines that burn + accelerate with combustion gas temperature and cold temperature or pressure stored separately in compressed air temperature and cold temperature + fully automatic processable.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to have a horizontal axis (1 h) compression heat recovery unit + fuel to cold heat Various energy storage cycle coalescing engines equipped with 9 stages of mercury gravity turbines that can be accelerated and fully automatic processed by injection ignition combustion + combustion gas temperature and cold temperature or pressure divided and stored separately from compressed air temperature and cold temperature.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to have a horizontal axis (1 h) water heat exchanger + to cool fuel Various energy storage cycle coalescing engines equipped with 10 stages of mercury gravity turbines capable of acceleration + full-automatic processing with combustion ignition and combustion + combustion gas temperature and cold temperature or pressure divided and stored separately.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make solar thermal gravity rotation plane (39B) + equip horizontal axis (1 h) air heat exchanger + cold to fuel A variety of energy storage cycle coalescing engines equipped with injection ignition combustion + combustion gas temperature and cold, or acceleration by pressure stored separately as compressed air temperature and cold + mercury gravity turbine in one stage.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + have a horizontal axis (1 h) generator + fuel injection ignition to cold heat Various energy storage cycle coalescing engines with combustion + acceleration with combustion gas temperature and cold temperature or pressure stored separately in compressed air temperature and cold temperature + mercury gravity turbine in two stages.   Increase the superheated steam thermal and compressed air cold heat to the solar heat turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) heat pump equipped + cold heat to fuel injection ignition combustion + A variety of energy storage cycle coalescing engines equipped with three stages of mercury gravity turbines that are accelerated by fully divided combustion gas temperature and cold or compressed air temperature and cold and stored pressure separately.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1 h) compression heat recovery equipment + to inject cold fuel A variety of energy storage cycle coalescing engines equipped with four stages of mercury gravity turbines that can be ignited and burnt + accelerated by combustion gas heat and cold or compressed air heat and cold separately with pressure stored separately.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1h) water heat exchange equipment + cold injection fuel injection A variety of energy storage cycle coalescing engines equipped with five stages of mercury gravity turbines capable of acceleration + fully automatic processing with the pressure that is separately stored as ignition + combustion gas thermal and cold or compressed air thermal and cold.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1 h) air heat exchange equipment + cold injection fuel injection Various energy storage cycle coalescing engines with ignition combustion + acceleration with combustion gas temperature and cold temperature or pressure stored separately in compressed air temperature and cold temperature + mercury gravity turbine in 6 stages.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) generator equipped + cold heat to fuel injection ignition combustion + Various acceleration / deceleration cycle combination engines equipped with acceleration by pressure stored separately in combustion gas temperature and cold or compressed air temperature and cold + mercury gravity turbine in 7 stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into a solar thermal gravity rotary plane (39B) + horizontal axis (1 h) heat pump equipment + various space transportation devices (78 V) Drive + cold fuel injection into fuel + ignition combustion + acceleration with combustion gas temperature and cold or compressed air split and stored pressure + fully automatic processable Various energy storage cycles equipped with mercury gravity turbines in 8 stages Coalition agency.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) compression heat recovery equipment preparation + various space return aircraft (78V) driving + fuel injection to cold energy Ignition combustion + combustion gas thermal and cold or compressed air thermal pressure and divided by pressure stored separately in cold heat + various kinds of mercury gravity turbines that can be fully automatic processing can be installed in 9 stages Energy Conservation Cycle Coalition Agency.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h) water heat exchange equipment to prepare + various space return aircraft Are driven by (78V) + fuel injection to cold energy + ignition by combustion + combustion gas temperature and cold energy or compressed air temperature and cold energy are separately stored in 10 stages of mercury gravity turbines that can be accelerated + fully automatic processing Various energy conservation cycle union engine.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1h) air heat exchange equipment + various space return aircraft Drive the fuel (78V) + fuel injection to a cold energy igniter combustion + acceleration with combustion gas temperature and cold energy or pressure stored separately in compressed air temperature energy and cold energy + various energy storage cycle coalescing engines equipped with a mercury gravity turbine in one stage .   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary airplane (39B) + make horizontal axis (1 h) generator equipped + various space transportation devices (78 V) Drive + fuel injection into combustion in cold energy + Various energy storage cycle coalescing engines equipped with two stages of acceleration + mercury gravity turbines with combustion gas temperature and temperature of cold or compression air temperature divided and stored separately.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel injection with fuel + ignition combustion + acceleration with combustion gas thermal and cold or compressed air thermal storage and cold divided pressure + fully automatic processable various energy storage cycle combination equipped with mercury gravity turbine in 3 stages organ.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + fuel injection into combustion in cold energy + Various energy storage cycles equipped with 4 stages of mercury gravity turbines that can be accelerated + fully-automatically processed by combustion gas temperature and cold or compressed air temperature and pressure separately stored separately Coalition agency.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + fuel injection into cold energy Ignition combustion + combustion gas thermal energy and cold energy or compressed air thermal energy and cold energy A variety of energy storage equipped with 5 stages of mercury gravity turbines that can be accelerated + fully automatic processing with pressure stored separately Cycle coalescing agency.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + fuel injection to combustion to cold energy + Various energy storage cycle coalescing engines equipped with six stages of acceleration + mercury gravity turbines with combustion gas temperature and temperature to cool or compressed air temperature and pressure divided and stored separately.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + fuel injection to combustion to cold energy + Various energy storage cycle combination engines equipped with acceleration + pressure with divided pressure of combustion gas temperature and cold or compressed air temperature and cold separately + mercury gravity turbine in 7 stages.   Increase the superheated steam thermal and compressed air cold heat to the solar heat turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) heat pump equipped + cold heat to fuel injection ignition combustion + A variety of energy storage cycle coalescing engines equipped with eight stages of mercury gravity turbines that are accelerated by fully divided combustion gas temperature and cold or compressed air temperature and cold and stored pressure separately.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1 h) compression heat recovery equipment + to inject cold fuel Various energy storage cycle coalescing engines equipped with 9 stages of mercury gravity turbines that can be ignited and burnt + accelerated by combustion gas temperature and cold or compressed air heat and cold separately with pressure stored separately.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1h) water heat exchange equipment + cold injection fuel injection Various energy storage cycle coalescing engines equipped with 10 stages of mercury gravity turbines capable of acceleration + fully automatic processing with the pressure that is separately stored as ignition + combustion gas thermal and cold or compressed air thermal and cold.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1 h) air heat exchange equipment + cold injection fuel injection Various energy storage cycle coalescing engines with ignition combustion + acceleration with combustion gas temperature and cold temperature or pressure stored separately in compressed air temperature and cold temperature + mercury gravity turbine in one stage.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) generator equipped + cold heat to fuel injection ignition combustion + Various acceleration / deceleration cycle combination engines equipped with two stages of acceleration with mercury gas and heat or cold or compressed air and pressure divided and stored separately + mercury gravity turbine.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + have a horizontal axis (1 h) heat pump + fuel injection ignition to cold heat Various energy storage cycle coalescing engines equipped with three stages of mercury gravity turbines that burn + accelerate with combustion gas temperature and cold temperature or pressure stored separately in compressed air temperature and cold temperature + fully automatic processable.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to have a horizontal axis (1 h) compression heat recovery unit + fuel to cold heat A variety of energy storage cycle coalescing engines equipped with four stages of mercury gravity turbines that can be accelerated and fully automatically processed by injection ignition combustion + combustion gas temperature and cold or compressed air and pressure stored separately.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to have a horizontal axis (1 h) water heat exchanger + to cool fuel A variety of energy storage cycle coalescing engines equipped with five stages of mercury gravity turbines that can be accelerated and fully automatic processed by injection ignition combustion + combustion gas temperature and cold or compressed air and pressure stored separately.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make solar thermal gravity rotation plane (39B) + equip horizontal axis (1 h) air heat exchanger + cold to fuel A variety of energy storage cycle coalescing engines equipped with 6 stages of acceleration, ignition, combustion, acceleration with combustion gas thermal energy and cold energy or pressure stored separately in compressed air thermal energy and cold energy, and a mercury gravity turbine in six stages.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + have a horizontal axis (1 h) generator + fuel injection ignition to cold heat Various energy storage cycle coalescing engines equipped with 7 stages of combustion + acceleration with combustion gas temperature and cold temperature or pressure stored separately in compressed air temperature and cold temperature + mercury gravity turbine.   Increase the superheated steam thermal and compressed air cold heat to the solar heat turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) heat pump equipped + cold heat to fuel injection ignition combustion + A variety of energy storage cycle coalescing engines equipped with eight stages of mercury gravity turbines that are accelerated by fully divided combustion gas temperature and cold or compressed air temperature and cold and stored pressure separately.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1 h) compression heat recovery equipment + to inject cold fuel Various energy storage cycle coalescing engines equipped with 9 stages of mercury gravity turbines that can be ignited and burnt + accelerated by combustion gas temperature and cold or compressed air heat and cold separately with pressure stored separately.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1h) water heat exchange equipment + cold injection fuel injection Various energy storage cycle coalescing engines equipped with 10 stages of mercury gravity turbines capable of acceleration + fully automatic processing with the pressure that is separately stored as ignition + combustion gas thermal and cold or compressed air thermal and cold.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1 h) air heat exchange equipment + cold injection fuel injection Various energy storage cycle coalescing engines with ignition combustion + acceleration with combustion gas temperature and cold temperature or pressure stored separately in compressed air temperature and cold temperature + mercury gravity turbine in one stage.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) generator equipped + cold heat to fuel injection ignition combustion + Various acceleration / deceleration cycle combination engines equipped with two stages of acceleration with mercury gas and heat or cold or compressed air and pressure divided and stored separately + mercury gravity turbine.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into a solar thermal gravity rotary plane (39B) + horizontal axis (1 h) heat pump equipment + various space transportation devices (78 V) Drive + cold fuel injection into fuel + ignition combustion + acceleration with combustion gas temperature and cold or compressed air split and stored pressure separately + fully automatic processable various energy storage cycles equipped with mercury gravity turbine in 3 stages Coalition agency.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) compression heat recovery equipment preparation + various space return aircraft (78V) drive + fuel injection to a cold energy Ignition combustion + combustion gas thermal and cold heat or compressed air thermal pressure and divided by a pressure stored separately in cold heat + various types of mercury gravity turbines that can be fully automated processable in four stages Energy Conservation Cycle Coalition Agency.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h) water heat exchange equipment to prepare + various space return aircraft Are driven by (78V) + fuel injection to cold energy + ignition by combustion + combustion gas thermal and cold or compressed air thermal pressure and cold energy divided by pressure stored + five stages of mercury gravity turbine capable of fully automatic processing Various energy conservation cycle union engine.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1h) air heat exchange equipment + various space return aircraft Drive the fuel (78V) + fuel injection to a cold energy igniter combustion + acceleration with combustion gas temperature and cold energy or pressure divided and stored separately in a compressed air temperature energy + cold energy .   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary airplane (39B) + make horizontal axis (1 h) generator equipped + various space transportation devices (78 V) Drive + fuel injection to burn to cold energy + Various energy storage cycle combined engines equipped with acceleration + pressure with divided pressure of combustion gas temperature and cold or compressed air temperature and cold separately + mercury gravity turbine in 7 stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel injection with fuel + ignition combustion + acceleration with combustion gas thermal and cold or compressed air thermal storage and cold divided pressure + fully automatic processable various kinds of energy storage cycle combining mercury gravity turbines in 8 stages organ.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + fuel injection into combustion in cold energy + Various energy storage cycles equipped with 9 stages of mercury gravity turbines that can be accelerated + fully automatic processing by combustion gas temperature and cold or compressed air thermal pressure and divided pressure and stored separately Coalition agency.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + fuel injection into combustion in cold energy + Various energy storage provided with 10 stages of mercury gravity turbines that can be accelerated + fully automatic processing by combustion gas temperature and cold or compressed air thermal pressure and divided pressure and stored separately Cycle coalescing agency.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + fuel injection into combustion in cold energy + Various energy storage cycle combined engines equipped with acceleration + mercury gravity turbine in one stage with combustion gas temperature and cold or compressed air temperature and pressure separately stored in cold energy.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + fuel injection to combustion to cold energy + Various energy storage cycle combined engines equipped with two stages of acceleration + mercury gravity turbines with combustion gas temperature and temperature to cool or compressed air temperature and pressure divided and stored separately.   Increase the superheated steam thermal and compressed air cold heat to the solar heat turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) heat pump equipped + cold heat to fuel injection ignition combustion + A variety of energy storage cycle coalescing engines equipped with three stages of mercury gravity turbines that are accelerated by fully divided combustion gas temperature and cold or compressed air temperature and cold and stored pressure separately.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1 h) compression heat recovery equipment + to inject cold fuel A variety of energy storage cycle coalescing engines equipped with four stages of mercury gravity turbines that can be ignited and burnt + accelerated by combustion gas heat and cold or compressed air heat and cold separately with pressure stored separately.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1h) water heat exchange equipment + cold injection fuel injection A variety of energy storage cycle coalescing engines equipped with five stages of mercury gravity turbines capable of acceleration + fully automatic processing with the pressure that is separately stored as ignition + combustion gas thermal and cold or compressed air thermal and cold.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1 h) air heat exchange equipment + cold injection fuel injection Various energy storage cycle coalescing engines with ignition combustion + acceleration with combustion gas temperature and cold temperature or pressure stored separately in compressed air temperature and cold temperature + mercury gravity turbine in 6 stages.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) generator equipped + cold heat to fuel injection ignition combustion + Various acceleration / deceleration cycle combination engines equipped with acceleration by pressure stored separately in combustion gas temperature and cold or compressed air temperature and cold + mercury gravity turbine in 7 stages.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + have a horizontal axis (1 h) heat pump + fuel injection ignition to cold heat Various energy storage cycle coalescing engines equipped with 8 stages of mercury gravity turbines that burn + accelerate with combustion gas temperature and cold temperature or pressure stored separately in compressed air temperature and cold temperature + fully automatic processable.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to have a horizontal axis (1 h) compression heat recovery unit + fuel to cold heat Various energy storage cycle coalescing engines equipped with 9 stages of mercury gravity turbines that can be accelerated and fully automatic processed by injection ignition combustion + combustion gas temperature and cold temperature or pressure divided and stored separately from compressed air temperature and cold temperature.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to have a horizontal axis (1 h) water heat exchanger + to cool fuel Various energy storage cycle coalescing engines equipped with 10 stages of mercury gravity turbines capable of acceleration + full-automatic processing with combustion ignition and combustion + combustion gas temperature and cold temperature or pressure divided and stored separately.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make solar thermal gravity rotation plane (39B) + equip horizontal axis (1 h) air heat exchanger + cold to fuel A variety of energy storage cycle coalescing engines equipped with injection ignition combustion + combustion gas temperature and cold, or acceleration by pressure stored separately as compressed air temperature and cold + mercury gravity turbine in one stage.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + have a horizontal axis (1 h) generator + fuel injection ignition to cold heat Various energy storage cycle coalescing engines with combustion + acceleration with combustion gas temperature and cold temperature or pressure stored separately in compressed air temperature and cold temperature + mercury gravity turbine in two stages.   Increase the superheated steam thermal and compressed air cold heat to the solar heat turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) heat pump equipped + cold heat to fuel injection ignition combustion + A variety of energy storage cycle coalescing engines equipped with three stages of mercury gravity turbines that are accelerated by fully divided combustion gas temperature and cold or compressed air temperature and cold and stored pressure separately.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1 h) compression heat recovery equipment + to inject cold fuel A variety of energy storage cycle coalescing engines equipped with four stages of mercury gravity turbines that can be ignited and burnt + accelerated by combustion gas heat and cold or compressed air heat and cold separately with pressure stored separately.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1h) water heat exchange equipment + cold injection fuel injection A variety of energy storage cycle coalescing engines equipped with five stages of mercury gravity turbines capable of acceleration + fully automatic processing with the pressure that is separately stored as ignition + combustion gas thermal and cold or compressed air thermal and cold.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1 h) air heat exchange equipment + cold injection fuel injection Various energy storage cycle coalescing engines with ignition combustion + acceleration with combustion gas temperature and cold temperature or pressure stored separately in compressed air temperature and cold temperature + mercury gravity turbine in 6 stages.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) generator equipped + cold heat to fuel injection ignition combustion + Various acceleration / deceleration cycle combination engines equipped with acceleration by pressure stored separately in combustion gas temperature and cold or compressed air temperature and cold + mercury gravity turbine in 7 stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into a solar thermal gravity rotary plane (39B) + horizontal axis (1 h) heat pump equipment + various space transportation devices (78 V) Drive + cold fuel injection into fuel + ignition combustion + acceleration with combustion gas temperature and cold or compressed air split and stored pressure + fully automatic processable Various energy storage cycles equipped with mercury gravity turbines in 8 stages Coalition agency.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) compression heat recovery equipment preparation + various space return aircraft (78V) driving + fuel injection to cold energy Ignition combustion + combustion gas thermal and cold or compressed air thermal pressure and divided by pressure stored separately in cold heat + various kinds of mercury gravity turbines that can be fully automatic processing can be installed in 9 stages Energy Conservation Cycle Coalition Agency.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h) water heat exchange equipment to prepare + various space return aircraft Are driven by (78V) + fuel injection to cold energy + ignition by combustion + combustion gas temperature and cold energy or compressed air temperature and cold energy are separately stored in 10 stages of mercury gravity turbines that can be accelerated + fully automatic processing Various energy conservation cycle union engine.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1h) air heat exchange equipment + various space return aircraft Drive the fuel (78V) + fuel injection to a cold energy igniter combustion + acceleration with combustion gas temperature and cold energy or pressure stored separately in compressed air temperature energy and cold energy + various energy storage cycle coalescing engines equipped with a mercury gravity turbine in one stage .   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary airplane (39B) + make horizontal axis (1 h) generator equipped + various space transportation devices (78 V) Drive + fuel injection into combustion in cold energy + Various energy storage cycle coalescing engines equipped with two stages of acceleration + mercury gravity turbines with combustion gas temperature and temperature of cold or compression air temperature divided and stored separately.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel injection with fuel + ignition combustion + acceleration with combustion gas thermal and cold or compressed air thermal storage and cold divided pressure + fully automatic processable various energy storage cycle combination equipped with mercury gravity turbine in 3 stages organ.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + fuel injection into combustion in cold energy + Various energy storage cycles equipped with 4 stages of mercury gravity turbines that can be accelerated + fully-automatically processed by combustion gas temperature and cold or compressed air temperature and pressure separately stored separately Coalition agency.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + fuel injection into cold energy Ignition combustion + combustion gas thermal energy and cold energy or compressed air thermal energy and cold energy A variety of energy storage equipped with 5 stages of mercury gravity turbines that can be accelerated + fully automatic processing with pressure stored separately Cycle coalescing agency.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + fuel injection to combustion to cold energy + Various energy storage cycle coalescing engines equipped with six stages of acceleration + mercury gravity turbines with combustion gas temperature and temperature to cool or compressed air temperature and pressure divided and stored separately.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + fuel injection to combustion to cold energy + Various energy storage cycle combination engines equipped with acceleration + pressure with divided pressure of combustion gas temperature and cold or compressed air temperature and cold separately + mercury gravity turbine in 7 stages.   Increase the superheated steam thermal and compressed air cold heat to the solar heat turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) heat pump equipped + cold heat to fuel injection ignition combustion + A variety of energy storage cycle coalescing engines equipped with eight stages of mercury gravity turbines that are accelerated by fully divided combustion gas temperature and cold or compressed air temperature and cold and stored pressure separately.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1 h) compression heat recovery equipment + to inject cold fuel Various energy storage cycle coalescing engines equipped with 9 stages of mercury gravity turbines that can be ignited and burnt + accelerated by combustion gas temperature and cold or compressed air heat and cold separately with pressure stored separately.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1h) water heat exchange equipment + cold injection fuel injection Various energy storage cycle coalescing engines equipped with 10 stages of mercury gravity turbines capable of acceleration + fully automatic processing with the pressure that is separately stored as ignition + combustion gas thermal and cold or compressed air thermal and cold.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1 h) air heat exchange equipment + cold injection fuel injection Various energy storage cycle coalescing engines with ignition combustion + acceleration with combustion gas temperature and cold temperature or pressure stored separately in compressed air temperature and cold temperature + mercury gravity turbine in one stage.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) generator equipped + cold heat to fuel injection ignition combustion + Various acceleration / deceleration cycle combination engines equipped with two stages of acceleration with mercury gas and heat or cold or compressed air and pressure divided and stored separately + mercury gravity turbine.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + have a horizontal axis (1 h) heat pump + fuel injection ignition to cold heat Various energy storage cycle coalescing engines equipped with three stages of mercury gravity turbines that burn + accelerate with combustion gas temperature and cold temperature or pressure stored separately in compressed air temperature and cold temperature + fully automatic processable.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to have a horizontal axis (1 h) compression heat recovery unit + fuel to cold heat A variety of energy storage cycle coalescing engines equipped with four stages of mercury gravity turbines that can be accelerated and fully automatically processed by injection ignition combustion + combustion gas temperature and cold or compressed air and pressure stored separately.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to have a horizontal axis (1 h) water heat exchanger + to cool fuel A variety of energy storage cycle coalescing engines equipped with five stages of mercury gravity turbines that can be accelerated and fully automatic processed by injection ignition combustion + combustion gas temperature and cold or compressed air and pressure stored separately.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make solar thermal gravity rotation plane (39B) + equip horizontal axis (1 h) air heat exchanger + cold to fuel A variety of energy storage cycle coalescing engines equipped with 6 stages of acceleration, ignition, combustion, acceleration with combustion gas thermal energy and cold energy or pressure stored separately in compressed air thermal energy and cold energy, and a mercury gravity turbine in six stages.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + have a horizontal axis (1 h) generator + fuel injection ignition to cold heat Various energy storage cycle coalescing engines equipped with 7 stages of combustion + acceleration with combustion gas temperature and cold temperature or pressure stored separately in compressed air temperature and cold temperature + mercury gravity turbine.   Increase the superheated steam thermal and compressed air cold heat to the solar heat turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) heat pump equipped + cold heat to fuel injection ignition combustion + A variety of energy storage cycle coalescing engines equipped with eight stages of mercury gravity turbines that are accelerated by fully divided combustion gas temperature and cold or compressed air temperature and cold and stored pressure separately.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1 h) compression heat recovery equipment + to inject cold fuel Various energy storage cycle coalescing engines equipped with 9 stages of mercury gravity turbines that can be ignited and burnt + accelerated by combustion gas temperature and cold or compressed air heat and cold separately with pressure stored separately.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1h) water heat exchange equipment + cold injection fuel injection Various energy storage cycle coalescing engines equipped with 10 stages of mercury gravity turbines capable of acceleration + fully automatic processing with the pressure that is separately stored as ignition + combustion gas thermal and cold or compressed air thermal and cold.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1 h) air heat exchange equipment + cold injection fuel injection Various energy storage cycle coalescing engines with ignition combustion + acceleration with combustion gas temperature and cold temperature or pressure stored separately in compressed air temperature and cold temperature + mercury gravity turbine in one stage.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) generator equipped + cold heat to fuel injection ignition combustion + Various acceleration / deceleration cycle combination engines equipped with two stages of acceleration with mercury gas and heat or cold or compressed air and pressure divided and stored separately + mercury gravity turbine.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into a solar thermal gravity rotary plane (39B) + horizontal axis (1 h) heat pump equipment + various space transportation devices (78 V) Drive + cold fuel injection into fuel + ignition combustion + acceleration with combustion gas temperature and cold or compressed air split and stored pressure separately + fully automatic processable various energy storage cycles equipped with mercury gravity turbine in 3 stages Coalition agency.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) compression heat recovery equipment preparation + various space return aircraft (78V) drive + fuel injection to a cold energy Ignition combustion + combustion gas thermal and cold heat or compressed air thermal pressure and divided by a pressure stored separately in cold heat + various types of mercury gravity turbines that can be fully automated processable in four stages Energy Conservation Cycle Coalition Agency.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h) water heat exchange equipment to prepare + various space return aircraft Are driven by (78V) + fuel injection to cold energy + ignition by combustion + combustion gas thermal and cold or compressed air thermal pressure and cold energy divided by pressure stored + five stages of mercury gravity turbine capable of fully automatic processing Various energy conservation cycle union engine.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1h) air heat exchange equipment + various space return aircraft Drive the fuel (78V) + fuel injection to a cold energy igniter combustion + acceleration with combustion gas temperature and cold energy or pressure divided and stored separately in a compressed air temperature energy + cold energy .   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary airplane (39B) + make horizontal axis (1 h) generator equipped + various space transportation devices (78 V) Drive + fuel injection to burn to cold energy + Various energy storage cycle combined engines equipped with acceleration + pressure with divided pressure of combustion gas temperature and cold or compressed air temperature and cold separately + mercury gravity turbine in 7 stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel injection with fuel + ignition combustion + acceleration with combustion gas thermal and cold or compressed air thermal storage and cold divided pressure + fully automatic processable various kinds of energy storage cycle combining mercury gravity turbines in 8 stages organ.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + fuel injection into combustion in cold energy + Various energy storage cycles equipped with 9 stages of mercury gravity turbines that can be accelerated + fully automatic processing by combustion gas temperature and cold or compressed air thermal pressure and divided pressure and stored separately Coalition agency.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + fuel injection into combustion in cold energy + Various energy storage provided with 10 stages of mercury gravity turbines that can be accelerated + fully automatic processing by combustion gas temperature and cold or compressed air thermal pressure and divided pressure and stored separately Cycle coalescing agency.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + fuel injection into combustion in cold energy + Various energy storage cycle combined engines equipped with acceleration + mercury gravity turbine in one stage with combustion gas temperature and cold or compressed air temperature and pressure separately stored in cold energy.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + fuel injection to combustion to cold energy + Various energy storage cycle combined engines equipped with two stages of acceleration + mercury gravity turbines with combustion gas temperature and temperature to cool or compressed air temperature and pressure divided and stored separately.   Increase the superheated steam thermal and compressed air cold heat to the solar heat turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) heat pump equipped + cold heat to fuel injection ignition combustion + A variety of energy storage cycle coalescing engines equipped with three stages of mercury gravity turbines that are accelerated by fully divided combustion gas temperature and cold or compressed air temperature and cold and stored pressure separately.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1 h) compression heat recovery equipment + to inject cold fuel A variety of energy storage cycle coalescing engines equipped with four stages of mercury gravity turbines that can be ignited and burnt + accelerated by combustion gas heat and cold or compressed air heat and cold separately with pressure stored separately.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1h) water heat exchange equipment + cold injection fuel injection A variety of energy storage cycle coalescing engines equipped with five stages of mercury gravity turbines capable of acceleration + fully automatic processing with the pressure that is separately stored as ignition + combustion gas thermal and cold or compressed air thermal and cold.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1 h) air heat exchange equipment + cold injection fuel injection Various energy storage cycle coalescing engines with ignition combustion + acceleration with combustion gas temperature and cold temperature or pressure stored separately in compressed air temperature and cold temperature + mercury gravity turbine in 6 stages.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) generator equipped + cold heat to fuel injection ignition combustion + Various acceleration / deceleration cycle combination engines equipped with acceleration by pressure stored separately in combustion gas temperature and cold or compressed air temperature and cold + mercury gravity turbine in 7 stages.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + have a horizontal axis (1 h) heat pump + fuel injection ignition to cold heat Various energy storage cycle coalescing engines equipped with 8 stages of mercury gravity turbines that burn + accelerate with combustion gas temperature and cold temperature or pressure stored separately in compressed air temperature and cold temperature + fully automatic processable.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to have a horizontal axis (1 h) compression heat recovery unit + fuel to cold heat Various energy storage cycle coalescing engines equipped with 9 stages of mercury gravity turbines that can be accelerated and fully automatic processed by injection ignition combustion + combustion gas temperature and cold temperature or pressure divided and stored separately from compressed air temperature and cold temperature.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to have a horizontal axis (1 h) water heat exchanger + to cool fuel Various energy storage cycle coalescing engines equipped with 10 stages of mercury gravity turbines capable of acceleration + full-automatic processing with combustion ignition and combustion + combustion gas temperature and cold temperature or pressure divided and stored separately.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make solar thermal gravity rotation plane (39B) + equip horizontal axis (1 h) air heat exchanger + cold to fuel A variety of energy storage cycle coalescing engines equipped with injection ignition combustion + combustion gas temperature and cold, or acceleration by pressure stored separately as compressed air temperature and cold + mercury gravity turbine in one stage.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + have a horizontal axis (1 h) generator + fuel injection ignition to cold heat Various energy storage cycle coalescing engines with combustion + acceleration with combustion gas temperature and cold temperature or pressure stored separately in compressed air temperature and cold temperature + mercury gravity turbine in two stages.   Increase the superheated steam thermal and compressed air cold heat to the solar heat turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) heat pump equipped + cold heat to fuel injection ignition combustion + A variety of energy storage cycle coalescing engines equipped with three stages of mercury gravity turbines that are accelerated by fully divided combustion gas temperature and cold or compressed air temperature and cold and stored pressure separately.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1 h) compression heat recovery equipment + to inject cold fuel A variety of energy storage cycle coalescing engines equipped with four stages of mercury gravity turbines that can be ignited and burnt + accelerated by combustion gas heat and cold or compressed air heat and cold separately with pressure stored separately.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1h) water heat exchange equipment + cold injection fuel injection A variety of energy storage cycle coalescing engines equipped with five stages of mercury gravity turbines capable of acceleration + fully automatic processing with the pressure that is separately stored as ignition + combustion gas thermal and cold or compressed air thermal and cold.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1 h) air heat exchange equipment + cold injection fuel injection Various energy storage cycle coalescing engines with ignition combustion + acceleration with combustion gas temperature and cold temperature or pressure stored separately in compressed air temperature and cold temperature + mercury gravity turbine in 6 stages.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) generator equipped + cold heat to fuel injection ignition combustion + Various acceleration / deceleration cycle combination engines equipped with acceleration by pressure stored separately in combustion gas temperature and cold or compressed air temperature and cold + mercury gravity turbine in 7 stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into a solar thermal gravity rotary plane (39B) + horizontal axis (1 h) heat pump equipment + various space transportation devices (78 V) Drive + cold fuel injection into fuel + ignition combustion + acceleration with combustion gas temperature and cold or compressed air split and stored pressure + fully automatic processable Various energy storage cycles equipped with mercury gravity turbines in 8 stages Coalition agency.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) compression heat recovery equipment preparation + various space return aircraft (78V) driving + fuel injection to cold energy Ignition combustion + combustion gas thermal and cold or compressed air thermal pressure and divided by pressure stored separately in cold heat + various kinds of mercury gravity turbines that can be fully automatic processing can be installed in 9 stages Energy Conservation Cycle Coalition Agency.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h) water heat exchange equipment to prepare + various space return aircraft Are driven by (78V) + fuel injection to cold energy + ignition by combustion + combustion gas temperature and cold energy or compressed air temperature and cold energy are separately stored in 10 stages of mercury gravity turbines that can be accelerated + fully automatic processing Various energy conservation cycle union engine.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1h) air heat exchange equipment + various space return aircraft Drive the fuel (78V) + fuel injection to a cold energy igniter combustion + acceleration with combustion gas temperature and cold energy or pressure stored separately in compressed air temperature energy and cold energy + various energy storage cycle coalescing engines equipped with a mercury gravity turbine in one stage .   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary airplane (39B) + make horizontal axis (1 h) generator equipped + various space transportation devices (78 V) Drive + fuel injection into combustion in cold energy + Various energy storage cycle coalescing engines equipped with two stages of acceleration + mercury gravity turbines with combustion gas temperature and temperature of cold or compression air temperature divided and stored separately.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel injection with fuel + ignition combustion + acceleration with combustion gas thermal and cold or compressed air thermal storage and cold divided pressure + fully automatic processable various energy storage cycle combination equipped with mercury gravity turbine in 3 stages organ.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + fuel injection into combustion in cold energy + Various energy storage cycles equipped with 4 stages of mercury gravity turbines that can be accelerated + fully-automatically processed by combustion gas temperature and cold or compressed air temperature and pressure separately stored separately Coalition agency.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + fuel injection into cold energy Ignition combustion + combustion gas thermal energy and cold energy or compressed air thermal energy and cold energy A variety of energy storage equipped with 5 stages of mercury gravity turbines that can be accelerated + fully automatic processing with pressure stored separately Cycle coalescing agency.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + fuel injection to combustion to cold energy + Various energy storage cycle coalescing engines equipped with six stages of acceleration + mercury gravity turbines with combustion gas temperature and temperature to cool or compressed air temperature and pressure divided and stored separately.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + fuel injection to combustion to cold energy + Various energy storage cycle combination engines equipped with acceleration + pressure with divided pressure of combustion gas temperature and cold or compressed air temperature and cold separately + mercury gravity turbine in 7 stages.   Increase the superheated steam thermal and compressed air cold heat to the solar heat turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) heat pump equipped + cold heat to fuel injection ignition combustion + A variety of energy storage cycle coalescing engines equipped with eight stages of mercury gravity turbines that are accelerated by fully divided combustion gas temperature and cold or compressed air temperature and cold and stored pressure separately.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1 h) compression heat recovery equipment + to inject cold fuel Various energy storage cycle coalescing engines equipped with 9 stages of mercury gravity turbines that can be ignited and burnt + accelerated by combustion gas temperature and cold or compressed air heat and cold separately with pressure stored separately.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1h) water heat exchange equipment + cold injection fuel injection Various energy storage cycle coalescing engines equipped with 10 stages of mercury gravity turbines capable of acceleration + fully automatic processing with the pressure that is separately stored as ignition + combustion gas thermal and cold or compressed air thermal and cold.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1 h) air heat exchange equipment + cold injection fuel injection Various energy storage cycle coalescing engines with ignition combustion + acceleration with combustion gas temperature and cold temperature or pressure stored separately in compressed air temperature and cold temperature + mercury gravity turbine in one stage.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) generator equipped + cold heat to fuel injection ignition combustion + Various acceleration / deceleration cycle combination engines equipped with two stages of acceleration with mercury gas and heat or cold or compressed air and pressure divided and stored separately + mercury gravity turbine.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + have a horizontal axis (1 h) heat pump + fuel injection ignition to cold heat Various energy storage cycle coalescing engines equipped with three stages of mercury gravity turbines that burn + accelerate with combustion gas temperature and cold temperature or pressure stored separately in compressed air temperature and cold temperature + fully automatic processable.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to have a horizontal axis (1 h) compression heat recovery unit + fuel to cold heat A variety of energy storage cycle coalescing engines equipped with four stages of mercury gravity turbines that can be accelerated and fully automatically processed by injection ignition combustion + combustion gas temperature and cold or compressed air and pressure stored separately.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to have a horizontal axis (1 h) water heat exchanger + to cool fuel A variety of energy storage cycle coalescing engines equipped with five stages of mercury gravity turbines that can be accelerated and fully automatic processed by injection ignition combustion + combustion gas temperature and cold or compressed air and pressure stored separately.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make solar thermal gravity rotation plane (39B) + equip horizontal axis (1 h) air heat exchanger + cold to fuel A variety of energy storage cycle coalescing engines equipped with 6 stages of acceleration, ignition, combustion, acceleration with combustion gas thermal energy and cold energy or pressure stored separately in compressed air thermal energy and cold energy, and a mercury gravity turbine in six stages.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + have a horizontal axis (1 h) generator + fuel injection ignition to cold heat Various energy storage cycle coalescing engines equipped with 7 stages of combustion + acceleration with combustion gas temperature and cold temperature or pressure stored separately in compressed air temperature and cold temperature + mercury gravity turbine.   Increase the superheated steam thermal and compressed air cold heat to the solar heat turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) heat pump equipped + cold heat to fuel injection ignition combustion + A variety of energy storage cycle coalescing engines equipped with eight stages of mercury gravity turbines that are accelerated by fully divided combustion gas temperature and cold or compressed air temperature and cold and stored pressure separately.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1 h) compression heat recovery equipment + to inject cold fuel Various energy storage cycle coalescing engines equipped with 9 stages of mercury gravity turbines that can be ignited and burnt + accelerated by combustion gas temperature and cold or compressed air heat and cold separately with pressure stored separately.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1h) water heat exchange equipment + cold injection fuel injection Various energy storage cycle coalescing engines equipped with 10 stages of mercury gravity turbines capable of acceleration + fully automatic processing with the pressure that is separately stored as ignition + combustion gas thermal and cold or compressed air thermal and cold.   Three-stage solar thermal turbine drive species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1 h) air heat exchange equipment + cold heat Fuel injection Ignition combustion + Acceleration with combustion gas temperature and cold or pressure divided and stored separately from compressed air temperature and cold + Various energy storage cycle combined engines with mercury gravity turbine provided in one stage.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) generator equipped + cold heat to fuel injection ignition combustion + Various acceleration / deceleration cycle combination engines equipped with two stages of acceleration with mercury gas and heat or cold or compressed air and pressure divided and stored separately + mercury gravity turbine.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into a solar thermal gravity rotary plane (39B) + horizontal axis (1 h) heat pump equipment + various space transportation devices (78 V) Drive + cold fuel injection into fuel + ignition combustion + acceleration with combustion gas temperature and cold or compressed air split and stored pressure separately + fully automatic processable various energy storage cycles equipped with mercury gravity turbine in 3 stages Coalition agency.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) compression heat recovery equipment preparation + various space return aircraft (78V) drive + fuel injection to a cold energy Ignition combustion + combustion gas thermal and cold heat or compressed air thermal pressure and divided by a pressure stored separately in cold heat + various types of mercury gravity turbines that can be fully automated processable in four stages Energy Conservation Cycle Coalition Agency.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h) water heat exchange equipment to prepare + various space return aircraft Are driven by (78V) + fuel injection to cold energy + ignition by combustion + combustion gas thermal and cold or compressed air thermal pressure and cold energy divided by pressure stored + five stages of mercury gravity turbine capable of fully automatic processing Various energy conservation cycle union engine.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1h) air heat exchange equipment + various space return aircraft Drive the fuel (78V) + fuel injection to a cold energy igniter combustion + acceleration with combustion gas temperature and cold energy or pressure divided and stored separately in a compressed air temperature energy + cold energy .   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary airplane (39B) + make horizontal axis (1 h) generator equipped + various space transportation devices (78 V) Drive + fuel injection to burn to cold energy + Various energy storage cycle combined engines equipped with acceleration + pressure with divided pressure of combustion gas temperature and cold or compressed air temperature and cold separately + mercury gravity turbine in 7 stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel injection with fuel + ignition combustion + acceleration with combustion gas thermal and cold or compressed air thermal storage and cold divided pressure + fully automatic processable various kinds of energy storage cycle combining mercury gravity turbines in 8 stages organ.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + fuel injection into combustion in cold energy + Various energy storage cycles equipped with 9 stages of mercury gravity turbines that can be accelerated + fully automatic processing by combustion gas temperature and cold or compressed air thermal pressure and divided pressure and stored separately Coalition agency.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + fuel injection into combustion in cold energy + Various energy storage provided with 10 stages of mercury gravity turbines that can be accelerated + fully automatic processing by combustion gas temperature and cold or compressed air thermal pressure and divided pressure and stored separately Cycle coalescing agency.   Increase superheated steam thermal energy and compressed air cold heat to two-stage solar thermal turbine driven species + Make combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + Make mercury downward to accelerate solar thermal turbine driven species + Various passenger aircrafts (78V) Drive + fuel injection into cold energy Ignition combustion + combustion gas thermal and cold energy or compressed air thermal energy and cold energy divided and stored pressure + Various energy storage cycle coalescing engines equipped with mercury gravity turbine in one stage.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + fuel injection to combustion to cold energy + Various energy storage cycle combined engines equipped with two stages of acceleration + mercury gravity turbines with combustion gas temperature and temperature to cool or compressed air temperature and pressure divided and stored separately.   Solar thermal turbine drive species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotation plane (39B) + configuration to accelerate mercury + intake air path length lens and sunlight Heat and cold energy manufacturing + fuel injection and combustion to cold energy + acceleration by combustion gas temperature and cold temperature or pressure divided and stored separately to compressed air temperature and cold temperature + fully automatic processable Various energy storage cycle combinations provided with mercury gravity turbines in three stages organ.   Solar thermal turbine drive species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotation plane (39B) + configuration to accelerate mercury + intake air path length lens and sunlight Various energy storage cycles with four stages of mercury gravity turbines that can be accelerated and fully automated at pressure divided and stored separately as combustion heat and cold or compressed air heat and cold. Coalition agency.   Solar thermal turbine drive species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotation plane (39B) + configuration to accelerate mercury + intake air path length lens and sunlight Heat and cold energy production + fuel injection to cold energy + Ignition combustion + combustion gas thermal energy and cold energy or compressed air thermal energy and cold energy split + stored pressure Gravity of the mercury gravity turbine that can be fully automated processing + 5 various energy preservation provided Cycle coalescing agency.   Solar thermal turbine drive species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotation plane (39B) + configuration to accelerate mercury + intake air path length lens and sunlight A variety of energy storage cycle combined engines equipped with six stages of mercury gravity turbines + acceleration with pressure divided separately between combustion gas temperature and cold or compressed air temperature and cold.   Solar thermal turbine drive species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotation plane (39B) + configuration to accelerate mercury + intake air path length lens and sunlight A variety of energy storage cycle coalescence engines equipped with 7 stages of acceleration and mercury gravity turbines with pressure divided and stored separately as combustion heat and cold or compressed air heat and cold.   Solar thermal turbine drive species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotation plane (39B) + configuration to accelerate mercury + intake air path length lens and sunlight Heat and cold energy manufacturing + fuel injection and combustion to cold energy + acceleration with combustion gas temperature and cold energy or pressure divided and stored separately to compressed air temperature and cold energy + fully automatic processable Various energy storage cycle combinations provided with mercury gravity turbines in eight stages organ.   Solar thermal turbine drive species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotation plane (39B) + configuration to accelerate mercury + intake air path length lens and sunlight Various energy storage cycles with 9 stages of mercury gravity turbines that can be accelerated and fully automated at pressure divided and stored separately as combustion heat and cold or compressed air heat and cold Coalition agency.   Solar thermal turbine drive species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotation plane (39B) + configuration to accelerate mercury + intake air path length lens and sunlight Heat and cold energy manufacturing + fuel injection to cold energy + ignition combustion + combustion gas thermal and cold energy or compressed air thermal energy and cold energy divided and stored with pressure + various automatic energy storage equipped with 10 stages of mercury gravity turbines capable of fully automatic processing Cycle coalescing agency.   Solar thermal turbine drive species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotation plane (39B) + configuration to accelerate mercury + intake air path length lens and sunlight Various energy storage cycle combined engines equipped with a single stage of mercury gravity turbine + acceleration with pressure divided separately between combustion gas temperature and cold or compressed air temperature and cold.   Solar thermal turbine drive species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotation plane (39B) + configuration to accelerate mercury + intake air path length lens and sunlight A variety of energy storage cycle combined engines with two stages of acceleration and mercury gravity turbines with pressure divided and stored separately as combustion heat and cold or compressed air heat and cold.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) heat pump equipment + various cargo planes ( 78V) Drive + cold fuel injection with fuel + ignition combustion + acceleration with combustion gas thermal and cold or compressed air thermal storage and cold divided pressure + fully automatic processable various energy storage cycle combination equipped with mercury gravity turbine in 3 stages organ.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) compression heat recovery equipment provision + various cargo planes (78V) driving + cold fuel injection with fuel + ignition combustion + combustion gas thermal and cold or compressed air thermal storage and cold pressure separately stored pressure + acceleration with fully automatic processable mercury gravity turbine various stages of various energy Preservation cycle union agency.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h) water heat exchange equipment to prepare + various cargo planes (78V) driving + cold fuel injection fuel combustion + combustion gas thermal and cold energy or compressed air thermal energy and cold energy divided and stored with pressure + various types of mercury gravity turbines capable of fully automatic processing are provided in 5 stages Energy Conservation Cycle Coalition Agency.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1 h) to have air heat exchange equipment + various cargo planes (78V) Drive + fuel injection into cold energy Ignition combustion + combustion gas thermal and cold energy or compression air thermal pressure and pressure divided separately and stored + Various energy storage cycle combined engine equipped with mercury gravity turbine in 6 stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) generator equipped + various cargo planes ( 78V) Drive + fuel injection to combustion to cold energy + Various energy storage cycle combination engines equipped with acceleration + pressure with divided pressure of combustion gas temperature and cold or compressed air temperature and cold separately + mercury gravity turbine in 7 stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) heat pump equipment + various cargo planes ( 78V) Drive + cold fuel injection with fuel + ignition combustion + acceleration with combustion gas thermal and cold or compressed air thermal storage and cold divided pressure + fully automatic processable various kinds of energy storage cycle combining mercury gravity turbines in 8 stages organ.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) compression heat recovery equipment provision + various cargo planes Drive by (78V) + Fuel injection into cold energy Ignition combustion + Combustion gas temperature and cold energy or pressure divided separately and stored in compressed air temperature temperature and cold energy + Fully automatic processable Various types of energy storage equipped with 9 stages of mercury gravity turbines Cycle coalescing agency.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h) water heat exchange equipment to prepare + various cargo planes Drive (78V) + Cold fuel injection with fuel + Ignition and combustion + Combustion gas temperature and cold or compressed air temperature divided and stored separately + Accelerated by pressure + Fully automatic processable Various types of energy storage with 10 stages of mercury gravity turbines Cycle coalescing agency.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1 h) to have air heat exchange equipment + various cargo planes Drive (78V) + Cold fuel injection with fuel injection Ignition combustion + Combustion gas temperature and cold energy or compressed air thermal energy and cold pressure separately stored pressure + Fully automatic processable Mercury gravity turbine is provided in one stage Various energy preservation Cycle coalescing agency.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) generator equipped + various cargo planes ( 78V) Drive + cold fuel injection with fuel + ignition combustion + acceleration with combustion gas temperature and cold or compressed air thermal pressure and divided pressure separately + fully automatic processable various energy storage cycle combination provided with mercury gravity turbine in two stages organ.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) heat pump equipment + various cargo planes ( 78V) Drive + fuel injection into combustion in cold energy + Various energy storage cycles equipped with 3 stages of mercury gravity turbines that can be accelerated + fully-automatically processed with combustion gas temperature and cold or compressed air thermal pressure and divided pressure and stored separately Coalition agency.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) compression heat recovery equipment provision + various cargo planes (78V) driving + cold fuel injection with fuel + ignition combustion + combustion gas thermal and cold or compressed air thermal storage and cold pressure separately stored pressure + acceleration with fully automatic processable mercury gravity turbine various stages of various energy Preservation cycle union agency.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h) water heat exchange equipment to prepare + various cargo planes (78V) driving + cold fuel injection fuel combustion + combustion gas thermal and cold or compressed air thermal storage and cold pressure separately stored pressure acceleration + fully automatic processing various types of energy provided with a mercury gravity turbine in 5 stages Preservation cycle union agency.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1 h) to have air heat exchange equipment + various cargo planes (78V) driving + cold fuel injection fuel combustion + combustion gas thermal and cold or compressed air thermal storage and cold pressure separately stored pressure acceleration + fully automatic processing various types of energy provided with mercury gravity turbines in six stages Preservation cycle union agency.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) generator equipped + various cargo planes ( 78V) Drive + fuel injection into combustion in cold energy + Various energy storage cycles equipped with 7 stages of mercury gravity turbines that can be accelerated + fully-automatically processed by combustion gas temperature and cold or compressed air thermal pressure and divided pressure and stored separately Coalition agency.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) heat pump equipment + various cargo planes ( 78V) Drive + fuel injection into cold energy Ignition combustion + combustion gas thermal and cold or compressed air Thermal pressure and divided pressure and stored at pressure divided separately and stored + Various automatic energy storage equipped with 8 stages of mercury gravity turbines for various energy storage Cycle coalescing agency.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) compression heat recovery equipment provision + various cargo planes (78V) driving + cold fuel injection fuel combustion + combustion gas thermal and cold energy or compressed air thermal energy and cold energy divided and stored with pressure + various types of mercury gravity turbines capable of fully automatic processing can be installed in 9 stages Energy Conservation Cycle Coalition Agency.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h) water heat exchange equipment to prepare + various cargo planes (78V) driving + cold fuel injection fuel combustion + combustion gas thermal and cold heat or compressed air thermal storage and cold energy divided and stored at pressure + various kinds of mercury gravity turbines that can be fully automated processing in 10 stages Energy Conservation Cycle Coalition Agency.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1 h) to have air heat exchange equipment + various cargo planes (78V) driving + cold fuel injection fuel combustion + combustion gas thermal and cold heat or compressed air thermal storage and cold energy divided and stored at a pressure + various types of mercury gravity turbines capable of fully automatic processing in one stage Energy Conservation Cycle Coalition Agency.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) generator equipped + various cargo planes ( 78V) Driving + fuel injection to cold energy + combustion combustion gas temperature and cold energy or compressed air temperature and cold energy divided and stored at pressure divided + two-stage mercury gravity turbine capable of fully automatic processing Various energy storage Cycle coalescing agency.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) heat pump equipment + various cargo planes ( 78V) Drive + fuel injection to combustion to cold energy + Various energy storage cycle coalescing engines equipped with three stages of acceleration + mercury gravity turbines with combustion gas temperature and temperature to cool or compressed air temperature and pressure divided and stored separately.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) compression heat recovery equipment provision + various cargo planes (78V) Drive + fuel injection into cold energy Ignition combustion + combustion gas thermal and cold energy or compressed air thermal pressure and split pressure stored separately + Various energy storage cycle combined engine equipped with mercury gravity turbine in 4 stages.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h) water heat exchange equipment to prepare + various cargo planes (78V) Drive + fuel injection into cold energy Ignition combustion + combustion gas thermal and cold energy or compressed air thermal energy and cold energy separately stored pressure + acceleration with various pressure + mercury gravity turbine provided in 5 stages Various energy storage cycle combined engines.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1 h) to have air heat exchange equipment + various cargo planes (78V) Drive + fuel injection into cold energy Ignition combustion + combustion gas thermal and cold energy or compression air thermal pressure and pressure divided separately and stored + Various energy storage cycle combined engine equipped with mercury gravity turbine in 6 stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) generator equipped + various cargo planes ( 78V) Drive + fuel injection to combustion to cold energy + Various energy storage cycle combination engines equipped with acceleration + pressure with divided pressure of combustion gas temperature and cold or compressed air temperature and cold separately + mercury gravity turbine in 7 stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) heat pump equipment + various cargo planes ( 78V) Drive + fuel injection into combustion in cold energy + Various energy storage cycle combined engines equipped with 8 stages of acceleration + mercury gravity turbines at pressure separately stored combustion gas temperature and cold or compressed air temperature and cold.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) compression heat recovery equipment provision + various cargo planes (78V) Drive + fuel injection into cold energy Ignition combustion + combustion gas thermal and cold energy or compression air thermal pressure and pressure divided separately and stored + Various energy storage cycle combined engine equipped with mercury gravity turbine in 9 stages.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h) water heat exchange equipment to prepare + various cargo planes (78V) Drive + fuel injection into cold energy Ignition combustion + combustion gas thermal and cold energy or compressed air thermal pressure and divided pressure stored at various pressures + Various energy storage cycle combined engines equipped with mercury gravity turbines in 10 stages.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1 h) to have air heat exchange equipment + various cargo planes (78V) Drive + fuel injection into cold energy Ignition combustion + combustion gas thermal and cold energy or compressed air thermal energy and cold energy divided and stored pressure + Various energy storage cycle coalescing engines equipped with mercury gravity turbine in one stage.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) generator equipped + various cargo planes ( 78V) Drive + fuel injection to combustion to cold energy + Various energy storage cycle combined engines equipped with two stages of acceleration + mercury gravity turbines with combustion gas temperature and temperature to cool or compressed air temperature and pressure divided and stored separately.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) heat pump equipment + various cargo planes ( 78V) Drive + fuel injection to combustion to cold energy + Various energy storage cycle coalescing engines equipped with three stages of acceleration + mercury gravity turbines with combustion gas temperature and temperature to cool or compressed air temperature and pressure divided and stored separately.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) compression heat recovery equipment provision + various cargo planes (78V) Drive + fuel injection into cold energy Ignition combustion + combustion gas thermal and cold energy or compressed air thermal pressure and split pressure stored separately + Various energy storage cycle combined engine equipped with mercury gravity turbine in 4 stages.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h) water heat exchange equipment to prepare + various cargo planes (78V) Drive + fuel injection into cold energy Ignition combustion + combustion gas thermal and cold energy or compressed air thermal energy and cold energy separately stored pressure + acceleration with various pressure + mercury gravity turbine provided in 5 stages Various energy storage cycle combined engines.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1 h) to have air heat exchange equipment + various cargo planes (78V) Drive + fuel injection into cold energy Ignition combustion + combustion gas thermal and cold energy or compression air thermal pressure and pressure divided separately and stored + Various energy storage cycle combined engine equipped with mercury gravity turbine in 6 stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) generator equipped + various cargo planes ( 78V) Drive + fuel injection to combustion to cold energy + Various energy storage cycle combination engines equipped with acceleration + pressure with divided pressure of combustion gas temperature and cold or compressed air temperature and cold separately + mercury gravity turbine in 7 stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to solar thermal gravity rotation plane (39B) + horizontal axis (1 h) heat pump equipment + maximum gravity and sunlight Limited use + (78V) rocket injection + fuel injection to cold energy for ignition + combustion gas thermal energy and cold energy or pressure divided and stored in compressed air thermal energy and cold energy + fully automatic processible mercury gravity turbine eight stages Various energy conservation cycle united engines provided.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to solar thermal gravity rotation plane (39B) + horizontal axis (1h) compression heat recovery equipment + gravity or sunlight Make maximum use of + + (78V) rocket injection + fuel injection ignition to cold energy + burning combustion gas thermal energy and cold energy or compressed air separately stored pressure in thermal energy and cold energy + fully automatic processable mercury gravity turbine Various energy conservation cycle combined engines provided in 9 stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to solar thermal gravity rotation plane (39B) + horizontal axis (1h) water heat exchange equipment + gravity or sunlight Make maximum use of + + (78V) rocket injection + fuel injection ignition to cold energy + burning combustion gas thermal energy and cold energy or compressed air thermal energy and cold energy separately Various energy conservation cycle united engines provided in 10 stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to solar thermal gravity rotation plane (39B) + horizontal axis (1h) air heat exchange equipment + gravity or sunlight Make maximum use of + + (78V) rocket injection + fuel injection ignition to cold energy + combustion gas thermal energy and cold energy or compressed air with pressure divided and stored separately in a compressed air + mercury gravity turbine provided in one stage Various energy conservation cycle union engine.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to solar thermal gravity rotation plane (39B) + horizontal axis (1 h) to equip generator + maximum gravity and sunlight Limited use + (78V) rocket injection + fuel injection to cold energy to fire + combustion gas thermal energy and cold energy or pressure divided and stored in compressed air thermal energy and cold energy + various energy provided with mercury gravity turbine in two stages Preservation cycle union agency.   Increase the superheated steam thermal and compressed air cold heat to the solar heat turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) heat pump equipped + cold heat to fuel injection ignition combustion + A variety of energy storage cycle coalescing engines equipped with three stages of mercury gravity turbines that are accelerated by fully divided combustion gas temperature and cold or compressed air temperature and cold and stored pressure separately.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1 h) compression heat recovery equipment + to inject cold fuel A variety of energy storage cycle coalescing engines equipped with four stages of mercury gravity turbines that can be ignited and burnt + accelerated by combustion gas heat and cold or compressed air heat and cold separately with pressure stored separately.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1h) water heat exchange equipment + cold injection fuel injection A variety of energy storage cycle coalescing engines equipped with five stages of mercury gravity turbines capable of acceleration + fully automatic processing with the pressure that is separately stored as ignition + combustion gas thermal and cold or compressed air thermal and cold.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1 h) air heat exchange equipment + cold injection fuel injection Various energy storage cycle coalescing engines with ignition combustion + acceleration with combustion gas temperature and cold temperature or pressure stored separately in compressed air temperature and cold temperature + mercury gravity turbine in 6 stages.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) generator equipped + cold heat to fuel injection ignition combustion + Various acceleration / deceleration cycle combination engines equipped with acceleration by pressure stored separately in combustion gas temperature and cold or compressed air temperature and cold + mercury gravity turbine in 7 stages.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + have a horizontal axis (1 h) heat pump + fuel injection ignition to cold heat Various energy storage cycle coalescing engines equipped with 8 stages of mercury gravity turbines that burn + accelerate with combustion gas temperature and cold temperature or pressure stored separately in compressed air temperature and cold temperature + fully automatic processable.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to have a horizontal axis (1 h) compression heat recovery unit + fuel to cold heat Various energy storage cycle coalescing engines equipped with 9 stages of mercury gravity turbines that can be accelerated and fully automatic processed by injection ignition combustion + combustion gas temperature and cold temperature or pressure divided and stored separately from compressed air temperature and cold temperature.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to have a horizontal axis (1 h) water heat exchanger + to cool fuel Various energy storage cycle coalescing engines equipped with 10 stages of mercury gravity turbines capable of acceleration + full-automatic processing with combustion ignition and combustion + combustion gas temperature and cold temperature or pressure divided and stored separately.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make solar thermal gravity rotation plane (39B) + equip horizontal axis (1 h) air heat exchanger + cold to fuel A variety of energy storage cycle coalescing engines equipped with injection ignition combustion + combustion gas temperature and cold, or acceleration by pressure stored separately as compressed air temperature and cold + mercury gravity turbine in one stage.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + have a horizontal axis (1 h) generator + fuel injection ignition to cold heat Various energy storage cycle coalescing engines with combustion + acceleration with combustion gas temperature and cold temperature or pressure stored separately in compressed air temperature and cold temperature + mercury gravity turbine in two stages.   Increase the superheated steam thermal and compressed air cold heat to the solar heat turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) heat pump equipped + cold heat to fuel injection ignition combustion + A variety of energy storage cycle coalescing engines equipped with three stages of mercury gravity turbines that are accelerated by fully divided combustion gas temperature and cold or compressed air temperature and cold and stored pressure separately.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1 h) compression heat recovery equipment + to inject cold fuel A variety of energy storage cycle coalescing engines equipped with four stages of mercury gravity turbines that can be ignited and burnt + accelerated by combustion gas heat and cold or compressed air heat and cold separately with pressure stored separately.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1h) water heat exchange equipment + cold injection fuel injection A variety of energy storage cycle coalescing engines equipped with five stages of mercury gravity turbines capable of acceleration + fully automatic processing with the pressure that is separately stored as ignition + combustion gas thermal and cold or compressed air thermal and cold.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1 h) air heat exchange equipment + cold injection fuel injection Various energy storage cycle coalescing engines with ignition combustion + acceleration with combustion gas temperature and cold temperature or pressure stored separately in compressed air temperature and cold temperature + mercury gravity turbine in 6 stages.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) generator equipped + cold heat to fuel injection ignition combustion + Various acceleration / deceleration cycle combination engines equipped with acceleration by pressure stored separately in combustion gas temperature and cold or compressed air temperature and cold + mercury gravity turbine in 7 stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into a solar thermal gravity rotary plane (39B) + horizontal axis (1 h) heat pump equipment + various space transportation devices (78 V) Drive + cold fuel injection into fuel + ignition combustion + acceleration with combustion gas temperature and cold or compressed air split and stored pressure + fully automatic processable Various energy storage cycles equipped with mercury gravity turbines in 8 stages Coalition agency.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) compression heat recovery equipment preparation + various space return aircraft (78V) driving + fuel injection to cold energy Ignition combustion + combustion gas thermal and cold or compressed air thermal pressure and divided by pressure stored separately in cold heat + various kinds of mercury gravity turbines that can be fully automatic processing can be installed in 9 stages Energy Conservation Cycle Coalition Agency.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h) water heat exchange equipment to prepare + various space return aircraft Are driven by (78V) + fuel injection to cold energy + ignition by combustion + combustion gas temperature and cold energy or compressed air temperature and cold energy are separately stored in 10 stages of mercury gravity turbines that can be accelerated + fully automatic processing Various energy conservation cycle union engine.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1h) air heat exchange equipment + various space return aircraft Drive the fuel (78V) + fuel injection to a cold energy igniter combustion + acceleration with combustion gas temperature and cold energy or pressure stored separately in compressed air temperature energy and cold energy + various energy storage cycle coalescing engines equipped with a mercury gravity turbine in one stage .   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary airplane (39B) + make horizontal axis (1 h) generator equipped + various space transportation devices (78 V) Drive + fuel injection into combustion in cold energy + Various energy storage cycle coalescing engines equipped with two stages of acceleration + mercury gravity turbines with combustion gas temperature and temperature of cold or compression air temperature divided and stored separately.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel injection with fuel + ignition combustion + acceleration with combustion gas thermal and cold or compressed air thermal storage and cold divided pressure + fully automatic processable various energy storage cycle combination equipped with mercury gravity turbine in 3 stages organ.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + fuel injection into combustion in cold energy + Various energy storage cycles equipped with 4 stages of mercury gravity turbines that can be accelerated + fully-automatically processed by combustion gas temperature and cold or compressed air temperature and pressure separately stored separately Coalition agency.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + fuel injection into cold energy Ignition combustion + combustion gas thermal energy and cold energy or compressed air thermal energy and cold energy A variety of energy storage equipped with 5 stages of mercury gravity turbines that can be accelerated + fully automatic processing with pressure stored separately Cycle coalescing agency.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + fuel injection to combustion to cold energy + Various energy storage cycle coalescing engines equipped with six stages of acceleration + mercury gravity turbines with combustion gas temperature and temperature to cool or compressed air temperature and pressure divided and stored separately.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + fuel injection to combustion to cold energy + Various energy storage cycle combination engines equipped with acceleration + pressure with divided pressure of combustion gas temperature and cold or compressed air temperature and cold separately + mercury gravity turbine in 7 stages.   Increase the superheated steam thermal and compressed air cold heat to the solar heat turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) heat pump equipped + cold heat to fuel injection ignition combustion + A variety of energy storage cycle coalescing engines equipped with eight stages of mercury gravity turbines that are accelerated by fully divided combustion gas temperature and cold or compressed air temperature and cold and stored pressure separately.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1 h) compression heat recovery equipment + to inject cold fuel Various energy storage cycle coalescing engines equipped with 9 stages of mercury gravity turbines that can be ignited and burnt + accelerated by combustion gas temperature and cold or compressed air heat and cold separately with pressure stored separately.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1h) water heat exchange equipment + cold injection fuel injection Various energy storage cycle coalescing engines equipped with 10 stages of mercury gravity turbines capable of acceleration + fully automatic processing with the pressure that is separately stored as ignition + combustion gas thermal and cold or compressed air thermal and cold.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1 h) air heat exchange equipment + cold injection fuel injection Various energy storage cycle coalescing engines with ignition combustion + acceleration with combustion gas temperature and cold temperature or pressure stored separately in compressed air temperature and cold temperature + mercury gravity turbine in one stage.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) generator equipped + cold heat to fuel injection ignition combustion + Various acceleration / deceleration cycle combination engines equipped with two stages of acceleration with mercury gas and heat or cold or compressed air and pressure divided and stored separately + mercury gravity turbine.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + have a horizontal axis (1 h) heat pump + fuel injection ignition to cold heat Various energy storage cycle coalescing engines equipped with three stages of mercury gravity turbines that burn + accelerate with combustion gas temperature and cold temperature or pressure stored separately in compressed air temperature and cold temperature + fully automatic processable.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to have a horizontal axis (1 h) compression heat recovery unit + fuel to cold heat A variety of energy storage cycle coalescing engines equipped with four stages of mercury gravity turbines that can be accelerated and fully automatically processed by injection ignition combustion + combustion gas temperature and cold or compressed air and pressure stored separately.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to have a horizontal axis (1 h) water heat exchanger + to cool fuel A variety of energy storage cycle coalescing engines equipped with five stages of mercury gravity turbines that can be accelerated and fully automatic processed by injection ignition combustion + combustion gas temperature and cold or compressed air and pressure stored separately.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make solar thermal gravity rotation plane (39B) + equip horizontal axis (1 h) air heat exchanger + cold to fuel A variety of energy storage cycle coalescing engines equipped with 6 stages of acceleration, ignition, combustion, acceleration with combustion gas thermal energy and cold energy or pressure stored separately in compressed air thermal energy and cold energy, and a mercury gravity turbine in six stages.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + have a horizontal axis (1 h) generator + fuel injection ignition to cold heat Various energy storage cycle coalescing engines equipped with 7 stages of combustion + acceleration with combustion gas temperature and cold temperature or pressure stored separately in compressed air temperature and cold temperature + mercury gravity turbine.   Increase the superheated steam thermal and compressed air cold heat to the solar heat turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) heat pump equipped + cold heat to fuel injection ignition combustion + A variety of energy storage cycle coalescing engines equipped with eight stages of mercury gravity turbines that are accelerated by fully divided combustion gas temperature and cold or compressed air temperature and cold and stored pressure separately.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1 h) compression heat recovery equipment + to inject cold fuel Various energy storage cycle coalescing engines equipped with 9 stages of mercury gravity turbines that can be ignited and burnt + accelerated by combustion gas temperature and cold or compressed air heat and cold separately with pressure stored separately.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1h) water heat exchange equipment + cold injection fuel injection Various energy storage cycle coalescing engines equipped with 10 stages of mercury gravity turbines capable of acceleration + fully automatic processing with the pressure that is separately stored as ignition + combustion gas thermal and cold or compressed air thermal and cold.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1 h) air heat exchange equipment + cold injection fuel injection Various energy storage cycle coalescing engines with ignition combustion + acceleration with combustion gas temperature and cold temperature or pressure stored separately in compressed air temperature and cold temperature + mercury gravity turbine in one stage.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) generator equipped + cold heat to fuel injection ignition combustion + Various acceleration / deceleration cycle combination engines equipped with two stages of acceleration with mercury gas and heat or cold or compressed air and pressure divided and stored separately + mercury gravity turbine.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into a solar thermal gravity rotary plane (39B) + horizontal axis (1 h) heat pump equipment + various space transportation devices (78 V) Drive + cold fuel injection into fuel + ignition combustion + acceleration with combustion gas temperature and cold or compressed air split and stored pressure separately + fully automatic processable various energy storage cycles equipped with mercury gravity turbine in 3 stages Coalition agency.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) compression heat recovery equipment preparation + various space return aircraft (78V) drive + fuel injection to a cold energy Ignition combustion + combustion gas thermal and cold heat or compressed air thermal pressure and divided by a pressure stored separately in cold heat + various types of mercury gravity turbines that can be fully automated processable in four stages Energy Conservation Cycle Coalition Agency.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h) water heat exchange equipment to prepare + various space return aircraft Are driven by (78V) + fuel injection to cold energy + ignition by combustion + combustion gas thermal and cold or compressed air thermal pressure and cold energy divided by pressure stored + five stages of mercury gravity turbine capable of fully automatic processing Various energy conservation cycle union engine.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1h) air heat exchange equipment + various space return aircraft Drive the fuel (78V) + fuel injection to a cold energy igniter combustion + acceleration with combustion gas temperature and cold energy or pressure divided and stored separately in a compressed air temperature energy + cold energy .   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary airplane (39B) + make horizontal axis (1 h) generator equipped + various space transportation devices (78 V) Drive + fuel injection to burn to cold energy + Various energy storage cycle combined engines equipped with acceleration + pressure with divided pressure of combustion gas temperature and cold or compressed air temperature and cold separately + mercury gravity turbine in 7 stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel injection with fuel + ignition combustion + acceleration with combustion gas thermal and cold or compressed air thermal storage and cold divided pressure + fully automatic processable various kinds of energy storage cycle combining mercury gravity turbines in 8 stages organ.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + fuel injection into combustion in cold energy + Various energy storage cycles equipped with 9 stages of mercury gravity turbines that can be accelerated + fully automatic processing by combustion gas temperature and cold or compressed air thermal pressure and divided pressure and stored separately Coalition agency.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + fuel injection into combustion in cold energy + Various energy storage provided with 10 stages of mercury gravity turbines that can be accelerated + fully automatic processing by combustion gas temperature and cold or compressed air thermal pressure and divided pressure and stored separately Cycle coalescing agency.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + fuel injection into combustion in cold energy + Various energy storage cycle combined engines equipped with acceleration + mercury gravity turbine in one stage with combustion gas temperature and cold or compressed air temperature and pressure separately stored in cold energy.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + fuel injection to combustion to cold energy + Various energy storage cycle combined engines equipped with two stages of acceleration + mercury gravity turbines with combustion gas temperature and temperature to cool or compressed air temperature and pressure divided and stored separately.   Increase the superheated steam thermal and compressed air cold heat to the solar heat turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) heat pump equipped + cold heat to fuel injection ignition combustion + A variety of energy storage cycle coalescing engines equipped with three stages of mercury gravity turbines that are accelerated by fully divided combustion gas temperature and cold or compressed air temperature and cold and stored pressure separately.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1 h) compression heat recovery equipment + to inject cold fuel A variety of energy storage cycle coalescing engines equipped with four stages of mercury gravity turbines that can be ignited and burnt + accelerated by combustion gas heat and cold or compressed air heat and cold separately with pressure stored separately.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1h) water heat exchange equipment + cold injection fuel injection A variety of energy storage cycle coalescing engines equipped with five stages of mercury gravity turbines capable of acceleration + fully automatic processing with the pressure that is separately stored as ignition + combustion gas thermal and cold or compressed air thermal and cold.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1 h) air heat exchange equipment + cold injection fuel injection Various energy storage cycle coalescing engines with ignition combustion + acceleration with combustion gas temperature and cold temperature or pressure stored separately in compressed air temperature and cold temperature + mercury gravity turbine in 6 stages.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) generator equipped + cold heat to fuel injection ignition combustion + Various acceleration / deceleration cycle combination engines equipped with acceleration by pressure stored separately in combustion gas temperature and cold or compressed air temperature and cold + mercury gravity turbine in 7 stages.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + have a horizontal axis (1 h) heat pump + fuel injection ignition to cold heat Various energy storage cycle coalescing engines equipped with 8 stages of mercury gravity turbines that burn + accelerate with combustion gas temperature and cold temperature or pressure stored separately in compressed air temperature and cold temperature + fully automatic processable.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to have a horizontal axis (1 h) compression heat recovery unit + fuel to cold heat Various energy storage cycle coalescing engines equipped with 9 stages of mercury gravity turbines that can be accelerated and fully automatic processed by injection ignition combustion + combustion gas temperature and cold temperature or pressure divided and stored separately from compressed air temperature and cold temperature.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to have a horizontal axis (1 h) water heat exchanger + to cool fuel Various energy storage cycle coalescing engines equipped with 10 stages of mercury gravity turbines capable of acceleration + full-automatic processing with combustion ignition and combustion + combustion gas temperature and cold temperature or pressure divided and stored separately.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make solar thermal gravity rotation plane (39B) + equip horizontal axis (1 h) air heat exchanger + cold to fuel A variety of energy storage cycle coalescing engines equipped with injection ignition combustion + combustion gas temperature and cold, or acceleration by pressure stored separately as compressed air temperature and cold + mercury gravity turbine in one stage.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + have a horizontal axis (1 h) generator + fuel injection ignition to cold heat Various energy storage cycle coalescing engines with combustion + acceleration with combustion gas temperature and cold temperature or pressure stored separately in compressed air temperature and cold temperature + mercury gravity turbine in two stages.   Increase the superheated steam thermal and compressed air cold heat to the solar heat turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) heat pump equipped + cold heat to fuel injection ignition combustion + A variety of energy storage cycle coalescing engines equipped with three stages of mercury gravity turbines that are accelerated by fully divided combustion gas temperature and cold or compressed air temperature and cold and stored pressure separately.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1 h) compression heat recovery equipment + to inject cold fuel A variety of energy storage cycle coalescing engines equipped with four stages of mercury gravity turbines that can be ignited and burnt + accelerated by combustion gas heat and cold or compressed air heat and cold separately with pressure stored separately.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1h) water heat exchange equipment + cold injection fuel injection A variety of energy storage cycle coalescing engines equipped with five stages of mercury gravity turbines capable of acceleration + fully automatic processing with the pressure that is separately stored as ignition + combustion gas thermal and cold or compressed air thermal and cold.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1 h) air heat exchange equipment + cold injection fuel injection Various energy storage cycle coalescing engines with ignition combustion + acceleration with combustion gas temperature and cold temperature or pressure stored separately in compressed air temperature and cold temperature + mercury gravity turbine in 6 stages.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) generator equipped + cold heat to fuel injection ignition combustion + Various acceleration / deceleration cycle combination engines equipped with acceleration by pressure stored separately in combustion gas temperature and cold or compressed air temperature and cold + mercury gravity turbine in 7 stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into a solar thermal gravity rotary plane (39B) + horizontal axis (1 h) heat pump equipment + various space transportation devices (78 V) Drive + cold fuel injection into fuel + ignition combustion + acceleration with combustion gas temperature and cold or compressed air split and stored pressure + fully automatic processable Various energy storage cycles equipped with mercury gravity turbines in 8 stages Coalition agency.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) compression heat recovery equipment preparation + various space return aircraft (78V) driving + fuel injection to cold energy Ignition combustion + combustion gas thermal and cold or compressed air thermal pressure and divided by pressure stored separately in cold heat + various kinds of mercury gravity turbines that can be fully automatic processing can be installed in 9 stages Energy Conservation Cycle Coalition Agency.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h) water heat exchange equipment to prepare + various space return aircraft Are driven by (78V) + fuel injection to cold energy + ignition by combustion + combustion gas temperature and cold energy or compressed air temperature and cold energy are separately stored in 10 stages of mercury gravity turbines that can be accelerated + fully automatic processing Various energy conservation cycle union engine.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1h) air heat exchange equipment + various space return aircraft Drive the fuel (78V) + fuel injection to a cold energy igniter combustion + acceleration with combustion gas temperature and cold energy or pressure stored separately in compressed air temperature energy and cold energy + various energy storage cycle coalescing engines equipped with a mercury gravity turbine in one stage .   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary airplane (39B) + make horizontal axis (1 h) generator equipped + various space transportation devices (78 V) Drive + fuel injection into combustion in cold energy + Various energy storage cycle coalescing engines equipped with two stages of acceleration + mercury gravity turbines with combustion gas temperature and temperature of cold or compression air temperature divided and stored separately.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel injection with fuel + ignition combustion + acceleration with combustion gas thermal and cold or compressed air thermal storage and cold divided pressure + fully automatic processable various energy storage cycle combination equipped with mercury gravity turbine in 3 stages organ.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + fuel injection into combustion in cold energy + Various energy storage cycles equipped with 4 stages of mercury gravity turbines that can be accelerated + fully-automatically processed by combustion gas temperature and cold or compressed air temperature and pressure separately stored separately Coalition agency.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + fuel injection into cold energy Ignition combustion + combustion gas thermal energy and cold energy or compressed air thermal energy and cold energy A variety of energy storage equipped with 5 stages of mercury gravity turbines that can be accelerated + fully automatic processing with pressure stored separately Cycle coalescing agency.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + fuel injection to combustion to cold energy + Various energy storage cycle coalescing engines equipped with six stages of acceleration + mercury gravity turbines with combustion gas temperature and temperature to cool or compressed air temperature and pressure divided and stored separately.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + fuel injection to combustion to cold energy + Various energy storage cycle combination engines equipped with acceleration + pressure with divided pressure of combustion gas temperature and cold or compressed air temperature and cold separately + mercury gravity turbine in 7 stages.   Increase the superheated steam thermal and compressed air cold heat to the solar heat turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) heat pump equipped + cold heat to fuel injection ignition combustion + A variety of energy storage cycle coalescing engines equipped with eight stages of mercury gravity turbines that are accelerated by fully divided combustion gas temperature and cold or compressed air temperature and cold and stored pressure separately.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1 h) compression heat recovery equipment + to inject cold fuel Various energy storage cycle coalescing engines equipped with 9 stages of mercury gravity turbines that can be ignited and burnt + accelerated by combustion gas temperature and cold or compressed air heat and cold separately with pressure stored separately.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1h) water heat exchange equipment + cold injection fuel injection Various energy storage cycle coalescing engines equipped with 10 stages of mercury gravity turbines capable of acceleration + fully automatic processing with the pressure that is separately stored as ignition + combustion gas thermal and cold or compressed air thermal and cold.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1 h) air heat exchange equipment + cold injection fuel injection Various energy storage cycle coalescing engines with ignition combustion + acceleration with combustion gas temperature and cold temperature or pressure stored separately in compressed air temperature and cold temperature + mercury gravity turbine in one stage.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) generator equipped + cold heat to fuel injection ignition combustion + Various acceleration / deceleration cycle combination engines equipped with two stages of acceleration with mercury gas and heat or cold or compressed air and pressure divided and stored separately + mercury gravity turbine.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + have a horizontal axis (1 h) heat pump + fuel injection ignition to cold heat Various energy storage cycle coalescing engines equipped with three stages of mercury gravity turbines that burn + accelerate with combustion gas temperature and cold temperature or pressure stored separately in compressed air temperature and cold temperature + fully automatic processable.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to have a horizontal axis (1 h) compression heat recovery unit + fuel to cold heat A variety of energy storage cycle coalescing engines equipped with four stages of mercury gravity turbines that can be accelerated and fully automatically processed by injection ignition combustion + combustion gas temperature and cold or compressed air and pressure stored separately.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to have a horizontal axis (1 h) water heat exchanger + to cool fuel A variety of energy storage cycle coalescing engines equipped with five stages of mercury gravity turbines that can be accelerated and fully automatic processed by injection ignition combustion + combustion gas temperature and cold or compressed air and pressure stored separately.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make solar thermal gravity rotation plane (39B) + equip horizontal axis (1 h) air heat exchanger + cold to fuel A variety of energy storage cycle coalescing engines equipped with 6 stages of acceleration, ignition, combustion, acceleration with combustion gas thermal energy and cold energy or pressure stored separately in compressed air thermal energy and cold energy, and a mercury gravity turbine in six stages.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + have a horizontal axis (1 h) generator + fuel injection ignition to cold heat Various energy storage cycle coalescing engines equipped with 7 stages of combustion + acceleration with combustion gas temperature and cold temperature or pressure stored separately in compressed air temperature and cold temperature + mercury gravity turbine.   Increase the superheated steam thermal and compressed air cold heat to the solar heat turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) heat pump equipped + cold heat to fuel injection ignition combustion + A variety of energy storage cycle coalescing engines equipped with eight stages of mercury gravity turbines that are accelerated by fully divided combustion gas temperature and cold or compressed air temperature and cold and stored pressure separately.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1 h) compression heat recovery equipment + to inject cold fuel Various energy storage cycle coalescing engines equipped with 9 stages of mercury gravity turbines that can be ignited and burnt + accelerated by combustion gas temperature and cold or compressed air heat and cold separately with pressure stored separately.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1h) water heat exchange equipment + cold injection fuel injection Various energy storage cycle coalescing engines equipped with 10 stages of mercury gravity turbines capable of acceleration + fully automatic processing with the pressure that is separately stored as ignition + combustion gas thermal and cold or compressed air thermal and cold.   Increase the superheated steam thermal and compressed air cold heat to the solar heat turbine driving species + Make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + Prepare a horizontal axis (1h) + Cold heat fuel injection ignition combustion + Various energy storage cycle combined engines equipped with acceleration + mercury gravity turbine at one stage with combustion gas temperature and cold temperature or pressure divided and stored separately in compressed air temperature and cold temperature.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) generator equipped + cold heat to fuel injection ignition combustion + Various acceleration / deceleration cycle combination engines equipped with two stages of acceleration with mercury gas and heat or cold or compressed air and pressure divided and stored separately + mercury gravity turbine.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into a solar thermal gravity rotary plane (39B) + horizontal axis (1 h) heat pump equipment + various space transportation devices (78 V) Drive + cold fuel injection into fuel + ignition combustion + acceleration with combustion gas temperature and cold or compressed air split and stored pressure separately + fully automatic processable various energy storage cycles equipped with mercury gravity turbine in 3 stages Coalition agency.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) compression heat recovery equipment preparation + various space return aircraft (78V) drive + fuel injection to a cold energy Ignition combustion + combustion gas thermal and cold heat or compressed air thermal pressure and divided by a pressure stored separately in cold heat + various types of mercury gravity turbines that can be fully automated processable in four stages Energy Conservation Cycle Coalition Agency.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h) water heat exchange equipment to prepare + various space return aircraft Are driven by (78V) + fuel injection to cold energy + ignition by combustion + combustion gas thermal and cold or compressed air thermal pressure and cold energy divided by pressure stored + five stages of mercury gravity turbine capable of fully automatic processing Various energy conservation cycle union engine.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1h) air heat exchange equipment + various space return aircraft Drive the fuel (78V) + fuel injection to a cold energy igniter combustion + acceleration with combustion gas temperature and cold energy or pressure divided and stored separately in a compressed air temperature energy + cold energy .   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary airplane (39B) + make horizontal axis (1 h) generator equipped + various space transportation devices (78 V) Drive + fuel injection to burn to cold energy + Various energy storage cycle combined engines equipped with acceleration + pressure with divided pressure of combustion gas temperature and cold or compressed air temperature and cold separately + mercury gravity turbine in 7 stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel injection with fuel + ignition combustion + acceleration with combustion gas thermal and cold or compressed air thermal storage and cold divided pressure + fully automatic processable various kinds of energy storage cycle combining mercury gravity turbines in 8 stages organ.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + fuel injection into combustion in cold energy + Various energy storage cycles equipped with 9 stages of mercury gravity turbines that can be accelerated + fully automatic processing by combustion gas temperature and cold or compressed air thermal pressure and divided pressure and stored separately Coalition agency.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + fuel injection into combustion in cold energy + Various energy storage provided with 10 stages of mercury gravity turbines that can be accelerated + fully automatic processing by combustion gas temperature and cold or compressed air thermal pressure and divided pressure and stored separately Cycle coalescing agency.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + fuel injection into combustion in cold energy + Various energy storage cycle combined engines equipped with acceleration + mercury gravity turbine in one stage with combustion gas temperature and cold or compressed air temperature and pressure separately stored in cold energy.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + fuel injection to combustion to cold energy + Various energy storage cycle combined engines equipped with two stages of acceleration + mercury gravity turbines with combustion gas temperature and temperature to cool or compressed air temperature and pressure divided and stored separately.   Increase the superheated steam thermal and compressed air cold heat to the solar heat turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) heat pump equipped + cold heat to fuel injection ignition combustion + A variety of energy storage cycle coalescing engines equipped with three stages of mercury gravity turbines that are accelerated by fully divided combustion gas temperature and cold or compressed air temperature and cold and stored pressure separately.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1 h) compression heat recovery equipment + to inject cold fuel A variety of energy storage cycle coalescing engines equipped with four stages of mercury gravity turbines that can be ignited and burnt + accelerated by combustion gas heat and cold or compressed air heat and cold separately with pressure stored separately.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1h) water heat exchange equipment + cold injection fuel injection A variety of energy storage cycle coalescing engines equipped with five stages of mercury gravity turbines capable of acceleration + fully automatic processing with the pressure that is separately stored as ignition + combustion gas thermal and cold or compressed air thermal and cold.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1 h) air heat exchange equipment + cold injection fuel injection Various energy storage cycle coalescing engines with ignition combustion + acceleration with combustion gas temperature and cold temperature or pressure stored separately in compressed air temperature and cold temperature + mercury gravity turbine in 6 stages.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) generator equipped + cold heat to fuel injection ignition combustion + Various acceleration / deceleration cycle combination engines equipped with acceleration by pressure stored separately in combustion gas temperature and cold or compressed air temperature and cold + mercury gravity turbine in 7 stages.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + have a horizontal axis (1 h) heat pump + fuel injection ignition to cold heat Various energy storage cycle coalescing engines equipped with 8 stages of mercury gravity turbines that burn + accelerate with combustion gas temperature and cold temperature or pressure stored separately in compressed air temperature and cold temperature + fully automatic processable.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to have a horizontal axis (1 h) compression heat recovery unit + fuel to cold heat Various energy storage cycle coalescing engines equipped with 9 stages of mercury gravity turbines that can be accelerated and fully automatic processed by injection ignition combustion + combustion gas temperature and cold temperature or pressure divided and stored separately from compressed air temperature and cold temperature.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to have a horizontal axis (1 h) water heat exchanger + to cool fuel Various energy storage cycle coalescing engines equipped with 10 stages of mercury gravity turbines capable of acceleration + full-automatic processing with combustion ignition and combustion + combustion gas temperature and cold temperature or pressure divided and stored separately.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make solar thermal gravity rotation plane (39B) + equip horizontal axis (1 h) air heat exchanger + cold to fuel A variety of energy storage cycle coalescing engines equipped with injection ignition combustion + combustion gas temperature and cold, or acceleration by pressure stored separately as compressed air temperature and cold + mercury gravity turbine in one stage.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + have a horizontal axis (1 h) generator + fuel injection ignition to cold heat Various energy storage cycle coalescing engines with combustion + acceleration with combustion gas temperature and cold temperature or pressure stored separately in compressed air temperature and cold temperature + mercury gravity turbine in two stages.   Increase the superheated steam thermal and compressed air cold heat to the solar heat turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) heat pump equipped + cold heat to fuel injection ignition combustion + A variety of energy storage cycle coalescing engines equipped with three stages of mercury gravity turbines that are accelerated by fully divided combustion gas temperature and cold or compressed air temperature and cold and stored pressure separately.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1 h) compression heat recovery equipment + to inject cold fuel A variety of energy storage cycle coalescing engines equipped with four stages of mercury gravity turbines that can be ignited and burnt + accelerated by combustion gas heat and cold or compressed air heat and cold separately with pressure stored separately.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1h) water heat exchange equipment + cold injection fuel injection A variety of energy storage cycle coalescing engines equipped with five stages of mercury gravity turbines capable of acceleration + fully automatic processing with the pressure that is separately stored as ignition + combustion gas thermal and cold or compressed air thermal and cold.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1 h) air heat exchange equipment + cold injection fuel injection Various energy storage cycle coalescing engines with ignition combustion + acceleration with combustion gas temperature and cold temperature or pressure stored separately in compressed air temperature and cold temperature + mercury gravity turbine in 6 stages.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) generator equipped + cold heat to fuel injection ignition combustion + Various acceleration / deceleration cycle combination engines equipped with acceleration by pressure stored separately in combustion gas temperature and cold or compressed air temperature and cold + mercury gravity turbine in 7 stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into a solar thermal gravity rotary plane (39B) + horizontal axis (1 h) heat pump equipment + various space transportation devices (78 V) Drive + cold fuel injection into fuel + ignition combustion + acceleration with combustion gas temperature and cold or compressed air split and stored pressure + fully automatic processable Various energy storage cycles equipped with mercury gravity turbines in 8 stages Coalition agency.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) compression heat recovery equipment preparation + various space return aircraft (78V) driving + fuel injection to cold energy Ignition combustion + combustion gas thermal and cold or compressed air thermal pressure and divided by pressure stored separately in cold heat + various kinds of mercury gravity turbines that can be fully automatic processing can be installed in 9 stages Energy Conservation Cycle Coalition Agency.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h) water heat exchange equipment to prepare + various space return aircraft Are driven by (78V) + fuel injection to cold energy + ignition by combustion + combustion gas temperature and cold energy or compressed air temperature and cold energy are separately stored in 10 stages of mercury gravity turbines that can be accelerated + fully automatic processing Various energy conservation cycle union engine.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1h) air heat exchange equipment + various space return aircraft Drive the fuel (78V) + fuel injection to a cold energy igniter combustion + acceleration with combustion gas temperature and cold energy or pressure stored separately in compressed air temperature energy and cold energy + various energy storage cycle coalescing engines equipped with a mercury gravity turbine in one stage .   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary airplane (39B) + make horizontal axis (1 h) generator equipped + various space transportation devices (78 V) Drive + fuel injection into combustion in cold energy + Various energy storage cycle coalescing engines equipped with two stages of acceleration + mercury gravity turbines with combustion gas temperature and temperature of cold or compression air temperature divided and stored separately.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel injection with fuel + ignition combustion + acceleration with combustion gas thermal and cold or compressed air thermal storage and cold divided pressure + fully automatic processable various energy storage cycle combination equipped with mercury gravity turbine in 3 stages organ.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + fuel injection into combustion in cold energy + Various energy storage cycles equipped with 4 stages of mercury gravity turbines that can be accelerated + fully-automatically processed by combustion gas temperature and cold or compressed air temperature and pressure separately stored separately Coalition agency.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + fuel injection into cold energy Ignition combustion + combustion gas thermal energy and cold energy or compressed air thermal energy and cold energy A variety of energy storage equipped with 5 stages of mercury gravity turbines that can be accelerated + fully automatic processing with pressure stored separately Cycle coalescing agency.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + fuel injection to combustion to cold energy + Various energy storage cycle coalescing engines equipped with six stages of acceleration + mercury gravity turbines with combustion gas temperature and temperature to cool or compressed air temperature and pressure divided and stored separately.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + fuel injection to combustion to cold energy + Various energy storage cycle combination engines equipped with acceleration + pressure with divided pressure of combustion gas temperature and cold or compressed air temperature and cold separately + mercury gravity turbine in 7 stages.   Increase the superheated steam thermal and compressed air cold heat to the solar heat turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) heat pump equipped + cold heat to fuel injection ignition combustion + A variety of energy storage cycle coalescing engines equipped with eight stages of mercury gravity turbines that are accelerated by fully divided combustion gas temperature and cold or compressed air temperature and cold and stored pressure separately.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1 h) compression heat recovery equipment + to inject cold fuel Various energy storage cycle coalescing engines equipped with 9 stages of mercury gravity turbines that can be ignited and burnt + accelerated by combustion gas temperature and cold or compressed air heat and cold separately with pressure stored separately.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1h) water heat exchange equipment + cold injection fuel injection Various energy storage cycle coalescing engines equipped with 10 stages of mercury gravity turbines capable of acceleration + fully automatic processing with the pressure that is separately stored as ignition + combustion gas thermal and cold or compressed air thermal and cold.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1 h) air heat exchange equipment + cold injection fuel injection Various energy storage cycle coalescing engines with ignition combustion + acceleration with combustion gas temperature and cold temperature or pressure stored separately in compressed air temperature and cold temperature + mercury gravity turbine in one stage.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) generator equipped + cold heat to fuel injection ignition combustion + Various acceleration / deceleration cycle combination engines equipped with two stages of acceleration with mercury gas and heat or cold or compressed air and pressure divided and stored separately + mercury gravity turbine.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + have a horizontal axis (1 h) heat pump + fuel injection ignition to cold heat Various energy storage cycle coalescing engines equipped with three stages of mercury gravity turbines that burn + accelerate with combustion gas temperature and cold temperature or pressure stored separately in compressed air temperature and cold temperature + fully automatic processable.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to have a horizontal axis (1 h) compression heat recovery unit + fuel to cold heat A variety of energy storage cycle coalescing engines equipped with four stages of mercury gravity turbines that can be accelerated and fully automatically processed by injection ignition combustion + combustion gas temperature and cold or compressed air and pressure stored separately.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to have a horizontal axis (1 h) water heat exchanger + to cool fuel A variety of energy storage cycle coalescing engines equipped with five stages of mercury gravity turbines that can be accelerated and fully automatic processed by injection ignition combustion + combustion gas temperature and cold or compressed air and pressure stored separately.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make solar thermal gravity rotation plane (39B) + equip horizontal axis (1 h) air heat exchanger + cold to fuel A variety of energy storage cycle coalescing engines equipped with 6 stages of acceleration, ignition, combustion, acceleration with combustion gas thermal energy and cold energy or pressure stored separately in compressed air thermal energy and cold energy, and a mercury gravity turbine in six stages.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + have a horizontal axis (1 h) generator + fuel injection ignition to cold heat Various energy storage cycle coalescing engines equipped with 7 stages of combustion + acceleration with combustion gas temperature and cold temperature or pressure stored separately in compressed air temperature and cold temperature + mercury gravity turbine.   Increase the superheated steam thermal and compressed air cold heat to the solar heat turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) heat pump equipped + cold heat to fuel injection ignition combustion + A variety of energy storage cycle coalescing engines equipped with eight stages of mercury gravity turbines that are accelerated by fully divided combustion gas temperature and cold or compressed air temperature and cold and stored pressure separately.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1 h) compression heat recovery equipment + to inject cold fuel Various energy storage cycle coalescing engines equipped with 9 stages of mercury gravity turbines that can be ignited and burnt + accelerated by combustion gas temperature and cold or compressed air heat and cold separately with pressure stored separately.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1h) water heat exchange equipment + cold injection fuel injection Various energy storage cycle coalescing engines equipped with 10 stages of mercury gravity turbines capable of acceleration + fully automatic processing with the pressure that is separately stored as ignition + combustion gas thermal and cold or compressed air thermal and cold.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1 h) air heat exchange equipment + cold injection fuel injection Various energy storage cycle coalescing engines with ignition combustion + acceleration with combustion gas temperature and cold temperature or pressure stored separately in compressed air temperature and cold temperature + mercury gravity turbine in one stage.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) generator equipped + cold heat to fuel injection ignition combustion + Various acceleration / deceleration cycle combination engines equipped with two stages of acceleration with mercury gas and heat or cold or compressed air and pressure divided and stored separately + mercury gravity turbine.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into a solar thermal gravity rotary plane (39B) + horizontal axis (1 h) heat pump equipment + various space transportation devices (78 V) Drive + cold fuel injection into fuel + ignition combustion + acceleration with combustion gas temperature and cold or compressed air split and stored pressure separately + fully automatic processable various energy storage cycles equipped with mercury gravity turbine in 3 stages Coalition agency.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) compression heat recovery equipment preparation + various space return aircraft (78V) drive + fuel injection to a cold energy Ignition combustion + combustion gas thermal and cold heat or compressed air thermal pressure and divided by a pressure stored separately in cold heat + various types of mercury gravity turbines that can be fully automated processable in four stages Energy Conservation Cycle Coalition Agency.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h) water heat exchange equipment to prepare + various space return aircraft Are driven by (78V) + fuel injection to cold energy + ignition by combustion + combustion gas thermal and cold or compressed air thermal pressure and cold energy divided by pressure stored + five stages of mercury gravity turbine capable of fully automatic processing Various energy conservation cycle union engine.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1h) air heat exchange equipment + various space return aircraft Drive the fuel (78V) + fuel injection to a cold energy igniter combustion + acceleration with combustion gas temperature and cold energy or pressure divided and stored separately in a compressed air temperature energy + cold energy .   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary airplane (39B) + make horizontal axis (1 h) generator equipped + various space transportation devices (78 V) Drive + fuel injection to burn to cold energy + Various energy storage cycle combined engines equipped with acceleration + pressure with divided pressure of combustion gas temperature and cold or compressed air temperature and cold separately + mercury gravity turbine in 7 stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel injection with fuel + ignition combustion + acceleration with combustion gas thermal and cold or compressed air thermal storage and cold divided pressure + fully automatic processable various kinds of energy storage cycle combining mercury gravity turbines in 8 stages organ.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + fuel injection into combustion in cold energy + Various energy storage cycles equipped with 9 stages of mercury gravity turbines that can be accelerated + fully automatic processing by combustion gas temperature and cold or compressed air thermal pressure and divided pressure and stored separately Coalition agency.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + fuel injection into combustion in cold energy + Various energy storage provided with 10 stages of mercury gravity turbines that can be accelerated + fully automatic processing by combustion gas temperature and cold or compressed air thermal pressure and divided pressure and stored separately Cycle coalescing agency.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + fuel injection into combustion in cold energy + Various energy storage cycle combined engines equipped with acceleration + mercury gravity turbine in one stage with combustion gas temperature and cold or compressed air temperature and pressure separately stored in cold energy.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + fuel injection to combustion to cold energy + Various energy storage cycle combined engines equipped with two stages of acceleration + mercury gravity turbines with combustion gas temperature and temperature to cool or compressed air temperature and pressure divided and stored separately.   Increase the superheated steam thermal and compressed air cold heat to the solar heat turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) heat pump equipped + cold heat to fuel injection ignition combustion + A variety of energy storage cycle coalescing engines equipped with three stages of mercury gravity turbines that are accelerated by fully divided combustion gas temperature and cold or compressed air temperature and cold and stored pressure separately.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1 h) compression heat recovery equipment + to inject cold fuel A variety of energy storage cycle coalescing engines equipped with four stages of mercury gravity turbines that can be ignited and burnt + accelerated by combustion gas heat and cold or compressed air heat and cold separately with pressure stored separately.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1h) water heat exchange equipment + cold injection fuel injection A variety of energy storage cycle coalescing engines equipped with five stages of mercury gravity turbines capable of acceleration + fully automatic processing with the pressure that is separately stored as ignition + combustion gas thermal and cold or compressed air thermal and cold.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1 h) air heat exchange equipment + cold injection fuel injection Various energy storage cycle coalescing engines with ignition combustion + acceleration with combustion gas temperature and cold temperature or pressure stored separately in compressed air temperature and cold temperature + mercury gravity turbine in 6 stages.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) generator equipped + cold heat to fuel injection ignition combustion + Various acceleration / deceleration cycle combination engines equipped with acceleration by pressure stored separately in combustion gas temperature and cold or compressed air temperature and cold + mercury gravity turbine in 7 stages.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + have a horizontal axis (1 h) heat pump + fuel injection ignition to cold heat Various energy storage cycle coalescing engines equipped with 8 stages of mercury gravity turbines that burn + accelerate with combustion gas temperature and cold temperature or pressure stored separately in compressed air temperature and cold temperature + fully automatic processable.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to have a horizontal axis (1 h) compression heat recovery unit + fuel to cold heat Various energy storage cycle coalescing engines equipped with 9 stages of mercury gravity turbines that can be accelerated and fully automatic processed by injection ignition combustion + combustion gas temperature and cold temperature or pressure divided and stored separately from compressed air temperature and cold temperature.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to have a horizontal axis (1 h) water heat exchanger + to cool fuel Various energy storage cycle coalescing engines equipped with 10 stages of mercury gravity turbines capable of acceleration + full-automatic processing with combustion ignition and combustion + combustion gas temperature and cold temperature or pressure divided and stored separately.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make solar thermal gravity rotation plane (39B) + equip horizontal axis (1 h) air heat exchanger + cold to fuel A variety of energy storage cycle coalescing engines equipped with injection ignition combustion + combustion gas temperature and cold, or acceleration by pressure stored separately as compressed air temperature and cold + mercury gravity turbine in one stage.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + have a horizontal axis (1 h) generator + fuel injection ignition to cold heat Various energy storage cycle coalescing engines with combustion + acceleration with combustion gas temperature and cold temperature or pressure stored separately in compressed air temperature and cold temperature + mercury gravity turbine in two stages.   Increase the superheated steam thermal and compressed air cold heat to the solar heat turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) heat pump equipped + cold heat to fuel injection ignition combustion + A variety of energy storage cycle coalescing engines equipped with three stages of mercury gravity turbines that are accelerated by fully divided combustion gas temperature and cold or compressed air temperature and cold and stored pressure separately.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1 h) compression heat recovery equipment + to inject cold fuel A variety of energy storage cycle coalescing engines equipped with four stages of mercury gravity turbines that can be ignited and burnt + accelerated by combustion gas heat and cold or compressed air heat and cold separately with pressure stored separately.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1h) water heat exchange equipment + cold injection fuel injection A variety of energy storage cycle coalescing engines equipped with five stages of mercury gravity turbines capable of acceleration + fully automatic processing with the pressure that is separately stored as ignition + combustion gas thermal and cold or compressed air thermal and cold.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1 h) air heat exchange equipment + cold injection fuel injection Various energy storage cycle coalescing engines with ignition combustion + acceleration with combustion gas temperature and cold temperature or pressure stored separately in compressed air temperature and cold temperature + mercury gravity turbine in 6 stages.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) generator equipped + cold heat to fuel injection ignition combustion + Various acceleration / deceleration cycle combination engines equipped with acceleration by pressure stored separately in combustion gas temperature and cold or compressed air temperature and cold + mercury gravity turbine in 7 stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into a solar thermal gravity rotary plane (39B) + horizontal axis (1 h) heat pump equipment + various space transportation devices (78 V) Drive + cold fuel injection into fuel + ignition combustion + acceleration with combustion gas temperature and cold or compressed air split and stored pressure + fully automatic processable Various energy storage cycles equipped with mercury gravity turbines in 8 stages Coalition agency.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) compression heat recovery equipment preparation + various space return aircraft (78V) driving + fuel injection to cold energy Ignition combustion + combustion gas thermal and cold or compressed air thermal pressure and divided by pressure stored separately in cold heat + various kinds of mercury gravity turbines that can be fully automatic processing can be installed in 9 stages Energy Conservation Cycle Coalition Agency.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h) water heat exchange equipment to prepare + various space return aircraft Are driven by (78V) + fuel injection to cold energy + ignition by combustion + combustion gas temperature and cold energy or compressed air temperature and cold energy are separately stored in 10 stages of mercury gravity turbines that can be accelerated + fully automatic processing Various energy conservation cycle union engine.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1h) air heat exchange equipment + various space return aircraft Drive the fuel (78V) + fuel injection to a cold energy igniter combustion + acceleration with combustion gas temperature and cold energy or pressure stored separately in compressed air temperature energy and cold energy + various energy storage cycle coalescing engines equipped with a mercury gravity turbine in one stage .   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary airplane (39B) + make horizontal axis (1 h) generator equipped + various space transportation devices (78 V) Drive + fuel injection into combustion in cold energy + Various energy storage cycle coalescing engines equipped with two stages of acceleration + mercury gravity turbines with combustion gas temperature and temperature of cold or compression air temperature divided and stored separately.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel injection with fuel + ignition combustion + acceleration with combustion gas thermal and cold or compressed air thermal storage and cold divided pressure + fully automatic processable various energy storage cycle combination equipped with mercury gravity turbine in 3 stages organ.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + fuel injection into combustion in cold energy + Various energy storage cycles equipped with 4 stages of mercury gravity turbines that can be accelerated + fully-automatically processed by combustion gas temperature and cold or compressed air temperature and pressure separately stored separately Coalition agency.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + fuel injection into cold energy Ignition combustion + combustion gas thermal energy and cold energy or compressed air thermal energy and cold energy A variety of energy storage equipped with 5 stages of mercury gravity turbines that can be accelerated + fully automatic processing with pressure stored separately Cycle coalescing agency.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + fuel injection to combustion to cold energy + Various energy storage cycle coalescing engines equipped with six stages of acceleration + mercury gravity turbines with combustion gas temperature and temperature to cool or compressed air temperature and pressure divided and stored separately.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + fuel injection to combustion to cold energy + Various energy storage cycle combination engines equipped with acceleration + pressure with divided pressure of combustion gas temperature and cold or compressed air temperature and cold separately + mercury gravity turbine in 7 stages.   Increase the superheated steam thermal and compressed air cold heat to the solar heat turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) heat pump equipped + cold heat to fuel injection ignition combustion + A variety of energy storage cycle coalescing engines equipped with eight stages of mercury gravity turbines that are accelerated by fully divided combustion gas temperature and cold or compressed air temperature and cold and stored pressure separately.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1 h) compression heat recovery equipment + to inject cold fuel Various energy storage cycle coalescing engines equipped with 9 stages of mercury gravity turbines that can be ignited and burnt + accelerated by combustion gas temperature and cold or compressed air heat and cold separately with pressure stored separately.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1h) water heat exchange equipment + cold injection fuel injection Various energy storage cycle coalescing engines equipped with 10 stages of mercury gravity turbines capable of acceleration + fully automatic processing with the pressure that is separately stored as ignition + combustion gas thermal and cold or compressed air thermal and cold.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1 h) air heat exchange equipment + cold injection fuel injection Various energy storage cycle coalescing engines with ignition combustion + acceleration with combustion gas temperature and cold temperature or pressure stored separately in compressed air temperature and cold temperature + mercury gravity turbine in one stage.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) generator equipped + cold heat to fuel injection ignition combustion + Various acceleration / deceleration cycle combination engines equipped with two stages of acceleration with mercury gas and heat or cold or compressed air and pressure divided and stored separately + mercury gravity turbine.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + have a horizontal axis (1 h) heat pump + fuel injection ignition to cold heat Various energy storage cycle coalescing engines equipped with three stages of mercury gravity turbines that burn + accelerate with combustion gas temperature and cold temperature or pressure stored separately in compressed air temperature and cold temperature + fully automatic processable.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to have a horizontal axis (1 h) compression heat recovery unit + fuel to cold heat A variety of energy storage cycle coalescing engines equipped with four stages of mercury gravity turbines that can be accelerated and fully automatically processed by injection ignition combustion + combustion gas temperature and cold or compressed air and pressure stored separately.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to have a horizontal axis (1 h) water heat exchanger + to cool fuel A variety of energy storage cycle coalescing engines equipped with five stages of mercury gravity turbines that can be accelerated and fully automatic processed by injection ignition combustion + combustion gas temperature and cold or compressed air and pressure stored separately.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make solar thermal gravity rotation plane (39B) + equip horizontal axis (1 h) air heat exchanger + cold to fuel A variety of energy storage cycle coalescing engines equipped with 6 stages of acceleration, ignition, combustion, acceleration with combustion gas thermal energy and cold energy or pressure stored separately in compressed air thermal energy and cold energy, and a mercury gravity turbine in six stages.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + have a horizontal axis (1 h) generator + fuel injection ignition to cold heat Various energy storage cycle coalescing engines equipped with 7 stages of combustion + acceleration with combustion gas temperature and cold temperature or pressure stored separately in compressed air temperature and cold temperature + mercury gravity turbine.   Increase the superheated steam thermal and compressed air cold heat to the solar heat turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) heat pump equipped + cold heat to fuel injection ignition combustion + A variety of energy storage cycle coalescing engines equipped with eight stages of mercury gravity turbines that are accelerated by fully divided combustion gas temperature and cold or compressed air temperature and cold and stored pressure separately.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1 h) compression heat recovery equipment + to inject cold fuel Various energy storage cycle coalescing engines equipped with 9 stages of mercury gravity turbines that can be ignited and burnt + accelerated by combustion gas temperature and cold or compressed air heat and cold separately with pressure stored separately.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1h) water heat exchange equipment + cold injection fuel injection Various energy storage cycle coalescing engines equipped with 10 stages of mercury gravity turbines capable of acceleration + fully automatic processing with the pressure that is separately stored as ignition + combustion gas thermal and cold or compressed air thermal and cold.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1 h) air heat exchange equipment + cold injection fuel injection Various energy storage cycle coalescing engines with ignition combustion + acceleration with combustion gas temperature and cold temperature or pressure stored separately in compressed air temperature and cold temperature + mercury gravity turbine in one stage.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) generator equipped + cold heat to fuel injection ignition combustion + Various acceleration / deceleration cycle combination engines equipped with two stages of acceleration with mercury gas and heat or cold or compressed air and pressure divided and stored separately + mercury gravity turbine.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into a solar thermal gravity rotary plane (39B) + horizontal axis (1 h) heat pump equipment + various space transportation devices (78 V) Drive + cold fuel injection into fuel + ignition combustion + acceleration with combustion gas temperature and cold or compressed air split and stored pressure separately + fully automatic processable various energy storage cycles equipped with mercury gravity turbine in 3 stages Coalition agency.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) compression heat recovery equipment preparation + various space return aircraft (78V) drive + fuel injection to a cold energy Ignition combustion + combustion gas thermal and cold heat or compressed air thermal pressure and divided by a pressure stored separately in cold heat + various types of mercury gravity turbines that can be fully automated processable in four stages Energy Conservation Cycle Coalition Agency.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h) water heat exchange equipment to prepare + various space return aircraft Are driven by (78V) + fuel injection to cold energy + ignition by combustion + combustion gas thermal and cold or compressed air thermal pressure and cold energy divided by pressure stored + five stages of mercury gravity turbine capable of fully automatic processing Various energy conservation cycle union engine.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1h) air heat exchange equipment + various space return aircraft Drive the fuel (78V) + fuel injection to a cold energy igniter combustion + acceleration with combustion gas temperature and cold energy or pressure divided and stored separately in a compressed air temperature energy + cold energy .   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary airplane (39B) + make horizontal axis (1 h) generator equipped + various space transportation devices (78 V) Drive + fuel injection to burn to cold energy + Various energy storage cycle combined engines equipped with acceleration + pressure with divided pressure of combustion gas temperature and cold or compressed air temperature and cold separately + mercury gravity turbine in 7 stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel injection with fuel + ignition combustion + acceleration with combustion gas thermal and cold or compressed air thermal storage and cold divided pressure + fully automatic processable various kinds of energy storage cycle combining mercury gravity turbines in 8 stages organ.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + fuel injection into combustion in cold energy + Various energy storage cycles equipped with 9 stages of mercury gravity turbines that can be accelerated + fully automatic processing by combustion gas temperature and cold or compressed air thermal pressure and divided pressure and stored separately Coalition agency.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + fuel injection into combustion in cold energy + Various energy storage provided with 10 stages of mercury gravity turbines that can be accelerated + fully automatic processing by combustion gas temperature and cold or compressed air thermal pressure and divided pressure and stored separately Cycle coalescing agency.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + fuel injection into combustion in cold energy + Various energy storage cycle combined engines equipped with acceleration + mercury gravity turbine in one stage with combustion gas temperature and cold or compressed air temperature and pressure separately stored in cold energy.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + fuel injection to combustion to cold energy + Various energy storage cycle combined engines equipped with two stages of acceleration + mercury gravity turbines with combustion gas temperature and temperature to cool or compressed air temperature and pressure divided and stored separately.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + compress long-lens by heating lens with long lens Superheated steam and combustion gas injection promotion output increase + fuel injection ignition combustion to cold energy + acceleration with combustion gas temperature and cold energy or pressure divided and stored in compressed air temperature and cold energy + fully automatic processible mercury gravity turbine 3 stages with heat pump The various energy conservation cycle united engines provided in.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + compress long-lens by heating lens with long lens Fuel injection ignition combustion to superheated steam and combustion gas injection promotion output increase + cold ignition + combustion gas heating and cold energy or compressed air heating and cooling pressure separately stored pressure + fully automatic processable mercury gravity turbine with heat pump 4 Various energy conservation cycle united engines provided in the stage.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + compress long-lens by heating lens with long lens Fuel-jet ignition combustion with superheated steam and combustion gas injection promotion output increase + cold fuel injection ignition and combustion + combustion gravity and cold air or compressed air thermal storage and cold energy divided by pressure saved + mercury gravity turbine capable of fully automatic processing with heat pump Various energy conservation cycle combined engines provided in 5 stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + compress long-lens by heating lens with long lens Superheated steam and combustion gas injection promotion output increase + fuel injection ignition combustion to cold energy + acceleration with combustion gas temperature and cold energy or pressure divided separately to compressed air thermal energy and cold energy + various types of mercury gravity turbine provided with heat pump in 6 stages Energy Conservation Cycle Coalition Agency.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + compress long-lens by heating lens with long lens Superheated steam and combustion gas injection promotion output increase + fuel injection ignition combustion to cold energy + acceleration with combustion gas temperature and cold energy or pressure divided separately to compressed air thermal energy and cold energy + various types of mercury gravity turbine provided with heat pump in 7 stages Energy Conservation Cycle Coalition Agency.   Increase the superheated steam thermal and compressed air cold heat to the solar heat turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) heat pump equipped + cold heat to fuel injection ignition combustion + A variety of energy storage cycle coalescing engines equipped with eight stages of mercury gravity turbines together with heat pumps, accelerated by combustion gas temperature and cold temperature or pressure stored separately in compressed air temperature and cold temperature + fully automatic processable.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1 h) compression heat recovery equipment + to inject cold fuel A variety of energy storage cycle coalescing engines equipped with 9 stages of mercury gravity turbines that can be ignited and burned + accelerated by combustion gas thermal and cold or compressed air thermal and cold separately + pressure that can be fully automatically processed + heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1h) water heat exchange equipment + cold injection fuel injection Various energy storage cycle coalescing engines equipped with 10 stages of heat pump and mercury gravity turbines that can be accelerated + fully automatic processing by the pressure that is separately stored as ignition + combustion gas thermal and cold or compressed air thermal and cold.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1 h) air heat exchange equipment + cold injection fuel injection Various energy storage cycle coalescing engines with ignition combustion + acceleration with combustion gas thermal and cold or pressure stored separately in compressed air thermal and cold + mercury gravity turbine in one stage with heat pump.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) generator equipped + cold heat to fuel injection ignition combustion + Various acceleration and storage cycle combination engines in which acceleration is achieved by combustion gas temperature and cold or compressed air and pressure divided and stored separately + mercury gravity turbine in two stages with heat pump.   Increase the superheated steam thermal and compressed air cold heat to the solar heat turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) heat pump equipped + cold heat to fuel injection ignition combustion + A variety of energy storage cycle coalescing engines equipped with three stages of mercury gravity turbines together with a heat pump. + Accelerated with combustion gas temperature and cold temperature or pressure stored separately in compressed air temperature and cold temperature + Fully automatic processable.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1 h) compression heat recovery equipment + to inject cold fuel A variety of energy storage cycle coalescing engines equipped with a mercury gravity turbine that can be ignited and burned + accelerated with the pressure separately stored as combustion gas temperature and cold or compressed air temperature and cold + fully automatic processing with a heat pump in four stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1h) water heat exchange equipment + cold injection fuel injection A variety of energy storage cycle coalescing engines that are equipped with a heat pump and a mercury gravity turbine that can be accelerated + fully-automatically processed at a pressure that is separately stored as ignition + combustion gas thermal energy and cold energy or compressed air thermal energy and cold energy.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1 h) air heat exchange equipment + cold injection fuel injection A variety of energy storage cycle coalescing engines with ignition and combustion + acceleration with combustion gas thermal and cold or pressure stored separately in compressed air thermal and cold + mercury gravity turbines in 6 stages with heat pumps.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) generator equipped + cold heat to fuel injection ignition combustion + Various acceleration and storage cycle combination engines equipped with acceleration with pressure that is stored separately in combustion gas temperature and cold or compressed air temperature and cold + mercury gravity turbine with heat pump in seven stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) heat pump equipment + various cargo planes ( 78V) Drive + cold fuel injection with fuel + ignition combustion + acceleration with combustion gas temperature and cold or compressed air thermal pressure and divided pressure separately + fully automatic processable Mercury gravity turbine with heat pump 8 stages of various energy Preservation cycle union agency.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) compression heat recovery equipment provision + various cargo planes (78V) driving + cold fuel injection with fuel combustion + combustion gas thermal and cold or compressed air thermal storage and cold pressure separately stored + accelerated mercury pressure turbine equipped with a heat pump capable of fully automatic processing 9 stages with a heat pump Various energy conservation cycle union engine.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h) water heat exchange equipment to prepare + various cargo planes Drive (78V) + Cold fuel injection with fuel injection Ignition combustion + Combustion gas temperature and cold energy or compressed air Thermal energy and cold energy divided and stored by acceleration + Fully automatic processing Mercury gravity turbine with 10 stages with heat pump Various energy conservation cycle united engines provided.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1 h) to have air heat exchange equipment + various cargo planes Drive by (78V) + Fuel injection into cold energy Ignition combustion + Combustion gas temperature and cold energy or acceleration by pressure stored separately in compressed air temperature and cold temperature + Various energy storage cycles provided with mercury gravity turbine in one stage with heat pump Coalition agency.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) generator equipped + various cargo planes ( 78V) Drive + fuel injection to burn to cold energy + acceleration with combustion gas temperature and cold or pressure divided separately to compressed air heat and cold + various energy storage cycle coalescing engines provided with mercury gravity turbine in two stages with heat pump .   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) heat pump equipment + various cargo planes ( 78V) Drive + cold fuel injection with fuel + ignition combustion + acceleration with combustion gas thermal and cold or compressed air thermal storage and cold divided pressure + fully automatic processable Mercury gravity turbine with heat pump 3 stages of various energy Preservation cycle union agency.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) compression heat recovery equipment provision + various cargo planes Drive (78V) + Fuel injection to a cold energy igniter combustion + Acceleration with combustion gas temperature and cold temperature or pressure stored separately in compressed air temperature and cold temperature + Fully automatic processable mercury gravity turbine provided with a heat pump in four stages Various energy conservation cycle union engine.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h) water heat exchange equipment to prepare + various cargo planes Drive (78V) + Fuel injection to a cold energy igniter combustion + Acceleration with combustion gas thermal temperature and cold energy or pressure stored separately in compressed air thermal energy and cold energy + Fully automatic processable mercury gravity turbine provided with heat pump in 5 stages Various energy conservation cycle union engine.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1 h) to have air heat exchange equipment + various cargo planes (78V) driving + cold fuel injection with fuel combustion + combustion gas thermal and cold or compressed air thermal storage and cold storage pressure divided by acceleration + fully automatic processable mercury gravity turbine is provided in six stages with a heat pump Various energy conservation cycle union engine.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) generator equipped + various cargo planes ( 78V) Drive + fuel injection into combustion in cold energy + acceleration by combustion gas temperature and cold or compressed air temperature and pressure separately stored + various automatic energy processable mercury gravity turbine provided with 7 stages of heat pump with heat pump Preservation cycle union agency.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) heat pump equipment + various cargo planes ( 78V) Drive + cold fuel injection with fuel combustion + combustion gas thermal and cold or compressed air thermal storage and cold storage with pressure divided and stored + Various types of mercury gravity turbines that can be automatically machined together with a heat pump in eight stages Energy Conservation Cycle Coalition Agency.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) compression heat recovery equipment provision + various cargo planes (78V) driving + cold fuel injection with fuel combustion + combustion gas thermal and cold or compressed air thermal storage and cold pressure separately stored + accelerated mercury pressure turbine equipped with a heat pump capable of fully automatic processing 9 stages with a heat pump Various energy conservation cycle union engine.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h) water heat exchange equipment to prepare + various cargo planes Drive (78V) + Fuel injection into cold energy Ignition combustion + Combustion gas thermal and cold or compressed air Thermal pressure and divided pressure stored separately + Accelerated fully automatic processing Mercury gravity turbine with heat pump 10 stages with heat pump Various energy conservation cycle union engine.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1 h) to have air heat exchange equipment + various cargo planes (78V) driving + cold fuel injection with fuel combustion + combustion gas thermal and cold or compressed air thermal storage and cold pressure separately stored + accelerated mercury pressure turbine with a heat pump capable of fully automatic processing in one stage with a heat pump Various energy conservation cycle union engine.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) generator equipped + various cargo planes ( 78V) Drive + fuel injection into combustion in cold energy + Various kinds of mercury gravity turbines that can be accelerated + fully-automatically processed by pressure stored separately in combustion gas temperature and cold or compressed air temperature and cold with heat pump in 2 stages Energy Conservation Cycle Coalition Agency.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) heat pump equipment + various cargo planes ( 78V) Drive + cold fuel injection with fuel injection ignition + combustion gas thermal and cold or compressed air thermal storage and cold with pressure stored separately + mercury gravity turbine capable of fully automatic processing + three stages with heat pump Various energy conservation cycle union engine.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) compression heat recovery equipment provision + various cargo planes Drive (78V) + Cold fuel injection with fuel injection Ignition combustion + Combustion gas temperature and cold energy or compressed air Thermal energy and cold energy divided and stored by pressure + Mercury gravity turbine capable of fully automatic processing with heat pump in 4 stages Various energy conservation cycle united engines provided.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h) water heat exchange equipment to prepare + various cargo planes Drive (78V) + Fuel injection into cold energy Ignition combustion + Combustion gas temperature and cold energy or compressed air Thermal energy and cold energy divided and stored by pressure + Mercury gravity turbine capable of fully automatic processing with heat pump in 5 stages Various energy conservation cycle united engines provided.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1 h) to have air heat exchange equipment + various cargo planes Drive (78V) + Cold fuel injection with fuel injection Ignition combustion + Combustion gas temperature and cold energy or compressed air Thermal energy and cold energy divided and stored by acceleration + Fully automatic processable mercury gravity turbine with heat pump in 6 stages Various energy conservation cycle united engines provided.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) generator equipped + various cargo planes ( 78V) Drive + cold fuel injection with fuel injection ignition + combustion gas thermal and cold heat or compressed air thermal storage and cold heat with a pressure separately stored and able to accelerate + fully automatic processing A mercury gravity turbine is provided in seven stages with a heat pump Various energy conservation cycle union engine.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) heat pump equipment + various cargo planes ( 78V) Drive + fuel injection to burn to cold energy + acceleration with combustion gas temperature and cold or pressure divided separately to compressed air heat and cold + various energy storage cycle coalescing engines equipped with mercury gravity turbine in 8 stages with heat pump .   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) compression heat recovery equipment provision + various cargo planes (78V) driving + cold fuel injection with fuel + ignition combustion + acceleration by combustion gas temperature and cold or compressed air temperature and cold divided pressure + various energy storage cycles with mercury gravity turbine installed in 9 stages with heat pump Coalition agency.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h) water heat exchange equipment to prepare + various cargo planes (78V) driving + cold fuel injection with fuel + ignition combustion + acceleration by combustion gas thermal and cold or compressed air thermal storage and cold divided pressure + mercury gravity turbine with heat pump 10 stages of various energy storage cycles Coalition agency.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1 h) to have air heat exchange equipment + various cargo planes Drive by (78V) + Fuel injection into cold energy Ignition combustion + Combustion gas temperature and cold energy or acceleration by pressure stored separately in compressed air temperature and cold temperature + Various energy storage cycles provided with mercury gravity turbine in one stage with heat pump Coalition agency.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) generator equipped + various cargo planes ( 78V) Drive + fuel injection to burn to cold energy + acceleration with combustion gas temperature and cold or pressure divided separately to compressed air heat and cold + various energy storage cycle coalescing engines provided with mercury gravity turbine in two stages with heat pump .   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) heat pump equipment + various cargo planes ( 78V) Drive + fuel injection to burn to cold energy + acceleration with combustion gas temperature and cold temperature or pressure divided and stored separately to compressed air temperature + cold temperature + Various energy storage cycle coalescing engines provided with mercury gravity turbine in 3 stages with heat pump .   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) compression heat recovery equipment provision + various cargo planes Drive by (78V) + Fuel injection into cold energy igniter combustion + Acceleration with combustion gas temperature and cold energy or pressure stored separately in compressed air heat temperature and cold energy + Various energy storage cycles provided with mercury gravity turbine in 4 stages with heat pump Coalition agency.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h) water heat exchange equipment to prepare + various cargo planes (78V) driving + cold fuel injection with fuel + ignition combustion + acceleration with combustion gas thermal and cold or compressed air thermal storage and cold pressure + mercury gravity turbine with heat pump in various stages of energy storage cycle of 5 stages Coalition agency.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1 h) to have air heat exchange equipment + various cargo planes (78V) driving + cold fuel injection with fuel + ignition combustion + acceleration with combustion gas thermal and cold or compressed air thermal storage and cold divided pressure + mercury gravity turbine with a heat pump and various energy storage cycles provided in six stages Coalition agency.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) generator equipped + various cargo planes ( 78V) Drive + fuel injection to burn to cold energy + acceleration with combustion gas temperature and cold energy or pressure divided separately to compressed air temperature and cold energy + various energy storage cycle coalescing engines equipped with mercury gravity turbine in 7 stages with heat pump .   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) heat pump equipment + various cargo planes ( 78V) Drive + fuel injection into combustion in cold energy + acceleration with combustion gas temperature and cold or compressed air thermal pressure and divided pressure and stored separately + mating blade assembly of the turbine with the same diameter of each section and fitting bolt assembly And various energy storage cycle combined engines in which heat pumps are provided in eight stages along with thrust bearings, bearings and a square turbine outer box (77a).   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) compression heat recovery equipment provision + various cargo planes Drive (78V) + Cold fuel injection with fuel injection Ignition combustion + Combustion gas temperature and cold energy or pressure divided and stored separately in thermal energy and cold temperature + Rotor blade group of the turbine with the same diameter approximately the same shape for each stage Various energy storage cycle combined engines that are assembled and provided with heat pumps in 9 stages along with thrust bearings, bearings and square turbine outer box (77a).   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h) water heat exchange equipment to prepare + various cargo planes Drive (78V) + Cold fuel injection with fuel injection Ignition combustion + Combustion gas temperature and cold energy or pressure divided and stored separately in thermal energy and cold temperature + Rotor blade group of the turbine with the same diameter approximately the same shape for each stage Various energy storage cycle combined engines that are assembled and provided with heat pumps in 10 stages with thrust bearings, bearings, and a square turbine outer box (77a).   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1 h) to have air heat exchange equipment + various cargo planes Drive (78V) + Cold fuel injection with fuel injection Ignition combustion + Combustion gas temperature and cold energy or pressure divided and stored separately in thermal energy and cold temperature + Rotor blade group of the turbine with the same diameter approximately the same shape for each stage Various energy storage cycle combined engines that are assembled and heat pumps are provided in one stage with thrust bearings, bearings and square turbine outer box (77a).   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) generator equipped + various cargo planes ( 78V) Drive + fuel injection into combustion in cold energy + acceleration with combustion gas temperature and cold or compressed air thermal pressure and divided pressure and stored separately + mating blade assembly of the turbine with the same diameter of each section and fitting bolt assembly And various energy storage cycle combined engines in which heat pumps are provided in two stages with thrust bearings, bearings, and a square turbine outer box (77a).   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to solar thermal gravity rotation plane (39B) + horizontal axis (1 h) heat pump equipment + maximum gravity and sunlight Limited use + (78V) rocket injection + fuel injection ignition to cold energy + combustion gas thermal energy and cold energy or pressure divided and stored in compressed air thermal energy and cold energy + fully automatic processible mercury gravity turbine with heat pump Various energy conservation cycle combined engine provided in 3 stages.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to solar thermal gravity rotation plane (39B) + horizontal axis (1h) compression heat recovery equipment + gravity or sunlight Make maximum use of + + (78V) rocket injection + fuel injection ignition to cold energy + burning combustion gas thermal energy and cold energy or compressed air separately stored pressure in thermal energy and cold energy + fully automatic processable mercury gravity turbine Various energy storage cycle combined engines provided in 4 stages with heat pumps.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to solar thermal gravity rotation plane (39B) + horizontal axis (1h) water heat exchange equipment + gravity or sunlight Make maximum use of + + (78V) rocket injection + fuel injection ignition to cold energy + burning combustion gas thermal energy and cold energy or compressed air thermal energy and cold energy separately Various energy storage cycle combined engine which was provided in 5 stages with a heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to solar thermal gravity rotation plane (39B) + horizontal axis (1h) air heat exchange equipment + gravity or sunlight Make maximum use of + + (78V) rocket injection + fuel injection ignition to cold energy + combustion gas thermal energy and cold energy or compressed air divided pressure and stored pressure separately + mercury gravity turbine with heat pump 6 stages with heat pump The various energy conservation cycle united engines provided in.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to solar thermal gravity rotation plane (39B) + horizontal axis (1 h) to equip generator + maximum gravity and sunlight Limited use + (78V) rocket injection + fuel injection to cold energy for ignition + combustion gas thermal energy and cold energy or pressure divided and stored separately for compressed air thermal energy and cold energy + mercury gravity turbine is provided in seven stages with a heat pump Various energy conservation cycle union engine.   Increase the superheated steam thermal and compressed air cold heat to the solar heat turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) heat pump equipped + cold heat to fuel injection ignition combustion + A variety of energy storage cycle coalescing engines equipped with eight stages of mercury gravity turbines together with heat pumps, accelerated by combustion gas temperature and cold temperature or pressure stored separately in compressed air temperature and cold temperature + fully automatic processable.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1 h) compression heat recovery equipment + to inject cold fuel A variety of energy storage cycle coalescing engines equipped with 9 stages of mercury gravity turbines that can be ignited and burned + accelerated by combustion gas thermal and cold or compressed air thermal and cold separately + pressure that can be fully automatically processed + heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1h) water heat exchange equipment + cold injection fuel injection Various energy storage cycle coalescing engines equipped with 10 stages of heat pump and mercury gravity turbines that can be accelerated + fully automatic processing by the pressure that is separately stored as ignition + combustion gas thermal and cold or compressed air thermal and cold.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1 h) air heat exchange equipment + cold injection fuel injection Various energy storage cycle coalescing engines with ignition combustion + acceleration with combustion gas thermal and cold or pressure stored separately in compressed air thermal and cold + mercury gravity turbine in one stage with heat pump.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) generator equipped + cold heat to fuel injection ignition combustion + Various acceleration and storage cycle combination engines in which acceleration is achieved by combustion gas temperature and cold or compressed air and pressure divided and stored separately + mercury gravity turbine in two stages with heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + have horizontal axis (1 h) heat pump + make metal ball small diameter A variety of energy storage cycle coalescing engines equipped with acceleration + acceleration with combustion gas temperature and cold or compressed air with pressure stored separately + thermal processable mercury gravity turbine in 3 stages with heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + make combined engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1 h) equip compression heat recovery unit + metal ball Various energy storage cycle coalescing engines equipped with four stages of mercury gravity turbines that can be accelerated and fully automated with a pressure that is separately stored as combustion gas temperature and cold or compressed air temperature and cold.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make solar thermal gravity rotary plane (39B) + equip horizontal axis (1h) water heat exchanger + metal sphere A variety of energy storage cycle coalescing engines equipped with a mercury gravity turbine that can be accelerated + fully automated with pressure that is stored separately as combustion gas temperature and cold or compressed air temperature and cold as small diameter + complete automatic processing.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + equip horizontal axis (1h) air heat exchanger + metal sphere Various energy storage cycle coalescing engines equipped with acceleration with small diameter + acceleration with combustion gas temperature and cold temperature or pressure divided and stored separately with compressed air temperature + cold temperature + mercury gravity turbine with heat pump in 6 stages.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make it a solar thermal gravity rotary plane (39B) + to have a horizontal axis (1 h) generator Various energy storage cycle coalescing engines equipped with acceleration + acceleration with combustion gas temperature and cold energy or pressure stored separately in compressed air temperature and cold energy + mercury gravity turbine in 7 stages with a heat pump.   Solar thermal turbine drive species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1 h) heat pump equipment + mercury to accelerate solar heat A variety of energy storage cycle coalescing engines equipped with a turbine drive type + acceleration with combustion gas temperature and cold energy or pressure stored separately in compressed air temperature + cold temperature + fully automatic processable mercury gravity turbine in 8 stages with a heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) compression heat recovery equipment + accelerate mercury A variety of energy storage cycle coalescing engines equipped with 9 stages of mercury gravity turbines capable of fully automatic processing with acceleration by fully pressure saving separately with combustion gas temperature and cold or compressed air temperature and cold. .   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) water heat exchange equipment + accelerate mercury A variety of energy storage cycles combined with a heat pump and 10 stages of mercury gravity turbines capable of being accelerated + fully automated with pressure stored separately in combustion heat and cold or compressed air heat and cold. organ.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make solar thermal gravity rotation plane (39B) + horizontal axis (1 h) air heat exchange equipment to prepare + accelerate mercury A variety of energy storage cycle coalescing engines equipped with a solar thermal turbine driven species + acceleration with combustion gas temperature and cold energy or pressure divided and stored separately from compressed air temperature + cold energy + mercury gravity turbine in one stage with a heat pump.   Solar thermal turbine drive species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1 h) generator equipped + mercury accelerate solar heat A variety of energy storage cycle coalescing engines that use turbine driving species + acceleration with combustion gas temperature and cold energy or pressure stored separately in compressed air temperature + cold energy + mercury gravity turbine in two stages with a heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into a solar thermal gravity rotary plane (39B) + horizontal axis (1 h) heat pump equipment + various space transportation devices (78 V) Drive + cold fuel injection into fuel + ignition combustion + acceleration with combustion gas temperature and cold or compressed air thermal pressure and divided pressure separately + fully automatic processable Various types of mercury gravity turbines provided with a heat pump in 3 stages Energy Conservation Cycle Coalition Agency.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) compression heat recovery equipment preparation + various space return aircraft Driving fuel (78V) + fuel injection ignition to cold energy + acceleration by combustion gas temperature and cold temperature or pressure stored separately in compressed air temperature and cold temperature + fully automatic processable mercury gravity turbine in four stages with heat pump Various energy conservation cycle united engines provided.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h) water heat exchange equipment to prepare + various space return aircraft Drive the fuel (78V) + fuel injection ignition to cold energy + acceleration with the pressure separately stored combustion gas thermal energy and cold energy or compressed air thermal energy and cold energy + five steps mercury gravity turbine that can be fully automatic processing with a heat pump The various energy conservation cycle united engines provided in.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1h) air heat exchange equipment + various space return aircraft Drive the fuel (78V) + fuel injection to a cold energy igniter combustion + acceleration with combustion gas temperature and cold energy or pressure divided and stored separately in a compressed air temperature + cold energy + various types of energy storage provided with a mercury gravity turbine in six stages with a heat pump Cycle coalescing agency.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary airplane (39B) + make horizontal axis (1 h) generator equipped + various space transportation devices (78 V) driving + fuel injection to burn to cold energy + acceleration with combustion gas temperature and cold or pressure divided separately to compressed air temperature and cold + various energy storage cycle combination provided with mercury gravity turbine in 7 stages with heat pump organ.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel injection with fuel + ignition combustion + acceleration with combustion gas temperature and cold or compressed air thermal pressure and divided pressure separately + fully automatic processable Mercury gravity turbine with heat pump 8 stages of various energy Preservation cycle union agency.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + fuel injection into cold energy Ignition combustion + combustion gas thermal and cold or compressed air Thermal acceleration and pressure by divided storage into cold energy + Various kinds of mercury gravity turbines capable of fully automatic processing with heat pump provided in 9 stages Energy Conservation Cycle Coalition Agency.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel injection with fuel injection ignition + combustion gas thermal and cold or compressed air thermal storage and cold with pressure stored separately + mercury gravity turbine capable of fully automatic processing + 10 stages with a heat pump Various energy conservation cycle union engine.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + fuel injection into combustion in cold energy + acceleration with combustion gas temperature and cold energy or pressure stored separately in compressed air temperature and cold energy + various energy storage cycle coalescing engines equipped with mercury gravity turbine in one stage with heat pump .   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + fuel injection to burn to cold energy + acceleration with combustion gas temperature and cold or pressure divided separately to compressed air heat and cold + various energy storage cycle coalescing engines provided with mercury gravity turbine in two stages with heat pump .   Increase the superheated steam thermal and compressed air cold heat to the solar heat turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) heat pump equipped + cold heat to fuel injection ignition combustion + A variety of energy storage cycle coalescing engines equipped with three stages of mercury gravity turbines together with a heat pump. + Accelerated with combustion gas temperature and cold temperature or pressure stored separately in compressed air temperature and cold temperature + Fully automatic processable.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1 h) compression heat recovery equipment + to inject cold fuel A variety of energy storage cycle coalescing engines equipped with a mercury gravity turbine that can be ignited and burned + accelerated with the pressure separately stored as combustion gas temperature and cold or compressed air temperature and cold + fully automatic processing with a heat pump in four stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1h) water heat exchange equipment + cold injection fuel injection A variety of energy storage cycle coalescing engines that are equipped with a heat pump and a mercury gravity turbine that can be accelerated + fully-automatically processed at a pressure that is separately stored as ignition + combustion gas thermal energy and cold energy or compressed air thermal energy and cold energy.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1 h) air heat exchange equipment + cold injection fuel injection A variety of energy storage cycle coalescing engines with ignition and combustion + acceleration with combustion gas thermal and cold or pressure stored separately in compressed air thermal and cold + mercury gravity turbines in 6 stages with heat pumps.   Increase the superheated steam thermal and compressed air cold heat to the solar heat turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) heat pump equipped + cold heat to fuel injection ignition combustion + Various acceleration and storage cycle combination engines equipped with acceleration with pressure that is stored separately in combustion gas temperature and cold or compressed air temperature and cold + mercury gravity turbine with heat pump in seven stages.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + have a horizontal axis (1 h) generator + fuel injection ignition to cold heat Various energy storage cycle coalescing engines equipped with combustion + heat and cold or compressed air heat and cold divided pressure to be stored separately + fully automatic processable mercury gravity turbine in 8 stages with a heat pump.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to have a horizontal axis (1 h) compression heat recovery unit + fuel to cold heat A variety of energy storage cycle coalescing engines equipped with 9 stages of mercury gravity turbines that can be fully automated and processed by acceleration + combustion with combustion gas thermal and cold or compressed air thermal and cold separately.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to have a horizontal axis (1 h) water heat exchanger + to cool fuel Various energy storage cycle coalescing engines equipped with 10 stages of mercury gravity turbines that can be accelerated + fully automatic processing by injection ignition combustion + combustion gas temperature and cold or compressed air thermal pressure and cold pressure separately stored pressure.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make solar thermal gravity rotation plane (39B) + equip horizontal axis (1 h) air heat exchanger + cold to fuel A variety of energy storage cycle coalescing engines in which injection ignition combustion + acceleration with combustion gas temperature and cold temperature or pressure stored separately in compressed air temperature and cold temperature + mercury gravity turbine in one stage with a heat pump.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + have a horizontal axis (1 h) generator + fuel injection ignition to cold heat Various energy storage cycle coalescing engines equipped with combustion + acceleration with combustion gas temperature and cold energy or pressure stored separately in compressed air temperature and cold energy + mercury gravity turbine in two stages with heat pump.   Increase the superheated steam thermal and compressed air cold heat to the solar heat turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) heat pump equipped + cold heat to fuel injection ignition combustion + A variety of energy storage cycle coalescing engines equipped with three stages of mercury gravity turbines together with a heat pump. + Accelerated with combustion gas temperature and cold temperature or pressure stored separately in compressed air temperature and cold temperature + Fully automatic processable.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1 h) compression heat recovery equipment + to inject cold fuel A variety of energy storage cycle coalescing engines equipped with a mercury gravity turbine that can be ignited and burned + accelerated with the pressure separately stored as combustion gas temperature and cold or compressed air temperature and cold + fully automatic processing with a heat pump in four stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1h) water heat exchange equipment + cold injection fuel injection A variety of energy storage cycle coalescing engines that are equipped with a heat pump and a mercury gravity turbine that can be accelerated + fully-automatically processed at a pressure that is separately stored as ignition + combustion gas thermal energy and cold energy or compressed air thermal energy and cold energy.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1 h) air heat exchange equipment + cold injection fuel injection A variety of energy storage cycle coalescing engines with ignition and combustion + acceleration with combustion gas thermal and cold or pressure stored separately in compressed air thermal and cold + mercury gravity turbines in 6 stages with heat pumps.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) generator equipped + cold heat to fuel injection ignition combustion + Various acceleration and storage cycle combination engines equipped with acceleration with pressure that is stored separately in combustion gas temperature and cold or compressed air temperature and cold + mercury gravity turbine with heat pump in seven stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into a solar thermal gravity rotary plane (39B) + horizontal axis (1 h) heat pump equipment + various space transportation devices (78 V) Drive + cold fuel injection into fuel + ignition combustion + acceleration with combustion gas temperature and cold or compressed air split and stored pressure separately + fully automatic processable Various types of mercury gravity turbines provided in eight stages with a heat pump Energy Conservation Cycle Coalition Agency.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) compression heat recovery equipment preparation + various space return aircraft Driving fuel (78V) + fuel injection ignition combustion to cold energy + acceleration by combustion gas temperature and cold energy or pressure stored separately in compressed air temperature energy and cold energy + fully automatic processable mercury gravity turbine in 9 stages with heat pump Various energy conservation cycle united engines provided.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h) water heat exchange equipment to prepare + various space return aircraft Drive the fuel (78V) + fuel injection into cold energy Ignition combustion + combustion gas temperature and cold energy or compressed air thermal energy and cold energy separately stored pressure + accelerated mercury pressure turbine that can be fully automatic processing + 10 stages with a heat pump The various energy conservation cycle united engines provided in.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1h) air heat exchange equipment + various space return aircraft Drive the fuel (78V) + fuel injection to a cold energy igniter combustion + acceleration with combustion gas temperature and cold energy or pressure stored separately in compressed air temperature energy and cold energy + various kinds of energy storage provided with a mercury gravity turbine in one stage with a heat pump Cycle coalescing agency.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary airplane (39B) + make horizontal axis (1 h) generator equipped + various space transportation devices (78 V) driving + fuel injection to burn to cold energy + acceleration by combustion gas temperature and cold temperature or pressure divided separately to compressed air temperature and cold temperature + various energy storage cycle combination provided with a mercury gravity turbine in two stages with a heat pump organ.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel injection with fuel + ignition combustion + acceleration with combustion gas thermal and cold or compressed air thermal storage and cold divided pressure + fully automatic processable Mercury gravity turbine with heat pump 3 stages of various energy Preservation cycle union agency.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel injection with fuel + ignition combustion + combustion gas thermal and cold or compressed air thermal storage and cold storage with pressure separately stored + various types of mercury gravity turbines that can be automatically machined together with a heat pump in four stages Energy Conservation Cycle Coalition Agency.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel injection to fuel + ignition combustion + combustion gas thermal and cold or compressed air thermal storage and cold heat separately stored pressure + split mercury mercury turbine with heat pump that can be fully automatic processing Various energy conservation cycle union engine.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + fuel injection to combustion to cold energy + acceleration with combustion gas temperature and cold or pressure divided separately to compressed air temperature and cold + various energy storage cycle coalescing engines provided with mercury gravity turbine in 6 stages with heat pump .   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + fuel injection to burn to cold energy + acceleration with combustion gas temperature and cold energy or pressure divided separately to compressed air temperature and cold energy + various energy storage cycle coalescing engines equipped with mercury gravity turbine in 7 stages with heat pump .   Increase the superheated steam thermal and compressed air cold heat to the solar heat turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) heat pump equipped + cold heat to fuel injection ignition combustion + A variety of energy storage cycle coalescing engines equipped with eight stages of mercury gravity turbines together with heat pumps, accelerated by combustion gas temperature and cold temperature or pressure stored separately in compressed air temperature and cold temperature + fully automatic processable.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1 h) compression heat recovery equipment + to inject cold fuel A variety of energy storage cycle coalescing engines equipped with 9 stages of mercury gravity turbines that can be ignited and burned + accelerated by combustion gas thermal and cold or compressed air thermal and cold separately + pressure that can be fully automatically processed + heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1h) water heat exchange equipment + cold injection fuel injection Various energy storage cycle coalescing engines equipped with 10 stages of heat pump and mercury gravity turbines that can be accelerated + fully automatic processing by the pressure that is separately stored as ignition + combustion gas thermal and cold or compressed air thermal and cold.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1 h) air heat exchange equipment + cold injection fuel injection Various energy storage cycle coalescing engines with ignition combustion + acceleration with combustion gas thermal and cold or pressure stored separately in compressed air thermal and cold + mercury gravity turbine in one stage with heat pump.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) generator equipped + cold heat to fuel injection ignition combustion + Various acceleration and storage cycle combination engines in which acceleration is achieved by combustion gas temperature and cold or compressed air and pressure divided and stored separately + mercury gravity turbine in two stages with heat pump.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + have a horizontal axis (1 h) heat pump + fuel injection ignition to cold heat Various energy storage cycle coalescing engines with combustion + acceleration by combustion gas thermal and cold or pressure divided and stored separately in compressed air thermal + cold + fully automatic processable mercury gravity turbine in 3 stages with heat pump.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to have a horizontal axis (1 h) compression heat recovery unit + fuel to cold heat A variety of energy storage cycle coalescing engines equipped with a mercury gravity turbine that can be fully automated and processed by acceleration and combustion at a pressure that is separately stored by combustion ignition, combustion gas temperature and cold or compressed air temperature and cold.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to have a horizontal axis (1 h) water heat exchanger + to cool fuel A variety of energy storage cycle coalescing engines equipped with a heat pump and a mercury gravity turbine that can be accelerated and fully automatic processed by injection ignition combustion + combustion gas temperature and cold or compressed air heat and cold separately.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make solar thermal gravity rotation plane (39B) + equip horizontal axis (1 h) air heat exchanger + cold to fuel A variety of energy storage cycle coalescing engines equipped with injection ignition and combustion + acceleration with combustion gas temperature and cold energy or pressure stored separately for compressed air temperature and temperature + mercury gravity turbine in 6 stages with a heat pump.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + have a horizontal axis (1 h) generator + fuel injection ignition to cold heat Various energy storage cycle coalescing engines with combustion + acceleration with combustion gas temperature and cold energy or pressure stored separately in compressed air temperature and cold energy + mercury gravity turbine in 7 stages with a heat pump.   Increase the superheated steam thermal and compressed air cold heat to the solar heat turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) heat pump equipped + cold heat to fuel injection ignition combustion + A variety of energy storage cycle coalescing engines equipped with eight stages of mercury gravity turbines together with heat pumps, accelerated by combustion gas temperature and cold temperature or pressure stored separately in compressed air temperature and cold temperature + fully automatic processable.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1 h) compression heat recovery equipment + to inject cold fuel A variety of energy storage cycle coalescing engines equipped with 9 stages of mercury gravity turbines that can be ignited and burned + accelerated by combustion gas thermal and cold or compressed air thermal and cold separately + pressure that can be fully automatically processed + heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1h) water heat exchange equipment + cold injection fuel injection Various energy storage cycle coalescing engines equipped with 10 stages of heat pump and mercury gravity turbines that can be accelerated + fully automatic processing by the pressure that is separately stored as ignition + combustion gas thermal and cold or compressed air thermal and cold.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1 h) air heat exchange equipment + cold injection fuel injection Various energy storage cycle coalescing engines with ignition combustion + acceleration with combustion gas thermal and cold or pressure stored separately in compressed air thermal and cold + mercury gravity turbine in one stage with heat pump.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) generator equipped + cold heat to fuel injection ignition combustion + Various acceleration and storage cycle combination engines in which acceleration is achieved by combustion gas temperature and cold or compressed air and pressure divided and stored separately + mercury gravity turbine in two stages with heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into a solar thermal gravity rotary plane (39B) + horizontal axis (1 h) heat pump equipment + various space transportation devices (78 V) Drive + cold fuel injection into fuel + ignition combustion + acceleration with combustion gas temperature and cold or compressed air thermal pressure and divided pressure separately + fully automatic processable Various types of mercury gravity turbines provided with a heat pump in 3 stages Energy Conservation Cycle Coalition Agency.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) compression heat recovery equipment preparation + various space return aircraft Driving fuel (78V) + fuel injection ignition to cold energy + acceleration by combustion gas temperature and cold temperature or pressure stored separately in compressed air temperature and cold temperature + fully automatic processable mercury gravity turbine in four stages with heat pump Various energy conservation cycle united engines provided.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h) water heat exchange equipment to prepare + various space return aircraft Drive the fuel (78V) + fuel injection ignition to cold energy + acceleration with the pressure separately stored combustion gas thermal energy and cold energy or compressed air thermal energy and cold energy + five steps mercury gravity turbine that can be fully automatic processing with a heat pump The various energy conservation cycle united engines provided in.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1h) air heat exchange equipment + various space return aircraft Drive the fuel (78V) + fuel injection to a cold energy igniter combustion + acceleration with combustion gas temperature and cold energy or pressure divided and stored separately in a compressed air temperature + cold energy + various types of energy storage provided with a mercury gravity turbine in six stages with a heat pump Cycle coalescing agency.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary airplane (39B) + make horizontal axis (1 h) generator equipped + various space transportation devices (78 V) driving + fuel injection to burn to cold energy + acceleration with combustion gas temperature and cold or pressure divided separately to compressed air temperature and cold + various energy storage cycle combination provided with mercury gravity turbine in 7 stages with heat pump organ.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel injection with fuel + ignition combustion + acceleration with combustion gas temperature and cold or compressed air thermal pressure and divided pressure separately + fully automatic processable Mercury gravity turbine with heat pump 8 stages of various energy Preservation cycle union agency.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + fuel injection into cold energy Ignition combustion + combustion gas thermal and cold or compressed air Thermal acceleration and pressure by divided storage into cold energy + Various kinds of mercury gravity turbines capable of fully automatic processing with heat pump provided in 9 stages Energy Conservation Cycle Coalition Agency.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel injection with fuel injection ignition + combustion gas thermal and cold or compressed air thermal storage and cold with pressure stored separately + mercury gravity turbine capable of fully automatic processing + 10 stages with a heat pump Various energy conservation cycle union engine.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + fuel injection into combustion in cold energy + acceleration with combustion gas temperature and cold energy or pressure stored separately in compressed air temperature and cold energy + various energy storage cycle coalescing engines equipped with mercury gravity turbine in one stage with heat pump .   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + fuel injection to burn to cold energy + acceleration with combustion gas temperature and cold or pressure divided separately to compressed air heat and cold + various energy storage cycle coalescing engines provided with mercury gravity turbine in two stages with heat pump .   Increase the superheated steam thermal and compressed air cold heat to the solar heat turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) heat pump equipped + cold heat to fuel injection ignition combustion + A variety of energy storage cycle coalescing engines equipped with three stages of mercury gravity turbines together with a heat pump. + Accelerated with combustion gas temperature and cold temperature or pressure stored separately in compressed air temperature and cold temperature + Fully automatic processable.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1 h) compression heat recovery equipment + to inject cold fuel A variety of energy storage cycle coalescing engines equipped with a mercury gravity turbine that can be ignited and burned + accelerated with the pressure separately stored as combustion gas temperature and cold or compressed air temperature and cold + fully automatic processing with a heat pump in four stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1h) water heat exchange equipment + cold injection fuel injection A variety of energy storage cycle coalescing engines that are equipped with a heat pump and a mercury gravity turbine that can be accelerated + fully-automatically processed at a pressure that is separately stored as ignition + combustion gas thermal energy and cold energy or compressed air thermal energy and cold energy.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1 h) air heat exchange equipment + cold injection fuel injection A variety of energy storage cycle coalescing engines with ignition and combustion + acceleration with combustion gas thermal and cold or pressure stored separately in compressed air thermal and cold + mercury gravity turbines in 6 stages with heat pumps.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) generator equipped + cold heat to fuel injection ignition combustion + Various acceleration and storage cycle combination engines equipped with acceleration with pressure that is stored separately in combustion gas temperature and cold or compressed air temperature and cold + mercury gravity turbine with heat pump in seven stages.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + have a horizontal axis (1 h) heat pump + fuel injection ignition to cold heat Various energy storage cycle coalescing engines equipped with combustion + heat and cold or compressed air heat and cold divided pressure to be stored separately + fully automatic processable mercury gravity turbine in 8 stages with a heat pump.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to have a horizontal axis (1 h) compression heat recovery unit + fuel to cold heat A variety of energy storage cycle coalescing engines equipped with 9 stages of mercury gravity turbines that can be fully automated and processed by acceleration + combustion with combustion gas thermal and cold or compressed air thermal and cold separately.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to have a horizontal axis (1 h) water heat exchanger + to cool fuel Various energy storage cycle coalescing engines equipped with 10 stages of mercury gravity turbines that can be accelerated + fully automatic processing by injection ignition combustion + combustion gas temperature and cold or compressed air thermal pressure and cold pressure separately stored pressure.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make solar thermal gravity rotation plane (39B) + equip horizontal axis (1 h) air heat exchanger + cold to fuel A variety of energy storage cycle coalescing engines in which injection ignition combustion + acceleration with combustion gas temperature and cold temperature or pressure stored separately in compressed air temperature and cold temperature + mercury gravity turbine in one stage with a heat pump.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + have a horizontal axis (1 h) generator + fuel injection ignition to cold heat Various energy storage cycle coalescing engines equipped with combustion + acceleration with combustion gas temperature and cold energy or pressure stored separately in compressed air temperature and cold energy + mercury gravity turbine in two stages with heat pump.   Increase the superheated steam thermal and compressed air cold heat to the solar heat turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) heat pump equipped + cold heat to fuel injection ignition combustion + A variety of energy storage cycle coalescing engines equipped with three stages of mercury gravity turbines together with a heat pump. + Accelerated with combustion gas temperature and cold temperature or pressure stored separately in compressed air temperature and cold temperature + Fully automatic processable.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1 h) compression heat recovery equipment + to inject cold fuel A variety of energy storage cycle coalescing engines equipped with a mercury gravity turbine that can be ignited and burned + accelerated with the pressure separately stored as combustion gas temperature and cold or compressed air temperature and cold + fully automatic processing with a heat pump in four stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1h) water heat exchange equipment + cold injection fuel injection A variety of energy storage cycle coalescing engines that are equipped with a heat pump and a mercury gravity turbine that can be accelerated + fully-automatically processed at a pressure that is separately stored as ignition + combustion gas thermal energy and cold energy or compressed air thermal energy and cold energy.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1 h) air heat exchange equipment + cold injection fuel injection A variety of energy storage cycle coalescing engines with ignition and combustion + acceleration with combustion gas thermal and cold or pressure stored separately in compressed air thermal and cold + mercury gravity turbines in 6 stages with heat pumps.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) generator equipped + cold heat to fuel injection ignition combustion + Various acceleration and storage cycle combination engines equipped with acceleration with pressure that is stored separately in combustion gas temperature and cold or compressed air temperature and cold + mercury gravity turbine with heat pump in seven stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into a solar thermal gravity rotary plane (39B) + horizontal axis (1 h) heat pump equipment + various space transportation devices (78 V) Drive + cold fuel injection into fuel + ignition combustion + acceleration with combustion gas temperature and cold or compressed air split and stored pressure separately + fully automatic processable Various types of mercury gravity turbines provided in eight stages with a heat pump Energy Conservation Cycle Coalition Agency.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) compression heat recovery equipment preparation + various space return aircraft Driving fuel (78V) + fuel injection ignition combustion to cold energy + acceleration by combustion gas temperature and cold energy or pressure stored separately in compressed air temperature energy and cold energy + fully automatic processable mercury gravity turbine in 9 stages with heat pump Various energy conservation cycle united engines provided.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h) water heat exchange equipment to prepare + various space return aircraft Drive the fuel (78V) + fuel injection into cold energy Ignition combustion + combustion gas temperature and cold energy or compressed air thermal energy and cold energy separately stored pressure + accelerated mercury pressure turbine that can be fully automatic processing + 10 stages with a heat pump The various energy conservation cycle united engines provided in.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1h) air heat exchange equipment + various space return aircraft Drive the fuel (78V) + fuel injection to a cold energy igniter combustion + acceleration with combustion gas temperature and cold energy or pressure stored separately in compressed air temperature energy and cold energy + various kinds of energy storage provided with a mercury gravity turbine in one stage with a heat pump Cycle coalescing agency.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary airplane (39B) + make horizontal axis (1 h) generator equipped + various space transportation devices (78 V) driving + fuel injection to burn to cold energy + acceleration by combustion gas temperature and cold temperature or pressure divided separately to compressed air temperature and cold temperature + various energy storage cycle combination provided with a mercury gravity turbine in two stages with a heat pump organ.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel injection with fuel + ignition combustion + acceleration with combustion gas thermal and cold or compressed air thermal storage and cold divided pressure + fully automatic processable Mercury gravity turbine with heat pump 3 stages of various energy Preservation cycle union agency.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel injection with fuel + ignition combustion + combustion gas thermal and cold or compressed air thermal storage and cold storage with pressure separately stored + various types of mercury gravity turbines that can be automatically machined together with a heat pump in four stages Energy Conservation Cycle Coalition Agency.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel injection to fuel + ignition combustion + combustion gas thermal and cold or compressed air thermal storage and cold heat separately stored pressure + split mercury mercury turbine with heat pump that can be fully automatic processing Various energy conservation cycle union engine.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + fuel injection to combustion to cold energy + acceleration with combustion gas temperature and cold or pressure divided separately to compressed air temperature and cold + various energy storage cycle coalescing engines provided with mercury gravity turbine in 6 stages with heat pump .   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + fuel injection to burn to cold energy + acceleration with combustion gas temperature and cold energy or pressure divided separately to compressed air temperature and cold energy + various energy storage cycle coalescing engines equipped with mercury gravity turbine in 7 stages with heat pump .   Increase the superheated steam thermal and compressed air cold heat to the solar heat turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) heat pump equipped + cold heat to fuel injection ignition combustion + A variety of energy storage cycle coalescing engines equipped with eight stages of mercury gravity turbines together with heat pumps, accelerated by combustion gas temperature and cold temperature or pressure stored separately in compressed air temperature and cold temperature + fully automatic processable.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1 h) compression heat recovery equipment + to inject cold fuel A variety of energy storage cycle coalescing engines equipped with 9 stages of mercury gravity turbines that can be ignited and burned + accelerated by combustion gas thermal and cold or compressed air thermal and cold separately + pressure that can be fully automatically processed + heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1h) water heat exchange equipment + cold injection fuel injection Various energy storage cycle coalescing engines equipped with 10 stages of heat pump and mercury gravity turbines that can be accelerated + fully automatic processing by the pressure that is separately stored as ignition + combustion gas thermal and cold or compressed air thermal and cold.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1 h) air heat exchange equipment + cold injection fuel injection Various energy storage cycle coalescing engines with ignition combustion + acceleration with combustion gas thermal and cold or pressure stored separately in compressed air thermal and cold + mercury gravity turbine in one stage with heat pump.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) generator equipped + cold heat to fuel injection ignition combustion + Various acceleration and storage cycle combination engines in which acceleration is achieved by combustion gas temperature and cold or compressed air and pressure divided and stored separately + mercury gravity turbine in two stages with heat pump.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + have a horizontal axis (1 h) heat pump + fuel injection ignition to cold heat Various energy storage cycle coalescing engines with combustion + acceleration by combustion gas thermal and cold or pressure divided and stored separately in compressed air thermal + cold + fully automatic processable mercury gravity turbine in 3 stages with heat pump.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to have a horizontal axis (1 h) compression heat recovery unit + fuel to cold heat A variety of energy storage cycle coalescing engines equipped with a mercury gravity turbine that can be fully automated and processed by acceleration and combustion at a pressure that is separately stored by combustion ignition, combustion gas temperature and cold or compressed air temperature and cold.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to have a horizontal axis (1 h) water heat exchanger + to cool fuel A variety of energy storage cycle coalescing engines equipped with a heat pump and a mercury gravity turbine that can be accelerated and fully automatic processed by injection ignition combustion + combustion gas temperature and cold or compressed air heat and cold separately.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make solar thermal gravity rotation plane (39B) + equip horizontal axis (1 h) air heat exchanger + cold to fuel A variety of energy storage cycle coalescing engines equipped with injection ignition and combustion + acceleration with combustion gas temperature and cold energy or pressure stored separately for compressed air temperature and temperature + mercury gravity turbine in 6 stages with a heat pump.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + have a horizontal axis (1 h) generator + fuel injection ignition to cold heat Various energy storage cycle coalescing engines with combustion + acceleration with combustion gas temperature and cold energy or pressure stored separately in compressed air temperature and cold energy + mercury gravity turbine in 7 stages with a heat pump.   Increase the superheated steam thermal and compressed air cold heat to the solar heat turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) heat pump equipped + cold heat to fuel injection ignition combustion + A variety of energy storage cycle coalescing engines equipped with eight stages of mercury gravity turbines together with heat pumps, accelerated by combustion gas temperature and cold temperature or pressure stored separately in compressed air temperature and cold temperature + fully automatic processable.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1 h) compression heat recovery equipment + to inject cold fuel A variety of energy storage cycle coalescing engines equipped with 9 stages of mercury gravity turbines that can be ignited and burned + accelerated by combustion gas thermal and cold or compressed air thermal and cold separately + pressure that can be fully automatically processed + heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1h) water heat exchange equipment + cold injection fuel injection Various energy storage cycle coalescing engines equipped with 10 stages of heat pump and mercury gravity turbines that can be accelerated + fully automatic processing by the pressure that is separately stored as ignition + combustion gas thermal and cold or compressed air thermal and cold.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1 h) air heat exchange equipment + cold injection fuel injection Various energy storage cycle coalescing engines with ignition combustion + acceleration with combustion gas thermal and cold or pressure stored separately in compressed air thermal and cold + mercury gravity turbine in one stage with heat pump.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) generator equipped + cold heat to fuel injection ignition combustion + Various acceleration and storage cycle combination engines in which acceleration is achieved by combustion gas temperature and cold or compressed air and pressure divided and stored separately + mercury gravity turbine in two stages with heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into a solar thermal gravity rotary plane (39B) + horizontal axis (1 h) heat pump equipment + various space transportation devices (78 V) Drive + cold fuel injection into fuel + ignition combustion + acceleration with combustion gas temperature and cold or compressed air thermal pressure and divided pressure separately + fully automatic processable Various types of mercury gravity turbines provided with a heat pump in 3 stages Energy Conservation Cycle Coalition Agency.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) compression heat recovery equipment preparation + various space return aircraft Driving fuel (78V) + fuel injection ignition to cold energy + acceleration by combustion gas temperature and cold temperature or pressure stored separately in compressed air temperature and cold temperature + fully automatic processable mercury gravity turbine in four stages with heat pump Various energy conservation cycle united engines provided.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h) water heat exchange equipment to prepare + various space return aircraft Drive the fuel (78V) + fuel injection ignition to cold energy + acceleration with the pressure separately stored combustion gas thermal energy and cold energy or compressed air thermal energy and cold energy + five steps mercury gravity turbine that can be fully automatic processing with a heat pump The various energy conservation cycle united engines provided in.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1h) air heat exchange equipment + various space return aircraft Drive the fuel (78V) + fuel injection to a cold energy igniter combustion + acceleration with combustion gas temperature and cold energy or pressure divided and stored separately in a compressed air temperature + cold energy + various types of energy storage provided with a mercury gravity turbine in six stages with a heat pump Cycle coalescing agency.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary airplane (39B) + make horizontal axis (1 h) generator equipped + various space transportation devices (78 V) driving + fuel injection to burn to cold energy + acceleration with combustion gas temperature and cold or pressure divided separately to compressed air temperature and cold + various energy storage cycle combination provided with mercury gravity turbine in 7 stages with heat pump organ.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel injection with fuel + ignition combustion + acceleration with combustion gas temperature and cold or compressed air thermal pressure and divided pressure separately + fully automatic processable Mercury gravity turbine with heat pump 8 stages of various energy Preservation cycle union agency.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + fuel injection into cold energy Ignition combustion + combustion gas thermal and cold or compressed air Thermal acceleration and pressure by divided storage into cold energy + Various kinds of mercury gravity turbines capable of fully automatic processing with heat pump provided in 9 stages Energy Conservation Cycle Coalition Agency.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel injection with fuel injection ignition + combustion gas thermal and cold or compressed air thermal storage and cold with pressure stored separately + mercury gravity turbine capable of fully automatic processing + 10 stages with a heat pump Various energy conservation cycle union engine.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + fuel injection into combustion in cold energy + acceleration with combustion gas temperature and cold energy or pressure stored separately in compressed air temperature and cold energy + various energy storage cycle coalescing engines equipped with mercury gravity turbine in one stage with heat pump .   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + fuel injection to burn to cold energy + acceleration with combustion gas temperature and cold or pressure divided separately to compressed air heat and cold + various energy storage cycle coalescing engines provided with mercury gravity turbine in two stages with heat pump .   Increase the superheated steam thermal and compressed air cold heat to the solar heat turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) heat pump equipped + cold heat to fuel injection ignition combustion + A variety of energy storage cycle coalescing engines equipped with three stages of mercury gravity turbines together with a heat pump. + Accelerated with combustion gas temperature and cold temperature or pressure stored separately in compressed air temperature and cold temperature + Fully automatic processable.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1 h) compression heat recovery equipment + to inject cold fuel A variety of energy storage cycle coalescing engines equipped with a mercury gravity turbine that can be ignited and burned + accelerated with the pressure separately stored as combustion gas temperature and cold or compressed air temperature and cold + fully automatic processing with a heat pump in four stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1h) water heat exchange equipment + cold injection fuel injection A variety of energy storage cycle coalescing engines that are equipped with a heat pump and a mercury gravity turbine that can be accelerated + fully-automatically processed at a pressure that is separately stored as ignition + combustion gas thermal energy and cold energy or compressed air thermal energy and cold energy.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1 h) air heat exchange equipment + cold injection fuel injection A variety of energy storage cycle coalescing engines with ignition and combustion + acceleration with combustion gas thermal and cold or pressure stored separately in compressed air thermal and cold + mercury gravity turbines in 6 stages with heat pumps.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) generator equipped + cold heat to fuel injection ignition combustion + Various acceleration and storage cycle combination engines equipped with acceleration with pressure that is stored separately in combustion gas temperature and cold or compressed air temperature and cold + mercury gravity turbine with heat pump in seven stages.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + have a horizontal axis (1 h) heat pump + fuel injection ignition to cold heat Various energy storage cycle coalescing engines equipped with combustion + heat and cold or compressed air heat and cold divided pressure to be stored separately + fully automatic processable mercury gravity turbine in 8 stages with a heat pump.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to have a horizontal axis (1 h) compression heat recovery unit + fuel to cold heat A variety of energy storage cycle coalescing engines equipped with 9 stages of mercury gravity turbines that can be fully automated and processed by acceleration + combustion with combustion gas thermal and cold or compressed air thermal and cold separately.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to have a horizontal axis (1 h) water heat exchanger + to cool fuel Various energy storage cycle coalescing engines equipped with 10 stages of mercury gravity turbines that can be accelerated + fully automatic processing by injection ignition combustion + combustion gas temperature and cold or compressed air thermal pressure and cold pressure separately stored pressure.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make solar thermal gravity rotation plane (39B) + equip horizontal axis (1 h) air heat exchanger + cold to fuel A variety of energy storage cycle coalescing engines in which injection ignition combustion + acceleration with combustion gas temperature and cold temperature or pressure stored separately in compressed air temperature and cold temperature + mercury gravity turbine in one stage with a heat pump.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + have a horizontal axis (1 h) generator + fuel injection ignition to cold heat Various energy storage cycle coalescing engines equipped with combustion + acceleration with combustion gas temperature and cold energy or pressure stored separately in compressed air temperature and cold energy + mercury gravity turbine in two stages with heat pump.   Increase the superheated steam thermal and compressed air cold heat to the solar heat turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) heat pump equipped + cold heat to fuel injection ignition combustion + A variety of energy storage cycle coalescing engines equipped with three stages of mercury gravity turbines together with a heat pump. + Accelerated with combustion gas temperature and cold temperature or pressure stored separately in compressed air temperature and cold temperature + Fully automatic processable.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1 h) compression heat recovery equipment + to inject cold fuel A variety of energy storage cycle coalescing engines equipped with a mercury gravity turbine that can be ignited and burned + accelerated with the pressure separately stored as combustion gas temperature and cold or compressed air temperature and cold + fully automatic processing with a heat pump in four stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1h) water heat exchange equipment + cold injection fuel injection A variety of energy storage cycle coalescing engines that are equipped with a heat pump and a mercury gravity turbine that can be accelerated + fully-automatically processed at a pressure that is separately stored as ignition + combustion gas thermal energy and cold energy or compressed air thermal energy and cold energy.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1 h) air heat exchange equipment + cold injection fuel injection A variety of energy storage cycle coalescing engines with ignition and combustion + acceleration with combustion gas thermal and cold or pressure stored separately in compressed air thermal and cold + mercury gravity turbines in 6 stages with heat pumps.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) generator equipped + cold heat to fuel injection ignition combustion + Various acceleration and storage cycle combination engines equipped with acceleration with pressure that is stored separately in combustion gas temperature and cold or compressed air temperature and cold + mercury gravity turbine with heat pump in seven stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into a solar thermal gravity rotary plane (39B) + horizontal axis (1 h) heat pump equipment + various space transportation devices (78 V) Drive + cold fuel injection into fuel + ignition combustion + acceleration with combustion gas temperature and cold or compressed air split and stored pressure separately + fully automatic processable Various types of mercury gravity turbines provided in eight stages with a heat pump Energy Conservation Cycle Coalition Agency.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) compression heat recovery equipment preparation + various space return aircraft Driving fuel (78V) + fuel injection ignition combustion to cold energy + acceleration by combustion gas temperature and cold energy or pressure stored separately in compressed air temperature energy and cold energy + fully automatic processable mercury gravity turbine in 9 stages with heat pump Various energy conservation cycle united engines provided.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h) water heat exchange equipment to prepare + various space return aircraft Drive the fuel (78V) + fuel injection into cold energy Ignition combustion + combustion gas temperature and cold energy or compressed air thermal energy and cold energy separately stored pressure + accelerated mercury pressure turbine that can be fully automatic processing + 10 stages with a heat pump The various energy conservation cycle united engines provided in.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1h) air heat exchange equipment + various space return aircraft Drive the fuel (78V) + fuel injection to a cold energy igniter combustion + acceleration with combustion gas temperature and cold energy or pressure stored separately in compressed air temperature energy and cold energy + various kinds of energy storage provided with a mercury gravity turbine in one stage with a heat pump Cycle coalescing agency.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary airplane (39B) + make horizontal axis (1 h) generator equipped + various space transportation devices (78 V) driving + fuel injection to burn to cold energy + acceleration by combustion gas temperature and cold temperature or pressure divided separately to compressed air temperature and cold temperature + various energy storage cycle combination provided with a mercury gravity turbine in two stages with a heat pump organ.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel injection with fuel + ignition combustion + acceleration with combustion gas thermal and cold or compressed air thermal storage and cold divided pressure + fully automatic processable Mercury gravity turbine with heat pump 3 stages of various energy Preservation cycle union agency.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel injection with fuel + ignition combustion + combustion gas thermal and cold or compressed air thermal storage and cold storage with pressure separately stored + various types of mercury gravity turbines that can be automatically machined together with a heat pump in four stages Energy Conservation Cycle Coalition Agency.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel injection to fuel + ignition combustion + combustion gas thermal and cold or compressed air thermal storage and cold heat separately stored pressure + split mercury mercury turbine with heat pump that can be fully automatic processing Various energy conservation cycle union engine.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + fuel injection to combustion to cold energy + acceleration with combustion gas temperature and cold or pressure divided separately to compressed air temperature and cold + various energy storage cycle coalescing engines provided with mercury gravity turbine in 6 stages with heat pump .   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + fuel injection to burn to cold energy + acceleration with combustion gas temperature and cold energy or pressure divided separately to compressed air temperature and cold energy + various energy storage cycle coalescing engines equipped with mercury gravity turbine in 7 stages with heat pump .   Increase the superheated steam thermal and compressed air cold heat to the solar heat turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) heat pump equipped + cold heat to fuel injection ignition combustion + A variety of energy storage cycle coalescing engines equipped with eight stages of mercury gravity turbines together with heat pumps, accelerated by combustion gas temperature and cold temperature or pressure stored separately in compressed air temperature and cold temperature + fully automatic processable.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1 h) compression heat recovery equipment + to inject cold fuel A variety of energy storage cycle coalescing engines equipped with 9 stages of mercury gravity turbines that can be ignited and burned + accelerated by combustion gas thermal and cold or compressed air thermal and cold separately + pressure that can be fully automatically processed + heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1h) water heat exchange equipment + cold injection fuel injection Various energy storage cycle coalescing engines equipped with 10 stages of heat pump and mercury gravity turbines that can be accelerated + fully automatic processing by the pressure that is separately stored as ignition + combustion gas thermal and cold or compressed air thermal and cold.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1 h) air heat exchange equipment + cold injection fuel injection Various energy storage cycle coalescing engines with ignition combustion + acceleration with combustion gas thermal and cold or pressure stored separately in compressed air thermal and cold + mercury gravity turbine in one stage with heat pump.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) generator equipped + cold heat to fuel injection ignition combustion + Various acceleration and storage cycle combination engines in which acceleration is achieved by combustion gas temperature and cold or compressed air and pressure divided and stored separately + mercury gravity turbine in two stages with heat pump.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + have a horizontal axis (1 h) heat pump + fuel injection ignition to cold heat Various energy storage cycle coalescing engines with combustion + acceleration by combustion gas thermal and cold or pressure divided and stored separately in compressed air thermal + cold + fully automatic processable mercury gravity turbine in 3 stages with heat pump.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to have a horizontal axis (1 h) compression heat recovery unit + fuel to cold heat A variety of energy storage cycle coalescing engines equipped with a mercury gravity turbine that can be fully automated and processed by acceleration and combustion at a pressure that is separately stored by combustion ignition, combustion gas temperature and cold or compressed air temperature and cold.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to have a horizontal axis (1 h) water heat exchanger + to cool fuel A variety of energy storage cycle coalescing engines equipped with a heat pump and a mercury gravity turbine that can be accelerated and fully automatic processed by injection ignition combustion + combustion gas temperature and cold or compressed air heat and cold separately.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make solar thermal gravity rotation plane (39B) + equip horizontal axis (1 h) air heat exchanger + cold to fuel A variety of energy storage cycle coalescing engines equipped with injection ignition and combustion + acceleration with combustion gas temperature and cold energy or pressure stored separately for compressed air temperature and temperature + mercury gravity turbine in 6 stages with a heat pump.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + have a horizontal axis (1 h) generator + fuel injection ignition to cold heat Various energy storage cycle coalescing engines with combustion + acceleration with combustion gas temperature and cold energy or pressure stored separately in compressed air temperature and cold energy + mercury gravity turbine in 7 stages with a heat pump.   Increase the superheated steam thermal and compressed air cold heat to the solar heat turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) heat pump equipped + cold heat to fuel injection ignition combustion + A variety of energy storage cycle coalescing engines equipped with eight stages of mercury gravity turbines together with heat pumps, accelerated by combustion gas temperature and cold temperature or pressure stored separately in compressed air temperature and cold temperature + fully automatic processable.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1 h) compression heat recovery equipment + to inject cold fuel A variety of energy storage cycle coalescing engines equipped with 9 stages of mercury gravity turbines that can be ignited and burned + accelerated by combustion gas thermal and cold or compressed air thermal and cold separately + pressure that can be fully automatically processed + heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1h) water heat exchange equipment + cold injection fuel injection Various energy storage cycle coalescing engines equipped with 10 stages of heat pump and mercury gravity turbines that can be accelerated + fully automatic processing by the pressure that is separately stored as ignition + combustion gas thermal and cold or compressed air thermal and cold.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1 h) air heat exchange equipment + cold injection fuel injection Various energy storage cycle coalescing engines with ignition combustion + acceleration with combustion gas thermal and cold or pressure stored separately in compressed air thermal and cold + mercury gravity turbine in one stage with heat pump.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) generator equipped + cold heat to fuel injection ignition combustion + Various acceleration and storage cycle combination engines in which acceleration is achieved by combustion gas temperature and cold or compressed air and pressure divided and stored separately + mercury gravity turbine in two stages with heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into a solar thermal gravity rotary plane (39B) + horizontal axis (1 h) heat pump equipment + various space transportation devices (78 V) Drive + cold fuel injection into fuel + ignition combustion + acceleration with combustion gas temperature and cold or compressed air thermal pressure and divided pressure separately + fully automatic processable Various types of mercury gravity turbines provided with a heat pump in 3 stages Energy Conservation Cycle Coalition Agency.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) compression heat recovery equipment preparation + various space return aircraft Driving fuel (78V) + fuel injection ignition to cold energy + acceleration by combustion gas temperature and cold temperature or pressure stored separately in compressed air temperature and cold temperature + fully automatic processable mercury gravity turbine in four stages with heat pump Various energy conservation cycle united engines provided.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h) water heat exchange equipment to prepare + various space return aircraft Drive the fuel (78V) + fuel injection ignition to cold energy + acceleration with the pressure separately stored combustion gas thermal energy and cold energy or compressed air thermal energy and cold energy + five steps mercury gravity turbine that can be fully automatic processing with a heat pump The various energy conservation cycle united engines provided in.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1h) air heat exchange equipment + various space return aircraft Drive the fuel (78V) + fuel injection to a cold energy igniter combustion + acceleration with combustion gas temperature and cold energy or pressure divided and stored separately in a compressed air temperature + cold energy + various types of energy storage provided with a mercury gravity turbine in six stages with a heat pump Cycle coalescing agency.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary airplane (39B) + make horizontal axis (1 h) generator equipped + various space transportation devices (78 V) driving + fuel injection to burn to cold energy + acceleration with combustion gas temperature and cold or pressure divided separately to compressed air temperature and cold + various energy storage cycle combination provided with mercury gravity turbine in 7 stages with heat pump organ.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel injection with fuel + ignition combustion + acceleration with combustion gas temperature and cold or compressed air thermal pressure and divided pressure separately + fully automatic processable Mercury gravity turbine with heat pump 8 stages of various energy Preservation cycle union agency.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + fuel injection into cold energy Ignition combustion + combustion gas thermal and cold or compressed air Thermal acceleration and pressure by divided storage into cold energy + Various kinds of mercury gravity turbines capable of fully automatic processing with heat pump provided in 9 stages Energy Conservation Cycle Coalition Agency.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel injection with fuel injection ignition + combustion gas thermal and cold or compressed air thermal storage and cold with pressure stored separately + mercury gravity turbine capable of fully automatic processing + 10 stages with a heat pump Various energy conservation cycle union engine.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + fuel injection into combustion in cold energy + acceleration with combustion gas temperature and cold energy or pressure stored separately in compressed air temperature and cold energy + various energy storage cycle coalescing engines equipped with mercury gravity turbine in one stage with heat pump .   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + fuel injection to burn to cold energy + acceleration with combustion gas temperature and cold or pressure divided separately to compressed air heat and cold + various energy storage cycle coalescing engines provided with mercury gravity turbine in two stages with heat pump .   Increase the superheated steam thermal and compressed air cold heat to the solar heat turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) heat pump equipped + cold heat to fuel injection ignition combustion + A variety of energy storage cycle coalescing engines equipped with three stages of mercury gravity turbines together with a heat pump. + Accelerated with combustion gas temperature and cold temperature or pressure stored separately in compressed air temperature and cold temperature + Fully automatic processable.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1 h) compression heat recovery equipment + to inject cold fuel A variety of energy storage cycle coalescing engines equipped with a mercury gravity turbine that can be ignited and burned + accelerated with the pressure separately stored as combustion gas temperature and cold or compressed air temperature and cold + fully automatic processing with a heat pump in four stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1h) water heat exchange equipment + cold injection fuel injection A variety of energy storage cycle coalescing engines that are equipped with a heat pump and a mercury gravity turbine that can be accelerated + fully-automatically processed at a pressure that is separately stored as ignition + combustion gas thermal energy and cold energy or compressed air thermal energy and cold energy.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1 h) air heat exchange equipment + cold injection fuel injection A variety of energy storage cycle coalescing engines with ignition and combustion + acceleration with combustion gas thermal and cold or pressure stored separately in compressed air thermal and cold + mercury gravity turbines in 6 stages with heat pumps.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) generator equipped + cold heat to fuel injection ignition combustion + Various acceleration and storage cycle combination engines equipped with acceleration with pressure that is stored separately in combustion gas temperature and cold or compressed air temperature and cold + mercury gravity turbine with heat pump in seven stages.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + have a horizontal axis (1 h) heat pump + fuel injection ignition to cold heat Various energy storage cycle coalescing engines equipped with combustion + heat and cold or compressed air heat and cold divided pressure to be stored separately + fully automatic processable mercury gravity turbine in 8 stages with a heat pump.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to have a horizontal axis (1 h) compression heat recovery unit + fuel to cold heat A variety of energy storage cycle coalescing engines equipped with 9 stages of mercury gravity turbines that can be fully automated and processed by acceleration + combustion with combustion gas thermal and cold or compressed air thermal and cold separately.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to have a horizontal axis (1 h) water heat exchanger + to cool fuel Various energy storage cycle coalescing engines equipped with 10 stages of mercury gravity turbines that can be accelerated + fully automatic processing by injection ignition combustion + combustion gas temperature and cold or compressed air thermal pressure and cold pressure separately stored pressure.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make solar thermal gravity rotation plane (39B) + equip horizontal axis (1 h) air heat exchanger + cold to fuel A variety of energy storage cycle coalescing engines in which injection ignition combustion + acceleration with combustion gas temperature and cold temperature or pressure stored separately in compressed air temperature and cold temperature + mercury gravity turbine in one stage with a heat pump.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + have a horizontal axis (1 h) generator + fuel injection ignition to cold heat Various energy storage cycle coalescing engines equipped with combustion + acceleration with combustion gas temperature and cold energy or pressure stored separately in compressed air temperature and cold energy + mercury gravity turbine in two stages with heat pump.   Increase the superheated steam thermal and compressed air cold heat to the solar heat turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) heat pump equipped + cold heat to fuel injection ignition combustion + A variety of energy storage cycle coalescing engines equipped with three stages of mercury gravity turbines together with a heat pump. + Accelerated with combustion gas temperature and cold temperature or pressure stored separately in compressed air temperature and cold temperature + Fully automatic processable.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1 h) compression heat recovery equipment + to inject cold fuel A variety of energy storage cycle coalescing engines equipped with a mercury gravity turbine that can be ignited and burned + accelerated with the pressure separately stored as combustion gas temperature and cold or compressed air temperature and cold + fully automatic processing with a heat pump in four stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1h) water heat exchange equipment + cold injection fuel injection A variety of energy storage cycle coalescing engines that are equipped with a heat pump and a mercury gravity turbine that can be accelerated + fully-automatically processed at a pressure that is separately stored as ignition + combustion gas thermal energy and cold energy or compressed air thermal energy and cold energy.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1 h) air heat exchange equipment + cold injection fuel injection A variety of energy storage cycle coalescing engines with ignition and combustion + acceleration with combustion gas thermal and cold or pressure stored separately in compressed air thermal and cold + mercury gravity turbines in 6 stages with heat pumps.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) generator equipped + cold heat to fuel injection ignition combustion + Various acceleration and storage cycle combination engines equipped with acceleration with pressure that is stored separately in combustion gas temperature and cold or compressed air temperature and cold + mercury gravity turbine with heat pump in seven stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into a solar thermal gravity rotary plane (39B) + horizontal axis (1 h) heat pump equipment + various space transportation devices (78 V) Drive + cold fuel injection into fuel + ignition combustion + acceleration with combustion gas temperature and cold or compressed air split and stored pressure separately + fully automatic processable Various types of mercury gravity turbines provided in eight stages with a heat pump Energy Conservation Cycle Coalition Agency.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) compression heat recovery equipment preparation + various space return aircraft Driving fuel (78V) + fuel injection ignition combustion to cold energy + acceleration by combustion gas temperature and cold energy or pressure stored separately in compressed air temperature energy and cold energy + fully automatic processable mercury gravity turbine in 9 stages with heat pump Various energy conservation cycle united engines provided.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h) water heat exchange equipment to prepare + various space return aircraft Drive the fuel (78V) + fuel injection into cold energy Ignition combustion + combustion gas temperature and cold energy or compressed air thermal energy and cold energy separately stored pressure + accelerated mercury pressure turbine that can be fully automatic processing + 10 stages with a heat pump The various energy conservation cycle united engines provided in.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1h) air heat exchange equipment + various space return aircraft Drive the fuel (78V) + fuel injection to a cold energy igniter combustion + acceleration with combustion gas temperature and cold energy or pressure stored separately in compressed air temperature energy and cold energy + various kinds of energy storage provided with a mercury gravity turbine in one stage with a heat pump Cycle coalescing agency.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary airplane (39B) + make horizontal axis (1 h) generator equipped + various space transportation devices (78 V) driving + fuel injection to burn to cold energy + acceleration by combustion gas temperature and cold temperature or pressure divided separately to compressed air temperature and cold temperature + various energy storage cycle combination provided with a mercury gravity turbine in two stages with a heat pump organ.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel injection with fuel + ignition combustion + acceleration with combustion gas thermal and cold or compressed air thermal storage and cold divided pressure + fully automatic processable Mercury gravity turbine with heat pump 3 stages of various energy Preservation cycle union agency.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel injection with fuel + ignition combustion + combustion gas thermal and cold or compressed air thermal storage and cold storage with pressure separately stored + various types of mercury gravity turbines that can be automatically machined together with a heat pump in four stages Energy Conservation Cycle Coalition Agency.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel injection to fuel + ignition combustion + combustion gas thermal and cold or compressed air thermal storage and cold heat separately stored pressure + split mercury mercury turbine with heat pump that can be fully automatic processing Various energy conservation cycle union engine.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + fuel injection to combustion to cold energy + acceleration with combustion gas temperature and cold or pressure divided separately to compressed air temperature and cold + various energy storage cycle coalescing engines provided with mercury gravity turbine in 6 stages with heat pump .   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + fuel injection to burn to cold energy + acceleration with combustion gas temperature and cold energy or pressure divided separately to compressed air temperature and cold energy + various energy storage cycle coalescing engines equipped with mercury gravity turbine in 7 stages with heat pump .   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + configuration and method to accelerate mercury + to form a coated turbine blade + fuel to cold energy A variety of energy storage cycle coalescing engines equipped with 8 stages of mercury gravity turbines together with heat pumps that can be injected, ignited and burnt + accelerated with combustion gas temperature and cold or compressed air heat and cold separately stored pressure + fully automatic processable.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + configuration and method to accelerate mercury + to form a coated turbine blade + fuel to cold energy A variety of energy storage cycle coalescing engines equipped with 9 stages of mercury gravity turbines that can be fully automated and processed by acceleration + combustion with combustion gas thermal and cold or compressed air thermal and cold separately.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + configuration and method to accelerate mercury + to form a coated turbine blade + fuel to cold energy Various energy storage cycle coalescing engines equipped with 10 stages of mercury gravity turbines that can be accelerated + fully automatic processing by injection ignition combustion + combustion gas temperature and cold or compressed air thermal pressure and cold pressure separately stored pressure.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + configuration and method to accelerate mercury + to form a coated turbine blade + fuel to cold energy A variety of energy storage cycle coalescing engines in which injection ignition combustion + acceleration with combustion gas temperature and cold temperature or pressure stored separately in compressed air temperature and cold temperature + mercury gravity turbine in one stage with a heat pump.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + configuration and method to accelerate mercury + to form a coated turbine blade + fuel to cold energy A variety of energy storage cycle coalescing engines equipped with injection ignition and combustion + acceleration with combustion gas temperature and cold temperature or pressure stored separately in compressed air temperature and cold temperature + mercury gravity turbine in two stages with a heat pump.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + configuration and method to accelerate mercury + to form a coated turbine blade + fuel to cold energy A variety of energy storage cycle coalescing engines equipped with 3 stages of mercury gravity turbines together with heat pumps that can be injected, ignited and burnt + accelerated by combustion gas temperature and cold or compressed air and pressure stored separately.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + configuration and method to accelerate mercury + to form a coated turbine blade + fuel to cold energy A variety of energy storage cycle coalescing engines equipped with a mercury gravity turbine that can be fully automated and processed by acceleration and combustion at a pressure that is separately stored by combustion ignition, combustion gas temperature and cold or compressed air temperature and cold.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + configuration and method to accelerate mercury + to form a coated turbine blade + fuel to cold energy A variety of energy storage cycle coalescing engines equipped with a heat pump and a mercury gravity turbine that can be accelerated and fully automatic processed by injection ignition combustion + combustion gas temperature and cold or compressed air heat and cold separately.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + configuration and method to accelerate mercury + to form a coated turbine blade + fuel to cold energy A variety of energy storage cycle coalescing engines equipped with injection ignition and combustion + acceleration with combustion gas temperature and cold energy or pressure stored separately for compressed air temperature and temperature + mercury gravity turbine in 6 stages with a heat pump.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + configuration and method to accelerate mercury + to form a coated turbine blade + fuel to cold energy A variety of energy storage cycle coalescing engines equipped with injection ignition combustion + acceleration with combustion gas temperature and cold temperature or pressure stored separately in compressed air temperature and cold temperature + mercury gravity turbine in 7 stages with a heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) heat pump equipment + various cargo planes ( 78V) Drive + cold fuel injection with fuel + ignition combustion + acceleration with combustion gas temperature and cold or compressed air thermal pressure and divided pressure separately + fully automatic processable Mercury gravity turbine with heat pump 8 stages of various energy Preservation cycle union agency.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) compression heat recovery equipment provision + various cargo planes (78V) driving + cold fuel injection with fuel combustion + combustion gas thermal and cold or compressed air thermal storage and cold pressure separately stored + accelerated mercury pressure turbine equipped with a heat pump capable of fully automatic processing 9 stages with a heat pump Various energy conservation cycle union engine.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h) water heat exchange equipment to prepare + various cargo planes Drive (78V) + Cold fuel injection with fuel injection Ignition combustion + Combustion gas temperature and cold energy or compressed air Thermal energy and cold energy divided and stored by acceleration + Fully automatic processing Mercury gravity turbine with 10 stages with heat pump Various energy conservation cycle united engines provided.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1 h) to have air heat exchange equipment + various cargo planes Drive by (78V) + Fuel injection into cold energy Ignition combustion + Combustion gas temperature and cold energy or acceleration by pressure stored separately in compressed air temperature and cold temperature + Various energy storage cycles provided with mercury gravity turbine in one stage with heat pump Coalition agency.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) generator equipped + various cargo planes ( 78V) Drive + fuel injection to burn to cold energy + acceleration with combustion gas temperature and cold or pressure divided separately to compressed air heat and cold + various energy storage cycle coalescing engines provided with mercury gravity turbine in two stages with heat pump .   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) heat pump equipment + various cargo planes ( 78V) Drive + cold fuel injection with fuel + ignition combustion + acceleration with combustion gas thermal and cold or compressed air thermal storage and cold divided pressure + fully automatic processable Mercury gravity turbine with heat pump 3 stages of various energy Preservation cycle union agency.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) compression heat recovery equipment provision + various cargo planes Drive (78V) + Fuel injection to a cold energy igniter combustion + Acceleration with combustion gas temperature and cold temperature or pressure stored separately in compressed air temperature and cold temperature + Fully automatic processable mercury gravity turbine provided with a heat pump in four stages Various energy conservation cycle union engine.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h) water heat exchange equipment to prepare + various cargo planes Drive (78V) + Fuel injection to a cold energy igniter combustion + Acceleration with combustion gas thermal temperature and cold energy or pressure stored separately in compressed air thermal energy and cold energy + Fully automatic processable mercury gravity turbine provided with heat pump in 5 stages Various energy conservation cycle union engine.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1 h) to have air heat exchange equipment + various cargo planes (78V) driving + cold fuel injection with fuel combustion + combustion gas thermal and cold or compressed air thermal storage and cold storage pressure divided by acceleration + fully automatic processable mercury gravity turbine is provided in six stages with a heat pump Various energy conservation cycle union engine.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) generator equipped + various cargo planes ( 78V) Drive + fuel injection into combustion in cold energy + acceleration by combustion gas temperature and cold or compressed air temperature and pressure separately stored + various automatic energy processable mercury gravity turbine provided with 7 stages of heat pump with heat pump Preservation cycle union agency.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) heat pump equipment + various cargo planes ( 78V) Drive + cold fuel injection with fuel combustion + combustion gas thermal and cold or compressed air thermal storage and cold storage with pressure divided and stored + Various types of mercury gravity turbines that can be automatically machined together with a heat pump in eight stages Energy Conservation Cycle Coalition Agency.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) compression heat recovery equipment provision + various cargo planes (78V) driving + cold fuel injection with fuel combustion + combustion gas thermal and cold or compressed air thermal storage and cold pressure separately stored + accelerated mercury pressure turbine equipped with a heat pump capable of fully automatic processing 9 stages with a heat pump Various energy conservation cycle union engine.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h) water heat exchange equipment to prepare + various cargo planes Drive (78V) + Fuel injection into cold energy Ignition combustion + Combustion gas thermal and cold or compressed air Thermal pressure and divided pressure stored separately + Accelerated fully automatic processing Mercury gravity turbine with heat pump 10 stages with heat pump Various energy conservation cycle union engine.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1 h) to have air heat exchange equipment + various cargo planes (78V) driving + cold fuel injection with fuel combustion + combustion gas thermal and cold or compressed air thermal storage and cold pressure separately stored + accelerated mercury pressure turbine with a heat pump capable of fully automatic processing in one stage with a heat pump Various energy conservation cycle union engine.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) generator equipped + various cargo planes ( 78V) Drive + fuel injection into combustion in cold energy + Various kinds of mercury gravity turbines that can be accelerated + fully-automatically processed by pressure stored separately in combustion gas temperature and cold or compressed air temperature and cold with heat pump in 2 stages Energy Conservation Cycle Coalition Agency.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) heat pump equipment + various cargo planes ( 78V) Drive + cold fuel injection with fuel injection ignition + combustion gas thermal and cold or compressed air thermal storage and cold with pressure stored separately + mercury gravity turbine capable of fully automatic processing + three stages with heat pump Various energy conservation cycle union engine.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) compression heat recovery equipment provision + various cargo planes Drive (78V) + Cold fuel injection with fuel injection Ignition combustion + Combustion gas temperature and cold energy or compressed air Thermal energy and cold energy divided and stored by pressure + Mercury gravity turbine capable of fully automatic processing with heat pump in 4 stages Various energy conservation cycle united engines provided.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h) water heat exchange equipment to prepare + various cargo planes Drive (78V) + Fuel injection into cold energy Ignition combustion + Combustion gas temperature and cold energy or compressed air Thermal energy and cold energy divided and stored by pressure + Mercury gravity turbine capable of fully automatic processing with heat pump in 5 stages Various energy conservation cycle united engines provided.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1 h) to have air heat exchange equipment + various cargo planes Drive (78V) + Cold fuel injection with fuel injection Ignition combustion + Combustion gas temperature and cold energy or compressed air Thermal energy and cold energy divided and stored by acceleration + Fully automatic processable mercury gravity turbine with heat pump in 6 stages Various energy conservation cycle united engines provided.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) generator equipped + various cargo planes ( 78V) Drive + cold fuel injection with fuel injection ignition + combustion gas thermal and cold heat or compressed air thermal storage and cold heat with a pressure separately stored and able to accelerate + fully automatic processing A mercury gravity turbine is provided in seven stages with a heat pump Various energy conservation cycle union engine.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) heat pump equipment + various cargo planes ( 78V) Drive + fuel injection to burn to cold energy + acceleration with combustion gas temperature and cold or pressure divided separately to compressed air heat and cold + various energy storage cycle coalescing engines equipped with mercury gravity turbine in 8 stages with heat pump .   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) compression heat recovery equipment provision + various cargo planes (78V) driving + cold fuel injection with fuel + ignition combustion + acceleration by combustion gas temperature and cold or compressed air temperature and cold divided pressure + various energy storage cycles with mercury gravity turbine installed in 9 stages with heat pump Coalition agency.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h) water heat exchange equipment to prepare + various cargo planes (78V) driving + cold fuel injection with fuel + ignition combustion + acceleration by combustion gas thermal and cold or compressed air thermal storage and cold divided pressure + mercury gravity turbine with heat pump 10 stages of various energy storage cycles Coalition agency.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1 h) to have air heat exchange equipment + various cargo planes Drive by (78V) + Fuel injection into cold energy Ignition combustion + Combustion gas temperature and cold energy or acceleration by pressure stored separately in compressed air temperature and cold temperature + Various energy storage cycles provided with mercury gravity turbine in one stage with heat pump Coalition agency.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) generator equipped + various cargo planes ( 78V) Drive + fuel injection to burn to cold energy + acceleration with combustion gas temperature and cold or pressure divided separately to compressed air heat and cold + various energy storage cycle coalescing engines provided with mercury gravity turbine in two stages with heat pump .   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) heat pump equipment + various cargo planes ( 78V) Drive + fuel injection to burn to cold energy + acceleration with combustion gas temperature and cold temperature or pressure divided and stored separately to compressed air temperature + cold temperature + Various energy storage cycle coalescing engines provided with mercury gravity turbine in 3 stages with heat pump .   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) compression heat recovery equipment provision + various cargo planes Drive by (78V) + Fuel injection into cold energy igniter combustion + Acceleration with combustion gas temperature and cold energy or pressure stored separately in compressed air heat temperature and cold energy + Various energy storage cycles provided with mercury gravity turbine in 4 stages with heat pump Coalition agency.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h) water heat exchange equipment to prepare + various cargo planes (78V) driving + cold fuel injection with fuel + ignition combustion + acceleration with combustion gas thermal and cold or compressed air thermal storage and cold pressure + mercury gravity turbine with heat pump in various stages of energy storage cycle of 5 stages Coalition agency.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1 h) to have air heat exchange equipment + various cargo planes (78V) driving + cold fuel injection with fuel + ignition combustion + acceleration with combustion gas thermal and cold or compressed air thermal storage and cold divided pressure + mercury gravity turbine with a heat pump and various energy storage cycles provided in six stages Coalition agency.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) generator equipped + various cargo planes ( 78V) Drive + fuel injection to burn to cold energy + acceleration with combustion gas temperature and cold energy or pressure divided separately to compressed air temperature and cold energy + various energy storage cycle coalescing engines equipped with mercury gravity turbine in 7 stages with heat pump .   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) heat pump equipment + various cargo planes ( 78V) Drive + fuel injection into combustion in cold energy + acceleration with combustion gas temperature and cold or compressed air thermal pressure and divided pressure and stored separately + mating blade assembly of the turbine with the same diameter of each section and fitting bolt assembly And various energy storage cycle combined engines in which heat pumps are provided in eight stages along with thrust bearings, bearings and a square turbine outer box (77a).   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) compression heat recovery equipment provision + various cargo planes Drive (78V) + Cold fuel injection with fuel injection Ignition combustion + Combustion gas temperature and cold energy or pressure divided and stored separately in thermal energy and cold temperature + Rotor blade group of the turbine with the same diameter approximately the same shape for each stage Various energy storage cycle combined engines that are assembled and provided with heat pumps in 9 stages along with thrust bearings, bearings and square turbine outer box (77a).   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h) water heat exchange equipment to prepare + various cargo planes Drive (78V) + Cold fuel injection with fuel injection Ignition combustion + Combustion gas temperature and cold energy or pressure divided and stored separately in thermal energy and cold temperature + Rotor blade group of the turbine with the same diameter approximately the same shape for each stage Various energy storage cycle combined engines that are assembled and provided with heat pumps in 10 stages with thrust bearings, bearings, and a square turbine outer box (77a).   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1 h) to have air heat exchange equipment + various cargo planes Drive (78V) + Cold fuel injection with fuel injection Ignition combustion + Combustion gas temperature and cold energy or pressure divided and stored separately in thermal energy and cold temperature + Rotor blade group of the turbine with the same diameter approximately the same shape for each stage Various energy storage cycle combined engines that are assembled and heat pumps are provided in one stage with thrust bearings, bearings and square turbine outer box (77a).   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) generator equipped + various cargo planes ( 78V) Drive + fuel injection into combustion in cold energy + acceleration with combustion gas temperature and cold or compressed air thermal pressure and divided pressure and stored separately + mating blade assembly of the turbine with the same diameter of each section and fitting bolt assembly And various energy storage cycle combined engines in which heat pumps are provided in two stages with thrust bearings, bearings, and a square turbine outer box (77a).   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to solar thermal gravity rotation plane (39B) + horizontal axis (1 h) heat pump equipment + maximum gravity and sunlight Use mercury + raise ball storage device (2F) to raise mercury + save by cold fuel injection ignition combustion + accelerate by combustion gas thermal and cold or compressed air split and save pressure + fully automatic processible mercury gravity Various energy storage cycle combined engines with turbines and heat pumps provided in three stages.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to solar thermal gravity rotation plane (39B) + horizontal axis (1h) compression heat recovery equipment + gravity or sunlight Make maximum use of + Increase mercury with rising ball lifter (2F) + Fuel injection ignition to cold energy + Ignition and combustion + Combustion gas temperature and cold temperature or compressed air temperature and cold energy separately: Accelerated by pressure + Fully automatic processing possible Energy storage cycle combined engine equipped with a mercury mercury turbine in four stages with a heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to solar thermal gravity rotation plane (39B) + horizontal axis (1h) water heat exchange equipment + gravity or sunlight Make maximum use of + Increase mercury with rising ball lifter (2F) + Fuel injection ignition combustion to cold energy + Combustion with combustion gas thermal temperature and cold energy or compressed air thermal pressure and cold energy Various energy storage cycle combined engines with possible mercury gravity turbines in 5 stages with heat pumps.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to solar thermal gravity rotation plane (39B) + horizontal axis (1h) air heat exchange equipment + gravity or sunlight Make maximum use of + Increase mercury with rising ball lifter (2F) + Fuel injection ignition to cold energy + Ignition combustion with burning gas + Accelerated by pressure stored separately with combustion gas temperature and cold or compressed air temperature and cold + Mercury gravity turbine Various energy storage cycle combined engines provided in 6 stages with heat pumps.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to solar thermal gravity rotation plane (39B) + horizontal axis (1 h) to equip generator + maximum gravity and sunlight Use mercury + lift up mercury with increase ball lifter (2F) + fuel injection ignition to cold energy + fire ignition + burn with combustion gas temperature and cold temperature or pressure stored separately with compressed air temperature + cold heat pump + mercury gravity turbine with heat pump The various energy conservation cycle united engines provided in 7 stages.   Increase the superheated steam thermal and compressed air cold heat to the solar heat turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) heat pump equipped + cold heat to fuel injection ignition combustion + A variety of energy storage cycle coalescing engines equipped with eight stages of mercury gravity turbines together with heat pumps, accelerated by combustion gas temperature and cold temperature or pressure stored separately in compressed air temperature and cold temperature + fully automatic processable.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1 h) compression heat recovery equipment + to inject cold fuel A variety of energy storage cycle coalescing engines equipped with 9 stages of mercury gravity turbines that can be ignited and burned + accelerated by combustion gas thermal and cold or compressed air thermal and cold separately + pressure that can be fully automatically processed + heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1h) water heat exchange equipment + cold injection fuel injection Various energy storage cycle coalescing engines equipped with 10 stages of heat pump and mercury gravity turbines that can be accelerated + fully automatic processing by the pressure that is separately stored as ignition + combustion gas thermal and cold or compressed air thermal and cold.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1 h) air heat exchange equipment + cold injection fuel injection Various energy storage cycle coalescing engines with ignition combustion + acceleration with combustion gas thermal and cold or pressure stored separately in compressed air thermal and cold + mercury gravity turbine in one stage with heat pump.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) generator equipped + cold heat to fuel injection ignition combustion + Various acceleration and storage cycle combination engines in which acceleration is achieved by combustion gas temperature and cold or compressed air and pressure divided and stored separately + mercury gravity turbine in two stages with heat pump.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + have a horizontal axis (1 h) heat pump + fuel injection ignition to cold heat Various energy storage cycle coalescing engines with combustion + acceleration by combustion gas thermal and cold or pressure divided and stored separately in compressed air thermal + cold + fully automatic processable mercury gravity turbine in 3 stages with heat pump.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to have a horizontal axis (1 h) compression heat recovery unit + fuel to cold heat A variety of energy storage cycle coalescing engines equipped with a mercury gravity turbine that can be fully automated and processed by acceleration and combustion at a pressure that is separately stored by combustion ignition, combustion gas temperature and cold or compressed air temperature and cold.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to have a horizontal axis (1 h) water heat exchanger + to cool fuel A variety of energy storage cycle coalescing engines equipped with a heat pump and a mercury gravity turbine that can be accelerated and fully automatic processed by injection ignition combustion + combustion gas temperature and cold or compressed air heat and cold separately.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make solar thermal gravity rotation plane (39B) + equip horizontal axis (1 h) air heat exchanger + cold to fuel A variety of energy storage cycle coalescing engines equipped with injection ignition and combustion + acceleration with combustion gas temperature and cold energy or pressure stored separately for compressed air temperature and temperature + mercury gravity turbine in 6 stages with a heat pump.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + have a horizontal axis (1 h) generator + fuel injection ignition to cold heat Various energy storage cycle coalescing engines with combustion + acceleration with combustion gas temperature and cold energy or pressure stored separately in compressed air temperature and cold energy + mercury gravity turbine in 7 stages with a heat pump.   Increase the superheated steam thermal and compressed air cold heat to the solar heat turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) heat pump equipped + cold heat to fuel injection ignition combustion + A variety of energy storage cycle coalescing engines equipped with eight stages of mercury gravity turbines together with heat pumps, accelerated by combustion gas temperature and cold temperature or pressure stored separately in compressed air temperature and cold temperature + fully automatic processable.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1 h) compression heat recovery equipment + to inject cold fuel A variety of energy storage cycle coalescing engines equipped with 9 stages of mercury gravity turbines that can be ignited and burned + accelerated by combustion gas thermal and cold or compressed air thermal and cold separately + pressure that can be fully automatically processed + heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1h) water heat exchange equipment + cold injection fuel injection Various energy storage cycle coalescing engines equipped with 10 stages of heat pump and mercury gravity turbines that can be accelerated + fully automatic processing by the pressure that is separately stored as ignition + combustion gas thermal and cold or compressed air thermal and cold.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1 h) air heat exchange equipment + cold injection fuel injection Various energy storage cycle coalescing engines with ignition combustion + acceleration with combustion gas thermal and cold or pressure stored separately in compressed air thermal and cold + mercury gravity turbine in one stage with heat pump.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) generator equipped + cold heat to fuel injection ignition combustion + Various acceleration and storage cycle combination engines in which acceleration is achieved by combustion gas temperature and cold or compressed air and pressure divided and stored separately + mercury gravity turbine in two stages with heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into a solar thermal gravity rotary plane (39B) + horizontal axis (1 h) heat pump equipment + various space transportation devices (78 V) Drive + cold fuel injection into fuel + ignition combustion + acceleration with combustion gas temperature and cold or compressed air thermal pressure and divided pressure separately + fully automatic processable Various types of mercury gravity turbines provided with a heat pump in 3 stages Energy Conservation Cycle Coalition Agency.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) compression heat recovery equipment preparation + various space return aircraft Driving fuel (78V) + fuel injection ignition to cold energy + acceleration by combustion gas temperature and cold temperature or pressure stored separately in compressed air temperature and cold temperature + fully automatic processable mercury gravity turbine in four stages with heat pump Various energy conservation cycle united engines provided.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h) water heat exchange equipment to prepare + various space return aircraft Drive the fuel (78V) + fuel injection ignition to cold energy + acceleration with the pressure separately stored combustion gas thermal energy and cold energy or compressed air thermal energy and cold energy + five steps mercury gravity turbine that can be fully automatic processing with a heat pump The various energy conservation cycle united engines provided in.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1h) air heat exchange equipment + various space return aircraft Drive the fuel (78V) + fuel injection to a cold energy igniter combustion + acceleration with combustion gas temperature and cold energy or pressure divided and stored separately in a compressed air temperature + cold energy + various types of energy storage provided with a mercury gravity turbine in six stages with a heat pump Cycle coalescing agency.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary airplane (39B) + make horizontal axis (1 h) generator equipped + various space transportation devices (78 V) driving + fuel injection to burn to cold energy + acceleration with combustion gas temperature and cold or pressure divided separately to compressed air temperature and cold + various energy storage cycle combination provided with mercury gravity turbine in 7 stages with heat pump organ.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + have a horizontal axis (1 h) heat pump + fuel injection ignition to cold heat Various energy storage cycle coalescing engines equipped with combustion + heat and cold or compressed air heat and cold divided pressure to be stored separately + fully automatic processable mercury gravity turbine in 8 stages with a heat pump.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to have a horizontal axis (1 h) compression heat recovery unit + fuel to cold heat A variety of energy storage cycle coalescing engines equipped with 9 stages of mercury gravity turbines that can be fully automated and processed by acceleration + combustion with combustion gas thermal and cold or compressed air thermal and cold separately.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to have a horizontal axis (1 h) water heat exchanger + to cool fuel Various energy storage cycle coalescing engines equipped with 10 stages of mercury gravity turbines that can be accelerated + fully automatic processing by injection ignition combustion + combustion gas temperature and cold or compressed air thermal pressure and cold pressure separately stored pressure.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make solar thermal gravity rotation plane (39B) + equip horizontal axis (1 h) air heat exchanger + cold to fuel A variety of energy storage cycle coalescing engines in which injection ignition combustion + acceleration with combustion gas temperature and cold temperature or pressure stored separately in compressed air temperature and cold temperature + mercury gravity turbine in one stage with a heat pump.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + have a horizontal axis (1 h) generator + fuel injection ignition to cold heat Various energy storage cycle coalescing engines equipped with combustion + acceleration with combustion gas temperature and cold energy or pressure stored separately in compressed air temperature and cold energy + mercury gravity turbine in two stages with heat pump.   Increase the superheated steam thermal and compressed air cold heat to the solar heat turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) heat pump equipped + cold heat to fuel injection ignition combustion + A variety of energy storage cycle coalescing engines equipped with three stages of mercury gravity turbines together with a heat pump. + Accelerated with combustion gas temperature and cold temperature or pressure stored separately in compressed air temperature and cold temperature + Fully automatic processable.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1 h) compression heat recovery equipment + to inject cold fuel A variety of energy storage cycle coalescing engines equipped with a mercury gravity turbine that can be ignited and burned + accelerated with the pressure separately stored as combustion gas temperature and cold or compressed air temperature and cold + fully automatic processing with a heat pump in four stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1h) water heat exchange equipment + cold injection fuel injection A variety of energy storage cycle coalescing engines that are equipped with a heat pump and a mercury gravity turbine that can be accelerated + fully-automatically processed at a pressure that is separately stored as ignition + combustion gas thermal energy and cold energy or compressed air thermal energy and cold energy.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1 h) air heat exchange equipment + cold injection fuel injection A variety of energy storage cycle coalescing engines with ignition and combustion + acceleration with combustion gas thermal and cold or pressure stored separately in compressed air thermal and cold + mercury gravity turbines in 6 stages with heat pumps.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) generator equipped + cold heat to fuel injection ignition combustion + Various acceleration and storage cycle combination engines equipped with acceleration with pressure that is stored separately in combustion gas temperature and cold or compressed air temperature and cold + mercury gravity turbine with heat pump in seven stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into a solar thermal gravity rotary plane (39B) + horizontal axis (1 h) heat pump equipment + various space transportation devices (78 V) Drive + cold fuel injection into fuel + ignition combustion + acceleration with combustion gas temperature and cold or compressed air split and stored pressure separately + fully automatic processable Various types of mercury gravity turbines provided in eight stages with a heat pump Energy Conservation Cycle Coalition Agency.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) compression heat recovery equipment preparation + various space return aircraft Driving fuel (78V) + fuel injection ignition combustion to cold energy + acceleration by combustion gas temperature and cold energy or pressure stored separately in compressed air temperature energy and cold energy + fully automatic processable mercury gravity turbine in 9 stages with heat pump Various energy conservation cycle united engines provided.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h) water heat exchange equipment to prepare + various space return aircraft Drive the fuel (78V) + fuel injection into cold energy Ignition combustion + combustion gas temperature and cold energy or compressed air thermal energy and cold energy separately stored pressure + accelerated mercury pressure turbine that can be fully automatic processing + 10 stages with a heat pump The various energy conservation cycle united engines provided in.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1h) air heat exchange equipment + various space return aircraft Drive the fuel (78V) + fuel injection to a cold energy igniter combustion + acceleration with combustion gas temperature and cold energy or pressure stored separately in compressed air temperature energy and cold energy + various kinds of energy storage provided with a mercury gravity turbine in one stage with a heat pump Cycle coalescing agency.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary airplane (39B) + make horizontal axis (1 h) generator equipped + various space transportation devices (78 V) driving + fuel injection to burn to cold energy + acceleration by combustion gas temperature and cold temperature or pressure divided separately to compressed air temperature and cold temperature + various energy storage cycle combination provided with a mercury gravity turbine in two stages with a heat pump organ.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel injection with fuel + ignition combustion + acceleration with combustion gas thermal and cold or compressed air thermal storage and cold divided pressure + fully automatic processable Mercury gravity turbine with heat pump 3 stages of various energy Preservation cycle union agency.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel injection with fuel + ignition combustion + combustion gas thermal and cold or compressed air thermal storage and cold storage with pressure separately stored + various types of mercury gravity turbines that can be automatically machined together with a heat pump in four stages Energy Conservation Cycle Coalition Agency.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel injection to fuel + ignition combustion + combustion gas thermal and cold or compressed air thermal storage and cold heat separately stored pressure + split mercury mercury turbine with heat pump that can be fully automatic processing Various energy conservation cycle union engine.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + fuel injection to combustion to cold energy + acceleration with combustion gas temperature and cold or pressure divided separately to compressed air temperature and cold + various energy storage cycle coalescing engines provided with mercury gravity turbine in 6 stages with heat pump .   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + fuel injection to burn to cold energy + acceleration with combustion gas temperature and cold energy or pressure divided separately to compressed air temperature and cold energy + various energy storage cycle coalescing engines equipped with mercury gravity turbine in 7 stages with heat pump .   Increase the superheated steam thermal and compressed air cold heat to the solar heat turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) heat pump equipped + cold heat to fuel injection ignition combustion + A variety of energy storage cycle coalescing engines equipped with eight stages of mercury gravity turbines together with heat pumps, accelerated by combustion gas temperature and cold temperature or pressure stored separately in compressed air temperature and cold temperature + fully automatic processable.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1 h) compression heat recovery equipment + to inject cold fuel A variety of energy storage cycle coalescing engines equipped with 9 stages of mercury gravity turbines that can be ignited and burned + accelerated by combustion gas thermal and cold or compressed air thermal and cold separately + pressure that can be fully automatically processed + heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1h) water heat exchange equipment + cold injection fuel injection Various energy storage cycle coalescing engines equipped with 10 stages of heat pump and mercury gravity turbines that can be accelerated + fully automatic processing by the pressure that is separately stored as ignition + combustion gas thermal and cold or compressed air thermal and cold.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1 h) air heat exchange equipment + cold injection fuel injection Various energy storage cycle coalescing engines with ignition combustion + acceleration with combustion gas thermal and cold or pressure stored separately in compressed air thermal and cold + mercury gravity turbine in one stage with heat pump.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) generator equipped + cold heat to fuel injection ignition combustion + Various acceleration and storage cycle combination engines in which acceleration is achieved by combustion gas temperature and cold or compressed air and pressure divided and stored separately + mercury gravity turbine in two stages with heat pump.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + have a horizontal axis (1 h) heat pump + fuel injection ignition to cold heat Various energy storage cycle coalescing engines with combustion + acceleration by combustion gas thermal and cold or pressure divided and stored separately in compressed air thermal + cold + fully automatic processable mercury gravity turbine in 3 stages with heat pump.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to have a horizontal axis (1 h) compression heat recovery unit + fuel to cold heat A variety of energy storage cycle coalescing engines equipped with a mercury gravity turbine that can be fully automated and processed by acceleration and combustion at a pressure that is separately stored by combustion ignition, combustion gas temperature and cold or compressed air temperature and cold.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to have a horizontal axis (1 h) water heat exchanger + to cool fuel A variety of energy storage cycle coalescing engines equipped with a heat pump and a mercury gravity turbine that can be accelerated and fully automatic processed by injection ignition combustion + combustion gas temperature and cold or compressed air heat and cold separately.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make solar thermal gravity rotation plane (39B) + equip horizontal axis (1 h) air heat exchanger + cold to fuel A variety of energy storage cycle coalescing engines equipped with injection ignition and combustion + acceleration with combustion gas temperature and cold energy or pressure stored separately for compressed air temperature and temperature + mercury gravity turbine in 6 stages with a heat pump.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + have a horizontal axis (1 h) generator + fuel injection ignition to cold heat Various energy storage cycle coalescing engines with combustion + acceleration with combustion gas temperature and cold energy or pressure stored separately in compressed air temperature and cold energy + mercury gravity turbine in 7 stages with a heat pump.   Increase the superheated steam thermal and compressed air cold heat to the solar heat turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) heat pump equipped + cold heat to fuel injection ignition combustion + A variety of energy storage cycle coalescing engines equipped with eight stages of mercury gravity turbines together with heat pumps, accelerated by combustion gas temperature and cold temperature or pressure stored separately in compressed air temperature and cold temperature + fully automatic processable.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1 h) compression heat recovery equipment + to inject cold fuel A variety of energy storage cycle coalescing engines equipped with 9 stages of mercury gravity turbines that can be ignited and burned + accelerated by combustion gas thermal and cold or compressed air thermal and cold separately + pressure that can be fully automatically processed + heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1h) water heat exchange equipment + cold injection fuel injection Various energy storage cycle coalescing engines equipped with 10 stages of heat pump and mercury gravity turbines that can be accelerated + fully automatic processing by the pressure that is separately stored as ignition + combustion gas thermal and cold or compressed air thermal and cold.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1 h) air heat exchange equipment + cold injection fuel injection Various energy storage cycle coalescing engines with ignition combustion + acceleration with combustion gas thermal and cold or pressure stored separately in compressed air thermal and cold + mercury gravity turbine in one stage with heat pump.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) generator equipped + cold heat to fuel injection ignition combustion + Various acceleration and storage cycle combination engines in which acceleration is achieved by combustion gas temperature and cold or compressed air and pressure divided and stored separately + mercury gravity turbine in two stages with heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into a solar thermal gravity rotary plane (39B) + horizontal axis (1 h) heat pump equipment + various space transportation devices (78 V) Drive + cold fuel injection into fuel + ignition combustion + acceleration with combustion gas temperature and cold or compressed air thermal pressure and divided pressure separately + fully automatic processable Various types of mercury gravity turbines provided with a heat pump in 3 stages Energy Conservation Cycle Coalition Agency.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) compression heat recovery equipment preparation + various space return aircraft Driving fuel (78V) + fuel injection ignition to cold energy + acceleration by combustion gas temperature and cold temperature or pressure stored separately in compressed air temperature and cold temperature + fully automatic processable mercury gravity turbine in four stages with heat pump Various energy conservation cycle united engines provided.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h) water heat exchange equipment to prepare + various space return aircraft Drive the fuel (78V) + fuel injection ignition to cold energy + acceleration with the pressure separately stored combustion gas thermal energy and cold energy or compressed air thermal energy and cold energy + five steps mercury gravity turbine that can be fully automatic processing with a heat pump The various energy conservation cycle united engines provided in.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1h) air heat exchange equipment + various space return aircraft Drive the fuel (78V) + fuel injection to a cold energy igniter combustion + acceleration with combustion gas temperature and cold energy or pressure divided and stored separately in a compressed air temperature + cold energy + various types of energy storage provided with a mercury gravity turbine in six stages with a heat pump Cycle coalescing agency.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary airplane (39B) + make horizontal axis (1 h) generator equipped + various space transportation devices (78 V) driving + fuel injection to burn to cold energy + acceleration with combustion gas temperature and cold or pressure divided separately to compressed air temperature and cold + various energy storage cycle combination provided with mercury gravity turbine in 7 stages with heat pump organ.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel injection with fuel + ignition combustion + acceleration with combustion gas temperature and cold or compressed air thermal pressure and divided pressure separately + fully automatic processable Mercury gravity turbine with heat pump 8 stages of various energy Preservation cycle union agency.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + fuel injection into cold energy Ignition combustion + combustion gas thermal and cold or compressed air Thermal acceleration and pressure by divided storage into cold energy + Various kinds of mercury gravity turbines capable of fully automatic processing with heat pump provided in 9 stages Energy Conservation Cycle Coalition Agency.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel injection with fuel injection ignition + combustion gas thermal and cold or compressed air thermal storage and cold with pressure stored separately + mercury gravity turbine capable of fully automatic processing + 10 stages with a heat pump Various energy conservation cycle union engine.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + fuel injection into combustion in cold energy + acceleration with combustion gas temperature and cold energy or pressure stored separately in compressed air temperature and cold energy + various energy storage cycle coalescing engines equipped with mercury gravity turbine in one stage with heat pump .   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + fuel injection to burn to cold energy + acceleration with combustion gas temperature and cold or pressure divided separately to compressed air heat and cold + various energy storage cycle coalescing engines provided with mercury gravity turbine in two stages with heat pump .   Increase the superheated steam thermal and compressed air cold heat to the solar heat turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) heat pump equipped + cold heat to fuel injection ignition combustion + A variety of energy storage cycle coalescing engines equipped with three stages of mercury gravity turbines together with a heat pump. + Accelerated with combustion gas temperature and cold temperature or pressure stored separately in compressed air temperature and cold temperature + Fully automatic processable.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1 h) compression heat recovery equipment + to inject cold fuel A variety of energy storage cycle coalescing engines equipped with a mercury gravity turbine that can be ignited and burned + accelerated with the pressure separately stored as combustion gas temperature and cold or compressed air temperature and cold + fully automatic processing with a heat pump in four stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1h) water heat exchange equipment + cold injection fuel injection A variety of energy storage cycle coalescing engines that are equipped with a heat pump and a mercury gravity turbine that can be accelerated + fully-automatically processed at a pressure that is separately stored as ignition + combustion gas thermal energy and cold energy or compressed air thermal energy and cold energy.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1 h) air heat exchange equipment + cold injection fuel injection A variety of energy storage cycle coalescing engines with ignition and combustion + acceleration with combustion gas thermal and cold or pressure stored separately in compressed air thermal and cold + mercury gravity turbines in 6 stages with heat pumps.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) generator equipped + cold heat to fuel injection ignition combustion + Various acceleration and storage cycle combination engines equipped with acceleration with pressure that is stored separately in combustion gas temperature and cold or compressed air temperature and cold + mercury gravity turbine with heat pump in seven stages.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + have a horizontal axis (1 h) heat pump + fuel injection ignition to cold heat Various energy storage cycle coalescing engines equipped with combustion + heat and cold or compressed air heat and cold divided pressure to be stored separately + fully automatic processable mercury gravity turbine in 8 stages with a heat pump.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to have a horizontal axis (1 h) compression heat recovery unit + fuel to cold heat A variety of energy storage cycle coalescing engines equipped with 9 stages of mercury gravity turbines that can be fully automated and processed by acceleration + combustion with combustion gas thermal and cold or compressed air thermal and cold separately.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to have a horizontal axis (1 h) water heat exchanger + to cool fuel Various energy storage cycle coalescing engines equipped with 10 stages of mercury gravity turbines that can be accelerated + fully automatic processing by injection ignition combustion + combustion gas temperature and cold or compressed air thermal pressure and cold pressure separately stored pressure.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make solar thermal gravity rotation plane (39B) + equip horizontal axis (1 h) air heat exchanger + cold to fuel A variety of energy storage cycle coalescing engines in which injection ignition combustion + acceleration with combustion gas temperature and cold temperature or pressure stored separately in compressed air temperature and cold temperature + mercury gravity turbine in one stage with a heat pump.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + have a horizontal axis (1 h) generator + fuel injection ignition to cold heat Various energy storage cycle coalescing engines equipped with combustion + acceleration with combustion gas temperature and cold energy or pressure stored separately in compressed air temperature and cold energy + mercury gravity turbine in two stages with heat pump.   Increase the superheated steam thermal and compressed air cold heat to the solar heat turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) heat pump equipped + cold heat to fuel injection ignition combustion + A variety of energy storage cycle coalescing engines equipped with three stages of mercury gravity turbines together with a heat pump. + Accelerated with combustion gas temperature and cold temperature or pressure stored separately in compressed air temperature and cold temperature + Fully automatic processable.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1 h) compression heat recovery equipment + to inject cold fuel A variety of energy storage cycle coalescing engines equipped with a mercury gravity turbine that can be ignited and burned + accelerated with the pressure separately stored as combustion gas temperature and cold or compressed air temperature and cold + fully automatic processing with a heat pump in four stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1h) water heat exchange equipment + cold injection fuel injection A variety of energy storage cycle coalescing engines that are equipped with a heat pump and a mercury gravity turbine that can be accelerated + fully-automatically processed at a pressure that is separately stored as ignition + combustion gas thermal energy and cold energy or compressed air thermal energy and cold energy.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1 h) air heat exchange equipment + cold injection fuel injection A variety of energy storage cycle coalescing engines with ignition and combustion + acceleration with combustion gas thermal and cold or pressure stored separately in compressed air thermal and cold + mercury gravity turbines in 6 stages with heat pumps.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) generator equipped + cold heat to fuel injection ignition combustion + Various acceleration and storage cycle combination engines equipped with acceleration with pressure that is stored separately in combustion gas temperature and cold or compressed air temperature and cold + mercury gravity turbine with heat pump in seven stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into a solar thermal gravity rotary plane (39B) + horizontal axis (1 h) heat pump equipment + various space transportation devices (78 V) Drive + cold fuel injection into fuel + ignition combustion + acceleration with combustion gas temperature and cold or compressed air split and stored pressure separately + fully automatic processable Various types of mercury gravity turbines provided in eight stages with a heat pump Energy Conservation Cycle Coalition Agency.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) compression heat recovery equipment preparation + various space return aircraft Driving fuel (78V) + fuel injection ignition combustion to cold energy + acceleration by combustion gas temperature and cold energy or pressure stored separately in compressed air temperature energy and cold energy + fully automatic processable mercury gravity turbine in 9 stages with heat pump Various energy conservation cycle united engines provided.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h) water heat exchange equipment to prepare + various space return aircraft Drive the fuel (78V) + fuel injection into cold energy Ignition combustion + combustion gas temperature and cold energy or compressed air thermal energy and cold energy separately stored pressure + accelerated mercury pressure turbine that can be fully automatic processing + 10 stages with a heat pump The various energy conservation cycle united engines provided in.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1h) air heat exchange equipment + various space return aircraft Drive the fuel (78V) + fuel injection to a cold energy igniter combustion + acceleration with combustion gas temperature and cold energy or pressure stored separately in compressed air temperature energy and cold energy + various kinds of energy storage provided with a mercury gravity turbine in one stage with a heat pump Cycle coalescing agency.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary airplane (39B) + make horizontal axis (1 h) generator equipped + various space transportation devices (78 V) driving + fuel injection to burn to cold energy + acceleration by combustion gas temperature and cold temperature or pressure divided separately to compressed air temperature and cold temperature + various energy storage cycle combination provided with a mercury gravity turbine in two stages with a heat pump organ.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel injection with fuel + ignition combustion + acceleration with combustion gas thermal and cold or compressed air thermal storage and cold divided pressure + fully automatic processable Mercury gravity turbine with heat pump 3 stages of various energy Preservation cycle union agency.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel injection with fuel + ignition combustion + combustion gas thermal and cold or compressed air thermal storage and cold storage with pressure separately stored + various types of mercury gravity turbines that can be automatically machined together with a heat pump in four stages Energy Conservation Cycle Coalition Agency.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel injection to fuel + ignition combustion + combustion gas thermal and cold or compressed air thermal storage and cold heat separately stored pressure + split mercury mercury turbine with heat pump that can be fully automatic processing Various energy conservation cycle union engine.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + fuel injection to combustion to cold energy + acceleration with combustion gas temperature and cold or pressure divided separately to compressed air temperature and cold + various energy storage cycle coalescing engines provided with mercury gravity turbine in 6 stages with heat pump .   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + fuel injection to burn to cold energy + acceleration with combustion gas temperature and cold energy or pressure divided separately to compressed air temperature and cold energy + various energy storage cycle coalescing engines equipped with mercury gravity turbine in 7 stages with heat pump .   Increase the superheated steam thermal and compressed air cold heat to the solar heat turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) heat pump equipped + cold heat to fuel injection ignition combustion + A variety of energy storage cycle coalescing engines equipped with eight stages of mercury gravity turbines together with heat pumps, accelerated by combustion gas temperature and cold temperature or pressure stored separately in compressed air temperature and cold temperature + fully automatic processable.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1 h) compression heat recovery equipment + to inject cold fuel A variety of energy storage cycle coalescing engines equipped with 9 stages of mercury gravity turbines that can be ignited and burned + accelerated by combustion gas thermal and cold or compressed air thermal and cold separately + pressure that can be fully automatically processed + heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1h) water heat exchange equipment + cold injection fuel injection Various energy storage cycle coalescing engines equipped with 10 stages of heat pump and mercury gravity turbines that can be accelerated + fully automatic processing by the pressure that is separately stored as ignition + combustion gas thermal and cold or compressed air thermal and cold.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1 h) air heat exchange equipment + cold injection fuel injection Various energy storage cycle coalescing engines with ignition combustion + acceleration with combustion gas thermal and cold or pressure stored separately in compressed air thermal and cold + mercury gravity turbine in one stage with heat pump.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) generator equipped + cold heat to fuel injection ignition combustion + Various acceleration and storage cycle combination engines in which acceleration is achieved by combustion gas temperature and cold or compressed air and pressure divided and stored separately + mercury gravity turbine in two stages with heat pump.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + have a horizontal axis (1 h) heat pump + fuel injection ignition to cold heat Various energy storage cycle coalescing engines with combustion + acceleration by combustion gas thermal and cold or pressure divided and stored separately in compressed air thermal + cold + fully automatic processable mercury gravity turbine in 3 stages with heat pump.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to have a horizontal axis (1 h) compression heat recovery unit + fuel to cold heat A variety of energy storage cycle coalescing engines equipped with a mercury gravity turbine that can be fully automated and processed by acceleration and combustion at a pressure that is separately stored by combustion ignition, combustion gas temperature and cold or compressed air temperature and cold.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to have a horizontal axis (1 h) water heat exchanger + to cool fuel A variety of energy storage cycle coalescing engines equipped with a heat pump and a mercury gravity turbine that can be accelerated and fully automatic processed by injection ignition combustion + combustion gas temperature and cold or compressed air heat and cold separately.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make solar thermal gravity rotation plane (39B) + equip horizontal axis (1 h) air heat exchanger + cold to fuel A variety of energy storage cycle coalescing engines equipped with injection ignition and combustion + acceleration with combustion gas temperature and cold energy or pressure stored separately for compressed air temperature and temperature + mercury gravity turbine in 6 stages with a heat pump.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + have a horizontal axis (1 h) generator + fuel injection ignition to cold heat Various energy storage cycle coalescing engines with combustion + acceleration with combustion gas temperature and cold energy or pressure stored separately in compressed air temperature and cold energy + mercury gravity turbine in 7 stages with a heat pump.   Increase the superheated steam thermal and compressed air cold heat to the solar heat turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) heat pump equipped + cold heat to fuel injection ignition combustion + A variety of energy storage cycle coalescing engines equipped with eight stages of mercury gravity turbines together with heat pumps, accelerated by combustion gas temperature and cold temperature or pressure stored separately in compressed air temperature and cold temperature + fully automatic processable.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1 h) compression heat recovery equipment + to inject cold fuel A variety of energy storage cycle coalescing engines equipped with 9 stages of mercury gravity turbines that can be ignited and burned + accelerated by combustion gas thermal and cold or compressed air thermal and cold separately + pressure that can be fully automatically processed + heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1h) water heat exchange equipment + cold injection fuel injection Various energy storage cycle coalescing engines equipped with 10 stages of heat pump and mercury gravity turbines that can be accelerated + fully automatic processing by the pressure that is separately stored as ignition + combustion gas thermal and cold or compressed air thermal and cold.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1 h) air heat exchange equipment + cold injection fuel injection Various energy storage cycle coalescing engines with ignition combustion + acceleration with combustion gas thermal and cold or pressure stored separately in compressed air thermal and cold + mercury gravity turbine in one stage with heat pump.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) generator equipped + cold heat to fuel injection ignition combustion + Various acceleration and storage cycle combination engines in which acceleration is achieved by combustion gas temperature and cold or compressed air and pressure divided and stored separately + mercury gravity turbine in two stages with heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into a solar thermal gravity rotary plane (39B) + horizontal axis (1 h) heat pump equipment + various space transportation devices (78 V) Drive + cold fuel injection into fuel + ignition combustion + acceleration with combustion gas temperature and cold or compressed air thermal pressure and divided pressure separately + fully automatic processable Various types of mercury gravity turbines provided with a heat pump in 3 stages Energy Conservation Cycle Coalition Agency.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) compression heat recovery equipment preparation + various space return aircraft Driving fuel (78V) + fuel injection ignition to cold energy + acceleration by combustion gas temperature and cold temperature or pressure stored separately in compressed air temperature and cold temperature + fully automatic processable mercury gravity turbine in four stages with heat pump Various energy conservation cycle united engines provided.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h) water heat exchange equipment to prepare + various space return aircraft Drive the fuel (78V) + fuel injection ignition to cold energy + acceleration with the pressure separately stored combustion gas thermal energy and cold energy or compressed air thermal energy and cold energy + five steps mercury gravity turbine that can be fully automatic processing with a heat pump The various energy conservation cycle united engines provided in.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1h) air heat exchange equipment + various space return aircraft Drive the fuel (78V) + fuel injection to a cold energy igniter combustion + acceleration with combustion gas temperature and cold energy or pressure divided and stored separately in a compressed air temperature + cold energy + various types of energy storage provided with a mercury gravity turbine in six stages with a heat pump Cycle coalescing agency.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary airplane (39B) + make horizontal axis (1 h) generator equipped + various space transportation devices (78 V) driving + fuel injection to burn to cold energy + acceleration with combustion gas temperature and cold or pressure divided separately to compressed air temperature and cold + various energy storage cycle combination provided with mercury gravity turbine in 7 stages with heat pump organ.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel injection with fuel + ignition combustion + acceleration with combustion gas temperature and cold or compressed air thermal pressure and divided pressure separately + fully automatic processable Mercury gravity turbine with heat pump 8 stages of various energy Preservation cycle union agency.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + fuel injection into cold energy Ignition combustion + combustion gas thermal and cold or compressed air Thermal acceleration and pressure by divided storage into cold energy + Various kinds of mercury gravity turbines capable of fully automatic processing with heat pump provided in 9 stages Energy Conservation Cycle Coalition Agency.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel injection with fuel injection ignition + combustion gas thermal and cold or compressed air thermal storage and cold with pressure stored separately + mercury gravity turbine capable of fully automatic processing + 10 stages with a heat pump Various energy conservation cycle union engine.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + fuel injection into combustion in cold energy + acceleration with combustion gas temperature and cold energy or pressure stored separately in compressed air temperature and cold energy + various energy storage cycle coalescing engines equipped with mercury gravity turbine in one stage with heat pump .   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + fuel injection to burn to cold energy + acceleration with combustion gas temperature and cold or pressure divided separately to compressed air heat and cold + various energy storage cycle coalescing engines provided with mercury gravity turbine in two stages with heat pump .   Increase the superheated steam thermal and compressed air cold heat to the solar heat turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) heat pump equipped + cold heat to fuel injection ignition combustion + A variety of energy storage cycle coalescing engines equipped with three stages of mercury gravity turbines together with a heat pump. + Accelerated with combustion gas temperature and cold temperature or pressure stored separately in compressed air temperature and cold temperature + Fully automatic processable.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1 h) compression heat recovery equipment + to inject cold fuel A variety of energy storage cycle coalescing engines equipped with a mercury gravity turbine that can be ignited and burned + accelerated with the pressure separately stored as combustion gas temperature and cold or compressed air temperature and cold + fully automatic processing with a heat pump in four stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1h) water heat exchange equipment + cold injection fuel injection A variety of energy storage cycle coalescing engines that are equipped with a heat pump and a mercury gravity turbine that can be accelerated + fully-automatically processed at a pressure that is separately stored as ignition + combustion gas thermal energy and cold energy or compressed air thermal energy and cold energy.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1 h) air heat exchange equipment + cold injection fuel injection A variety of energy storage cycle coalescing engines with ignition and combustion + acceleration with combustion gas thermal and cold or pressure stored separately in compressed air thermal and cold + mercury gravity turbines in 6 stages with heat pumps.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) generator equipped + cold heat to fuel injection ignition combustion + Various acceleration and storage cycle combination engines equipped with acceleration with pressure that is stored separately in combustion gas temperature and cold or compressed air temperature and cold + mercury gravity turbine with heat pump in seven stages.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + have a horizontal axis (1 h) heat pump + fuel injection ignition to cold heat Various energy storage cycle coalescing engines equipped with combustion + heat and cold or compressed air heat and cold divided pressure to be stored separately + fully automatic processable mercury gravity turbine in 8 stages with a heat pump.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to have a horizontal axis (1 h) compression heat recovery unit + fuel to cold heat A variety of energy storage cycle coalescing engines equipped with 9 stages of mercury gravity turbines that can be fully automated and processed by acceleration + combustion with combustion gas thermal and cold or compressed air thermal and cold separately.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to have a horizontal axis (1 h) water heat exchanger + to cool fuel Various energy storage cycle coalescing engines equipped with 10 stages of mercury gravity turbines that can be accelerated + fully automatic processing by injection ignition combustion + combustion gas temperature and cold or compressed air thermal pressure and cold pressure separately stored pressure.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make solar thermal gravity rotation plane (39B) + equip horizontal axis (1 h) air heat exchanger + cold to fuel A variety of energy storage cycle coalescing engines in which injection ignition combustion + acceleration with combustion gas temperature and cold temperature or pressure stored separately in compressed air temperature and cold temperature + mercury gravity turbine in one stage with a heat pump.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + have a horizontal axis (1 h) generator + fuel injection ignition to cold heat Various energy storage cycle coalescing engines equipped with combustion + acceleration with combustion gas temperature and cold energy or pressure stored separately in compressed air temperature and cold energy + mercury gravity turbine in two stages with heat pump.   Increase the superheated steam thermal and compressed air cold heat to the solar heat turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) heat pump equipped + cold heat to fuel injection ignition combustion + A variety of energy storage cycle coalescing engines equipped with three stages of mercury gravity turbines together with a heat pump. + Accelerated with combustion gas temperature and cold temperature or pressure stored separately in compressed air temperature and cold temperature + Fully automatic processable.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1 h) compression heat recovery equipment + to inject cold fuel A variety of energy storage cycle coalescing engines equipped with a mercury gravity turbine that can be ignited and burned + accelerated with the pressure separately stored as combustion gas temperature and cold or compressed air temperature and cold + fully automatic processing with a heat pump in four stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1h) water heat exchange equipment + cold injection fuel injection A variety of energy storage cycle coalescing engines that are equipped with a heat pump and a mercury gravity turbine that can be accelerated + fully-automatically processed at a pressure that is separately stored as ignition + combustion gas thermal energy and cold energy or compressed air thermal energy and cold energy.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1 h) air heat exchange equipment + cold injection fuel injection A variety of energy storage cycle coalescing engines with ignition and combustion + acceleration with combustion gas thermal and cold or pressure stored separately in compressed air thermal and cold + mercury gravity turbines in 6 stages with heat pumps.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) generator equipped + cold heat to fuel injection ignition combustion + Various acceleration and storage cycle combination engines equipped with acceleration with pressure that is stored separately in combustion gas temperature and cold or compressed air temperature and cold + mercury gravity turbine with heat pump in seven stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into a solar thermal gravity rotary plane (39B) + horizontal axis (1 h) heat pump equipment + various space transportation devices (78 V) Drive + cold fuel injection into fuel + ignition combustion + acceleration with combustion gas temperature and cold or compressed air split and stored pressure separately + fully automatic processable Various types of mercury gravity turbines provided in eight stages with a heat pump Energy Conservation Cycle Coalition Agency.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) compression heat recovery equipment preparation + various space return aircraft Driving fuel (78V) + fuel injection ignition combustion to cold energy + acceleration by combustion gas temperature and cold energy or pressure stored separately in compressed air temperature energy and cold energy + fully automatic processable mercury gravity turbine in 9 stages with heat pump Various energy conservation cycle united engines provided.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h) water heat exchange equipment to prepare + various space return aircraft Drive the fuel (78V) + fuel injection into cold energy Ignition combustion + combustion gas temperature and cold energy or compressed air thermal energy and cold energy separately stored pressure + accelerated mercury pressure turbine that can be fully automatic processing + 10 stages with a heat pump The various energy conservation cycle united engines provided in.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1h) air heat exchange equipment + various space return aircraft Drive the fuel (78V) + fuel injection to a cold energy igniter combustion + acceleration with combustion gas temperature and cold energy or pressure stored separately in compressed air temperature energy and cold energy + various kinds of energy storage provided with a mercury gravity turbine in one stage with a heat pump Cycle coalescing agency.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary airplane (39B) + make horizontal axis (1 h) generator equipped + various space transportation devices (78 V) driving + fuel injection to burn to cold energy + acceleration by combustion gas temperature and cold temperature or pressure divided separately to compressed air temperature and cold temperature + various energy storage cycle combination provided with a mercury gravity turbine in two stages with a heat pump organ.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel injection with fuel + ignition combustion + acceleration with combustion gas thermal and cold or compressed air thermal storage and cold divided pressure + fully automatic processable Mercury gravity turbine with heat pump 3 stages of various energy Preservation cycle union agency.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel injection with fuel + ignition combustion + combustion gas thermal and cold or compressed air thermal storage and cold storage with pressure separately stored + various types of mercury gravity turbines that can be automatically machined together with a heat pump in four stages Energy Conservation Cycle Coalition Agency.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel injection to fuel + ignition combustion + combustion gas thermal and cold or compressed air thermal storage and cold heat separately stored pressure + split mercury mercury turbine with heat pump that can be fully automatic processing Various energy conservation cycle union engine.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + fuel injection to combustion to cold energy + acceleration with combustion gas temperature and cold or pressure divided separately to compressed air temperature and cold + various energy storage cycle coalescing engines provided with mercury gravity turbine in 6 stages with heat pump .   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + fuel injection to burn to cold energy + acceleration with combustion gas temperature and cold energy or pressure divided separately to compressed air temperature and cold energy + various energy storage cycle coalescing engines equipped with mercury gravity turbine in 7 stages with heat pump .   Increase the superheated steam thermal and compressed air cold heat to the solar heat turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) heat pump equipped + cold heat to fuel injection ignition combustion + A variety of energy storage cycle coalescing engines equipped with eight stages of mercury gravity turbines together with heat pumps, accelerated by combustion gas temperature and cold temperature or pressure stored separately in compressed air temperature and cold temperature + fully automatic processable.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1 h) compression heat recovery equipment + to inject cold fuel A variety of energy storage cycle coalescing engines equipped with 9 stages of mercury gravity turbines that can be ignited and burned + accelerated by combustion gas thermal and cold or compressed air thermal and cold separately + pressure that can be fully automatically processed + heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1h) water heat exchange equipment + cold injection fuel injection Various energy storage cycle coalescing engines equipped with 10 stages of heat pump and mercury gravity turbines that can be accelerated + fully automatic processing by the pressure that is separately stored as ignition + combustion gas thermal and cold or compressed air thermal and cold.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1 h) air heat exchange equipment + cold injection fuel injection Various energy storage cycle coalescing engines with ignition combustion + acceleration with combustion gas thermal and cold or pressure stored separately in compressed air thermal and cold + mercury gravity turbine in one stage with heat pump.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) generator equipped + cold heat to fuel injection ignition combustion + Various acceleration and storage cycle combination engines in which acceleration is achieved by combustion gas temperature and cold or compressed air and pressure divided and stored separately + mercury gravity turbine in two stages with heat pump.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + have a horizontal axis (1 h) heat pump + fuel injection ignition to cold heat Various energy storage cycle coalescing engines with combustion + acceleration by combustion gas thermal and cold or pressure divided and stored separately in compressed air thermal + cold + fully automatic processable mercury gravity turbine in 3 stages with heat pump.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to have a horizontal axis (1 h) compression heat recovery unit + fuel to cold heat A variety of energy storage cycle coalescing engines equipped with a mercury gravity turbine that can be fully automated and processed by acceleration and combustion at a pressure that is separately stored by combustion ignition, combustion gas temperature and cold or compressed air temperature and cold.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to have a horizontal axis (1 h) water heat exchanger + to cool fuel A variety of energy storage cycle coalescing engines equipped with a heat pump and a mercury gravity turbine that can be accelerated and fully automatic processed by injection ignition combustion + combustion gas temperature and cold or compressed air heat and cold separately.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make solar thermal gravity rotation plane (39B) + equip horizontal axis (1 h) air heat exchanger + cold to fuel A variety of energy storage cycle coalescing engines equipped with injection ignition and combustion + acceleration with combustion gas temperature and cold energy or pressure stored separately for compressed air temperature and temperature + mercury gravity turbine in 6 stages with a heat pump.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + have a horizontal axis (1 h) generator + fuel injection ignition to cold heat Various energy storage cycle coalescing engines with combustion + acceleration with combustion gas temperature and cold energy or pressure stored separately in compressed air temperature and cold energy + mercury gravity turbine in 7 stages with a heat pump.   Increase the superheated steam thermal and compressed air cold heat to the solar heat turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) heat pump equipped + cold heat to fuel injection ignition combustion + A variety of energy storage cycle coalescing engines equipped with eight stages of mercury gravity turbines together with heat pumps, accelerated by combustion gas temperature and cold temperature or pressure stored separately in compressed air temperature and cold temperature + fully automatic processable.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1 h) compression heat recovery equipment + to inject cold fuel A variety of energy storage cycle coalescing engines equipped with 9 stages of mercury gravity turbines that can be ignited and burned + accelerated by combustion gas thermal and cold or compressed air thermal and cold separately + pressure that can be fully automatically processed + heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1h) water heat exchange equipment + cold injection fuel injection Various energy storage cycle coalescing engines equipped with 10 stages of heat pump and mercury gravity turbines that can be accelerated + fully automatic processing by the pressure that is separately stored as ignition + combustion gas thermal and cold or compressed air thermal and cold.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1 h) air heat exchange equipment + cold injection fuel injection Various energy storage cycle coalescing engines with ignition combustion + acceleration with combustion gas thermal and cold or pressure stored separately in compressed air thermal and cold + mercury gravity turbine in one stage with heat pump.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) generator equipped + cold heat to fuel injection ignition combustion + Various acceleration and storage cycle combination engines in which acceleration is achieved by combustion gas temperature and cold or compressed air and pressure divided and stored separately + mercury gravity turbine in two stages with heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into a solar thermal gravity rotary plane (39B) + horizontal axis (1 h) heat pump equipment + various space transportation devices (78 V) Drive + cold fuel injection into fuel + ignition combustion + acceleration with combustion gas temperature and cold or compressed air thermal pressure and divided pressure separately + fully automatic processable Various types of mercury gravity turbines provided with a heat pump in 3 stages Energy Conservation Cycle Coalition Agency.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) compression heat recovery equipment preparation + various space return aircraft Driving fuel (78V) + fuel injection ignition to cold energy + acceleration by combustion gas temperature and cold temperature or pressure stored separately in compressed air temperature and cold temperature + fully automatic processable mercury gravity turbine in four stages with heat pump Various energy conservation cycle united engines provided.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h) water heat exchange equipment to prepare + various space return aircraft Drive the fuel (78V) + fuel injection ignition to cold energy + acceleration with the pressure separately stored combustion gas thermal energy and cold energy or compressed air thermal energy and cold energy + five steps mercury gravity turbine that can be fully automatic processing with a heat pump The various energy conservation cycle united engines provided in.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1h) air heat exchange equipment + various space return aircraft Drive the fuel (78V) + fuel injection to a cold energy igniter combustion + acceleration with combustion gas temperature and cold energy or pressure divided and stored separately in a compressed air temperature + cold energy + various types of energy storage provided with a mercury gravity turbine in six stages with a heat pump Cycle coalescing agency.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary airplane (39B) + make horizontal axis (1 h) generator equipped + various space transportation devices (78 V) driving + fuel injection to burn to cold energy + acceleration with combustion gas temperature and cold or pressure divided separately to compressed air temperature and cold + various energy storage cycle combination provided with mercury gravity turbine in 7 stages with heat pump organ.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel injection with fuel + ignition combustion + acceleration with combustion gas temperature and cold or compressed air thermal pressure and divided pressure separately + fully automatic processable Mercury gravity turbine with heat pump 8 stages of various energy Preservation cycle union agency.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + fuel injection into cold energy Ignition combustion + combustion gas thermal and cold or compressed air Thermal acceleration and pressure by divided storage into cold energy + Various kinds of mercury gravity turbines capable of fully automatic processing with heat pump provided in 9 stages Energy Conservation Cycle Coalition Agency.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel injection with fuel injection ignition + combustion gas thermal and cold or compressed air thermal storage and cold with pressure stored separately + mercury gravity turbine capable of fully automatic processing + 10 stages with a heat pump Various energy conservation cycle union engine.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + fuel injection into combustion in cold energy + acceleration with combustion gas temperature and cold energy or pressure stored separately in compressed air temperature and cold energy + various energy storage cycle coalescing engines equipped with mercury gravity turbine in one stage with heat pump .   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + fuel injection to burn to cold energy + acceleration with combustion gas temperature and cold or pressure divided separately to compressed air heat and cold + various energy storage cycle coalescing engines provided with mercury gravity turbine in two stages with heat pump .   Increase the superheated steam thermal and compressed air cold heat to the solar heat turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) heat pump equipped + cold heat to fuel injection ignition combustion + A variety of energy storage cycle coalescing engines equipped with three stages of mercury gravity turbines together with a heat pump. + Accelerated with combustion gas temperature and cold temperature or pressure stored separately in compressed air temperature and cold temperature + Fully automatic processable.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1 h) compression heat recovery equipment + to inject cold fuel A variety of energy storage cycle coalescing engines equipped with a mercury gravity turbine that can be ignited and burned + accelerated with the pressure separately stored as combustion gas temperature and cold or compressed air temperature and cold + fully automatic processing with a heat pump in four stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1h) water heat exchange equipment + cold injection fuel injection A variety of energy storage cycle coalescing engines that are equipped with a heat pump and a mercury gravity turbine that can be accelerated + fully-automatically processed at a pressure that is separately stored as ignition + combustion gas thermal energy and cold energy or compressed air thermal energy and cold energy.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1 h) air heat exchange equipment + cold injection fuel injection A variety of energy storage cycle coalescing engines with ignition and combustion + acceleration with combustion gas thermal and cold or pressure stored separately in compressed air thermal and cold + mercury gravity turbines in 6 stages with heat pumps.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) generator equipped + cold heat to fuel injection ignition combustion + Various acceleration and storage cycle combination engines equipped with acceleration with pressure that is stored separately in combustion gas temperature and cold or compressed air temperature and cold + mercury gravity turbine with heat pump in seven stages.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + have a horizontal axis (1 h) heat pump + fuel injection ignition to cold heat Various energy storage cycle coalescing engines equipped with combustion + heat and cold or compressed air heat and cold divided pressure to be stored separately + fully automatic processable mercury gravity turbine in 8 stages with a heat pump.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to have a horizontal axis (1 h) compression heat recovery unit + fuel to cold heat A variety of energy storage cycle coalescing engines equipped with 9 stages of mercury gravity turbines that can be fully automated and processed by acceleration + combustion with combustion gas thermal and cold or compressed air thermal and cold separately.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to have a horizontal axis (1 h) water heat exchanger + to cool fuel Various energy storage cycle coalescing engines equipped with 10 stages of mercury gravity turbines that can be accelerated + fully automatic processing by injection ignition combustion + combustion gas temperature and cold or compressed air thermal pressure and cold pressure separately stored pressure.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make solar thermal gravity rotation plane (39B) + equip horizontal axis (1 h) air heat exchanger + cold to fuel A variety of energy storage cycle coalescing engines in which injection ignition combustion + acceleration with combustion gas temperature and cold temperature or pressure stored separately in compressed air temperature and cold temperature + mercury gravity turbine in one stage with a heat pump.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + have a horizontal axis (1 h) generator + fuel injection ignition to cold heat Various energy storage cycle coalescing engines equipped with combustion + acceleration with combustion gas temperature and cold energy or pressure stored separately in compressed air temperature and cold energy + mercury gravity turbine in two stages with heat pump.   Increase the superheated steam thermal and compressed air cold heat to the solar heat turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) heat pump equipped + cold heat to fuel injection ignition combustion + A variety of energy storage cycle coalescing engines equipped with three stages of mercury gravity turbines together with a heat pump. + Accelerated with combustion gas temperature and cold temperature or pressure stored separately in compressed air temperature and cold temperature + Fully automatic processable.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1 h) compression heat recovery equipment + to inject cold fuel A variety of energy storage cycle coalescing engines equipped with a mercury gravity turbine that can be ignited and burned + accelerated with the pressure separately stored as combustion gas temperature and cold or compressed air temperature and cold + fully automatic processing with a heat pump in four stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1h) water heat exchange equipment + cold injection fuel injection A variety of energy storage cycle coalescing engines that are equipped with a heat pump and a mercury gravity turbine that can be accelerated + fully-automatically processed at a pressure that is separately stored as ignition + combustion gas thermal energy and cold energy or compressed air thermal energy and cold energy.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1 h) air heat exchange equipment + cold injection fuel injection A variety of energy storage cycle coalescing engines with ignition and combustion + acceleration with combustion gas thermal and cold or pressure stored separately in compressed air thermal and cold + mercury gravity turbines in 6 stages with heat pumps.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) generator equipped + cold heat to fuel injection ignition combustion + Various acceleration and storage cycle combination engines equipped with acceleration with pressure that is stored separately in combustion gas temperature and cold or compressed air temperature and cold + mercury gravity turbine with heat pump in seven stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into a solar thermal gravity rotary plane (39B) + horizontal axis (1 h) heat pump equipment + various space transportation devices (78 V) Drive + cold fuel injection into fuel + ignition combustion + acceleration with combustion gas temperature and cold or compressed air split and stored pressure separately + fully automatic processable Various types of mercury gravity turbines provided in eight stages with a heat pump Energy Conservation Cycle Coalition Agency.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) compression heat recovery equipment preparation + various space return aircraft Driving fuel (78V) + fuel injection ignition combustion to cold energy + acceleration by combustion gas temperature and cold energy or pressure stored separately in compressed air temperature energy and cold energy + fully automatic processable mercury gravity turbine in 9 stages with heat pump Various energy conservation cycle united engines provided.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h) water heat exchange equipment to prepare + various space return aircraft Drive the fuel (78V) + fuel injection into cold energy Ignition combustion + combustion gas temperature and cold energy or compressed air thermal energy and cold energy separately stored pressure + accelerated mercury pressure turbine that can be fully automatic processing + 10 stages with a heat pump The various energy conservation cycle united engines provided in.   Increase superheated steam thermal and compressed air cold heat to solar heat turbine driving species + combine engine injection part (78V) to make solar thermal gravity rotation plane (39B) + have horizontal axis (1h) + various space transportation devices (78V A) Various types of energy storage cycle coalescing engines in which acceleration is performed with fuel injection ignition and combustion with combustion + thermal energy and cold of compressed gas or compressed air thermal storage and cold energy + mercury gravity turbine in one stage with a heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary airplane (39B) + make horizontal axis (1 h) generator equipped + various space transportation devices (78 V) driving + fuel injection to burn to cold energy + acceleration by combustion gas temperature and cold temperature or pressure divided separately to compressed air temperature and cold temperature + various energy storage cycle combination provided with a mercury gravity turbine in two stages with a heat pump organ.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel to fuel injection ignition combustion + solar heat air compression and heat production + fully automatic processable A variety of energy storage cycle coalescing engines equipped with a mercury gravity turbine in three stages with a heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel to fuel injection ignition combustion + solar heat air compression and heat production + energy processing cycle coalescing engine equipped with a mercury gravity turbine that can be fully automatically processed + heat pump four stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel to fuel injection ignition combustion + solar heat air compression and heat production + thermal energy + various automatic energy storage cycle coalescing engine equipped with a mercury gravity turbine that can be fully automatically processed with a heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel to fuel injection ignition combustion + solar heat air compression and heat production + various types of energy storage cycle combined engine equipped with mercury gravity turbine with heat pump in 6 stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel injection ignition combustion + solar heating air compression heat and cold heat production + various energy storage cycle combined engine equipped with a mercury gravity turbine in 7 stages with a heat pump.   Solar thermal turbine drive species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotation plane (39B) + configuration to accelerate mercury + intake air path length lens and sunlight Heat and cold energy production + cold fuel injection into fuel + ignition combustion + solar heat air compression and heat production + fully automatic processable Various energy storage cycle coalescing engines equipped with a mercury gravity turbine in 8 stages with a heat pump.   Solar thermal turbine drive species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotation plane (39B) + configuration to accelerate mercury + intake air path length lens and sunlight Heat and cold energy manufacturing + fuel injection and combustion to cold energy + compression of heat and cold energy of solar heating air + various energy storage cycle coalescing engines equipped with a mercury gravity turbine that can be fully automatically processed together with a heat pump in 9 stages.   Solar thermal turbine drive species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotation plane (39B) + configuration to accelerate mercury + intake air path length lens and sunlight A variety of energy storage cycle coalescing engines equipped with 10 stages of mercury gravity turbines capable of heat and cold energy production + fuel injection ignition combustion for cold energy + compression of heat and cold energy for solar heating air + full automatic processing with a heat pump.   Solar thermal turbine drive species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotation plane (39B) + configuration to accelerate mercury + intake air path length lens and sunlight Heat and cold energy production + cold fuel injection to fuel + ignition combustion + solar heating air compression and heat energy production + various energy storage cycle coalescing engines equipped with a mercury gravity turbine in one stage with a heat pump.   Solar thermal turbine drive species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotation plane (39B) + configuration to accelerate mercury + intake air path length lens and sunlight Heat and cold energy production + cold energy fuel injection ignition combustion + solar heat air compression and heat energy production + Various energy storage cycle coalescing engines equipped with a mercury gravity turbine in two stages with a heat pump.   Solar thermal turbine drive species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotation plane (39B) + configuration to accelerate mercury + intake air path length lens and sunlight Heat and cold energy production + cold fuel injection to fuel + ignition combustion + solar heating air compression and heat production + fully automatic processable Various energy storage cycle coalescing engines equipped with a mercury gravity turbine in three stages with a heat pump.   Solar thermal turbine drive species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotation plane (39B) + configuration to accelerate mercury + intake air path length lens and sunlight Heat and cold energy manufacturing + fuel injection and combustion to cold energy + compression of heat and cold energy for solar heating air + various energy storage cycle coalescing engines equipped with a mercury gravity turbine that can be fully automatically processed along with a heat pump.   Solar thermal turbine drive species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotation plane (39B) + configuration to accelerate mercury + intake air path length lens and sunlight A variety of energy storage cycle coalescing engines equipped with a heat pump and a mercury gravity turbine capable of fully automatic processing + compression and heat production of solar heating air + complete automatic processing   Solar thermal turbine drive species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotation plane (39B) + configuration to accelerate mercury + intake air path length lens and sunlight Heat and cold energy production + cold energy fuel injection ignition combustion + solar heat air compression and heat energy production + various energy storage cycle coalescing engines equipped with a mercury gravity turbine in six stages with a heat pump.   Solar thermal turbine drive species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotation plane (39B) + configuration to accelerate mercury + intake air path length lens and sunlight Heat and cold energy production + cold energy fuel injection ignition combustion + solar heat air compression and heat energy production + mercury gravity turbines Various energy storage cycle coalescing engines provided in 7 stages with a heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) heat pump equipment + various cargo planes ( 78V) Drive + cold fuel to fuel injection ignition combustion + solar heat air compression and heat production + fully automatic processable A variety of energy storage cycle coalescing engines equipped with a mercury gravity turbine in eight stages with a heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) compression heat recovery equipment provision + various cargo planes Drive (78V) + Cold fuel injection with fuel + Ignition and combustion + Solar heating air compression and heat production + A fully automatic processable Mercury Gravity Turbine combined with a heat pump and various energy storage cycle combined engines.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h) water heat exchange equipment to prepare + various cargo planes (78V) driving + cold fuel injection fire combustion + solar heating air compression and heat production + cold processing + fully automatic processing mercury gravity turbine various heat preservation cycle coalescing engine provided in 10 stages with a heat pump .   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1 h) to have air heat exchange equipment + various cargo planes Drive (78V) + Cold fuel injection with fuel injection Ignition combustion + Solar heating air compression Thermal production and cold energy + Various energy storage cycle combined engine equipped with a mercury gravity turbine in one stage with a heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) generator equipped + various cargo planes ( 78V) Drive + cold fuel injection ignition combustion + solar heating air compression heat and cold heat production + various energy storage cycle coalescing engines provided with a mercury gravity turbine in two stages with a heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) heat pump equipment + various cargo planes ( 78V) Drive + cold fuel to fuel injection ignition combustion + solar heat air compression and heat production + fully automatic processable A variety of energy storage cycle coalescing engines equipped with a mercury gravity turbine in three stages with a heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) compression heat recovery equipment provision + various cargo planes Drive (78V) + Cold fuel injection with fuel + Ignition combustion + Solar heating air compression + Heat and heat production + Fully automatic processable Various types of energy storage cycle coalescing engines equipped with a mercury gravity turbine in four stages with a heat pump.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h) water heat exchange equipment to prepare + various cargo planes Drive (78V) + Cold fuel injection with fuel + Ignition combustion + Solar heating air compression Thermal energy and cold energy + Fully automatic processable Mercury gravity turbine Various heat preservation cycle coalesced engine equipped with heat pump in 5 stages.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1 h) to have air heat exchange equipment + various cargo planes Drive (78V) + Cold fuel injection with fuel + Ignition combustion + Solar heating air compression Thermal and cold heat production + Fully automatic processable A variety of energy storage cycle coalescing engines equipped with a mercury gravity turbine in 6 stages with a heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) generator equipped + various cargo planes ( 78V) Drive + cold fuel to fuel injection ignition combustion + solar heat air compression and heat production + fully automatic processable Various energy storage cycle coalescing engines equipped with a mercury gravity turbine in seven stages with a heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) heat pump equipment + various cargo planes ( 78V) Drive + cold fuel to fuel injection ignition combustion + solar heat air compression and heat production + energy processing cycle coalesced engine equipped with a mercury gravity turbine that can be fully automatically processed + heat pump 8 stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) compression heat recovery equipment provision + various cargo planes Drive (78V) + Cold fuel injection with fuel + Ignition and combustion + Solar heating air compression and heat production + A fully automatic processable Mercury Gravity Turbine combined with a heat pump and various energy storage cycle combined engines.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h) water heat exchange equipment to prepare + various cargo planes Drive (78V) + Cold fuel injection with fuel + Ignition and combustion + Solar heating air compressed with heat and cold energy + Various energy storage cycle coalescing engines equipped with 10 stages of mercury gravity turbines capable of fully automatic processing with a heat pump.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1 h) to have air heat exchange equipment + various cargo planes Drive (78V) + Cold fuel injection with fuel + Ignition combustion + Solar heating air compression / thermal production + Various automatic energy storage cycle coalescing engines equipped with a mercury gravity turbine that can be fully automatically processed with a heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) generator equipped + various cargo planes ( 78V) Drive + cold fuel to fuel injection ignition combustion + solar heat air compression and heat production cold energy + various energy storage cycle coalescing engine equipped with a mercury gravity turbine capable of fully automatic processing in two stages with a heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) heat pump equipment + various cargo planes ( 78V) Drive + cold fuel to fuel injection ignition combustion + solar heat air compression and heat production + cold energy + various automatic energy storage cycle coalescing engine equipped with a mercury gravity turbine that can be fully automatically processed with a heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) compression heat recovery equipment provision + various cargo planes (78V) driving + cold fuel injection ignition combustion + solar heating air compression and heat production + cold processing + fully automatic processing mercury gravity turbine with various types of energy storage cycle coalescing engine provided with heat pump .   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h) water heat exchange equipment to prepare + various cargo planes (78V) driving + cold fuel injection with fuel injection ignition combustion + solar heating air compression thermal energy and cold energy production + various automatic energy storage cycle coalescing engine equipped with a mercury gravity turbine capable of fully automatic processing with a heat pump .   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1 h) to have air heat exchange equipment + various cargo planes (78V) driving + cold fuel injection ignition combustion + solar heating air compression and heat production + cold processing + fully automatic processing mercury gravity turbine various heat preservation cycle coalescing engine provided with heat pump in six stages .   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) generator equipped + various cargo planes ( 78V) Drive + cold fuel to fuel injection ignition combustion + solar heat air compression and heat production + cold energy + various automatic energy storage cycle coalescing engine equipped with a mercury gravity turbine that can be fully automatically processed with a heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) heat pump equipment + various cargo planes ( 78V) Drive + cold fuel to fuel injection ignition combustion + solar heating air compression and heat production + cold energy + various types of energy storage cycle combined engine equipped with a mercury gravity turbine in eight stages with a heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) compression heat recovery equipment provision + various cargo planes Drive (78V) + cold fuel injection with fuel + ignition combustion + solar heating air compression and heat production + various types of energy storage cycle combined engine equipped with a mercury gravity turbine in 9 stages with a heat pump.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h) water heat exchange equipment to prepare + various cargo planes Drive (78V) + Cold fuel injection with fuel injection Ignition combustion + Solar heating air compression Thermal production and cold energy + Various energy storage cycle combined engine equipped with a mercury gravity turbine in 10 stages with a heat pump.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1 h) to have air heat exchange equipment + various cargo planes Drive (78V) + Cold fuel injection with fuel injection Ignition combustion + Solar heating air compression Thermal production and cold energy + Various energy storage cycle combined engine equipped with a mercury gravity turbine in one stage with a heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) generator equipped + various cargo planes ( 78V) Drive + cold fuel injection ignition combustion + solar heating air compression heat and cold heat production + various energy storage cycle coalescing engines provided with a mercury gravity turbine in two stages with a heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) heat pump equipment + various cargo planes ( 78V) Drive + cold fuel to fuel injection ignition combustion + solar heating air compression and heat production + various energy storage cycle coalescing engine equipped with a mercury gravity turbine in three stages together with a heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) compression heat recovery equipment provision + various cargo planes Drive (78V) + Cold fuel injection with fuel injection Ignition combustion + Solar heating air compression Thermal production and cold energy + Various energy storage cycle combined engine equipped with a mercury gravity turbine in 4 stages with a heat pump.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h) water heat exchange equipment to prepare + various cargo planes Drive (78V) + cold fuel injection to light and burn combustion + solar heating air compression and heat production + various types of energy storage cycle combined engine equipped with a mercury gravity turbine in 5 stages with a heat pump.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1 h) to have air heat exchange equipment + various cargo planes Drive (78V) + Cold fuel injection with fuel + Ignition combustion + Solar heating air compression Thermal production and cold energy + Various energy storage cycle combined engines equipped with a mercury gravity turbine in 6 stages with a heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) generator equipped + various cargo planes ( 78V) Drive + cold fuel injection ignition combustion + solar heating air compression heat and cold heat production + various energy storage cycle combined engine equipped with a mercury gravity turbine in 7 stages with a heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) heat pump equipment + various cargo planes ( 78V) Drive + cold fuel injection fire combustion + solar heating air compressed heat and cold heat + turbine rotor blade group with the same diameter of the same diameter for each stage to fit bolt assembly and heat pump thrust bearing or Various energy storage cycle combined engines installed in eight stages with bearings and square turbine outer box (77a).   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) compression heat recovery equipment provision + various cargo planes Drive (78V) + Cold fuel injection with fuel ignition Ignition combustion + Solar heating air compression Thermal and cold heat production + Turbine blade group with the same diameter approximately the same shape for every stage to make fitting bolt assembly and thrust the heat pump Various energy storage cycle combined engines installed in 9 stages with bearings, bearings and square turbine outer box (77a).   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h) water heat exchange equipment to prepare + various cargo planes Drive (78V) + Cold fuel injection with fuel ignition Ignition combustion + Solar heating air compression Thermal and cold heat production + Turbine blade group with the same diameter approximately the same shape for every stage to make fitting bolt assembly and thrust the heat pump Various energy storage cycle combined engines installed in 10 stages with bearings, bearings and square turbine outer box (77a).   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1 h) to have air heat exchange equipment + various cargo planes Drive (78V) + Cold fuel injection with fuel ignition Ignition combustion + Solar heating air compression Thermal and cold heat production + Turbine blade group with the same diameter approximately the same shape for every stage to make fitting bolt assembly and thrust the heat pump Various energy storage cycle combined engines installed in a single stage with bearings, bearings and square turbine outer box (77a).   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) generator equipped + various cargo planes ( 78V) Drive + cold fuel injection fire combustion + solar heating air compressed heat and cold heat + turbine rotor blade group with the same diameter of the same diameter for each stage to fit bolt assembly and heat pump thrust bearing or Various energy storage cycle combined engines installed in two stages with bearings and square turbine outer box (77a).   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to solar thermal gravity rotation plane (39B) + horizontal axis (1 h) heat pump equipment + maximum gravity and sunlight Limited use + (78V) rocket injection + fuel injection ignition combustion to cold heat + solar heat air compression and heat production + fully automatic processable Mercury gravity turbine with heat pump and various energy storage provided in 3 stages Cycle coalescing agency.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to solar thermal gravity rotation plane (39B) + horizontal axis (1h) compression heat recovery equipment + gravity or sunlight Make maximum use of + + (78V) rocket injection + fuel injection ignition combustion to cold energy + compression heat and cold energy production of solar heating air + mercury gravity turbine capable of fully automatic processing is provided in 4 stages with a heat pump Various energy conservation cycle union engine.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to solar thermal gravity rotation plane (39B) + horizontal axis (1h) water heat exchange equipment + gravity or sunlight Make maximum use of + + (78V) rocket injection + fuel injection ignition combustion to cold energy + solar heat air compression and heat production + heat production + fully automatic processable mercury gravity turbine with heat pump in 5 stages Various energy conservation cycle union engine.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to solar thermal gravity rotation plane (39B) + horizontal axis (1h) air heat exchange equipment + gravity or sunlight Make maximum use of + + (78V) rocket injection + fuel injection ignition combustion to cold energy + compression heat and cold energy of solar heating air + various energy storage cycle combining mercury gravity turbine with heat pump in 6 stages organ.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to solar thermal gravity rotation plane (39B) + horizontal axis (1 h) to equip generator + maximum gravity and sunlight Use limited + (78V) rocket injection + fuel injection ignition combustion to cold energy + sensible heat and cold energy for solar heating air + various energy storage cycle combined engines equipped with a mercury gravity turbine in 7 stages with a heat pump.   Increase the superheated steam thermal and compressed air cold heat to the solar heat turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) heat pump equipped + cold heat to fuel injection ignition combustion + Various kinds of energy storage cycle combined engine which installed solar heating air compression and heat and cold heat + fully automatic processable mercury gravity turbine with heat pump in 8 stages.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1 h) compression heat recovery equipment + to inject cold fuel A variety of energy storage cycle coalescing engines equipped with 9 stages of mercury gravity turbines that can be ignited and burnt + compression of heat and cold energy of solar heating air + fully automatic processing with a heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1h) water heat exchange equipment + cold injection fuel injection A variety of energy storage cycle coalescing engines equipped with 10 stages of mercury gravity turbines that can perform ignition combustion + solar heat air compression and heat and cold production + fully automatic processing with a heat pump.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1 h) air heat exchange equipment + cold injection fuel injection A variety of energy storage cycle combined engines in which ignition combustion + solar heating air is compressed and heat and compression are produced + a mercury gravity turbine is provided in one stage with a heat pump.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) generator equipped + cold heat to fuel injection ignition combustion + Thermal energy and cold energy production of solar heating air + Various energy storage cycle combined engines equipped with a mercury gravity turbine in two stages with a heat pump.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + have a horizontal axis (1 h) heat pump + fuel injection ignition to cold heat Various energy storage cycle combined engines that are equipped with 3 stages of heating + compression of heat and cold energy + fully automatic processable mercury gravity turbine that burns + solar heat air + heat pump.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to have a horizontal axis (1 h) compression heat recovery unit + fuel to cold heat A variety of energy storage cycle coalescing engines equipped with a mercury gravity turbine that can perform injection ignition combustion + compression of heat and cold of solar heating air + fully automatic processing mercury gravity turbine with a heat pump.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to have a horizontal axis (1 h) water heat exchanger + to cool fuel A variety of energy storage cycle coalescing engines equipped with a mercury gravity turbine that can perform injection ignition combustion + compression of heat and cold energy of solar heating air + fully automatic processing with a heat pump in five stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make solar thermal gravity rotation plane (39B) + equip horizontal axis (1 h) air heat exchanger + cold to fuel A variety of energy storage cycle combined engines that are equipped with injection ignition combustion + solar heat air compression and heat production and cold heat + mercury gravity turbine with heat pump in 6 stages.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + have a horizontal axis (1 h) generator + fuel injection ignition to cold heat Various energy conservation cycle combined engines which burns + solar heat air compressed and produces heat and cold energy + mercury gravity turbine with heat pump in 7 stages.   Increase the superheated steam thermal and compressed air cold heat to the solar heat turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) heat pump equipped + cold heat to fuel injection ignition combustion + Various kinds of energy storage cycle combined engine which installed solar heating air compression and heat and cold heat + fully automatic processable mercury gravity turbine with heat pump in 8 stages.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1 h) compression heat recovery equipment + to inject cold fuel A variety of energy storage cycle coalescing engines equipped with 9 stages of mercury gravity turbines that can be ignited and burnt + compression of heat and cold energy of solar heating air + fully automatic processing with a heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1h) water heat exchange equipment + cold injection fuel injection A variety of energy storage cycle coalescing engines equipped with 10 stages of mercury gravity turbines that can perform ignition combustion + solar heat air compression and heat and cold production + fully automatic processing with a heat pump.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1 h) air heat exchange equipment + cold injection fuel injection A variety of energy storage cycle combined engines in which ignition combustion + solar heating air is compressed and heat and compression are produced + a mercury gravity turbine is provided in one stage with a heat pump.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) generator equipped + cold heat to fuel injection ignition combustion + Thermal energy and cold energy production of solar heating air + Various energy storage cycle combined engines equipped with a mercury gravity turbine in two stages with a heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into a solar thermal gravity rotary plane (39B) + horizontal axis (1 h) heat pump equipment + various space transportation devices (78 V) Drive + cold fuel to fuel injection ignition combustion + solar heat air compression and heat production + fully automatic processable A variety of energy storage cycle coalescing engines equipped with a mercury gravity turbine in three stages with a heat pump.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) compression heat recovery equipment preparation + various space return aircraft Drive (78V) + Fuel injection ignition combustion to cold energy + Solar heat air compression and heat production + Thermal energy reduction + Fully automatic processable Mercury Gravity Turbine with heat pump Various energy storage cycle combined engines .   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h) water heat exchange equipment to prepare + various space return aircraft Various kinds of energy storage cycles combined with a heat pump equipped with a mercury gravity turbine capable of (78V) driving fuel + fuel injection ignition combustion to cold energy + compression of heat and cold energy for solar heating air + complete automatic processing organ.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1h) air heat exchange equipment + various space return aircraft Various kinds of energy storage cycle combined engines, which are driven by (78V) + fuel injection ignition combustion to cold heat + compression heat generation of solar heat air and cold heat + mercury gravity turbine provided with heat pump in 6 stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary airplane (39B) + make horizontal axis (1 h) generator equipped + various space transportation devices (78 V) Drive + cold fuel injection and combustion + solar heating air compression and heat production + cold energy + various types of energy storage cycle coalescing engines equipped with a mercury gravity turbine in seven stages with a heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel to fuel injection ignition combustion + solar heat air compression and heat production + fully automatic processable A variety of energy storage cycle coalescing engines equipped with a mercury gravity turbine in eight stages with a heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel to fuel injection ignition combustion + solar heat air compression and heat production + energy processing cycle combined engine equipped with a mercury gravity turbine capable of fully automatic processing + heat pump 9 stages with a heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel to fuel injection ignition combustion + solar heat air compression and heat production + cold energy + various automatic energy storage cycle coalescing engine equipped with a mercury gravity turbine 10 stages with a heat pump capable of automatic processing.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel to fuel injection ignition combustion + solar heat air compression and heat production + cold energy + various types of energy storage cycle combined engine equipped with a mercury gravity turbine in one stage with a heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel injection ignition combustion + solar heating air compression heat and cold heat production + various energy storage cycle coalescing engines provided with a mercury gravity turbine in two stages with a heat pump.   Increase the superheated steam thermal and compressed air cold heat to the solar heat turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) heat pump equipped + cold heat to fuel injection ignition combustion + Various types of energy storage cycle combined engines that are equipped with a heat pump and a heat pump, and a fully automatic processable mercury gravity turbine with a heat pump.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1 h) compression heat recovery equipment + to inject cold fuel A variety of energy storage cycle coalescing engines that are equipped with a mercury gravity turbine that can be ignited and burnt + compressed with heat and cold energy + fully automatic processing with a heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1h) water heat exchange equipment + cold injection fuel injection A variety of energy storage cycle coalescing engines equipped with a mercury gravity turbine that can ignite and burn + produce solar-heated air with compression thermal energy and cold energy + fully automatic processing along with a heat pump.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1 h) air heat exchange equipment + cold injection fuel injection A variety of energy storage cycle combined engines equipped with ignition combustion + solar heat air compression and heat production and cold heat + mercury gravity turbine provided with heat pump in 6 stages.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) generator equipped + cold heat to fuel injection ignition combustion + Thermal energy and cold energy production of solar heating air + Various energy storage cycle combined engines equipped with a mercury gravity turbine and a heat pump in seven stages.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + have a horizontal axis (1 h) heat pump + fuel injection ignition to cold heat Various energy storage cycle combined engines that are equipped with 8 stages of heating + compression of heat and cold energy of heating + solar heating air + fully automatic processable mercury gravity turbine with heat pump to burn.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to have a horizontal axis (1 h) compression heat recovery unit + fuel to cold heat A variety of energy storage cycle coalescing engines equipped with 9 stages of mercury gravity turbines that can perform injection ignition combustion + compression of heat and cold energy of solar heating air + fully automatic processing with a heat pump.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to have a horizontal axis (1 h) water heat exchanger + to cool fuel A variety of energy storage cycle coalescing engines equipped with 10 stages of mercury gravity turbines that can perform injection ignition combustion + compression of heat and cold energy of solar heating air + fully automatic processing with a heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make solar thermal gravity rotation plane (39B) + equip horizontal axis (1 h) air heat exchanger + cold to fuel A variety of energy storage cycle combined engines that are equipped with injection ignition combustion + compression of solar heat air and compression heat and cold energy + mercury gravity turbine in one stage with a heat pump.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + have a horizontal axis (1 h) generator + fuel injection ignition to cold heat Various energy storage cycle combined engines that burns + heat the solar heating air compressed and produce heat and cool + create a mercury gravity turbine in two stages with a heat pump.   Increase the superheated steam thermal and compressed air cold heat to the solar heat turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) heat pump equipped + cold heat to fuel injection ignition combustion + Various types of energy storage cycle combined engines that are equipped with a heat pump and a heat pump, and a fully automatic processable mercury gravity turbine with a heat pump.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1 h) compression heat recovery equipment + to inject cold fuel A variety of energy storage cycle coalescing engines that are equipped with a mercury gravity turbine that can be ignited and burnt + compressed with heat and cold energy + fully automatic processing with a heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1h) water heat exchange equipment + cold injection fuel injection A variety of energy storage cycle coalescing engines equipped with a mercury gravity turbine that can ignite and burn + produce solar-heated air with compression thermal energy and cold energy + fully automatic processing along with a heat pump.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1 h) air heat exchange equipment + cold injection fuel injection A variety of energy storage cycle combined engines equipped with ignition combustion + solar heat air compression and heat production and cold heat + mercury gravity turbine provided with heat pump in 6 stages.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) generator equipped + cold heat to fuel injection ignition combustion + Thermal energy and cold energy production of solar heating air + Various energy storage cycle combined engines equipped with a mercury gravity turbine and a heat pump in seven stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into a solar thermal gravity rotary plane (39B) + horizontal axis (1 h) heat pump equipment + various space transportation devices (78 V) Drive + cold fuel to fuel injection ignition combustion + solar heat air compression and heat production + fully automatic processable Various energy storage cycle coalescing engines equipped with a mercury gravity turbine in eight stages with a heat pump.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) compression heat recovery equipment preparation + various space return aircraft (78V) driving fuel + fuel injection ignition combustion to cold heat + compression of heat and cold energy of solar heating air + various energy storage cycle coalescing engines equipped with 9 stages of mercury gravity turbines capable of fully automatic processing with a heat pump .   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h) water heat exchange equipment to prepare + various space return aircraft Various kinds of energy storage cycles combined with 10 stages of mercury gravity turbines capable of (78V) driving fuel + fuel injection ignition combustion to cold heat + compression of solar heat air cold heat production + fully automatic processing with heat pump organ.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1h) air heat exchange equipment + various space return aircraft Various kinds of energy storage cycle combined engines that are driven by (78V) + fuel injection ignition combustion to cold energy + compression heat and solar energy for solar heating air + mercury gravity turbine in one stage with a heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary airplane (39B) + make horizontal axis (1 h) generator equipped + various space transportation devices (78 V) Drive + cold fuel injection ignition combustion + solar heating air compression heat and cold heat production + various energy storage cycle coalescing engines provided with a mercury gravity turbine in two stages with a heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel to fuel injection ignition combustion + solar heat air compression and heat production + fully automatic processable A variety of energy storage cycle coalescing engines equipped with a mercury gravity turbine in three stages with a heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel to fuel injection ignition combustion + solar heat air compression and heat production + energy processing cycle coalescing engine equipped with a mercury gravity turbine that can be fully automatically processed + heat pump four stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel to fuel injection ignition combustion + solar heat air compression and heat production + thermal energy + various automatic energy storage cycle coalescing engine equipped with a mercury gravity turbine that can be fully automatically processed with a heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel to fuel injection ignition combustion + solar heat air compression and heat production + various types of energy storage cycle combined engine equipped with mercury gravity turbine with heat pump in 6 stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel injection ignition combustion + solar heating air compression heat and cold heat production + various energy storage cycle combined engine equipped with a mercury gravity turbine in 7 stages with a heat pump.   Increase the superheated steam thermal and compressed air cold heat to the solar heat turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) heat pump equipped + cold heat to fuel injection ignition combustion + Various kinds of energy storage cycle combined engine which installed solar heating air compression and heat and cold heat + fully automatic processable mercury gravity turbine with heat pump in 8 stages.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1 h) compression heat recovery equipment + to inject cold fuel A variety of energy storage cycle coalescing engines equipped with 9 stages of mercury gravity turbines that can be ignited and burnt + compression of heat and cold energy of solar heating air + fully automatic processing with a heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1h) water heat exchange equipment + cold injection fuel injection A variety of energy storage cycle coalescing engines equipped with 10 stages of mercury gravity turbines that can perform ignition combustion + solar heat air compression and heat and cold production + fully automatic processing with a heat pump.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1 h) air heat exchange equipment + cold injection fuel injection A variety of energy storage cycle combined engines in which ignition combustion + solar heating air is compressed and heat and compression are produced + a mercury gravity turbine is provided in one stage with a heat pump.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) generator equipped + cold heat to fuel injection ignition combustion + Thermal energy and cold energy production of solar heating air + Various energy storage cycle combined engines equipped with a mercury gravity turbine in two stages with a heat pump.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + have a horizontal axis (1 h) heat pump + fuel injection ignition to cold heat Various energy storage cycle combined engines that are equipped with 3 stages of heating + compression of heat and cold energy + fully automatic processable mercury gravity turbine that burns + solar heat air + heat pump.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to have a horizontal axis (1 h) compression heat recovery unit + fuel to cold heat A variety of energy storage cycle coalescing engines equipped with a mercury gravity turbine that can perform injection ignition combustion + compression of heat and cold of solar heating air + fully automatic processing mercury gravity turbine with a heat pump.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to have a horizontal axis (1 h) water heat exchanger + to cool fuel A variety of energy storage cycle coalescing engines equipped with a mercury gravity turbine that can perform injection ignition combustion + compression of heat and cold energy of solar heating air + fully automatic processing with a heat pump in five stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make solar thermal gravity rotation plane (39B) + equip horizontal axis (1 h) air heat exchanger + cold to fuel A variety of energy storage cycle combined engines that are equipped with injection ignition combustion + solar heat air compression and heat production and cold heat + mercury gravity turbine with heat pump in 6 stages.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + have a horizontal axis (1 h) generator + fuel injection ignition to cold heat Various energy conservation cycle combined engines which burns + solar heat air compressed and produces heat and cold energy + mercury gravity turbine with heat pump in 7 stages.   Increase the superheated steam thermal and compressed air cold heat to the solar heat turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) heat pump equipped + cold heat to fuel injection ignition combustion + Various kinds of energy storage cycle combined engine which installed solar heating air compression and heat and cold heat + fully automatic processable mercury gravity turbine with heat pump in 8 stages.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1 h) compression heat recovery equipment + to inject cold fuel A variety of energy storage cycle coalescing engines equipped with 9 stages of mercury gravity turbines that can be ignited and burnt + compression of heat and cold energy of solar heating air + fully automatic processing with a heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1h) water heat exchange equipment + cold injection fuel injection A variety of energy storage cycle coalescing engines equipped with 10 stages of mercury gravity turbines that can perform ignition combustion + solar heat air compression and heat and cold production + fully automatic processing with a heat pump.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1 h) air heat exchange equipment + cold injection fuel injection A variety of energy storage cycle combined engines in which ignition combustion + solar heating air is compressed and heat and compression are produced + a mercury gravity turbine is provided in one stage with a heat pump.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) generator equipped + cold heat to fuel injection ignition combustion + Thermal energy and cold energy production of solar heating air + Various energy storage cycle combined engines equipped with a mercury gravity turbine in two stages with a heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into a solar thermal gravity rotary plane (39B) + horizontal axis (1 h) heat pump equipment + various space transportation devices (78 V) Drive + cold fuel to fuel injection ignition combustion + solar heat air compression and heat production + fully automatic processable A variety of energy storage cycle coalescing engines equipped with a mercury gravity turbine in three stages with a heat pump.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) compression heat recovery equipment preparation + various space return aircraft Drive (78V) + Fuel injection ignition combustion to cold energy + Solar heat air compression and heat production + Thermal energy reduction + Fully automatic processable Mercury Gravity Turbine with heat pump Various energy storage cycle combined engines .   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h) water heat exchange equipment to prepare + various space return aircraft Various kinds of energy storage cycles combined with a heat pump equipped with a mercury gravity turbine capable of (78V) driving fuel + fuel injection ignition combustion to cold energy + compression of heat and cold energy for solar heating air + complete automatic processing organ.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1h) air heat exchange equipment + various space return aircraft Various kinds of energy storage cycle combined engines, which are driven by (78V) + fuel injection ignition combustion to cold heat + compression heat generation of solar heat air and cold heat + mercury gravity turbine provided with heat pump in 6 stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary airplane (39B) + make horizontal axis (1 h) generator equipped + various space transportation devices (78 V) Drive + cold fuel injection and combustion + solar heating air compression and heat production + cold energy + various types of energy storage cycle coalescing engines equipped with a mercury gravity turbine in seven stages with a heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel to fuel injection ignition combustion + solar heat air compression and heat production + fully automatic processable A variety of energy storage cycle coalescing engines equipped with a mercury gravity turbine in eight stages with a heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel to fuel injection ignition combustion + solar heat air compression and heat production + energy processing cycle combined engine equipped with a mercury gravity turbine capable of fully automatic processing + heat pump 9 stages with a heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel to fuel injection ignition combustion + solar heat air compression and heat production + cold energy + various automatic energy storage cycle coalescing engine equipped with a mercury gravity turbine 10 stages with a heat pump capable of automatic processing.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel to fuel injection ignition combustion + solar heat air compression and heat production + cold energy + various types of energy storage cycle combined engine equipped with a mercury gravity turbine in one stage with a heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel injection ignition combustion + solar heating air compression heat and cold heat production + various energy storage cycle coalescing engines provided with a mercury gravity turbine in two stages with a heat pump.   Increase the superheated steam thermal and compressed air cold heat to the solar heat turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) heat pump equipped + cold heat to fuel injection ignition combustion + Various types of energy storage cycle combined engines that are equipped with a heat pump and a heat pump, and a fully automatic processable mercury gravity turbine with a heat pump.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1 h) compression heat recovery equipment + to inject cold fuel A variety of energy storage cycle coalescing engines that are equipped with a mercury gravity turbine that can be ignited and burnt + compressed with heat and cold energy + fully automatic processing with a heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1h) water heat exchange equipment + cold injection fuel injection A variety of energy storage cycle coalescing engines equipped with a mercury gravity turbine that can ignite and burn + produce solar-heated air with compression thermal energy and cold energy + fully automatic processing along with a heat pump.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1 h) air heat exchange equipment + cold injection fuel injection A variety of energy storage cycle combined engines equipped with ignition combustion + solar heat air compression and heat production and cold heat + mercury gravity turbine provided with heat pump in 6 stages.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) generator equipped + cold heat to fuel injection ignition combustion + Thermal energy and cold energy production of solar heating air + Various energy storage cycle combined engines equipped with a mercury gravity turbine and a heat pump in seven stages.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + have a horizontal axis (1 h) heat pump + fuel injection ignition to cold heat Various energy storage cycle combined engines that are equipped with 8 stages of heating + compression of heat and cold energy of heating + solar heating air + fully automatic processable mercury gravity turbine with heat pump to burn.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to have a horizontal axis (1 h) compression heat recovery unit + fuel to cold heat A variety of energy storage cycle coalescing engines equipped with 9 stages of mercury gravity turbines that can perform injection ignition combustion + compression of heat and cold energy of solar heating air + fully automatic processing with a heat pump.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to have a horizontal axis (1 h) water heat exchanger + to cool fuel A variety of energy storage cycle coalescing engines equipped with 10 stages of mercury gravity turbines that can perform injection ignition combustion + compression of heat and cold energy of solar heating air + fully automatic processing with a heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make solar thermal gravity rotation plane (39B) + equip horizontal axis (1 h) air heat exchanger + cold to fuel A variety of energy storage cycle combined engines that are equipped with injection ignition combustion + compression of solar heat air and compression heat and cold energy + mercury gravity turbine in one stage with a heat pump.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + have a horizontal axis (1 h) generator + fuel injection ignition to cold heat Various energy storage cycle combined engines that burns + heat the solar heating air compressed and produce heat and cool + create a mercury gravity turbine in two stages with a heat pump.   Increase the superheated steam thermal and compressed air cold heat to the solar heat turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) heat pump equipped + cold heat to fuel injection ignition combustion + Various types of energy storage cycle combined engines that are equipped with a heat pump and a heat pump, and a fully automatic processable mercury gravity turbine with a heat pump.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1 h) compression heat recovery equipment + to inject cold fuel A variety of energy storage cycle coalescing engines that are equipped with a mercury gravity turbine that can be ignited and burnt + compressed with heat and cold energy + fully automatic processing with a heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1h) water heat exchange equipment + cold injection fuel injection A variety of energy storage cycle coalescing engines equipped with a mercury gravity turbine that can ignite and burn + produce solar-heated air with compression thermal energy and cold energy + fully automatic processing along with a heat pump.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1 h) air heat exchange equipment + cold injection fuel injection A variety of energy storage cycle combined engines equipped with ignition combustion + solar heat air compression and heat production and cold heat + mercury gravity turbine provided with heat pump in 6 stages.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) generator equipped + cold heat to fuel injection ignition combustion + Thermal energy and cold energy production of solar heating air + Various energy storage cycle combined engines equipped with a mercury gravity turbine and a heat pump in seven stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into a solar thermal gravity rotary plane (39B) + horizontal axis (1 h) heat pump equipment + various space transportation devices (78 V) Drive + cold fuel to fuel injection ignition combustion + solar heat air compression and heat production + fully automatic processable Various energy storage cycle coalescing engines equipped with a mercury gravity turbine in eight stages with a heat pump.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) compression heat recovery equipment preparation + various space return aircraft (78V) driving fuel + fuel injection ignition combustion to cold heat + compression of heat and cold energy of solar heating air + various energy storage cycle coalescing engines equipped with 9 stages of mercury gravity turbines capable of fully automatic processing with a heat pump .   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h) water heat exchange equipment to prepare + various space return aircraft Various kinds of energy storage cycles combined with 10 stages of mercury gravity turbines capable of (78V) driving fuel + fuel injection ignition combustion to cold heat + compression of solar heat air cold heat production + fully automatic processing with heat pump organ.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1h) air heat exchange equipment + various space return aircraft Various kinds of energy storage cycle combined engines that are driven by (78V) + fuel injection ignition combustion to cold energy + compression heat and solar energy for solar heating air + mercury gravity turbine in one stage with a heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary airplane (39B) + make horizontal axis (1 h) generator equipped + various space transportation devices (78 V) Drive + cold fuel injection ignition combustion + solar heating air compression heat and cold heat production + various energy storage cycle coalescing engines provided with a mercury gravity turbine in two stages with a heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel to fuel injection ignition combustion + solar heat air compression and heat production + fully automatic processable A variety of energy storage cycle coalescing engines equipped with a mercury gravity turbine in three stages with a heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel to fuel injection ignition combustion + solar heat air compression and heat production + energy processing cycle coalescing engine equipped with a mercury gravity turbine that can be fully automatically processed + heat pump four stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel to fuel injection ignition combustion + solar heat air compression and heat production + thermal energy + various automatic energy storage cycle coalescing engine equipped with a mercury gravity turbine that can be fully automatically processed with a heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel to fuel injection ignition combustion + solar heat air compression and heat production + various types of energy storage cycle combined engine equipped with mercury gravity turbine with heat pump in 6 stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel injection ignition combustion + solar heating air compression heat and cold heat production + various energy storage cycle combined engine equipped with a mercury gravity turbine in 7 stages with a heat pump.   Increase the superheated steam thermal and compressed air cold heat to the solar heat turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) heat pump equipped + cold heat to fuel injection ignition combustion + Various kinds of energy storage cycle combined engine which installed solar heating air compression and heat and cold heat + fully automatic processable mercury gravity turbine with heat pump in 8 stages.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1 h) compression heat recovery equipment + to inject cold fuel A variety of energy storage cycle coalescing engines equipped with 9 stages of mercury gravity turbines that can be ignited and burnt + compression of heat and cold energy of solar heating air + fully automatic processing with a heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1h) water heat exchange equipment + cold injection fuel injection A variety of energy storage cycle coalescing engines equipped with 10 stages of mercury gravity turbines that can perform ignition combustion + solar heat air compression and heat and cold production + fully automatic processing with a heat pump.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1 h) air heat exchange equipment + cold injection fuel injection A variety of energy storage cycle combined engines in which ignition combustion + solar heating air is compressed and heat and compression are produced + a mercury gravity turbine is provided in one stage with a heat pump.   Increase the superheated steam thermal and compressed air cold heat to the solar heat turbine driving species + Make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + Prepare a horizontal axis (1h) + Cold heat fuel injection ignition combustion + A variety of energy storage cycle coalescing engines, which are equipped with two stages of solar heating air compression and heat and cold heat + mercury gravity turbine with heat pump.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + have a horizontal axis (1 h) heat pump + fuel injection ignition to cold heat Various energy storage cycle combined engines that are equipped with 3 stages of heating + compression of heat and cold energy + fully automatic processable mercury gravity turbine that burns + solar heat air + heat pump.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to have a horizontal axis (1 h) compression heat recovery unit + fuel to cold heat A variety of energy storage cycle coalescing engines equipped with a mercury gravity turbine that can perform injection ignition combustion + compression of heat and cold of solar heating air + fully automatic processing mercury gravity turbine with a heat pump.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to have a horizontal axis (1 h) water heat exchanger + to cool fuel A variety of energy storage cycle coalescing engines equipped with a mercury gravity turbine that can perform injection ignition combustion + compression of heat and cold energy of solar heating air + fully automatic processing with a heat pump in five stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make solar thermal gravity rotation plane (39B) + equip horizontal axis (1 h) air heat exchanger + cold to fuel A variety of energy storage cycle combined engines that are equipped with injection ignition combustion + solar heat air compression and heat production and cold heat + mercury gravity turbine with heat pump in 6 stages.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + have a horizontal axis (1 h) generator + fuel injection ignition to cold heat Various energy conservation cycle combined engines which burns + solar heat air compressed and produces heat and cold energy + mercury gravity turbine with heat pump in 7 stages.   Increase the superheated steam thermal and compressed air cold heat to the solar heat turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) heat pump equipped + cold heat to fuel injection ignition combustion + Various kinds of energy storage cycle combined engine which installed solar heating air compression and heat and cold heat + fully automatic processable mercury gravity turbine with heat pump in 8 stages.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1 h) compression heat recovery equipment + to inject cold fuel A variety of energy storage cycle coalescing engines equipped with 9 stages of mercury gravity turbines that can be ignited and burnt + compression of heat and cold energy of solar heating air + fully automatic processing with a heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1h) water heat exchange equipment + cold injection fuel injection A variety of energy storage cycle coalescing engines equipped with 10 stages of mercury gravity turbines that can perform ignition combustion + solar heat air compression and heat and cold production + fully automatic processing with a heat pump.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1 h) air heat exchange equipment + cold injection fuel injection A variety of energy storage cycle combined engines in which ignition combustion + solar heating air is compressed and heat and compression are produced + a mercury gravity turbine is provided in one stage with a heat pump.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) generator equipped + cold heat to fuel injection ignition combustion + Thermal energy and cold energy production of solar heating air + Various energy storage cycle combined engines equipped with a mercury gravity turbine in two stages with a heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into a solar thermal gravity rotary plane (39B) + horizontal axis (1 h) heat pump equipment + various space transportation devices (78 V) Drive + cold fuel to fuel injection ignition combustion + solar heat air compression and heat production + fully automatic processable A variety of energy storage cycle coalescing engines equipped with a mercury gravity turbine in three stages with a heat pump.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) compression heat recovery equipment preparation + various space return aircraft Drive (78V) + Fuel injection ignition combustion to cold energy + Solar heat air compression and heat production + Thermal energy reduction + Fully automatic processable Mercury Gravity Turbine with heat pump Various energy storage cycle combined engines .   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h) water heat exchange equipment to prepare + various space return aircraft Various kinds of energy storage cycles combined with a heat pump equipped with a mercury gravity turbine capable of (78V) driving fuel + fuel injection ignition combustion to cold energy + compression of heat and cold energy for solar heating air + complete automatic processing organ.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1h) air heat exchange equipment + various space return aircraft Various kinds of energy storage cycle combined engines, which are driven by (78V) + fuel injection ignition combustion to cold heat + compression heat generation of solar heat air and cold heat + mercury gravity turbine provided with heat pump in 6 stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary airplane (39B) + make horizontal axis (1 h) generator equipped + various space transportation devices (78 V) Drive + cold fuel injection and combustion + solar heating air compression and heat production + cold energy + various types of energy storage cycle coalescing engines equipped with a mercury gravity turbine in seven stages with a heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel to fuel injection ignition combustion + solar heat air compression and heat production + fully automatic processable A variety of energy storage cycle coalescing engines equipped with a mercury gravity turbine in eight stages with a heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel to fuel injection ignition combustion + solar heat air compression and heat production + energy processing cycle combined engine equipped with a mercury gravity turbine capable of fully automatic processing + heat pump 9 stages with a heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel to fuel injection ignition combustion + solar heat air compression and heat production + cold energy + various automatic energy storage cycle coalescing engine equipped with a mercury gravity turbine 10 stages with a heat pump capable of automatic processing.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel to fuel injection ignition combustion + solar heat air compression and heat production + cold energy + various types of energy storage cycle combined engine equipped with a mercury gravity turbine in one stage with a heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel injection ignition combustion + solar heating air compression heat and cold heat production + various energy storage cycle coalescing engines provided with a mercury gravity turbine in two stages with a heat pump.   Increase the superheated steam thermal and compressed air cold heat to the solar heat turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) heat pump equipped + cold heat to fuel injection ignition combustion + Various types of energy storage cycle combined engines that are equipped with a heat pump and a heat pump, and a fully automatic processable mercury gravity turbine with a heat pump.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1 h) compression heat recovery equipment + to inject cold fuel A variety of energy storage cycle coalescing engines that are equipped with a mercury gravity turbine that can be ignited and burnt + compressed with heat and cold energy + fully automatic processing with a heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1h) water heat exchange equipment + cold injection fuel injection A variety of energy storage cycle coalescing engines equipped with a mercury gravity turbine that can ignite and burn + produce solar-heated air with compression thermal energy and cold energy + fully automatic processing along with a heat pump.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1 h) air heat exchange equipment + cold injection fuel injection A variety of energy storage cycle combined engines equipped with ignition combustion + solar heat air compression and heat production and cold heat + mercury gravity turbine provided with heat pump in 6 stages.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) generator equipped + cold heat to fuel injection ignition combustion + Thermal energy and cold energy production of solar heating air + Various energy storage cycle combined engines equipped with a mercury gravity turbine and a heat pump in seven stages.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + have a horizontal axis (1 h) heat pump + fuel injection ignition to cold heat Various energy storage cycle combined engines that are equipped with 8 stages of heating + compression of heat and cold energy of heating + solar heating air + fully automatic processable mercury gravity turbine with heat pump to burn.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to have a horizontal axis (1 h) compression heat recovery unit + fuel to cold heat A variety of energy storage cycle coalescing engines equipped with 9 stages of mercury gravity turbines that can perform injection ignition combustion + compression of heat and cold energy of solar heating air + fully automatic processing with a heat pump.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to have a horizontal axis (1 h) water heat exchanger + to cool fuel A variety of energy storage cycle coalescing engines equipped with 10 stages of mercury gravity turbines that can perform injection ignition combustion + compression of heat and cold energy of solar heating air + fully automatic processing with a heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make solar thermal gravity rotation plane (39B) + equip horizontal axis (1 h) air heat exchanger + cold to fuel A variety of energy storage cycle combined engines that are equipped with injection ignition combustion + compression of solar heat air and compression heat and cold energy + mercury gravity turbine in one stage with a heat pump.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + have a horizontal axis (1 h) generator + fuel injection ignition to cold heat Various energy storage cycle combined engines that burns + heat the solar heating air compressed and produce heat and cool + create a mercury gravity turbine in two stages with a heat pump.   Increase the superheated steam thermal and compressed air cold heat to the solar heat turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) heat pump equipped + cold heat to fuel injection ignition combustion + Various types of energy storage cycle combined engines that are equipped with a heat pump and a heat pump, and a fully automatic processable mercury gravity turbine with a heat pump.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1 h) compression heat recovery equipment + to inject cold fuel A variety of energy storage cycle coalescing engines that are equipped with a mercury gravity turbine that can be ignited and burnt + compressed with heat and cold energy + fully automatic processing with a heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1h) water heat exchange equipment + cold injection fuel injection A variety of energy storage cycle coalescing engines equipped with a mercury gravity turbine that can ignite and burn + produce solar-heated air with compression thermal energy and cold energy + fully automatic processing along with a heat pump.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1 h) air heat exchange equipment + cold injection fuel injection A variety of energy storage cycle combined engines equipped with ignition combustion + solar heat air compression and heat production and cold heat + mercury gravity turbine provided with heat pump in 6 stages.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) generator equipped + cold heat to fuel injection ignition combustion + Thermal energy and cold energy production of solar heating air + Various energy storage cycle combined engines equipped with a mercury gravity turbine and a heat pump in seven stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into a solar thermal gravity rotary plane (39B) + horizontal axis (1 h) heat pump equipment + various space transportation devices (78 V) Drive + cold fuel to fuel injection ignition combustion + solar heat air compression and heat production + fully automatic processable Various energy storage cycle coalescing engines equipped with a mercury gravity turbine in eight stages with a heat pump.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) compression heat recovery equipment preparation + various space return aircraft (78V) driving fuel + fuel injection ignition combustion to cold heat + compression of heat and cold energy of solar heating air + various energy storage cycle coalescing engines equipped with 9 stages of mercury gravity turbines capable of fully automatic processing with a heat pump .   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h) water heat exchange equipment to prepare + various space return aircraft Various kinds of energy storage cycles combined with 10 stages of mercury gravity turbines capable of (78V) driving fuel + fuel injection ignition combustion to cold heat + compression of solar heat air cold heat production + fully automatic processing with heat pump organ.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1h) air heat exchange equipment + various space return aircraft Various kinds of energy storage cycle combined engines that are driven by (78V) + fuel injection ignition combustion to cold energy + compression heat and solar energy for solar heating air + mercury gravity turbine in one stage with a heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary airplane (39B) + make horizontal axis (1 h) generator equipped + various space transportation devices (78 V) Drive + cold fuel injection ignition combustion + solar heating air compression heat and cold heat production + various energy storage cycle coalescing engines provided with a mercury gravity turbine in two stages with a heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel to fuel injection ignition combustion + solar heat air compression and heat production + fully automatic processable A variety of energy storage cycle coalescing engines equipped with a mercury gravity turbine in three stages with a heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel to fuel injection ignition combustion + solar heat air compression and heat production + energy processing cycle coalescing engine equipped with a mercury gravity turbine that can be fully automatically processed + heat pump four stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel to fuel injection ignition combustion + solar heat air compression and heat production + thermal energy + various automatic energy storage cycle coalescing engine equipped with a mercury gravity turbine that can be fully automatically processed with a heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel to fuel injection ignition combustion + solar heat air compression and heat production + various types of energy storage cycle combined engine equipped with mercury gravity turbine with heat pump in 6 stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel injection ignition combustion + solar heating air compression heat and cold heat production + various energy storage cycle combined engine equipped with a mercury gravity turbine in 7 stages with a heat pump.   Increase the superheated steam thermal and compressed air cold heat to the solar heat turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) heat pump equipped + cold heat to fuel injection ignition combustion + Various kinds of energy storage cycle combined engine which installed solar heating air compression and heat and cold heat + fully automatic processable mercury gravity turbine with heat pump in 8 stages.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1 h) compression heat recovery equipment + to inject cold fuel A variety of energy storage cycle coalescing engines equipped with 9 stages of mercury gravity turbines that can be ignited and burnt + compression of heat and cold energy of solar heating air + fully automatic processing with a heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1h) water heat exchange equipment + cold injection fuel injection A variety of energy storage cycle coalescing engines equipped with 10 stages of mercury gravity turbines that can perform ignition combustion + solar heat air compression and heat and cold production + fully automatic processing with a heat pump.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1 h) air heat exchange equipment + cold injection fuel injection A variety of energy storage cycle combined engines in which ignition combustion + solar heating air is compressed and heat and compression are produced + a mercury gravity turbine is provided in one stage with a heat pump.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) generator equipped + cold heat to fuel injection ignition combustion + Thermal energy and cold energy production of solar heating air + Various energy storage cycle combined engines equipped with a mercury gravity turbine in two stages with a heat pump.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + have a horizontal axis (1 h) heat pump + fuel injection ignition to cold heat Various energy storage cycle combined engines that are equipped with 3 stages of heating + compression of heat and cold energy + fully automatic processable mercury gravity turbine that burns + solar heat air + heat pump.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to have a horizontal axis (1 h) compression heat recovery unit + fuel to cold heat A variety of energy storage cycle coalescing engines equipped with a mercury gravity turbine that can perform injection ignition combustion + compression of heat and cold of solar heating air + fully automatic processing mercury gravity turbine with a heat pump.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to have a horizontal axis (1 h) water heat exchanger + to cool fuel A variety of energy storage cycle coalescing engines equipped with a mercury gravity turbine that can perform injection ignition combustion + compression of heat and cold energy of solar heating air + fully automatic processing with a heat pump in five stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make solar thermal gravity rotation plane (39B) + equip horizontal axis (1 h) air heat exchanger + cold to fuel A variety of energy storage cycle combined engines that are equipped with injection ignition combustion + solar heat air compression and heat production and cold heat + mercury gravity turbine with heat pump in 6 stages.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + have a horizontal axis (1 h) generator + fuel injection ignition to cold heat Various energy conservation cycle combined engines which burns + solar heat air compressed and produces heat and cold energy + mercury gravity turbine with heat pump in 7 stages.   Increase the superheated steam thermal and compressed air cold heat to the solar heat turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) heat pump equipped + cold heat to fuel injection ignition combustion + Various kinds of energy storage cycle combined engine which installed solar heating air compression and heat and cold heat + fully automatic processable mercury gravity turbine with heat pump in 8 stages.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1 h) compression heat recovery equipment + to inject cold fuel A variety of energy storage cycle coalescing engines equipped with 9 stages of mercury gravity turbines that can be ignited and burnt + compression of heat and cold energy of solar heating air + fully automatic processing with a heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1h) water heat exchange equipment + cold injection fuel injection A variety of energy storage cycle coalescing engines equipped with 10 stages of mercury gravity turbines that can perform ignition combustion + solar heat air compression and heat and cold production + fully automatic processing with a heat pump.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1 h) air heat exchange equipment + cold injection fuel injection A variety of energy storage cycle combined engines in which ignition combustion + solar heating air is compressed and heat and compression are produced + a mercury gravity turbine is provided in one stage with a heat pump.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) generator equipped + cold heat to fuel injection ignition combustion + Thermal energy and cold energy production of solar heating air + Various energy storage cycle combined engines equipped with a mercury gravity turbine in two stages with a heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into a solar thermal gravity rotary plane (39B) + horizontal axis (1 h) heat pump equipment + various space transportation devices (78 V) Drive + cold fuel to fuel injection ignition combustion + solar heat air compression and heat production + fully automatic processable A variety of energy storage cycle coalescing engines equipped with a mercury gravity turbine in three stages with a heat pump.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) compression heat recovery equipment preparation + various space return aircraft Drive (78V) + Fuel injection ignition combustion to cold energy + Solar heat air compression and heat production + Thermal energy reduction + Fully automatic processable Mercury Gravity Turbine with heat pump Various energy storage cycle combined engines .   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h) water heat exchange equipment to prepare + various space return aircraft Various kinds of energy storage cycles combined with a heat pump equipped with a mercury gravity turbine capable of (78V) driving fuel + fuel injection ignition combustion to cold energy + compression of heat and cold energy for solar heating air + complete automatic processing organ.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1h) air heat exchange equipment + various space return aircraft Various kinds of energy storage cycle combined engines, which are driven by (78V) + fuel injection ignition combustion to cold heat + compression heat generation of solar heat air and cold heat + mercury gravity turbine provided with heat pump in 6 stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary airplane (39B) + make horizontal axis (1 h) generator equipped + various space transportation devices (78 V) Drive + cold fuel injection and combustion + solar heating air compression and heat production + cold energy + various types of energy storage cycle coalescing engines equipped with a mercury gravity turbine in seven stages with a heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel to fuel injection ignition combustion + solar heat air compression and heat production + fully automatic processable A variety of energy storage cycle coalescing engines equipped with a mercury gravity turbine in eight stages with a heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel to fuel injection ignition combustion + solar heat air compression and heat production + energy processing cycle combined engine equipped with a mercury gravity turbine capable of fully automatic processing + heat pump 9 stages with a heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel to fuel injection ignition combustion + solar heat air compression and heat production + cold energy + various automatic energy storage cycle coalescing engine equipped with a mercury gravity turbine 10 stages with a heat pump capable of automatic processing.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel to fuel injection ignition combustion + solar heat air compression and heat production + cold energy + various types of energy storage cycle combined engine equipped with a mercury gravity turbine in one stage with a heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel injection ignition combustion + solar heating air compression heat and cold heat production + various energy storage cycle coalescing engines provided with a mercury gravity turbine in two stages with a heat pump.   Increase the superheated steam thermal and compressed air cold heat to the solar heat turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) heat pump equipped + cold heat to fuel injection ignition combustion + Various types of energy storage cycle combined engines that are equipped with a heat pump and a heat pump, and a fully automatic processable mercury gravity turbine with a heat pump.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1 h) compression heat recovery equipment + to inject cold fuel A variety of energy storage cycle coalescing engines that are equipped with a mercury gravity turbine that can be ignited and burnt + compressed with heat and cold energy + fully automatic processing with a heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1h) water heat exchange equipment + cold injection fuel injection A variety of energy storage cycle coalescing engines equipped with a mercury gravity turbine that can ignite and burn + produce solar-heated air with compression thermal energy and cold energy + fully automatic processing along with a heat pump.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1 h) air heat exchange equipment + cold injection fuel injection A variety of energy storage cycle combined engines equipped with ignition combustion + solar heat air compression and heat production and cold heat + mercury gravity turbine provided with heat pump in 6 stages.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) generator equipped + cold heat to fuel injection ignition combustion + Thermal energy and cold energy production of solar heating air + Various energy storage cycle combined engines equipped with a mercury gravity turbine and a heat pump in seven stages.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + have a horizontal axis (1 h) heat pump + fuel injection ignition to cold heat Various energy storage cycle combined engines that are equipped with 8 stages of heating + compression of heat and cold energy of heating + solar heating air + fully automatic processable mercury gravity turbine with heat pump to burn.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to have a horizontal axis (1 h) compression heat recovery unit + fuel to cold heat A variety of energy storage cycle coalescing engines equipped with 9 stages of mercury gravity turbines that can perform injection ignition combustion + compression of heat and cold energy of solar heating air + fully automatic processing with a heat pump.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to have a horizontal axis (1 h) water heat exchanger + to cool fuel A variety of energy storage cycle coalescing engines equipped with 10 stages of mercury gravity turbines that can perform injection ignition combustion + compression of heat and cold energy of solar heating air + fully automatic processing with a heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make solar thermal gravity rotation plane (39B) + equip horizontal axis (1 h) air heat exchanger + cold to fuel A variety of energy storage cycle combined engines that are equipped with injection ignition combustion + compression of solar heat air and compression heat and cold energy + mercury gravity turbine in one stage with a heat pump.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + have a horizontal axis (1 h) generator + fuel injection ignition to cold heat Various energy storage cycle combined engines that burns + heat the solar heating air compressed and produce heat and cool + create a mercury gravity turbine in two stages with a heat pump.   Increase the superheated steam thermal and compressed air cold heat to the solar heat turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) heat pump equipped + cold heat to fuel injection ignition combustion + Various types of energy storage cycle combined engines that are equipped with a heat pump and a heat pump, and a fully automatic processable mercury gravity turbine with a heat pump.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1 h) compression heat recovery equipment + to inject cold fuel A variety of energy storage cycle coalescing engines that are equipped with a mercury gravity turbine that can be ignited and burnt + compressed with heat and cold energy + fully automatic processing with a heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1h) water heat exchange equipment + cold injection fuel injection A variety of energy storage cycle coalescing engines equipped with a mercury gravity turbine that can ignite and burn + produce solar-heated air with compression thermal energy and cold energy + fully automatic processing along with a heat pump.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1 h) air heat exchange equipment + cold injection fuel injection A variety of energy storage cycle combined engines equipped with ignition combustion + solar heat air compression and heat production and cold heat + mercury gravity turbine provided with heat pump in 6 stages.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) generator equipped + cold heat to fuel injection ignition combustion + Thermal energy and cold energy production of solar heating air + Various energy storage cycle combined engines equipped with a mercury gravity turbine and a heat pump in seven stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into a solar thermal gravity rotary plane (39B) + horizontal axis (1 h) heat pump equipment + various space transportation devices (78 V) Drive + cold fuel to fuel injection ignition combustion + solar heat air compression and heat production + fully automatic processable Various energy storage cycle coalescing engines equipped with a mercury gravity turbine in eight stages with a heat pump.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) compression heat recovery equipment preparation + various space return aircraft (78V) driving fuel + fuel injection ignition combustion to cold heat + compression of heat and cold energy of solar heating air + various energy storage cycle coalescing engines equipped with 9 stages of mercury gravity turbines capable of fully automatic processing with a heat pump .   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h) water heat exchange equipment to prepare + various space return aircraft Various kinds of energy storage cycles combined with 10 stages of mercury gravity turbines capable of (78V) driving fuel + fuel injection ignition combustion to cold heat + compression of solar heat air cold heat production + fully automatic processing with heat pump organ.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1h) air heat exchange equipment + various space return aircraft Various kinds of energy storage cycle combined engines that are driven by (78V) + fuel injection ignition combustion to cold energy + compression heat and solar energy for solar heating air + mercury gravity turbine in one stage with a heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary airplane (39B) + make horizontal axis (1 h) generator equipped + various space transportation devices (78 V) Drive + cold fuel injection ignition combustion + solar heating air compression heat and cold heat production + various energy storage cycle coalescing engines provided with a mercury gravity turbine in two stages with a heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel to fuel injection ignition combustion + solar heat air compression and heat production + fully automatic processable A variety of energy storage cycle coalescing engines equipped with a mercury gravity turbine in three stages with a heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel to fuel injection ignition combustion + solar heat air compression and heat production + energy processing cycle coalescing engine equipped with a mercury gravity turbine that can be fully automatically processed + heat pump four stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel to fuel injection ignition combustion + solar heat air compression and heat production + thermal energy + various automatic energy storage cycle coalescing engine equipped with a mercury gravity turbine that can be fully automatically processed with a heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel to fuel injection ignition combustion + solar heat air compression and heat production + various types of energy storage cycle combined engine equipped with mercury gravity turbine with heat pump in 6 stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel injection ignition combustion + solar heating air compression heat and cold heat production + various energy storage cycle combined engine equipped with a mercury gravity turbine in 7 stages with a heat pump.   Solar thermal turbine drive species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotation plane (39B) + configuration to accelerate mercury + intake air path length lens and sunlight Heat and cold energy production + cold fuel injection into fuel + ignition combustion + solar heat air compression and heat production + fully automatic processable Various energy storage cycle coalescing engines equipped with a mercury gravity turbine in 8 stages with a heat pump.   Solar thermal turbine drive species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotation plane (39B) + configuration to accelerate mercury + intake air path length lens and sunlight Heat and cold energy manufacturing + fuel injection and combustion to cold energy + compression of heat and cold energy of solar heating air + various energy storage cycle coalescing engines equipped with a mercury gravity turbine that can be fully automatically processed together with a heat pump in 9 stages.   Solar thermal turbine drive species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotation plane (39B) + configuration to accelerate mercury + intake air path length lens and sunlight A variety of energy storage cycle coalescing engines equipped with 10 stages of mercury gravity turbines capable of heat and cold energy production + fuel injection ignition combustion for cold energy + compression of heat and cold energy for solar heating air + full automatic processing with a heat pump.   Solar thermal turbine drive species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotation plane (39B) + configuration to accelerate mercury + intake air path length lens and sunlight Heat and cold energy production + cold fuel injection to fuel + ignition combustion + solar heating air compression and heat energy production + various energy storage cycle coalescing engines equipped with a mercury gravity turbine in one stage with a heat pump.   Solar thermal turbine drive species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotation plane (39B) + configuration to accelerate mercury + intake air path length lens and sunlight Heat and cold energy production + cold energy fuel injection ignition combustion + solar heat air compression and heat energy production + Various energy storage cycle coalescing engines equipped with a mercury gravity turbine in two stages with a heat pump.   Solar thermal turbine drive species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotation plane (39B) + configuration to accelerate mercury + intake air path length lens and sunlight Heat and cold energy production + cold fuel injection to fuel + ignition combustion + solar heating air compression and heat production + fully automatic processable Various energy storage cycle coalescing engines equipped with a mercury gravity turbine in three stages with a heat pump.   Solar thermal turbine drive species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotation plane (39B) + configuration to accelerate mercury + intake air path length lens and sunlight Heat and cold energy manufacturing + fuel injection and combustion to cold energy + compression of heat and cold energy for solar heating air + various energy storage cycle coalescing engines equipped with a mercury gravity turbine that can be fully automatically processed along with a heat pump.   Solar thermal turbine drive species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotation plane (39B) + configuration to accelerate mercury + intake air path length lens and sunlight A variety of energy storage cycle coalescing engines equipped with a heat pump and a mercury gravity turbine capable of fully automatic processing + compression and heat production of solar heating air + complete automatic processing   Solar thermal turbine drive species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotation plane (39B) + configuration to accelerate mercury + intake air path length lens and sunlight Heat and cold energy production + cold energy fuel injection ignition combustion + solar heat air compression and heat energy production + various energy storage cycle coalescing engines equipped with a mercury gravity turbine in six stages with a heat pump.   Solar thermal turbine drive species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotation plane (39B) + configuration to accelerate mercury + intake air path length lens and sunlight Heat and cold energy production + cold energy fuel injection ignition combustion + solar heat air compression and heat energy production + mercury gravity turbines Various energy storage cycle coalescing engines provided in 7 stages with a heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) compression heat recovery equipment provision + various cargo planes Drive (78V) + cold fuel injection to light and burn + solar heating air compression and heat production + fully automatic processable Mercury gravity turbine with a heat pump and various energy storage cycle coalesced engines equipped with eight stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make solar thermal gravity rotation plane (39B) + have horizontal axis (1h) + various cargo planes (78V) Drive + cold fuel injection ignition combustion + solar heat air compression and heat production + heat treatment + fully automatic processing Mercury gravity turbine various heat preservation cycle combined engine which is provided in 9 stages with a heat pump.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h) water heat exchange equipment to prepare + various cargo planes (78V) driving + cold fuel injection fire combustion + solar heating air compression and heat production + cold processing + fully automatic processing mercury gravity turbine various heat preservation cycle coalescing engine provided in 10 stages with a heat pump .   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1 h) to have air heat exchange equipment + various cargo planes Drive (78V) + Cold fuel injection with fuel injection Ignition combustion + Solar heating air compression Thermal production and cold energy + Various energy storage cycle combined engine equipped with a mercury gravity turbine in one stage with a heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) generator equipped + various cargo planes ( 78V) Drive + cold fuel injection ignition combustion + solar heating air compression heat and cold heat production + various energy storage cycle coalescing engines provided with a mercury gravity turbine in two stages with a heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) heat pump equipment + various cargo planes ( 78V) Drive + cold fuel to fuel injection ignition combustion + solar heat air compression and heat production + fully automatic processable A variety of energy storage cycle coalescing engines equipped with a mercury gravity turbine in three stages with a heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) compression heat recovery equipment provision + various cargo planes Drive (78V) + Cold fuel injection with fuel + Ignition combustion + Solar heating air compression + Heat and heat production + Fully automatic processable Various types of energy storage cycle coalescing engines equipped with a mercury gravity turbine in four stages with a heat pump.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h) water heat exchange equipment to prepare + various cargo planes Drive (78V) + Cold fuel injection with fuel + Ignition combustion + Solar heating air compression Thermal energy and cold energy + Fully automatic processable Mercury gravity turbine Various heat preservation cycle coalesced engine equipped with heat pump in 5 stages.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1 h) to have air heat exchange equipment + various cargo planes Drive (78V) + Cold fuel injection with fuel + Ignition combustion + Solar heating air compression Thermal and cold heat production + Fully automatic processable A variety of energy storage cycle coalescing engines equipped with a mercury gravity turbine in 6 stages with a heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) generator equipped + various cargo planes ( 78V) Drive + cold fuel to fuel injection ignition combustion + solar heat air compression and heat production + fully automatic processable Various energy storage cycle coalescing engines equipped with a mercury gravity turbine in seven stages with a heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) heat pump equipment + various cargo planes ( 78V) Drive + cold fuel to fuel injection ignition combustion + solar heat air compression and heat production + energy processing cycle coalesced engine equipped with a mercury gravity turbine that can be fully automatically processed + heat pump 8 stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) compression heat recovery equipment provision + various cargo planes Drive (78V) + Cold fuel injection with fuel + Ignition and combustion + Solar heating air compression and heat production + A fully automatic processable Mercury Gravity Turbine combined with a heat pump and various energy storage cycle combined engines.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h) water heat exchange equipment to prepare + various cargo planes Drive (78V) + Cold fuel injection with fuel + Ignition and combustion + Solar heating air compressed with heat and cold energy + Various energy storage cycle coalescing engines equipped with 10 stages of mercury gravity turbines capable of fully automatic processing with a heat pump.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1 h) to have air heat exchange equipment + various cargo planes Drive (78V) + Cold fuel injection with fuel + Ignition combustion + Solar heating air compression / thermal production + Various automatic energy storage cycle coalescing engines equipped with a mercury gravity turbine that can be fully automatically processed with a heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) generator equipped + various cargo planes ( 78V) Drive + cold fuel to fuel injection ignition combustion + solar heat air compression and heat production cold energy + various energy storage cycle coalescing engine equipped with a mercury gravity turbine capable of fully automatic processing in two stages with a heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) heat pump equipment + various cargo planes ( 78V) Drive + cold fuel to fuel injection ignition combustion + solar heat air compression and heat production + cold energy + various automatic energy storage cycle coalescing engine equipped with a mercury gravity turbine that can be fully automatically processed with a heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) compression heat recovery equipment provision + various cargo planes (78V) driving + cold fuel injection ignition combustion + solar heating air compression and heat production + cold processing + fully automatic processing mercury gravity turbine with various types of energy storage cycle coalescing engine provided with heat pump .   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h) water heat exchange equipment to prepare + various cargo planes (78V) driving + cold fuel injection with fuel injection ignition combustion + solar heating air compression thermal energy and cold energy production + various automatic energy storage cycle coalescing engine equipped with a mercury gravity turbine capable of fully automatic processing with a heat pump .   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1 h) to have air heat exchange equipment + various cargo planes (78V) driving + cold fuel injection ignition combustion + solar heating air compression and heat production + cold processing + fully automatic processing mercury gravity turbine various heat preservation cycle coalescing engine provided with heat pump in six stages .   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) generator equipped + various cargo planes ( 78V) Drive + cold fuel to fuel injection ignition combustion + solar heat air compression and heat production + cold energy + various automatic energy storage cycle coalescing engine equipped with a mercury gravity turbine that can be fully automatically processed with a heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) heat pump equipment + various cargo planes ( 78V) Drive + cold fuel to fuel injection ignition combustion + solar heating air compression and heat production + cold energy + various types of energy storage cycle combined engine equipped with a mercury gravity turbine in eight stages with a heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) compression heat recovery equipment provision + various cargo planes Drive (78V) + cold fuel injection with fuel + ignition combustion + solar heating air compression and heat production + various types of energy storage cycle combined engine equipped with a mercury gravity turbine in 9 stages with a heat pump.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h) water heat exchange equipment to prepare + various cargo planes Drive (78V) + Cold fuel injection with fuel injection Ignition combustion + Solar heating air compression Thermal production and cold energy + Various energy storage cycle combined engine equipped with a mercury gravity turbine in 10 stages with a heat pump.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1 h) to have air heat exchange equipment + various cargo planes Drive (78V) + Cold fuel injection with fuel injection Ignition combustion + Solar heating air compression Thermal production and cold energy + Various energy storage cycle combined engine equipped with a mercury gravity turbine in one stage with a heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) generator equipped + various cargo planes ( 78V) Drive + cold fuel injection ignition combustion + solar heating air compression heat and cold heat production + various energy storage cycle coalescing engines provided with a mercury gravity turbine in two stages with a heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) heat pump equipment + various cargo planes ( 78V) Drive + cold fuel to fuel injection ignition combustion + solar heating air compression and heat production + various energy storage cycle coalescing engine equipped with a mercury gravity turbine in three stages together with a heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) compression heat recovery equipment provision + various cargo planes Drive (78V) + Cold fuel injection with fuel injection Ignition combustion + Solar heating air compression Thermal production and cold energy + Various energy storage cycle combined engine equipped with a mercury gravity turbine in 4 stages with a heat pump.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h) water heat exchange equipment to prepare + various cargo planes Drive (78V) + cold fuel injection to light and burn combustion + solar heating air compression and heat production + various types of energy storage cycle combined engine equipped with a mercury gravity turbine in 5 stages with a heat pump.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1 h) to have air heat exchange equipment + various cargo planes Drive (78V) + Cold fuel injection with fuel + Ignition combustion + Solar heating air compression Thermal production and cold energy + Various energy storage cycle combined engines equipped with a mercury gravity turbine in 6 stages with a heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) generator equipped + various cargo planes ( 78V) Drive + cold fuel injection ignition combustion + solar heating air compression heat and cold heat production + various energy storage cycle combined engine equipped with a mercury gravity turbine in 7 stages with a heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) heat pump equipment + various cargo planes ( 78V) Drive + cold fuel injection fire combustion + solar heating air compressed heat and cold heat + turbine rotor blade group with the same diameter of the same diameter for each stage to fit bolt assembly and heat pump thrust bearing or Various energy storage cycle combined engines installed in eight stages with bearings and square turbine outer box (77a).   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) compression heat recovery equipment provision + various cargo planes Drive (78V) + Cold fuel injection with fuel ignition Ignition combustion + Solar heating air compression Thermal and cold heat production + Turbine blade group with the same diameter approximately the same shape for every stage to make fitting bolt assembly and thrust the heat pump Various energy storage cycle combined engines installed in 9 stages with bearings, bearings and square turbine outer box (77a).   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h) water heat exchange equipment to prepare + various cargo planes Drive (78V) + Cold fuel injection with fuel ignition Ignition combustion + Solar heating air compression Thermal and cold heat production + Turbine blade group with the same diameter approximately the same shape for every stage to make fitting bolt assembly and thrust the heat pump Various energy storage cycle combined engines installed in 10 stages with bearings, bearings and square turbine outer box (77a).   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1 h) to have air heat exchange equipment + various cargo planes Drive (78V) + Cold fuel injection with fuel ignition Ignition combustion + Solar heating air compression Thermal and cold heat production + Turbine blade group with the same diameter approximately the same shape for every stage to make fitting bolt assembly and thrust the heat pump Various energy storage cycle combined engines installed in a single stage with bearings, bearings and square turbine outer box (77a).   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) generator equipped + various cargo planes ( 78V) Drive + cold fuel injection fire combustion + solar heating air compressed heat and cold heat + turbine rotor blade group with the same diameter of the same diameter for each stage to fit bolt assembly and heat pump thrust bearing or Various energy storage cycle combined engines installed in two stages with bearings and square turbine outer box (77a).   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to solar thermal gravity rotation plane (39B) + horizontal axis (1 h) heat pump equipment + maximum gravity and sunlight Limited use + (78V) rocket injection + fuel injection ignition combustion to cold heat + solar heat air compression and heat production + fully automatic processable Mercury gravity turbine with heat pump and various energy storage provided in 3 stages Cycle coalescing agency.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to solar thermal gravity rotation plane (39B) + horizontal axis (1h) compression heat recovery equipment + gravity or sunlight Make maximum use of + + (78V) rocket injection + fuel injection ignition combustion to cold energy + compression heat and cold energy production of solar heating air + mercury gravity turbine capable of fully automatic processing is provided in 4 stages with a heat pump Various energy conservation cycle union engine.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to solar thermal gravity rotation plane (39B) + horizontal axis (1h) water heat exchange equipment + gravity or sunlight Make maximum use of + + (78V) rocket injection + fuel injection ignition combustion to cold energy + solar heat air compression and heat production + heat production + fully automatic processable mercury gravity turbine with heat pump in 5 stages Various energy conservation cycle union engine.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to solar thermal gravity rotation plane (39B) + horizontal axis (1h) air heat exchange equipment + gravity or sunlight Make maximum use of + + (78V) rocket injection + fuel injection ignition combustion to cold energy + compression heat and cold energy of solar heating air + various energy storage cycle combining mercury gravity turbine with heat pump in 6 stages organ.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to solar thermal gravity rotation plane (39B) + horizontal axis (1 h) to equip generator + maximum gravity and sunlight Use limited + (78V) rocket injection + fuel injection ignition combustion to cold energy + sensible heat and cold energy for solar heating air + various energy storage cycle combined engines equipped with a mercury gravity turbine in 7 stages with a heat pump.   Increase the superheated steam thermal and compressed air cold heat to the solar heat turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) heat pump equipped + cold heat to fuel injection ignition combustion + Various kinds of energy storage cycle combined engine which installed solar heating air compression and heat and cold heat + fully automatic processable mercury gravity turbine with heat pump in 8 stages.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1 h) compression heat recovery equipment + to inject cold fuel A variety of energy storage cycle coalescing engines equipped with 9 stages of mercury gravity turbines that can be ignited and burnt + compression of heat and cold energy of solar heating air + fully automatic processing with a heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1h) water heat exchange equipment + cold injection fuel injection A variety of energy storage cycle coalescing engines equipped with 10 stages of mercury gravity turbines that can perform ignition combustion + solar heat air compression and heat and cold production + fully automatic processing with a heat pump.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1 h) air heat exchange equipment + cold injection fuel injection A variety of energy storage cycle combined engines in which ignition combustion + solar heating air is compressed and heat and compression are produced + a mercury gravity turbine is provided in one stage with a heat pump.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) generator equipped + cold heat to fuel injection ignition combustion + Thermal energy and cold energy production of solar heating air + Various energy storage cycle combined engines equipped with a mercury gravity turbine in two stages with a heat pump.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + have a horizontal axis (1 h) heat pump + fuel injection ignition to cold heat Various energy storage cycle combined engines that are equipped with 3 stages of heating + compression of heat and cold energy + fully automatic processable mercury gravity turbine that burns + solar heat air + heat pump.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to have a horizontal axis (1 h) compression heat recovery unit + fuel to cold heat A variety of energy storage cycle coalescing engines equipped with a mercury gravity turbine that can perform injection ignition combustion + compression of heat and cold of solar heating air + fully automatic processing mercury gravity turbine with a heat pump.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to have a horizontal axis (1 h) water heat exchanger + to cool fuel A variety of energy storage cycle coalescing engines equipped with a mercury gravity turbine that can perform injection ignition combustion + compression of heat and cold energy of solar heating air + fully automatic processing with a heat pump in five stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make solar thermal gravity rotation plane (39B) + equip horizontal axis (1 h) air heat exchanger + cold to fuel A variety of energy storage cycle combined engines that are equipped with injection ignition combustion + solar heat air compression and heat production and cold heat + mercury gravity turbine with heat pump in 6 stages.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + have a horizontal axis (1 h) generator + fuel injection ignition to cold heat Various energy conservation cycle combined engines which burns + solar heat air compressed and produces heat and cold energy + mercury gravity turbine with heat pump in 7 stages.   Increase the superheated steam thermal and compressed air cold heat to the solar heat turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) heat pump equipped + cold heat to fuel injection ignition combustion + Various kinds of energy storage cycle combined engine which installed solar heating air compression and heat and cold heat + fully automatic processable mercury gravity turbine with heat pump in 8 stages.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1 h) compression heat recovery equipment + to inject cold fuel A variety of energy storage cycle coalescing engines equipped with 9 stages of mercury gravity turbines that can be ignited and burnt + compression of heat and cold energy of solar heating air + fully automatic processing with a heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1h) water heat exchange equipment + cold injection fuel injection A variety of energy storage cycle coalescing engines equipped with 10 stages of mercury gravity turbines that can perform ignition combustion + solar heat air compression and heat and cold production + fully automatic processing with a heat pump.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1 h) air heat exchange equipment + cold injection fuel injection A variety of energy storage cycle combined engines in which ignition combustion + solar heating air is compressed and heat and compression are produced + a mercury gravity turbine is provided in one stage with a heat pump.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) generator equipped + cold heat to fuel injection ignition combustion + Thermal energy and cold energy production of solar heating air + Various energy storage cycle combined engines equipped with a mercury gravity turbine in two stages with a heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into a solar thermal gravity rotary plane (39B) + horizontal axis (1 h) heat pump equipment + various space transportation devices (78 V) Drive + cold fuel to fuel injection ignition combustion + solar heat air compression and heat production + fully automatic processable A variety of energy storage cycle coalescing engines equipped with a mercury gravity turbine in three stages with a heat pump.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) compression heat recovery equipment preparation + various space return aircraft Drive (78V) + Fuel injection ignition combustion to cold energy + Solar heat air compression and heat production + Thermal energy reduction + Fully automatic processable Mercury Gravity Turbine with heat pump Various energy storage cycle combined engines .   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h) water heat exchange equipment to prepare + various space return aircraft Various kinds of energy storage cycles combined with a heat pump equipped with a mercury gravity turbine capable of (78V) driving fuel + fuel injection ignition combustion to cold energy + compression of heat and cold energy for solar heating air + complete automatic processing organ.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1h) air heat exchange equipment + various space return aircraft Various kinds of energy storage cycle combined engines, which are driven by (78V) + fuel injection ignition combustion to cold heat + compression heat generation of solar heat air and cold heat + mercury gravity turbine provided with heat pump in 6 stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary airplane (39B) + make horizontal axis (1 h) generator equipped + various space transportation devices (78 V) Drive + cold fuel injection and combustion + solar heating air compression and heat production + cold energy + various types of energy storage cycle coalescing engines equipped with a mercury gravity turbine in seven stages with a heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel to fuel injection ignition combustion + solar heat air compression and heat production + fully automatic processable A variety of energy storage cycle coalescing engines equipped with a mercury gravity turbine in eight stages with a heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel to fuel injection ignition combustion + solar heat air compression and heat production + energy processing cycle combined engine equipped with a mercury gravity turbine capable of fully automatic processing + heat pump 9 stages with a heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel to fuel injection ignition combustion + solar heat air compression and heat production + cold energy + various automatic energy storage cycle coalescing engine equipped with a mercury gravity turbine 10 stages with a heat pump capable of automatic processing.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel to fuel injection ignition combustion + solar heat air compression and heat production + cold energy + various types of energy storage cycle combined engine equipped with a mercury gravity turbine in one stage with a heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel injection ignition combustion + solar heating air compression heat and cold heat production + various energy storage cycle coalescing engines provided with a mercury gravity turbine in two stages with a heat pump.   Increase the superheated steam thermal and compressed air cold heat to the solar heat turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) heat pump equipped + cold heat to fuel injection ignition combustion + Various types of energy storage cycle combined engines that are equipped with a heat pump and a heat pump, and a fully automatic processable mercury gravity turbine with a heat pump.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1 h) compression heat recovery equipment + to inject cold fuel A variety of energy storage cycle coalescing engines that are equipped with a mercury gravity turbine that can be ignited and burnt + compressed with heat and cold energy + fully automatic processing with a heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1h) water heat exchange equipment + cold injection fuel injection A variety of energy storage cycle coalescing engines equipped with a mercury gravity turbine that can ignite and burn + produce solar-heated air with compression thermal energy and cold energy + fully automatic processing along with a heat pump.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1 h) air heat exchange equipment + cold injection fuel injection A variety of energy storage cycle combined engines equipped with ignition combustion + solar heat air compression and heat production and cold heat + mercury gravity turbine provided with heat pump in 6 stages.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) generator equipped + cold heat to fuel injection ignition combustion + Thermal energy and cold energy production of solar heating air + Various energy storage cycle combined engines equipped with a mercury gravity turbine and a heat pump in seven stages.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + have a horizontal axis (1 h) heat pump + fuel injection ignition to cold heat Various energy storage cycle combined engines that are equipped with 8 stages of heating + compression of heat and cold energy of heating + solar heating air + fully automatic processable mercury gravity turbine with heat pump to burn.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to have a horizontal axis (1 h) compression heat recovery unit + fuel to cold heat A variety of energy storage cycle coalescing engines equipped with 9 stages of mercury gravity turbines that can perform injection ignition combustion + compression of heat and cold energy of solar heating air + fully automatic processing with a heat pump.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to have a horizontal axis (1 h) water heat exchanger + to cool fuel A variety of energy storage cycle coalescing engines equipped with 10 stages of mercury gravity turbines that can perform injection ignition combustion + compression of heat and cold energy of solar heating air + fully automatic processing with a heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make solar thermal gravity rotation plane (39B) + equip horizontal axis (1 h) air heat exchanger + cold to fuel A variety of energy storage cycle combined engines that are equipped with injection ignition combustion + compression of solar heat air and compression heat and cold energy + mercury gravity turbine in one stage with a heat pump.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + have a horizontal axis (1 h) generator + fuel injection ignition to cold heat Various energy storage cycle combined engines that burns + heat the solar heating air compressed and produce heat and cool + create a mercury gravity turbine in two stages with a heat pump.   Increase the superheated steam thermal and compressed air cold heat to the solar heat turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) heat pump equipped + cold heat to fuel injection ignition combustion + Various types of energy storage cycle combined engines that are equipped with a heat pump and a heat pump, and a fully automatic processable mercury gravity turbine with a heat pump.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1 h) compression heat recovery equipment + to inject cold fuel A variety of energy storage cycle coalescing engines that are equipped with a mercury gravity turbine that can be ignited and burnt + compressed with heat and cold energy + fully automatic processing with a heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1h) water heat exchange equipment + cold injection fuel injection A variety of energy storage cycle coalescing engines equipped with a mercury gravity turbine that can ignite and burn + produce solar-heated air with compression thermal energy and cold energy + fully automatic processing along with a heat pump.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) generator equipped + cold heat to fuel injection ignition combustion + Thermal energy and cold energy production of solar heating air + Various energy storage cycle combined engines equipped with a mercury gravity turbine in 6 stages with a heat pump.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1 h) air heat exchange equipment + cold injection fuel injection A variety of energy storage cycle combined engines in which ignition combustion + solar heating air is compressed and heat and compression are produced + mercury gravity turbine is installed in 7 stages with a heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into a solar thermal gravity rotary plane (39B) + horizontal axis (1 h) heat pump equipment + various space transportation devices (78 V) Drive + cold fuel to fuel injection ignition combustion + solar heat air compression and heat production + fully automatic processable Various energy storage cycle coalescing engines equipped with a mercury gravity turbine in eight stages with a heat pump.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) compression heat recovery equipment preparation + various space return aircraft (78V) driving fuel + fuel injection ignition combustion to cold heat + compression of heat and cold energy of solar heating air + various energy storage cycle coalescing engines equipped with 9 stages of mercury gravity turbines capable of fully automatic processing with a heat pump .   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h) water heat exchange equipment to prepare + various space return aircraft Various kinds of energy storage cycles combined with 10 stages of mercury gravity turbines capable of (78V) driving fuel + fuel injection ignition combustion to cold heat + compression of solar heat air cold heat production + fully automatic processing with heat pump organ.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1h) air heat exchange equipment + various space return aircraft Various kinds of energy storage cycle combined engines that are driven by (78V) + fuel injection ignition combustion to cold energy + compression heat and solar energy for solar heating air + mercury gravity turbine in one stage with a heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary airplane (39B) + make horizontal axis (1 h) generator equipped + various space transportation devices (78 V) Drive + cold fuel injection ignition combustion + solar heating air compression heat and cold heat production + various energy storage cycle coalescing engines provided with a mercury gravity turbine in two stages with a heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel to fuel injection ignition combustion + solar heat air compression and heat production + fully automatic processable A variety of energy storage cycle coalescing engines equipped with a mercury gravity turbine in three stages with a heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel to fuel injection ignition combustion + solar heat air compression and heat production + energy processing cycle coalescing engine equipped with a mercury gravity turbine that can be fully automatically processed + heat pump four stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel to fuel injection ignition combustion + solar heat air compression and heat production + thermal energy + various automatic energy storage cycle coalescing engine equipped with a mercury gravity turbine that can be fully automatically processed with a heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel to fuel injection ignition combustion + solar heat air compression and heat production + various types of energy storage cycle combined engine equipped with mercury gravity turbine with heat pump in 6 stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel injection ignition combustion + solar heating air compression heat and cold heat production + various energy storage cycle combined engine equipped with a mercury gravity turbine in 7 stages with a heat pump.   Increase the superheated steam thermal and compressed air cold heat to the solar heat turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) heat pump equipped + cold heat to fuel injection ignition combustion + Various kinds of energy storage cycle combined engine which installed solar heating air compression and heat and cold heat + fully automatic processable mercury gravity turbine with heat pump in 8 stages.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1 h) compression heat recovery equipment + to inject cold fuel A variety of energy storage cycle coalescing engines equipped with 9 stages of mercury gravity turbines that can be ignited and burnt + compression of heat and cold energy of solar heating air + fully automatic processing with a heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1h) water heat exchange equipment + cold injection fuel injection A variety of energy storage cycle coalescing engines equipped with 10 stages of mercury gravity turbines that can perform ignition combustion + solar heat air compression and heat and cold production + fully automatic processing with a heat pump.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1 h) air heat exchange equipment + cold injection fuel injection A variety of energy storage cycle combined engines in which ignition combustion + solar heating air is compressed and heat and compression are produced + a mercury gravity turbine is provided in one stage with a heat pump.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) generator equipped + cold heat to fuel injection ignition combustion + Thermal energy and cold energy production of solar heating air + Various energy storage cycle combined engines equipped with a mercury gravity turbine in two stages with a heat pump.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + have a horizontal axis (1 h) heat pump + fuel injection ignition to cold heat Various energy storage cycle combined engines that are equipped with 3 stages of heating + compression of heat and cold energy + fully automatic processable mercury gravity turbine that burns + solar heat air + heat pump.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to have a horizontal axis (1 h) compression heat recovery unit + fuel to cold heat A variety of energy storage cycle coalescing engines equipped with a mercury gravity turbine that can perform injection ignition combustion + compression of heat and cold of solar heating air + fully automatic processing mercury gravity turbine with a heat pump.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to have a horizontal axis (1 h) water heat exchanger + to cool fuel A variety of energy storage cycle coalescing engines equipped with a mercury gravity turbine that can perform injection ignition combustion + compression of heat and cold energy of solar heating air + fully automatic processing with a heat pump in five stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make solar thermal gravity rotation plane (39B) + equip horizontal axis (1 h) air heat exchanger + cold to fuel A variety of energy storage cycle combined engines that are equipped with injection ignition combustion + solar heat air compression and heat production and cold heat + mercury gravity turbine with heat pump in 6 stages.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + have a horizontal axis (1 h) generator + fuel injection ignition to cold heat Various energy conservation cycle combined engines which burns + solar heat air compressed and produces heat and cold energy + mercury gravity turbine with heat pump in 7 stages.   Increase the superheated steam thermal and compressed air cold heat to the solar heat turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) heat pump equipped + cold heat to fuel injection ignition combustion + Various kinds of energy storage cycle combined engine which installed solar heating air compression and heat and cold heat + fully automatic processable mercury gravity turbine with heat pump in 8 stages.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1 h) compression heat recovery equipment + to inject cold fuel A variety of energy storage cycle coalescing engines equipped with 9 stages of mercury gravity turbines that can be ignited and burnt + compression of heat and cold energy of solar heating air + fully automatic processing with a heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1h) water heat exchange equipment + cold injection fuel injection A variety of energy storage cycle coalescing engines equipped with 10 stages of mercury gravity turbines that can perform ignition combustion + solar heat air compression and heat and cold production + fully automatic processing with a heat pump.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1 h) air heat exchange equipment + cold injection fuel injection A variety of energy storage cycle combined engines in which ignition combustion + solar heating air is compressed and heat and compression are produced + a mercury gravity turbine is provided in one stage with a heat pump.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) generator equipped + cold heat to fuel injection ignition combustion + Thermal energy and cold energy production of solar heating air + Various energy storage cycle combined engines equipped with a mercury gravity turbine in two stages with a heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into a solar thermal gravity rotary plane (39B) + horizontal axis (1 h) heat pump equipment + various space transportation devices (78 V) Drive + cold fuel to fuel injection ignition combustion + solar heat air compression and heat production + fully automatic processable A variety of energy storage cycle coalescing engines equipped with a mercury gravity turbine in three stages with a heat pump.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) compression heat recovery equipment preparation + various space return aircraft Drive (78V) + Fuel injection ignition combustion to cold energy + Solar heat air compression and heat production + Thermal energy reduction + Fully automatic processable Mercury Gravity Turbine with heat pump Various energy storage cycle combined engines .   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h) water heat exchange equipment to prepare + various space return aircraft Various kinds of energy storage cycles combined with a heat pump equipped with a mercury gravity turbine capable of (78V) driving fuel + fuel injection ignition combustion to cold energy + compression of heat and cold energy for solar heating air + complete automatic processing organ.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1h) air heat exchange equipment + various space return aircraft Various kinds of energy storage cycle combined engines, which are driven by (78V) + fuel injection ignition combustion to cold heat + compression heat generation of solar heat air and cold heat + mercury gravity turbine provided with heat pump in 6 stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary airplane (39B) + make horizontal axis (1 h) generator equipped + various space transportation devices (78 V) Drive + cold fuel injection and combustion + solar heating air compression and heat production + cold energy + various types of energy storage cycle coalescing engines equipped with a mercury gravity turbine in seven stages with a heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel to fuel injection ignition combustion + solar heat air compression and heat production + fully automatic processable A variety of energy storage cycle coalescing engines equipped with a mercury gravity turbine in eight stages with a heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel to fuel injection ignition combustion + solar heat air compression and heat production + energy processing cycle combined engine equipped with a mercury gravity turbine capable of fully automatic processing + heat pump 9 stages with a heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel to fuel injection ignition combustion + solar heat air compression and heat production + cold energy + various automatic energy storage cycle coalescing engine equipped with a mercury gravity turbine 10 stages with a heat pump capable of automatic processing.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel to fuel injection ignition combustion + solar heat air compression and heat production + cold energy + various types of energy storage cycle combined engine equipped with a mercury gravity turbine in one stage with a heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel injection ignition combustion + solar heating air compression heat and cold heat production + various energy storage cycle coalescing engines provided with a mercury gravity turbine in two stages with a heat pump.   Increase the superheated steam thermal and compressed air cold heat to the solar heat turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) heat pump equipped + cold heat to fuel injection ignition combustion + Various types of energy storage cycle combined engines that are equipped with a heat pump and a heat pump, and a fully automatic processable mercury gravity turbine with a heat pump.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1 h) compression heat recovery equipment + to inject cold fuel A variety of energy storage cycle coalescing engines that are equipped with a mercury gravity turbine that can be ignited and burnt + compressed with heat and cold energy + fully automatic processing with a heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1h) water heat exchange equipment + cold injection fuel injection A variety of energy storage cycle coalescing engines equipped with a mercury gravity turbine that can ignite and burn + produce solar-heated air with compression thermal energy and cold energy + fully automatic processing along with a heat pump.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1 h) air heat exchange equipment + cold injection fuel injection A variety of energy storage cycle combined engines equipped with ignition combustion + solar heat air compression and heat production and cold heat + mercury gravity turbine provided with heat pump in 6 stages.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) generator equipped + cold heat to fuel injection ignition combustion + Thermal energy and cold energy production of solar heating air + Various energy storage cycle combined engines equipped with a mercury gravity turbine and a heat pump in seven stages.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + have a horizontal axis (1 h) heat pump + fuel injection ignition to cold heat Various energy storage cycle combined engines that are equipped with 8 stages of heating + compression of heat and cold energy of heating + solar heating air + fully automatic processable mercury gravity turbine with heat pump to burn.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to have a horizontal axis (1 h) compression heat recovery unit + fuel to cold heat A variety of energy storage cycle coalescing engines equipped with 9 stages of mercury gravity turbines that can perform injection ignition combustion + compression of heat and cold energy of solar heating air + fully automatic processing with a heat pump.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to have a horizontal axis (1 h) water heat exchanger + to cool fuel A variety of energy storage cycle coalescing engines equipped with 10 stages of mercury gravity turbines that can perform injection ignition combustion + compression of heat and cold energy of solar heating air + fully automatic processing with a heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make solar thermal gravity rotation plane (39B) + equip horizontal axis (1 h) air heat exchanger + cold to fuel A variety of energy storage cycle combined engines that are equipped with injection ignition combustion + compression of solar heat air and compression heat and cold energy + mercury gravity turbine in one stage with a heat pump.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + have a horizontal axis (1 h) generator + fuel injection ignition to cold heat Various energy storage cycle combined engines that burns + heat the solar heating air compressed and produce heat and cool + create a mercury gravity turbine in two stages with a heat pump.   Increase the superheated steam thermal and compressed air cold heat to the solar heat turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) heat pump equipped + cold heat to fuel injection ignition combustion + Various types of energy storage cycle combined engines that are equipped with a heat pump and a heat pump, and a fully automatic processable mercury gravity turbine with a heat pump.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1 h) compression heat recovery equipment + to inject cold fuel A variety of energy storage cycle coalescing engines that are equipped with a mercury gravity turbine that can be ignited and burnt + compressed with heat and cold energy + fully automatic processing with a heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1h) water heat exchange equipment + cold injection fuel injection A variety of energy storage cycle coalescing engines equipped with a mercury gravity turbine that can ignite and burn + produce solar-heated air with compression thermal energy and cold energy + fully automatic processing along with a heat pump.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1 h) air heat exchange equipment + cold injection fuel injection A variety of energy storage cycle combined engines equipped with ignition combustion + solar heat air compression and heat production and cold heat + mercury gravity turbine provided with heat pump in 6 stages.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) generator equipped + cold heat to fuel injection ignition combustion + Thermal energy and cold energy production of solar heating air + Various energy storage cycle combined engines equipped with a mercury gravity turbine and a heat pump in seven stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into a solar thermal gravity rotary plane (39B) + horizontal axis (1 h) heat pump equipment + various space transportation devices (78 V) Drive + cold fuel to fuel injection ignition combustion + solar heat air compression and heat production + fully automatic processable Various energy storage cycle coalescing engines equipped with a mercury gravity turbine in eight stages with a heat pump.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) compression heat recovery equipment preparation + various space return aircraft (78V) driving fuel + fuel injection ignition combustion to cold heat + compression of heat and cold energy of solar heating air + various energy storage cycle coalescing engines equipped with 9 stages of mercury gravity turbines capable of fully automatic processing with a heat pump .   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h) water heat exchange equipment to prepare + various space return aircraft Various kinds of energy storage cycles combined with 10 stages of mercury gravity turbines capable of (78V) driving fuel + fuel injection ignition combustion to cold heat + compression of solar heat air cold heat production + fully automatic processing with heat pump organ.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1h) air heat exchange equipment + various space return aircraft Various kinds of energy storage cycle combined engines that are driven by (78V) + fuel injection ignition combustion to cold energy + compression heat and solar energy for solar heating air + mercury gravity turbine in one stage with a heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary airplane (39B) + make horizontal axis (1 h) generator equipped + various space transportation devices (78 V) Drive + cold fuel injection ignition combustion + solar heating air compression heat and cold heat production + various energy storage cycle coalescing engines provided with a mercury gravity turbine in two stages with a heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel to fuel injection ignition combustion + solar heat air compression and heat production + fully automatic processable A variety of energy storage cycle coalescing engines equipped with a mercury gravity turbine in three stages with a heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel to fuel injection ignition combustion + solar heat air compression and heat production + energy processing cycle coalescing engine equipped with a mercury gravity turbine that can be fully automatically processed + heat pump four stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel to fuel injection ignition combustion + solar heat air compression and heat production + thermal energy + various automatic energy storage cycle coalescing engine equipped with a mercury gravity turbine that can be fully automatically processed with a heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel to fuel injection ignition combustion + solar heat air compression and heat production + various types of energy storage cycle combined engine equipped with mercury gravity turbine with heat pump in 6 stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel injection ignition combustion + solar heating air compression heat and cold heat production + various energy storage cycle combined engine equipped with a mercury gravity turbine in 7 stages with a heat pump.   Increase the superheated steam thermal and compressed air cold heat to the solar heat turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) heat pump equipped + cold heat to fuel injection ignition combustion + Various kinds of energy storage cycle combined engine which installed solar heating air compression and heat and cold heat + fully automatic processable mercury gravity turbine with heat pump in 8 stages.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1 h) compression heat recovery equipment + to inject cold fuel A variety of energy storage cycle coalescing engines equipped with 9 stages of mercury gravity turbines that can be ignited and burnt + compression of heat and cold energy of solar heating air + fully automatic processing with a heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1h) water heat exchange equipment + cold injection fuel injection A variety of energy storage cycle coalescing engines equipped with 10 stages of mercury gravity turbines that can perform ignition combustion + solar heat air compression and heat and cold production + fully automatic processing with a heat pump.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1 h) air heat exchange equipment + cold injection fuel injection A variety of energy storage cycle combined engines in which ignition combustion + solar heating air is compressed and heat and compression are produced + a mercury gravity turbine is provided in one stage with a heat pump.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) generator equipped + cold heat to fuel injection ignition combustion + Thermal energy and cold energy production of solar heating air + Various energy storage cycle combined engines equipped with a mercury gravity turbine in two stages with a heat pump.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + have a horizontal axis (1 h) heat pump + fuel injection ignition to cold heat Various energy storage cycle combined engines that are equipped with 3 stages of heating + compression of heat and cold energy + fully automatic processable mercury gravity turbine that burns + solar heat air + heat pump.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to have a horizontal axis (1 h) compression heat recovery unit + fuel to cold heat A variety of energy storage cycle coalescing engines equipped with a mercury gravity turbine that can perform injection ignition combustion + compression of heat and cold of solar heating air + fully automatic processing mercury gravity turbine with a heat pump.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to have a horizontal axis (1 h) water heat exchanger + to cool fuel A variety of energy storage cycle coalescing engines equipped with a mercury gravity turbine that can perform injection ignition combustion + compression of heat and cold energy of solar heating air + fully automatic processing with a heat pump in five stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make solar thermal gravity rotation plane (39B) + equip horizontal axis (1 h) air heat exchanger + cold to fuel A variety of energy storage cycle combined engines that are equipped with injection ignition combustion + solar heat air compression and heat production and cold heat + mercury gravity turbine with heat pump in 6 stages.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + have a horizontal axis (1 h) generator + fuel injection ignition to cold heat Various energy conservation cycle combined engines which burns + solar heat air compressed and produces heat and cold energy + mercury gravity turbine with heat pump in 7 stages.   Increase the superheated steam thermal and compressed air cold heat to the solar heat turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) heat pump equipped + cold heat to fuel injection ignition combustion + Various kinds of energy storage cycle combined engine which installed solar heating air compression and heat and cold heat + fully automatic processable mercury gravity turbine with heat pump in 8 stages.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1 h) compression heat recovery equipment + to inject cold fuel A variety of energy storage cycle coalescing engines equipped with 9 stages of mercury gravity turbines that can be ignited and burnt + compression of heat and cold energy of solar heating air + fully automatic processing with a heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1h) water heat exchange equipment + cold injection fuel injection A variety of energy storage cycle coalescing engines equipped with 10 stages of mercury gravity turbines that can perform ignition combustion + solar heat air compression and heat and cold production + fully automatic processing with a heat pump.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1 h) air heat exchange equipment + cold injection fuel injection A variety of energy storage cycle combined engines in which ignition combustion + solar heating air is compressed and heat and compression are produced + a mercury gravity turbine is provided in one stage with a heat pump.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) generator equipped + cold heat to fuel injection ignition combustion + Thermal energy and cold energy production of solar heating air + Various energy storage cycle combined engines equipped with a mercury gravity turbine in two stages with a heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into a solar thermal gravity rotary plane (39B) + horizontal axis (1 h) heat pump equipment + various space transportation devices (78 V) Drive + cold fuel to fuel injection ignition combustion + solar heat air compression and heat production + fully automatic processable A variety of energy storage cycle coalescing engines equipped with a mercury gravity turbine in three stages with a heat pump.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) compression heat recovery equipment preparation + various space return aircraft Drive (78V) + Fuel injection ignition combustion to cold energy + Solar heat air compression and heat production + Thermal energy reduction + Fully automatic processable Mercury Gravity Turbine with heat pump Various energy storage cycle combined engines .   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h) water heat exchange equipment to prepare + various space return aircraft Various kinds of energy storage cycles combined with a heat pump equipped with a mercury gravity turbine capable of (78V) driving fuel + fuel injection ignition combustion to cold energy + compression of heat and cold energy for solar heating air + complete automatic processing organ.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1h) air heat exchange equipment + various space return aircraft Various kinds of energy storage cycle combined engines, which are driven by (78V) + fuel injection ignition combustion to cold heat + compression heat generation of solar heat air and cold heat + mercury gravity turbine provided with heat pump in 6 stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary airplane (39B) + make horizontal axis (1 h) generator equipped + various space transportation devices (78 V) Drive + cold fuel injection and combustion + solar heating air compression and heat production + cold energy + various types of energy storage cycle coalescing engines equipped with a mercury gravity turbine in seven stages with a heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel to fuel injection ignition combustion + solar heat air compression and heat production + fully automatic processable A variety of energy storage cycle coalescing engines equipped with a mercury gravity turbine in eight stages with a heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel to fuel injection ignition combustion + solar heat air compression and heat production + energy processing cycle combined engine equipped with a mercury gravity turbine capable of fully automatic processing + heat pump 9 stages with a heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel to fuel injection ignition combustion + solar heat air compression and heat production + cold energy + various automatic energy storage cycle coalescing engine equipped with a mercury gravity turbine 10 stages with a heat pump capable of automatic processing.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel to fuel injection ignition combustion + solar heat air compression and heat production + cold energy + various types of energy storage cycle combined engine equipped with a mercury gravity turbine in one stage with a heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel injection ignition combustion + solar heating air compression heat and cold heat production + various energy storage cycle coalescing engines provided with a mercury gravity turbine in two stages with a heat pump.   Increase the superheated steam thermal and compressed air cold heat to the solar heat turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) heat pump equipped + cold heat to fuel injection ignition combustion + Various types of energy storage cycle combined engines that are equipped with a heat pump and a heat pump, and a fully automatic processable mercury gravity turbine with a heat pump.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1 h) compression heat recovery equipment + to inject cold fuel A variety of energy storage cycle coalescing engines that are equipped with a mercury gravity turbine that can be ignited and burnt + compressed with heat and cold energy + fully automatic processing with a heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1h) water heat exchange equipment + cold injection fuel injection A variety of energy storage cycle coalescing engines equipped with a mercury gravity turbine that can ignite and burn + produce solar-heated air with compression thermal energy and cold energy + fully automatic processing along with a heat pump.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1 h) air heat exchange equipment + cold injection fuel injection A variety of energy storage cycle combined engines equipped with ignition combustion + solar heat air compression and heat production and cold heat + mercury gravity turbine provided with heat pump in 6 stages.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) generator equipped + cold heat to fuel injection ignition combustion + Thermal energy and cold energy production of solar heating air + Various energy storage cycle combined engines equipped with a mercury gravity turbine and a heat pump in seven stages.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + have a horizontal axis (1 h) heat pump + fuel injection ignition to cold heat Various energy storage cycle combined engines that are equipped with 8 stages of heating + compression of heat and cold energy of heating + solar heating air + fully automatic processable mercury gravity turbine with heat pump to burn.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to have a horizontal axis (1 h) compression heat recovery unit + fuel to cold heat A variety of energy storage cycle coalescing engines equipped with 9 stages of mercury gravity turbines that can perform injection ignition combustion + compression of heat and cold energy of solar heating air + fully automatic processing with a heat pump.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to have a horizontal axis (1 h) water heat exchanger + to cool fuel A variety of energy storage cycle coalescing engines equipped with 10 stages of mercury gravity turbines that can perform injection ignition combustion + compression of heat and cold energy of solar heating air + fully automatic processing with a heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make solar thermal gravity rotation plane (39B) + equip horizontal axis (1 h) air heat exchanger + cold to fuel A variety of energy storage cycle combined engines that are equipped with injection ignition combustion + compression of solar heat air and compression heat and cold energy + mercury gravity turbine in one stage with a heat pump.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + have a horizontal axis (1 h) generator + fuel injection ignition to cold heat Various energy storage cycle combined engines that burns + heat the solar heating air compressed and produce heat and cool + create a mercury gravity turbine in two stages with a heat pump.   Increase the superheated steam thermal and compressed air cold heat to the solar heat turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) heat pump equipped + cold heat to fuel injection ignition combustion + Various types of energy storage cycle combined engines that are equipped with a heat pump and a heat pump, and a fully automatic processable mercury gravity turbine with a heat pump.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1 h) compression heat recovery equipment + to inject cold fuel A variety of energy storage cycle coalescing engines that are equipped with a mercury gravity turbine that can be ignited and burnt + compressed with heat and cold energy + fully automatic processing with a heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1h) water heat exchange equipment + cold injection fuel injection A variety of energy storage cycle coalescing engines equipped with a mercury gravity turbine that can ignite and burn + produce solar-heated air with compression thermal energy and cold energy + fully automatic processing along with a heat pump.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1 h) air heat exchange equipment + cold injection fuel injection A variety of energy storage cycle combined engines equipped with ignition combustion + solar heat air compression and heat production and cold heat + mercury gravity turbine provided with heat pump in 6 stages.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) generator equipped + cold heat to fuel injection ignition combustion + Thermal energy and cold energy production of solar heating air + Various energy storage cycle combined engines equipped with a mercury gravity turbine and a heat pump in seven stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into a solar thermal gravity rotary plane (39B) + horizontal axis (1 h) heat pump equipment + various space transportation devices (78 V) Drive + cold fuel to fuel injection ignition combustion + solar heat air compression and heat production + fully automatic processable Various energy storage cycle coalescing engines equipped with a mercury gravity turbine in eight stages with a heat pump.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) compression heat recovery equipment preparation + various space return aircraft (78V) driving fuel + fuel injection ignition combustion to cold heat + compression of heat and cold energy of solar heating air + various energy storage cycle coalescing engines equipped with 9 stages of mercury gravity turbines capable of fully automatic processing with a heat pump .   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h) water heat exchange equipment to prepare + various space return aircraft Various kinds of energy storage cycles combined with 10 stages of mercury gravity turbines capable of (78V) driving fuel + fuel injection ignition combustion to cold heat + compression of solar heat air cold heat production + fully automatic processing with heat pump organ.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1h) air heat exchange equipment + various space return aircraft Various kinds of energy storage cycle combined engines that are driven by (78V) + fuel injection ignition combustion to cold energy + compression heat and solar energy for solar heating air + mercury gravity turbine in one stage with a heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary airplane (39B) + make horizontal axis (1 h) generator equipped + various space transportation devices (78 V) Drive + cold fuel injection ignition combustion + solar heating air compression heat and cold heat production + various energy storage cycle coalescing engines provided with a mercury gravity turbine in two stages with a heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel to fuel injection ignition combustion + solar heat air compression and heat production + fully automatic processable A variety of energy storage cycle coalescing engines equipped with a mercury gravity turbine in three stages with a heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel to fuel injection ignition combustion + solar heat air compression and heat production + energy processing cycle coalescing engine equipped with a mercury gravity turbine that can be fully automatically processed + heat pump four stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel to fuel injection ignition combustion + solar heat air compression and heat production + thermal energy + various automatic energy storage cycle coalescing engine equipped with a mercury gravity turbine that can be fully automatically processed with a heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel to fuel injection ignition combustion + solar heat air compression and heat production + various types of energy storage cycle combined engine equipped with mercury gravity turbine with heat pump in 6 stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel injection ignition combustion + solar heating air compression heat and cold heat production + various energy storage cycle combined engine equipped with a mercury gravity turbine in 7 stages with a heat pump.   Increase the superheated steam thermal and compressed air cold heat to the solar heat turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) heat pump equipped + cold heat to fuel injection ignition combustion + Various kinds of energy storage cycle combined engine which installed solar heating air compression and heat and cold heat + fully automatic processable mercury gravity turbine with heat pump in 8 stages.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1 h) compression heat recovery equipment + to inject cold fuel A variety of energy storage cycle coalescing engines equipped with 9 stages of mercury gravity turbines that can be ignited and burnt + compression of heat and cold energy of solar heating air + fully automatic processing with a heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1h) water heat exchange equipment + cold injection fuel injection A variety of energy storage cycle coalescing engines equipped with 10 stages of mercury gravity turbines that can perform ignition combustion + solar heat air compression and heat and cold production + fully automatic processing with a heat pump.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1 h) air heat exchange equipment + cold injection fuel injection A variety of energy storage cycle combined engines in which ignition combustion + solar heating air is compressed and heat and compression are produced + a mercury gravity turbine is provided in one stage with a heat pump.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) generator equipped + cold heat to fuel injection ignition combustion + Thermal energy and cold energy production of solar heating air + Various energy storage cycle combined engines equipped with a mercury gravity turbine in two stages with a heat pump.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + have a horizontal axis (1 h) heat pump + fuel injection ignition to cold heat Various energy storage cycle combined engines that are equipped with 3 stages of heating + compression of heat and cold energy + fully automatic processable mercury gravity turbine that burns + solar heat air + heat pump.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to have a horizontal axis (1 h) compression heat recovery unit + fuel to cold heat A variety of energy storage cycle coalescing engines equipped with a mercury gravity turbine that can perform injection ignition combustion + compression of heat and cold of solar heating air + fully automatic processing mercury gravity turbine with a heat pump.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to have a horizontal axis (1 h) water heat exchanger + to cool fuel A variety of energy storage cycle coalescing engines equipped with a mercury gravity turbine that can perform injection ignition combustion + compression of heat and cold energy of solar heating air + fully automatic processing with a heat pump in five stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make solar thermal gravity rotation plane (39B) + equip horizontal axis (1 h) air heat exchanger + cold to fuel A variety of energy storage cycle combined engines that are equipped with injection ignition combustion + solar heat air compression and heat production and cold heat + mercury gravity turbine with heat pump in 6 stages.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + have a horizontal axis (1 h) generator + fuel injection ignition to cold heat Various energy conservation cycle combined engines which burns + solar heat air compressed and produces heat and cold energy + mercury gravity turbine with heat pump in 7 stages.   Increase the superheated steam thermal and compressed air cold heat to the solar heat turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) heat pump equipped + cold heat to fuel injection ignition combustion + Various kinds of energy storage cycle combined engine which installed solar heating air compression and heat and cold heat + fully automatic processable mercury gravity turbine with heat pump in 8 stages.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1 h) compression heat recovery equipment + to inject cold fuel A variety of energy storage cycle coalescing engines equipped with 9 stages of mercury gravity turbines that can be ignited and burnt + compression of heat and cold energy of solar heating air + fully automatic processing with a heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1h) water heat exchange equipment + cold injection fuel injection A variety of energy storage cycle coalescing engines equipped with 10 stages of mercury gravity turbines that can perform ignition combustion + solar heat air compression and heat and cold production + fully automatic processing with a heat pump.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1 h) air heat exchange equipment + cold injection fuel injection A variety of energy storage cycle combined engines in which ignition combustion + solar heating air is compressed and heat and compression are produced + a mercury gravity turbine is provided in one stage with a heat pump.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) generator equipped + cold heat to fuel injection ignition combustion + Thermal energy and cold energy production of solar heating air + Various energy storage cycle combined engines equipped with a mercury gravity turbine in two stages with a heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into a solar thermal gravity rotary plane (39B) + horizontal axis (1 h) heat pump equipment + various space transportation devices (78 V) Drive + cold fuel to fuel injection ignition combustion + solar heat air compression and heat production + fully automatic processable A variety of energy storage cycle coalescing engines equipped with a mercury gravity turbine in three stages with a heat pump.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) compression heat recovery equipment preparation + various space return aircraft Drive (78V) + Fuel injection ignition combustion to cold energy + Solar heat air compression and heat production + Thermal energy reduction + Fully automatic processable Mercury Gravity Turbine with heat pump Various energy storage cycle combined engines .   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h) water heat exchange equipment to prepare + various space return aircraft Various kinds of energy storage cycles combined with a heat pump equipped with a mercury gravity turbine capable of (78V) driving fuel + fuel injection ignition combustion to cold energy + compression of heat and cold energy for solar heating air + complete automatic processing organ.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1h) air heat exchange equipment + various space return aircraft Various kinds of energy storage cycle combined engines, which are driven by (78V) + fuel injection ignition combustion to cold heat + compression heat generation of solar heat air and cold heat + mercury gravity turbine provided with heat pump in 6 stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary airplane (39B) + make horizontal axis (1 h) generator equipped + various space transportation devices (78 V) Drive + cold fuel injection and combustion + solar heating air compression and heat production + cold energy + various types of energy storage cycle coalescing engines equipped with a mercury gravity turbine in seven stages with a heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel to fuel injection ignition combustion + solar heat air compression and heat production + fully automatic processable A variety of energy storage cycle coalescing engines equipped with a mercury gravity turbine in eight stages with a heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel to fuel injection ignition combustion + solar heat air compression and heat production + energy processing cycle combined engine equipped with a mercury gravity turbine capable of fully automatic processing + heat pump 9 stages with a heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel to fuel injection ignition combustion + solar heat air compression and heat production + cold energy + various automatic energy storage cycle coalescing engine equipped with a mercury gravity turbine 10 stages with a heat pump capable of automatic processing.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel to fuel injection ignition combustion + solar heat air compression and heat production + cold energy + various types of energy storage cycle combined engine equipped with a mercury gravity turbine in one stage with a heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel injection ignition combustion + solar heating air compression heat and cold heat production + various energy storage cycle coalescing engines provided with a mercury gravity turbine in two stages with a heat pump.   Increase the superheated steam thermal and compressed air cold heat to the solar heat turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) heat pump equipped + cold heat to fuel injection ignition combustion + Various types of energy storage cycle combined engines that are equipped with a heat pump and a heat pump, and a fully automatic processable mercury gravity turbine with a heat pump.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1 h) compression heat recovery equipment + to inject cold fuel A variety of energy storage cycle coalescing engines that are equipped with a mercury gravity turbine that can be ignited and burnt + compressed with heat and cold energy + fully automatic processing with a heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1h) water heat exchange equipment + cold injection fuel injection A variety of energy storage cycle coalescing engines equipped with a mercury gravity turbine that can ignite and burn + produce solar-heated air with compression thermal energy and cold energy + fully automatic processing along with a heat pump.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1 h) air heat exchange equipment + cold injection fuel injection A variety of energy storage cycle combined engines equipped with ignition combustion + solar heat air compression and heat production and cold heat + mercury gravity turbine provided with heat pump in 6 stages.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) generator equipped + cold heat to fuel injection ignition combustion + Thermal energy and cold energy production of solar heating air + Various energy storage cycle combined engines equipped with a mercury gravity turbine and a heat pump in seven stages.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + have a horizontal axis (1 h) heat pump + fuel injection ignition to cold heat Various energy storage cycle combined engines that are equipped with 8 stages of heating + compression of heat and cold energy of heating + solar heating air + fully automatic processable mercury gravity turbine with heat pump to burn.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to have a horizontal axis (1 h) compression heat recovery unit + fuel to cold heat A variety of energy storage cycle coalescing engines equipped with 9 stages of mercury gravity turbines that can perform injection ignition combustion + compression of heat and cold energy of solar heating air + fully automatic processing with a heat pump.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to have a horizontal axis (1 h) water heat exchanger + to cool fuel A variety of energy storage cycle coalescing engines equipped with 10 stages of mercury gravity turbines that can perform injection ignition combustion + compression of heat and cold energy of solar heating air + fully automatic processing with a heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make solar thermal gravity rotation plane (39B) + equip horizontal axis (1 h) air heat exchanger + cold to fuel A variety of energy storage cycle combined engines that are equipped with injection ignition combustion + compression of solar heat air and compression heat and cold energy + mercury gravity turbine in one stage with a heat pump.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + have a horizontal axis (1 h) generator + fuel injection ignition to cold heat Various energy storage cycle combined engines that burns + heat the solar heating air compressed and produce heat and cool + create a mercury gravity turbine in two stages with a heat pump.   Increase the superheated steam thermal and compressed air cold heat to the solar heat turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) heat pump equipped + cold heat to fuel injection ignition combustion + Various types of energy storage cycle combined engines that are equipped with a heat pump and a heat pump, and a fully automatic processable mercury gravity turbine with a heat pump.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1 h) compression heat recovery equipment + to inject cold fuel A variety of energy storage cycle coalescing engines that are equipped with a mercury gravity turbine that can be ignited and burnt + compressed with heat and cold energy + fully automatic processing with a heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1h) water heat exchange equipment + cold injection fuel injection A variety of energy storage cycle coalescing engines equipped with a mercury gravity turbine that can ignite and burn + produce solar-heated air with compression thermal energy and cold energy + fully automatic processing along with a heat pump.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1 h) air heat exchange equipment + cold injection fuel injection A variety of energy storage cycle combined engines equipped with ignition combustion + solar heat air compression and heat production and cold heat + mercury gravity turbine provided with heat pump in 6 stages.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) generator equipped + cold heat to fuel injection ignition combustion + Thermal energy and cold energy production of solar heating air + Various energy storage cycle combined engines equipped with a mercury gravity turbine and a heat pump in seven stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into a solar thermal gravity rotary plane (39B) + horizontal axis (1 h) heat pump equipment + various space transportation devices (78 V) Drive + cold fuel to fuel injection ignition combustion + solar heat air compression and heat production + fully automatic processable Various energy storage cycle coalescing engines equipped with a mercury gravity turbine in eight stages with a heat pump.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) compression heat recovery equipment preparation + various space return aircraft (78V) driving fuel + fuel injection ignition combustion to cold heat + compression of heat and cold energy of solar heating air + various energy storage cycle coalescing engines equipped with 9 stages of mercury gravity turbines capable of fully automatic processing with a heat pump .   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h) water heat exchange equipment to prepare + various space return aircraft Various kinds of energy storage cycles combined with 10 stages of mercury gravity turbines capable of (78V) driving fuel + fuel injection ignition combustion to cold heat + compression of solar heat air cold heat production + fully automatic processing with heat pump organ.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1h) air heat exchange equipment + various space return aircraft Various kinds of energy storage cycle combined engines that are driven by (78V) + fuel injection ignition combustion to cold energy + compression heat and solar energy for solar heating air + mercury gravity turbine in one stage with a heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary airplane (39B) + make horizontal axis (1 h) generator equipped + various space transportation devices (78 V) Drive + cold fuel injection ignition combustion + solar heating air compression heat and cold heat production + various energy storage cycle coalescing engines provided with a mercury gravity turbine in two stages with a heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel to fuel injection ignition combustion + solar heat air compression and heat production + fully automatic processable A variety of energy storage cycle coalescing engines equipped with a mercury gravity turbine in three stages with a heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel to fuel injection ignition combustion + solar heat air compression and heat production + energy processing cycle coalescing engine equipped with a mercury gravity turbine that can be fully automatically processed + heat pump four stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel to fuel injection ignition combustion + solar heat air compression and heat production + thermal energy + various automatic energy storage cycle coalescing engine equipped with a mercury gravity turbine that can be fully automatically processed with a heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel to fuel injection ignition combustion + solar heat air compression and heat production + various types of energy storage cycle combined engine equipped with mercury gravity turbine with heat pump in 6 stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel injection ignition combustion + solar heating air compression heat and cold heat production + various energy storage cycle combined engine equipped with a mercury gravity turbine in 7 stages with a heat pump.   Solar thermal turbine drive species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotation plane (39B) + configuration to accelerate mercury + intake air path length lens and sunlight Heat and cold energy production + cold fuel injection into fuel + ignition combustion + solar heat air compression and heat production + fully automatic processable Various energy storage cycle coalescing engines equipped with a mercury gravity turbine in 8 stages with a heat pump.   Solar thermal turbine drive species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotation plane (39B) + configuration to accelerate mercury + intake air path length lens and sunlight Heat and cold energy manufacturing + fuel injection and combustion to cold energy + compression of heat and cold energy of solar heating air + various energy storage cycle coalescing engines equipped with a mercury gravity turbine that can be fully automatically processed together with a heat pump in 9 stages.   Solar thermal turbine drive species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotation plane (39B) + configuration to accelerate mercury + intake air path length lens and sunlight A variety of energy storage cycle coalescing engines equipped with 10 stages of mercury gravity turbines capable of heat and cold energy production + fuel injection ignition combustion for cold energy + compression of heat and cold energy for solar heating air + full automatic processing with a heat pump.   Solar thermal turbine drive species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotation plane (39B) + configuration to accelerate mercury + intake air path length lens and sunlight Heat and cold energy production + cold fuel injection to fuel + ignition combustion + solar heating air compression and heat energy production + various energy storage cycle coalescing engines equipped with a mercury gravity turbine in one stage with a heat pump.   Solar thermal turbine drive species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotation plane (39B) + configuration to accelerate mercury + intake air path length lens and sunlight Heat and cold energy production + cold energy fuel injection ignition combustion + solar heat air compression and heat energy production + Various energy storage cycle coalescing engines equipped with a mercury gravity turbine in two stages with a heat pump.   Solar thermal turbine drive species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotation plane (39B) + configuration to accelerate mercury + intake air path length lens and sunlight Heat and cold energy production + cold fuel injection to fuel + ignition combustion + solar heating air compression and heat production + fully automatic processable Various energy storage cycle coalescing engines equipped with a mercury gravity turbine in three stages with a heat pump.   Solar thermal turbine drive species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotation plane (39B) + configuration to accelerate mercury + intake air path length lens and sunlight Heat and cold energy manufacturing + fuel injection and combustion to cold energy + compression of heat and cold energy for solar heating air + various energy storage cycle coalescing engines equipped with a mercury gravity turbine that can be fully automatically processed along with a heat pump.   Solar thermal turbine drive species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotation plane (39B) + configuration to accelerate mercury + intake air path length lens and sunlight A variety of energy storage cycle coalescing engines equipped with a heat pump and a mercury gravity turbine capable of fully automatic processing + compression and heat production of solar heating air + complete automatic processing   Solar thermal turbine drive species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotation plane (39B) + configuration to accelerate mercury + intake air path length lens and sunlight Heat and cold energy production + cold energy fuel injection ignition combustion + solar heat air compression and heat energy production + various energy storage cycle coalescing engines equipped with a mercury gravity turbine in six stages with a heat pump.   Solar thermal turbine drive species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotation plane (39B) + configuration to accelerate mercury + intake air path length lens and sunlight Heat and cold energy production + cold energy fuel injection ignition combustion + solar heat air compression and heat energy production + mercury gravity turbines Various energy storage cycle coalescing engines provided in 7 stages with a heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) heat pump equipment + various cargo planes ( 78V) Drive + cold fuel to fuel injection ignition combustion + solar heat air compression and heat production + fully automatic processable A variety of energy storage cycle coalescing engines equipped with a mercury gravity turbine in eight stages with a heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) compression heat recovery equipment provision + various cargo planes Drive (78V) + Cold fuel injection with fuel + Ignition and combustion + Solar heating air compression and heat production + A fully automatic processable Mercury Gravity Turbine combined with a heat pump and various energy storage cycle combined engines.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h) water heat exchange equipment to prepare + various cargo planes (78V) driving + cold fuel injection fire combustion + solar heating air compression and heat production + cold processing + fully automatic processing mercury gravity turbine various heat preservation cycle coalescing engine provided in 10 stages with a heat pump .   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1 h) to have air heat exchange equipment + various cargo planes Drive (78V) + Cold fuel injection with fuel injection Ignition combustion + Solar heating air compression Thermal production and cold energy + Various energy storage cycle combined engine equipped with a mercury gravity turbine in one stage with a heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) generator equipped + various cargo planes ( 78V) Drive + cold fuel injection ignition combustion + solar heating air compression heat and cold heat production + various energy storage cycle coalescing engines provided with a mercury gravity turbine in two stages with a heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) heat pump equipment + various cargo planes ( 78V) Drive + cold fuel to fuel injection ignition combustion + solar heat air compression and heat production + fully automatic processable A variety of energy storage cycle coalescing engines equipped with a mercury gravity turbine in three stages with a heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) compression heat recovery equipment provision + various cargo planes Drive (78V) + Cold fuel injection with fuel + Ignition combustion + Solar heating air compression + Heat and heat production + Fully automatic processable Various types of energy storage cycle coalescing engines equipped with a mercury gravity turbine in four stages with a heat pump.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h) water heat exchange equipment to prepare + various cargo planes Drive (78V) + Cold fuel injection with fuel + Ignition combustion + Solar heating air compression Thermal energy and cold energy + Fully automatic processable Mercury gravity turbine Various heat preservation cycle coalesced engine equipped with heat pump in 5 stages.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1 h) to have air heat exchange equipment + various cargo planes Drive (78V) + Cold fuel injection with fuel + Ignition combustion + Solar heating air compression Thermal and cold heat production + Fully automatic processable A variety of energy storage cycle coalescing engines equipped with a mercury gravity turbine in 6 stages with a heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) generator equipped + various cargo planes ( 78V) Drive + cold fuel to fuel injection ignition combustion + solar heat air compression and heat production + fully automatic processable Various energy storage cycle coalescing engines equipped with a mercury gravity turbine in seven stages with a heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) heat pump equipment + various cargo planes ( 78V) Drive + cold fuel to fuel injection ignition combustion + solar heat air compression and heat production + energy processing cycle coalesced engine equipped with a mercury gravity turbine that can be fully automatically processed + heat pump 8 stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) compression heat recovery equipment provision + various cargo planes Drive (78V) + Cold fuel injection with fuel + Ignition and combustion + Solar heating air compression and heat production + A fully automatic processable Mercury Gravity Turbine combined with a heat pump and various energy storage cycle combined engines.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h) water heat exchange equipment to prepare + various cargo planes Drive (78V) + Cold fuel injection with fuel + Ignition and combustion + Solar heating air compressed with heat and cold energy + Various energy storage cycle coalescing engines equipped with 10 stages of mercury gravity turbines capable of fully automatic processing with a heat pump.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1 h) to have air heat exchange equipment + various cargo planes Drive (78V) + Cold fuel injection with fuel + Ignition combustion + Solar heating air compression / thermal production + Various automatic energy storage cycle coalescing engines equipped with a mercury gravity turbine that can be fully automatically processed with a heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) generator equipped + various cargo planes ( 78V) Drive + cold fuel to fuel injection ignition combustion + solar heat air compression and heat production cold energy + various energy storage cycle coalescing engine equipped with a mercury gravity turbine capable of fully automatic processing in two stages with a heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) heat pump equipment + various cargo planes ( 78V) Drive + cold fuel to fuel injection ignition combustion + solar heat air compression and heat production + cold energy + various automatic energy storage cycle coalescing engine equipped with a mercury gravity turbine that can be fully automatically processed with a heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) compression heat recovery equipment provision + various cargo planes (78V) driving + cold fuel injection ignition combustion + solar heating air compression and heat production + cold processing + fully automatic processing mercury gravity turbine with various types of energy storage cycle coalescing engine provided with heat pump .   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h) water heat exchange equipment to prepare + various cargo planes (78V) driving + cold fuel injection with fuel injection ignition combustion + solar heating air compression thermal energy and cold energy production + various automatic energy storage cycle coalescing engine equipped with a mercury gravity turbine capable of fully automatic processing with a heat pump .   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1 h) to have air heat exchange equipment + various cargo planes (78V) driving + cold fuel injection ignition combustion + solar heating air compression and heat production + cold processing + fully automatic processing mercury gravity turbine various heat preservation cycle coalescing engine provided with heat pump in six stages .   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) generator equipped + various cargo planes ( 78V) Drive + cold fuel to fuel injection ignition combustion + solar heat air compression and heat production + cold energy + various automatic energy storage cycle coalescing engine equipped with a mercury gravity turbine that can be fully automatically processed with a heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) heat pump equipment + various cargo planes ( 78V) Drive + cold fuel to fuel injection ignition combustion + solar heating air compression and heat production + cold energy + various types of energy storage cycle combined engine equipped with a mercury gravity turbine in eight stages with a heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) compression heat recovery equipment provision + various cargo planes Drive (78V) + cold fuel injection with fuel + ignition combustion + solar heating air compression and heat production + various types of energy storage cycle combined engine equipped with a mercury gravity turbine in 9 stages with a heat pump.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h) water heat exchange equipment to prepare + various cargo planes Drive (78V) + Cold fuel injection with fuel injection Ignition combustion + Solar heating air compression Thermal production and cold energy + Various energy storage cycle combined engine equipped with a mercury gravity turbine in 10 stages with a heat pump.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1 h) to have air heat exchange equipment + various cargo planes Drive (78V) + Cold fuel injection with fuel injection Ignition combustion + Solar heating air compression Thermal production and cold energy + Various energy storage cycle combined engine equipped with a mercury gravity turbine in one stage with a heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) generator equipped + various cargo planes ( 78V) Drive + cold fuel injection ignition combustion + solar heating air compression heat and cold heat production + various energy storage cycle coalescing engines provided with a mercury gravity turbine in two stages with a heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) heat pump equipment + various cargo planes ( 78V) Drive + cold fuel to fuel injection ignition combustion + solar heating air compression and heat production + various energy storage cycle coalescing engine equipped with a mercury gravity turbine in three stages together with a heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) compression heat recovery equipment provision + various cargo planes Drive (78V) + Cold fuel injection with fuel injection Ignition combustion + Solar heating air compression Thermal production and cold energy + Various energy storage cycle combined engine equipped with a mercury gravity turbine in 4 stages with a heat pump.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h) water heat exchange equipment to prepare + various cargo planes Drive (78V) + cold fuel injection to light and burn combustion + solar heating air compression and heat production + various types of energy storage cycle combined engine equipped with a mercury gravity turbine in 5 stages with a heat pump.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1 h) to have air heat exchange equipment + various cargo planes Drive (78V) + Cold fuel injection with fuel + Ignition combustion + Solar heating air compression Thermal production and cold energy + Various energy storage cycle combined engines equipped with a mercury gravity turbine in 6 stages with a heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) generator equipped + various cargo planes ( 78V) Drive + cold fuel injection ignition combustion + solar heating air compression heat and cold heat production + various energy storage cycle combined engine equipped with a mercury gravity turbine in 7 stages with a heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) heat pump equipment + various cargo planes ( 78V) Drive + cold fuel injection fire combustion + solar heating air compressed heat and cold heat + turbine rotor blade group with the same diameter of the same diameter for each stage to fit bolt assembly and heat pump thrust bearing or Various energy storage cycle combined engines installed in eight stages with bearings and square turbine outer box (77a).   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) compression heat recovery equipment provision + various cargo planes Drive (78V) + Cold fuel injection with fuel ignition Ignition combustion + Solar heating air compression Thermal and cold heat production + Turbine blade group with the same diameter approximately the same shape for every stage to make fitting bolt assembly and thrust the heat pump Various energy storage cycle combined engines installed in 9 stages with bearings, bearings and square turbine outer box (77a).   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h) water heat exchange equipment to prepare + various cargo planes Drive (78V) + Cold fuel injection with fuel ignition Ignition combustion + Solar heating air compression Thermal and cold heat production + Turbine blade group with the same diameter approximately the same shape for every stage to make fitting bolt assembly and thrust the heat pump Various energy storage cycle combined engines installed in 10 stages with bearings, bearings and square turbine outer box (77a).   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1 h) to have air heat exchange equipment + various cargo planes Drive (78V) + Cold fuel injection with fuel ignition Ignition combustion + Solar heating air compression Thermal and cold heat production + Turbine blade group with the same diameter approximately the same shape for every stage to make fitting bolt assembly and thrust the heat pump Various energy storage cycle combined engines installed in a single stage with bearings, bearings and square turbine outer box (77a).   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) generator equipped + various cargo planes ( 78V) Drive + cold fuel injection fire combustion + solar heating air compressed heat and cold heat + turbine rotor blade group with the same diameter of the same diameter for each stage to fit bolt assembly and heat pump thrust bearing or Various energy storage cycle combined engines installed in two stages with bearings and square turbine outer box (77a).   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to solar thermal gravity rotation plane (39B) + horizontal axis (1 h) heat pump equipment + maximum gravity and sunlight Limited use + (78V) rocket injection + fuel injection ignition combustion to cold heat + solar heat air compression and heat production + fully automatic processable Mercury gravity turbine with heat pump and various energy storage provided in 3 stages Cycle coalescing agency.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to solar thermal gravity rotation plane (39B) + horizontal axis (1h) compression heat recovery equipment + gravity or sunlight Make maximum use of + + (78V) rocket injection + fuel injection ignition combustion to cold energy + compression heat and cold energy production of solar heating air + mercury gravity turbine capable of fully automatic processing is provided in 4 stages with a heat pump Various energy conservation cycle union engine.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to solar thermal gravity rotation plane (39B) + horizontal axis (1h) water heat exchange equipment + gravity or sunlight Make maximum use of + + (78V) rocket injection + fuel injection ignition combustion to cold energy + solar heat air compression and heat production + heat production + fully automatic processable mercury gravity turbine with heat pump in 5 stages Various energy conservation cycle union engine.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to solar thermal gravity rotation plane (39B) + horizontal axis (1h) air heat exchange equipment + gravity or sunlight Make maximum use of + + (78V) rocket injection + fuel injection ignition combustion to cold energy + compression heat and cold energy of solar heating air + various energy storage cycle combining mercury gravity turbine with heat pump in 6 stages organ.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to solar thermal gravity rotation plane (39B) + horizontal axis (1 h) to equip generator + maximum gravity and sunlight Use limited + (78V) rocket injection + fuel injection ignition combustion to cold energy + sensible heat and cold energy for solar heating air + various energy storage cycle combined engines equipped with a mercury gravity turbine in 7 stages with a heat pump.   Increase the superheated steam thermal and compressed air cold heat to the solar heat turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) heat pump equipped + cold heat to fuel injection ignition combustion + Various kinds of energy storage cycle combined engine which installed solar heating air compression and heat and cold heat + fully automatic processable mercury gravity turbine with heat pump in 8 stages.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1 h) compression heat recovery equipment + to inject cold fuel A variety of energy storage cycle coalescing engines equipped with 9 stages of mercury gravity turbines that can be ignited and burnt + compression of heat and cold energy of solar heating air + fully automatic processing with a heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1h) water heat exchange equipment + cold injection fuel injection A variety of energy storage cycle coalescing engines equipped with 10 stages of mercury gravity turbines that can perform ignition combustion + solar heat air compression and heat and cold production + fully automatic processing with a heat pump.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1 h) air heat exchange equipment + cold injection fuel injection A variety of energy storage cycle combined engines in which ignition combustion + solar heating air is compressed and heat and compression are produced + a mercury gravity turbine is provided in one stage with a heat pump.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) generator equipped + cold heat to fuel injection ignition combustion + Thermal energy and cold energy production of solar heating air + Various energy storage cycle combined engines equipped with a mercury gravity turbine in two stages with a heat pump.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + have a horizontal axis (1 h) heat pump + fuel injection ignition to cold heat Various energy storage cycle combined engines that are equipped with 3 stages of heating + compression of heat and cold energy + fully automatic processable mercury gravity turbine that burns + solar heat air + heat pump.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to have a horizontal axis (1 h) compression heat recovery unit + fuel to cold heat A variety of energy storage cycle coalescing engines equipped with a mercury gravity turbine that can perform injection ignition combustion + compression of heat and cold of solar heating air + fully automatic processing mercury gravity turbine with a heat pump.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to have a horizontal axis (1 h) water heat exchanger + to cool fuel A variety of energy storage cycle coalescing engines equipped with a mercury gravity turbine that can perform injection ignition combustion + compression of heat and cold energy of solar heating air + fully automatic processing with a heat pump in five stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make solar thermal gravity rotation plane (39B) + equip horizontal axis (1 h) air heat exchanger + cold to fuel A variety of energy storage cycle combined engines that are equipped with injection ignition combustion + solar heat air compression and heat production and cold heat + mercury gravity turbine with heat pump in 6 stages.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + have a horizontal axis (1 h) generator + fuel injection ignition to cold heat Various energy conservation cycle combined engines which burns + solar heat air compressed and produces heat and cold energy + mercury gravity turbine with heat pump in 7 stages.   Increase the superheated steam thermal and compressed air cold heat to the solar heat turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) heat pump equipped + cold heat to fuel injection ignition combustion + Various kinds of energy storage cycle combined engine which installed solar heating air compression and heat and cold heat + fully automatic processable mercury gravity turbine with heat pump in 8 stages.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1 h) compression heat recovery equipment + to inject cold fuel A variety of energy storage cycle coalescing engines equipped with 9 stages of mercury gravity turbines that can be ignited and burnt + compression of heat and cold energy of solar heating air + fully automatic processing with a heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1h) water heat exchange equipment + cold injection fuel injection A variety of energy storage cycle coalescing engines equipped with 10 stages of mercury gravity turbines that can perform ignition combustion + solar heat air compression and heat and cold production + fully automatic processing with a heat pump.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1 h) air heat exchange equipment + cold injection fuel injection A variety of energy storage cycle combined engines in which ignition combustion + solar heating air is compressed and heat and compression are produced + a mercury gravity turbine is provided in one stage with a heat pump.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) generator equipped + cold heat to fuel injection ignition combustion + Thermal energy and cold energy production of solar heating air + Various energy storage cycle combined engines equipped with a mercury gravity turbine in two stages with a heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into a solar thermal gravity rotary plane (39B) + horizontal axis (1 h) heat pump equipment + various space transportation devices (78 V) Drive + cold fuel to fuel injection ignition combustion + solar heat air compression and heat production + fully automatic processable A variety of energy storage cycle coalescing engines equipped with a mercury gravity turbine in three stages with a heat pump.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) compression heat recovery equipment preparation + various space return aircraft Drive (78V) + Fuel injection ignition combustion to cold energy + Solar heat air compression and heat production + Thermal energy reduction + Fully automatic processable Mercury Gravity Turbine with heat pump Various energy storage cycle combined engines .   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h) water heat exchange equipment to prepare + various space return aircraft Various kinds of energy storage cycles combined with a heat pump equipped with a mercury gravity turbine capable of (78V) driving fuel + fuel injection ignition combustion to cold energy + compression of heat and cold energy for solar heating air + complete automatic processing organ.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1h) air heat exchange equipment + various space return aircraft Various kinds of energy storage cycle combined engines, which are driven by (78V) + fuel injection ignition combustion to cold heat + compression heat generation of solar heat air and cold heat + mercury gravity turbine provided with heat pump in 6 stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary airplane (39B) + make horizontal axis (1 h) generator equipped + various space transportation devices (78 V) Drive + cold fuel injection and combustion + solar heating air compression and heat production + cold energy + various types of energy storage cycle coalescing engines equipped with a mercury gravity turbine in seven stages with a heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel to fuel injection ignition combustion + solar heat air compression and heat production + fully automatic processable A variety of energy storage cycle coalescing engines equipped with a mercury gravity turbine in eight stages with a heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel to fuel injection ignition combustion + solar heat air compression and heat production + energy processing cycle combined engine equipped with a mercury gravity turbine capable of fully automatic processing + heat pump 9 stages with a heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel to fuel injection ignition combustion + solar heat air compression and heat production + cold energy + various automatic energy storage cycle coalescing engine equipped with a mercury gravity turbine 10 stages with a heat pump capable of automatic processing.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel to fuel injection ignition combustion + solar heat air compression and heat production + cold energy + various types of energy storage cycle combined engine equipped with a mercury gravity turbine in one stage with a heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel injection ignition combustion + solar heating air compression heat and cold heat production + various energy storage cycle coalescing engines provided with a mercury gravity turbine in two stages with a heat pump.   Increase the superheated steam thermal and compressed air cold heat to the solar heat turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) heat pump equipped + cold heat to fuel injection ignition combustion + Various types of energy storage cycle combined engines that are equipped with a heat pump and a heat pump, and a fully automatic processable mercury gravity turbine with a heat pump.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1 h) compression heat recovery equipment + to inject cold fuel A variety of energy storage cycle coalescing engines that are equipped with a mercury gravity turbine that can be ignited and burnt + compressed with heat and cold energy + fully automatic processing with a heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1h) water heat exchange equipment + cold injection fuel injection A variety of energy storage cycle coalescing engines equipped with a mercury gravity turbine that can ignite and burn + produce solar-heated air with compression thermal energy and cold energy + fully automatic processing along with a heat pump.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1 h) air heat exchange equipment + cold injection fuel injection A variety of energy storage cycle combined engines equipped with ignition combustion + solar heat air compression and heat production and cold heat + mercury gravity turbine provided with heat pump in 6 stages.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) generator equipped + cold heat to fuel injection ignition combustion + Thermal energy and cold energy production of solar heating air + Various energy storage cycle combined engines equipped with a mercury gravity turbine and a heat pump in seven stages.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + have a horizontal axis (1 h) heat pump + fuel injection ignition to cold heat Various energy storage cycle combined engines that are equipped with 8 stages of heating + compression of heat and cold energy of heating + solar heating air + fully automatic processable mercury gravity turbine with heat pump to burn.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to have a horizontal axis (1 h) compression heat recovery unit + fuel to cold heat A variety of energy storage cycle coalescing engines equipped with 9 stages of mercury gravity turbines that can perform injection ignition combustion + compression of heat and cold energy of solar heating air + fully automatic processing with a heat pump.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to have a horizontal axis (1 h) water heat exchanger + to cool fuel A variety of energy storage cycle coalescing engines equipped with 10 stages of mercury gravity turbines that can perform injection ignition combustion + compression of heat and cold energy of solar heating air + fully automatic processing with a heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make solar thermal gravity rotation plane (39B) + equip horizontal axis (1 h) air heat exchanger + cold to fuel A variety of energy storage cycle combined engines that are equipped with injection ignition combustion + compression of solar heat air and compression heat and cold energy + mercury gravity turbine in one stage with a heat pump.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + have a horizontal axis (1 h) generator + fuel injection ignition to cold heat Various energy storage cycle combined engines that burns + heat the solar heating air compressed and produce heat and cool + create a mercury gravity turbine in two stages with a heat pump.   Increase the superheated steam thermal and compressed air cold heat to the solar heat turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) heat pump equipped + cold heat to fuel injection ignition combustion + Various types of energy storage cycle combined engines that are equipped with a heat pump and a heat pump, and a fully automatic processable mercury gravity turbine with a heat pump.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1 h) compression heat recovery equipment + to inject cold fuel A variety of energy storage cycle coalescing engines that are equipped with a mercury gravity turbine that can be ignited and burnt + compressed with heat and cold energy + fully automatic processing with a heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1h) water heat exchange equipment + cold injection fuel injection A variety of energy storage cycle coalescing engines equipped with a mercury gravity turbine that can ignite and burn + produce solar-heated air with compression thermal energy and cold energy + fully automatic processing along with a heat pump.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1 h) air heat exchange equipment + cold injection fuel injection A variety of energy storage cycle combined engines equipped with ignition combustion + solar heat air compression and heat production and cold heat + mercury gravity turbine provided with heat pump in 6 stages.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) generator equipped + cold heat to fuel injection ignition combustion + Thermal energy and cold energy production of solar heating air + Various energy storage cycle combined engines equipped with a mercury gravity turbine and a heat pump in seven stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into a solar thermal gravity rotary plane (39B) + horizontal axis (1 h) heat pump equipment + various space transportation devices (78 V) Drive + cold fuel to fuel injection ignition combustion + solar heat air compression and heat production + fully automatic processable Various energy storage cycle coalescing engines equipped with a mercury gravity turbine in eight stages with a heat pump.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) compression heat recovery equipment preparation + various space return aircraft (78V) driving fuel + fuel injection ignition combustion to cold heat + compression of heat and cold energy of solar heating air + various energy storage cycle coalescing engines equipped with 9 stages of mercury gravity turbines capable of fully automatic processing with a heat pump .   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h) water heat exchange equipment to prepare + various space return aircraft Various kinds of energy storage cycles combined with 10 stages of mercury gravity turbines capable of (78V) driving fuel + fuel injection ignition combustion to cold heat + compression of solar heat air cold heat production + fully automatic processing with heat pump organ.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1h) air heat exchange equipment + various space return aircraft Various kinds of energy storage cycle combined engines that are driven by (78V) + fuel injection ignition combustion to cold energy + compression heat and solar energy for solar heating air + mercury gravity turbine in one stage with a heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary airplane (39B) + make horizontal axis (1 h) generator equipped + various space transportation devices (78 V) Drive + cold fuel injection ignition combustion + solar heating air compression heat and cold heat production + various energy storage cycle coalescing engines provided with a mercury gravity turbine in two stages with a heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel to fuel injection ignition combustion + solar heat air compression and heat production + fully automatic processable A variety of energy storage cycle coalescing engines equipped with a mercury gravity turbine in three stages with a heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel to fuel injection ignition combustion + solar heat air compression and heat production + energy processing cycle coalescing engine equipped with a mercury gravity turbine that can be fully automatically processed + heat pump four stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel to fuel injection ignition combustion + solar heat air compression and heat production + thermal energy + various automatic energy storage cycle coalescing engine equipped with a mercury gravity turbine that can be fully automatically processed with a heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel to fuel injection ignition combustion + solar heat air compression and heat production + various types of energy storage cycle combined engine equipped with mercury gravity turbine with heat pump in 6 stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel injection ignition combustion + solar heating air compression heat and cold heat production + various energy storage cycle combined engine equipped with a mercury gravity turbine in 7 stages with a heat pump.   Increase the superheated steam thermal and compressed air cold heat to the solar heat turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) heat pump equipped + cold heat to fuel injection ignition combustion + Various kinds of energy storage cycle combined engine which installed solar heating air compression and heat and cold heat + fully automatic processable mercury gravity turbine with heat pump in 8 stages.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1 h) compression heat recovery equipment + to inject cold fuel A variety of energy storage cycle coalescing engines equipped with 9 stages of mercury gravity turbines that can be ignited and burnt + compression of heat and cold energy of solar heating air + fully automatic processing with a heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1h) water heat exchange equipment + cold injection fuel injection A variety of energy storage cycle coalescing engines equipped with 10 stages of mercury gravity turbines that can perform ignition combustion + solar heat air compression and heat and cold production + fully automatic processing with a heat pump.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1 h) air heat exchange equipment + cold injection fuel injection A variety of energy storage cycle combined engines in which ignition combustion + solar heating air is compressed and heat and compression are produced + a mercury gravity turbine is provided in one stage with a heat pump.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) generator equipped + cold heat to fuel injection ignition combustion + Thermal energy and cold energy production of solar heating air + Various energy storage cycle combined engines equipped with a mercury gravity turbine in two stages with a heat pump.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + have a horizontal axis (1 h) heat pump + fuel injection ignition to cold heat Various energy storage cycle combined engines that are equipped with 3 stages of heating + compression of heat and cold energy + fully automatic processable mercury gravity turbine that burns + solar heat air + heat pump.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to have a horizontal axis (1 h) compression heat recovery unit + fuel to cold heat A variety of energy storage cycle coalescing engines equipped with a mercury gravity turbine that can perform injection ignition combustion + compression of heat and cold of solar heating air + fully automatic processing mercury gravity turbine with a heat pump.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to have a horizontal axis (1 h) water heat exchanger + to cool fuel A variety of energy storage cycle coalescing engines equipped with a mercury gravity turbine that can perform injection ignition combustion + compression of heat and cold energy of solar heating air + fully automatic processing with a heat pump in five stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make solar thermal gravity rotation plane (39B) + equip horizontal axis (1 h) air heat exchanger + cold to fuel A variety of energy storage cycle combined engines that are equipped with injection ignition combustion + solar heat air compression and heat production and cold heat + mercury gravity turbine with heat pump in 6 stages.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + have a horizontal axis (1 h) generator + fuel injection ignition to cold heat Various energy conservation cycle combined engines which burns + solar heat air compressed and produces heat and cold energy + mercury gravity turbine with heat pump in 7 stages.   Increase the superheated steam thermal and compressed air cold heat to the solar heat turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) heat pump equipped + cold heat to fuel injection ignition combustion + Various kinds of energy storage cycle combined engine which installed solar heating air compression and heat and cold heat + fully automatic processable mercury gravity turbine with heat pump in 8 stages.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1 h) compression heat recovery equipment + to inject cold fuel A variety of energy storage cycle coalescing engines equipped with 9 stages of mercury gravity turbines that can be ignited and burnt + compression of heat and cold energy of solar heating air + fully automatic processing with a heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1h) water heat exchange equipment + cold injection fuel injection A variety of energy storage cycle coalescing engines equipped with 10 stages of mercury gravity turbines that can perform ignition combustion + solar heat air compression and heat and cold production + fully automatic processing with a heat pump.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1 h) air heat exchange equipment + cold injection fuel injection A variety of energy storage cycle combined engines in which ignition combustion + solar heating air is compressed and heat and compression are produced + a mercury gravity turbine is provided in one stage with a heat pump.   Increase the superheated steam thermal and compressed air cold heat to the solar heat turbine driving species + Make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + Prepare a horizontal axis (1h) + Cold heat fuel injection ignition combustion + A variety of energy storage cycle coalescing engines, which are equipped with two stages of solar heating air compression and heat and cold heat + mercury gravity turbine with heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into a solar thermal gravity rotary plane (39B) + horizontal axis (1 h) heat pump equipment + various space transportation devices (78 V) Drive + cold fuel to fuel injection ignition combustion + solar heat air compression and heat production + fully automatic processable A variety of energy storage cycle coalescing engines equipped with a mercury gravity turbine in three stages with a heat pump.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) compression heat recovery equipment preparation + various space return aircraft Drive (78V) + Fuel injection ignition combustion to cold energy + Solar heat air compression and heat production + Thermal energy reduction + Fully automatic processable Mercury Gravity Turbine with heat pump Various energy storage cycle combined engines .   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h) water heat exchange equipment to prepare + various space return aircraft Various kinds of energy storage cycles combined with a heat pump equipped with a mercury gravity turbine capable of (78V) driving fuel + fuel injection ignition combustion to cold energy + compression of heat and cold energy for solar heating air + complete automatic processing organ.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1h) air heat exchange equipment + various space return aircraft Various kinds of energy storage cycle combined engines, which are driven by (78V) + fuel injection ignition combustion to cold heat + compression heat generation of solar heat air and cold heat + mercury gravity turbine provided with heat pump in 6 stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary airplane (39B) + make horizontal axis (1 h) generator equipped + various space transportation devices (78 V) Drive + cold fuel injection and combustion + solar heating air compression and heat production + cold energy + various types of energy storage cycle coalescing engines equipped with a mercury gravity turbine in seven stages with a heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel to fuel injection ignition combustion + solar heat air compression and heat production + fully automatic processable A variety of energy storage cycle coalescing engines equipped with a mercury gravity turbine in eight stages with a heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel to fuel injection ignition combustion + solar heat air compression and heat production + energy processing cycle combined engine equipped with a mercury gravity turbine capable of fully automatic processing + heat pump 9 stages with a heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel to fuel injection ignition combustion + solar heat air compression and heat production + cold energy + various automatic energy storage cycle coalescing engine equipped with a mercury gravity turbine 10 stages with a heat pump capable of automatic processing.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel to fuel injection ignition combustion + solar heat air compression and heat production + cold energy + various types of energy storage cycle combined engine equipped with a mercury gravity turbine in one stage with a heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel injection ignition combustion + solar heating air compression heat and cold heat production + various energy storage cycle coalescing engines provided with a mercury gravity turbine in two stages with a heat pump.   Increase the superheated steam thermal and compressed air cold heat to the solar heat turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) heat pump equipped + cold heat to fuel injection ignition combustion + Various types of energy storage cycle combined engines that are equipped with a heat pump and a heat pump, and a fully automatic processable mercury gravity turbine with a heat pump.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1 h) compression heat recovery equipment + to inject cold fuel A variety of energy storage cycle coalescing engines that are equipped with a mercury gravity turbine that can be ignited and burnt + compressed with heat and cold energy + fully automatic processing with a heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1h) water heat exchange equipment + cold injection fuel injection A variety of energy storage cycle coalescing engines equipped with a mercury gravity turbine that can ignite and burn + produce solar-heated air with compression thermal energy and cold energy + fully automatic processing along with a heat pump.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1 h) air heat exchange equipment + cold injection fuel injection A variety of energy storage cycle combined engines equipped with ignition combustion + solar heat air compression and heat production and cold heat + mercury gravity turbine provided with heat pump in 6 stages.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) generator equipped + cold heat to fuel injection ignition combustion + Thermal energy and cold energy production of solar heating air + Various energy storage cycle combined engines equipped with a mercury gravity turbine and a heat pump in seven stages.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + have a horizontal axis (1 h) heat pump + fuel injection ignition to cold heat Various energy storage cycle combined engines that are equipped with 8 stages of heating + compression of heat and cold energy of heating + solar heating air + fully automatic processable mercury gravity turbine with heat pump to burn.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to have a horizontal axis (1 h) compression heat recovery unit + fuel to cold heat A variety of energy storage cycle coalescing engines equipped with 9 stages of mercury gravity turbines that can perform injection ignition combustion + compression of heat and cold energy of solar heating air + fully automatic processing with a heat pump.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to have a horizontal axis (1 h) water heat exchanger + to cool fuel A variety of energy storage cycle coalescing engines equipped with 10 stages of mercury gravity turbines that can perform injection ignition combustion + compression of heat and cold energy of solar heating air + fully automatic processing with a heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make solar thermal gravity rotation plane (39B) + equip horizontal axis (1 h) air heat exchanger + cold to fuel A variety of energy storage cycle combined engines that are equipped with injection ignition combustion + compression of solar heat air and compression heat and cold energy + mercury gravity turbine in one stage with a heat pump.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + have a horizontal axis (1 h) generator + fuel injection ignition to cold heat Various energy storage cycle combined engines that burns + heat the solar heating air compressed and produce heat and cool + create a mercury gravity turbine in two stages with a heat pump.   Increase the superheated steam thermal and compressed air cold heat to the solar heat turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) heat pump equipped + cold heat to fuel injection ignition combustion + Various types of energy storage cycle combined engines that are equipped with a heat pump and a heat pump, and a fully automatic processable mercury gravity turbine with a heat pump.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1 h) compression heat recovery equipment + to inject cold fuel A variety of energy storage cycle coalescing engines that are equipped with a mercury gravity turbine that can be ignited and burnt + compressed with heat and cold energy + fully automatic processing with a heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1h) water heat exchange equipment + cold injection fuel injection A variety of energy storage cycle coalescing engines equipped with a mercury gravity turbine that can ignite and burn + produce solar-heated air with compression thermal energy and cold energy + fully automatic processing along with a heat pump.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1 h) air heat exchange equipment + cold injection fuel injection A variety of energy storage cycle combined engines equipped with ignition combustion + solar heat air compression and heat production and cold heat + mercury gravity turbine provided with heat pump in 6 stages.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) generator equipped + cold heat to fuel injection ignition combustion + Thermal energy and cold energy production of solar heating air + Various energy storage cycle combined engines equipped with a mercury gravity turbine and a heat pump in seven stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into a solar thermal gravity rotary plane (39B) + horizontal axis (1 h) heat pump equipment + various space transportation devices (78 V) Drive + cold fuel to fuel injection ignition combustion + solar heat air compression and heat production + fully automatic processable Various energy storage cycle coalescing engines equipped with a mercury gravity turbine in eight stages with a heat pump.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) compression heat recovery equipment preparation + various space return aircraft (78V) driving fuel + fuel injection ignition combustion to cold heat + compression of heat and cold energy of solar heating air + various energy storage cycle coalescing engines equipped with 9 stages of mercury gravity turbines capable of fully automatic processing with a heat pump .   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h) water heat exchange equipment to prepare + various space return aircraft Various kinds of energy storage cycles combined with 10 stages of mercury gravity turbines capable of (78V) driving fuel + fuel injection ignition combustion to cold heat + compression of solar heat air cold heat production + fully automatic processing with heat pump organ.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1h) air heat exchange equipment + various space return aircraft Various kinds of energy storage cycle combined engines that are driven by (78V) + fuel injection ignition combustion to cold energy + compression heat and solar energy for solar heating air + mercury gravity turbine in one stage with a heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary airplane (39B) + make horizontal axis (1 h) generator equipped + various space transportation devices (78 V) Drive + cold fuel injection ignition combustion + solar heating air compression heat and cold heat production + various energy storage cycle coalescing engines provided with a mercury gravity turbine in two stages with a heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel to fuel injection ignition combustion + solar heat air compression and heat production + fully automatic processable A variety of energy storage cycle coalescing engines equipped with a mercury gravity turbine in three stages with a heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel to fuel injection ignition combustion + solar heat air compression and heat production + energy processing cycle coalescing engine equipped with a mercury gravity turbine that can be fully automatically processed + heat pump four stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel to fuel injection ignition combustion + solar heat air compression and heat production + thermal energy + various automatic energy storage cycle coalescing engine equipped with a mercury gravity turbine that can be fully automatically processed with a heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel to fuel injection ignition combustion + solar heat air compression and heat production + various types of energy storage cycle combined engine equipped with mercury gravity turbine with heat pump in 6 stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel injection ignition combustion + solar heating air compression heat and cold heat production + various energy storage cycle combined engine equipped with a mercury gravity turbine in 7 stages with a heat pump.   Increase the superheated steam thermal and compressed air cold heat to the solar heat turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) heat pump equipped + cold heat to fuel injection ignition combustion + Various kinds of energy storage cycle combined engine which installed solar heating air compression and heat and cold heat + fully automatic processable mercury gravity turbine with heat pump in 8 stages.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1 h) compression heat recovery equipment + to inject cold fuel A variety of energy storage cycle coalescing engines equipped with 9 stages of mercury gravity turbines that can be ignited and burnt + compression of heat and cold energy of solar heating air + fully automatic processing with a heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1h) water heat exchange equipment + cold injection fuel injection A variety of energy storage cycle coalescing engines equipped with 10 stages of mercury gravity turbines that can perform ignition combustion + solar heat air compression and heat and cold production + fully automatic processing with a heat pump.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1 h) air heat exchange equipment + cold injection fuel injection A variety of energy storage cycle combined engines in which ignition combustion + solar heating air is compressed and heat and compression are produced + a mercury gravity turbine is provided in one stage with a heat pump.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) generator equipped + cold heat to fuel injection ignition combustion + Thermal energy and cold energy production of solar heating air + Various energy storage cycle combined engines equipped with a mercury gravity turbine in two stages with a heat pump.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + have a horizontal axis (1 h) heat pump + fuel injection ignition to cold heat Various energy storage cycle combined engines that are equipped with 3 stages of heating + compression of heat and cold energy + fully automatic processable mercury gravity turbine that burns + solar heat air + heat pump.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to have a horizontal axis (1 h) compression heat recovery unit + fuel to cold heat A variety of energy storage cycle coalescing engines equipped with a mercury gravity turbine that can perform injection ignition combustion + compression of heat and cold of solar heating air + fully automatic processing mercury gravity turbine with a heat pump.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to have a horizontal axis (1 h) water heat exchanger + to cool fuel A variety of energy storage cycle coalescing engines equipped with a mercury gravity turbine that can perform injection ignition combustion + compression of heat and cold energy of solar heating air + fully automatic processing with a heat pump in five stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make solar thermal gravity rotation plane (39B) + equip horizontal axis (1 h) air heat exchanger + cold to fuel A variety of energy storage cycle combined engines that are equipped with injection ignition combustion + solar heat air compression and heat production and cold heat + mercury gravity turbine with heat pump in 6 stages.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + have a horizontal axis (1 h) generator + fuel injection ignition to cold heat Various energy conservation cycle combined engines which burns + solar heat air compressed and produces heat and cold energy + mercury gravity turbine with heat pump in 7 stages.   Increase the superheated steam thermal and compressed air cold heat to the solar heat turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) heat pump equipped + cold heat to fuel injection ignition combustion + Various kinds of energy storage cycle combined engine which installed solar heating air compression and heat and cold heat + fully automatic processable mercury gravity turbine with heat pump in 8 stages.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1 h) compression heat recovery equipment + to inject cold fuel A variety of energy storage cycle coalescing engines equipped with 9 stages of mercury gravity turbines that can be ignited and burnt + compression of heat and cold energy of solar heating air + fully automatic processing with a heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1h) water heat exchange equipment + cold injection fuel injection A variety of energy storage cycle coalescing engines equipped with 10 stages of mercury gravity turbines that can perform ignition combustion + solar heat air compression and heat and cold production + fully automatic processing with a heat pump.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1 h) air heat exchange equipment + cold injection fuel injection A variety of energy storage cycle combined engines in which ignition combustion + solar heating air is compressed and heat and compression are produced + a mercury gravity turbine is provided in one stage with a heat pump.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) generator equipped + cold heat to fuel injection ignition combustion + Thermal energy and cold energy production of solar heating air + Various energy storage cycle combined engines equipped with a mercury gravity turbine in two stages with a heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into a solar thermal gravity rotary plane (39B) + horizontal axis (1 h) heat pump equipment + various space transportation devices (78 V) Drive + cold fuel to fuel injection ignition combustion + solar heat air compression and heat production + fully automatic processable A variety of energy storage cycle coalescing engines equipped with a mercury gravity turbine in three stages with a heat pump.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) compression heat recovery equipment preparation + various space return aircraft Drive (78V) + Fuel injection ignition combustion to cold energy + Solar heat air compression and heat production + Thermal energy reduction + Fully automatic processable Mercury Gravity Turbine with heat pump Various energy storage cycle combined engines .   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h) water heat exchange equipment to prepare + various space return aircraft Various kinds of energy storage cycles combined with a heat pump equipped with a mercury gravity turbine capable of (78V) driving fuel + fuel injection ignition combustion to cold energy + compression of heat and cold energy for solar heating air + complete automatic processing organ.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1h) air heat exchange equipment + various space return aircraft Various kinds of energy storage cycle combined engines, which are driven by (78V) + fuel injection ignition combustion to cold heat + compression heat generation of solar heat air and cold heat + mercury gravity turbine provided with heat pump in 6 stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary airplane (39B) + make horizontal axis (1 h) generator equipped + various space transportation devices (78 V) Drive + cold fuel injection and combustion + solar heating air compression and heat production + cold energy + various types of energy storage cycle coalescing engines equipped with a mercury gravity turbine in seven stages with a heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel to fuel injection ignition combustion + solar heat air compression and heat production + fully automatic processable A variety of energy storage cycle coalescing engines equipped with a mercury gravity turbine in eight stages with a heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel to fuel injection ignition combustion + solar heat air compression and heat production + energy processing cycle combined engine equipped with a mercury gravity turbine capable of fully automatic processing + heat pump 9 stages with a heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel to fuel injection ignition combustion + solar heat air compression and heat production + cold energy + various automatic energy storage cycle coalescing engine equipped with a mercury gravity turbine 10 stages with a heat pump capable of automatic processing.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel to fuel injection ignition combustion + solar heat air compression and heat production + cold energy + various types of energy storage cycle combined engine equipped with a mercury gravity turbine in one stage with a heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel injection ignition combustion + solar heating air compression heat and cold heat production + various energy storage cycle coalescing engines provided with a mercury gravity turbine in two stages with a heat pump.   Increase the superheated steam thermal and compressed air cold heat to the solar heat turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) heat pump equipped + cold heat to fuel injection ignition combustion + Various types of energy storage cycle combined engines that are equipped with a heat pump and a heat pump, and a fully automatic processable mercury gravity turbine with a heat pump.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1 h) compression heat recovery equipment + to inject cold fuel A variety of energy storage cycle coalescing engines that are equipped with a mercury gravity turbine that can be ignited and burnt + compressed with heat and cold energy + fully automatic processing with a heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1h) water heat exchange equipment + cold injection fuel injection A variety of energy storage cycle coalescing engines equipped with a mercury gravity turbine that can ignite and burn + produce solar-heated air with compression thermal energy and cold energy + fully automatic processing along with a heat pump.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1 h) air heat exchange equipment + cold injection fuel injection A variety of energy storage cycle combined engines equipped with ignition combustion + solar heat air compression and heat production and cold heat + mercury gravity turbine provided with heat pump in 6 stages.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) generator equipped + cold heat to fuel injection ignition combustion + Thermal energy and cold energy production of solar heating air + Various energy storage cycle combined engines equipped with a mercury gravity turbine and a heat pump in seven stages.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + have a horizontal axis (1 h) heat pump + fuel injection ignition to cold heat Various energy storage cycle combined engines that are equipped with 8 stages of heating + compression of heat and cold energy of heating + solar heating air + fully automatic processable mercury gravity turbine with heat pump to burn.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to have a horizontal axis (1 h) compression heat recovery unit + fuel to cold heat A variety of energy storage cycle coalescing engines equipped with 9 stages of mercury gravity turbines that can perform injection ignition combustion + compression of heat and cold energy of solar heating air + fully automatic processing with a heat pump.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to have a horizontal axis (1 h) water heat exchanger + to cool fuel A variety of energy storage cycle coalescing engines equipped with 10 stages of mercury gravity turbines that can perform injection ignition combustion + compression of heat and cold energy of solar heating air + fully automatic processing with a heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make solar thermal gravity rotation plane (39B) + equip horizontal axis (1 h) air heat exchanger + cold to fuel A variety of energy storage cycle combined engines that are equipped with injection ignition combustion + compression of solar heat air and compression heat and cold energy + mercury gravity turbine in one stage with a heat pump.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + have a horizontal axis (1 h) generator + fuel injection ignition to cold heat Various energy storage cycle combined engines that burns + heat the solar heating air compressed and produce heat and cool + create a mercury gravity turbine in two stages with a heat pump.   Increase the superheated steam thermal and compressed air cold heat to the solar heat turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) heat pump equipped + cold heat to fuel injection ignition combustion + Various types of energy storage cycle combined engines that are equipped with a heat pump and a heat pump, and a fully automatic processable mercury gravity turbine with a heat pump.   Increase the superheated steam thermal and compressed air cold heat to the solar heat turbine driving species + Make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + Prepare a horizontal axis (1h) + Cold heat fuel injection ignition combustion + A variety of energy storage cycle coalescing engines equipped with a heat pump and a mercury gravity turbine that can be fully automatically processed plus compression heating and cold heat production of solar heating air along with a heat pump.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1 h) compression heat recovery equipment + to inject cold fuel A variety of energy storage cycle coalescing engines equipped with a mercury gravity turbine that can ignite and burn + produce solar-heated air with compression thermal energy and cold energy + fully automatic processing along with a heat pump.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1 h) air heat exchange equipment + cold injection fuel injection A variety of energy storage cycle combined engines equipped with ignition combustion + solar heat air compression and heat production and cold heat + mercury gravity turbine provided with heat pump in 6 stages.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) generator equipped + cold heat to fuel injection ignition combustion + Thermal energy and cold energy production of solar heating air + Various energy storage cycle combined engines equipped with a mercury gravity turbine and a heat pump in seven stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into a solar thermal gravity rotary plane (39B) + horizontal axis (1 h) heat pump equipment + various space transportation devices (78 V) Drive + cold fuel to fuel injection ignition combustion + solar heat air compression and heat production + fully automatic processable Various energy storage cycle coalescing engines equipped with a mercury gravity turbine in eight stages with a heat pump.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) compression heat recovery equipment preparation + various space return aircraft (78V) driving fuel + fuel injection ignition combustion to cold heat + compression of heat and cold energy of solar heating air + various energy storage cycle coalescing engines equipped with 9 stages of mercury gravity turbines capable of fully automatic processing with a heat pump .   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h) water heat exchange equipment to prepare + various space return aircraft Various kinds of energy storage cycles combined with 10 stages of mercury gravity turbines capable of (78V) driving fuel + fuel injection ignition combustion to cold heat + compression of solar heat air cold heat production + fully automatic processing with heat pump organ.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1h) air heat exchange equipment + various space return aircraft Various kinds of energy storage cycle combined engines that are driven by (78V) + fuel injection ignition combustion to cold energy + compression heat and solar energy for solar heating air + mercury gravity turbine in one stage with a heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary airplane (39B) + make horizontal axis (1 h) generator equipped + various space transportation devices (78 V) Drive + cold fuel injection ignition combustion + solar heating air compression heat and cold heat production + various energy storage cycle coalescing engines provided with a mercury gravity turbine in two stages with a heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel to fuel injection ignition combustion + solar heat air compression and heat production + fully automatic processable A variety of energy storage cycle coalescing engines equipped with a mercury gravity turbine in three stages with a heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel to fuel injection ignition combustion + solar heat air compression and heat production + energy processing cycle coalescing engine equipped with a mercury gravity turbine that can be fully automatically processed + heat pump four stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel to fuel injection ignition combustion + solar heat air compression and heat production + thermal energy + various automatic energy storage cycle coalescing engine equipped with a mercury gravity turbine that can be fully automatically processed with a heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel to fuel injection ignition combustion + solar heat air compression and heat production + various types of energy storage cycle combined engine equipped with mercury gravity turbine with heat pump in 6 stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel injection ignition combustion + solar heating air compression heat and cold heat production + various energy storage cycle combined engine equipped with a mercury gravity turbine in 7 stages with a heat pump.   Increase the superheated steam thermal and compressed air cold heat to the solar heat turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) heat pump equipped + cold heat to fuel injection ignition combustion + Various energy storage cycle combined engines equipped with 8 stages of fully automatic processable mercury gravity turbine with heat pump.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1 h) compression heat recovery equipment + to inject cold fuel Various energy storage cycle combined engines with 9 stages of heat ignitable + fully automatic processable mercury gravity turbine with heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1h) water heat exchange equipment + cold injection fuel injection Various energy storage cycle combined engines equipped with 10 stages of mercury gravity turbines capable of ignition and combustion + full automatic processing with heat pumps.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1 h) air heat exchange equipment + cold injection fuel injection Various energy storage cycle combined engines with ignition and combustion + mercury gravity turbine installed in one stage with heat pump.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) generator equipped + cold heat to fuel injection ignition combustion + Various energy storage cycle combined engines equipped with a mercury gravity turbine in two stages with a heat pump.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + have a horizontal axis (1 h) heat pump + fuel injection ignition to cold heat Various energy storage cycle combined engines that are equipped with 3 stages of heating + compression of heat and cold energy + fully automatic processable mercury gravity turbine that burns + solar heat air + heat pump.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to have a horizontal axis (1 h) compression heat recovery unit + fuel to cold heat A variety of energy storage cycle coalescing engines equipped with a mercury gravity turbine that can perform injection ignition combustion + compression of heat and cold of solar heating air + fully automatic processing mercury gravity turbine with a heat pump.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to have a horizontal axis (1 h) water heat exchanger + to cool fuel A variety of energy storage cycle coalescing engines equipped with a mercury gravity turbine that can perform injection ignition combustion + compression of heat and cold energy of solar heating air + fully automatic processing with a heat pump in five stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make solar thermal gravity rotation plane (39B) + equip horizontal axis (1 h) air heat exchanger + cold to fuel A variety of energy storage cycle combined engines that are equipped with injection ignition combustion + solar heat air compression and heat production and cold heat + mercury gravity turbine with heat pump in 6 stages.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + have a horizontal axis (1 h) generator + fuel injection ignition to cold heat Various energy conservation cycle combined engines which burns + solar heat air compressed and produces heat and cold energy + mercury gravity turbine with heat pump in 7 stages.   Increase the superheated steam thermal and compressed air cold heat to the solar heat turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) heat pump equipped + cold heat to fuel injection ignition combustion + Various energy storage cycle combined engines equipped with 8 stages of fully automatic processable mercury gravity turbine with heat pump.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1 h) compression heat recovery equipment + to inject cold fuel Various energy storage cycle combined engines with 9 stages of heat ignitable + fully automatic processable mercury gravity turbine with heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1h) water heat exchange equipment + cold injection fuel injection Various energy storage cycle combined engines equipped with 10 stages of mercury gravity turbines capable of ignition and combustion + full automatic processing with heat pumps.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1 h) air heat exchange equipment + cold injection fuel injection Various energy storage cycle combined engines with ignition and combustion + mercury gravity turbine installed in one stage with heat pump.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) generator equipped + cold heat to fuel injection ignition combustion + Various energy storage cycle combined engines equipped with a mercury gravity turbine in two stages with a heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into a solar thermal gravity rotary plane (39B) + horizontal axis (1 h) heat pump equipment + various space transportation devices (78 V) Drive + cold fuel to fuel injection ignition combustion + solar heat air compression and heat production + fully automatic processable A variety of energy storage cycle coalescing engines equipped with a mercury gravity turbine in three stages with a heat pump.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) compression heat recovery equipment preparation + various space return aircraft Drive (78V) + Fuel injection ignition combustion to cold energy + Solar heat air compression and heat production + Thermal energy reduction + Fully automatic processable Mercury Gravity Turbine with heat pump Various energy storage cycle combined engines .   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h) water heat exchange equipment to prepare + various space return aircraft Various kinds of energy storage cycles combined with a heat pump equipped with a mercury gravity turbine capable of (78V) driving fuel + fuel injection ignition combustion to cold energy + compression of heat and cold energy for solar heating air + complete automatic processing organ.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1h) air heat exchange equipment + various space return aircraft Various kinds of energy storage cycle combined engines, which are driven by (78V) + fuel injection ignition combustion to cold heat + compression heat generation of solar heat air and cold heat + mercury gravity turbine provided with heat pump in 6 stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary airplane (39B) + make horizontal axis (1 h) generator equipped + various space transportation devices (78 V) Drive + cold fuel injection and combustion + solar heating air compression and heat production + cold energy + various types of energy storage cycle coalescing engines equipped with a mercury gravity turbine in seven stages with a heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel to fuel injection ignition combustion + solar heat air compression and heat production + fully automatic processable A variety of energy storage cycle coalescing engines equipped with a mercury gravity turbine in eight stages with a heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel to fuel injection ignition combustion + solar heat air compression and heat production + energy processing cycle combined engine equipped with a mercury gravity turbine capable of fully automatic processing + heat pump 9 stages with a heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel to fuel injection ignition combustion + solar heat air compression and heat production + cold energy + various automatic energy storage cycle coalescing engine equipped with a mercury gravity turbine 10 stages with a heat pump capable of automatic processing.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel to fuel injection ignition combustion + solar heat air compression and heat production + cold energy + various types of energy storage cycle combined engine equipped with a mercury gravity turbine in one stage with a heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel injection ignition combustion + solar heating air compression heat and cold heat production + various energy storage cycle coalescing engines provided with a mercury gravity turbine in two stages with a heat pump.   Increase the superheated steam thermal and compressed air cold heat to the solar heat turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) heat pump equipped + cold heat to fuel injection ignition combustion + Various energy storage cycle combined engines equipped with fully automatic processable mercury gravity turbine with heat pump in 3 stages.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1 h) compression heat recovery equipment + to inject cold fuel Various energy storage cycle combined engines equipped with ignition and combustion + fully automatic processable mercury gravity turbine with heat pump in 4 stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1h) water heat exchange equipment + cold injection fuel injection A variety of energy storage cycle combined engines equipped with a mercury gravity turbine that can be ignited and burned + fully automated and equipped with a heat pump in five stages.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1 h) air heat exchange equipment + cold injection fuel injection Various energy storage cycle combined engines equipped with ignition and combustion + mercury gravity turbine in 6 stages with heat pump.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) generator equipped + cold heat to fuel injection ignition combustion + Various energy storage cycle combined engines equipped with a mercury gravity turbine in 7 stages with a heat pump.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + have a horizontal axis (1 h) heat pump + fuel injection ignition to cold heat Various energy storage cycle combined engines that are equipped with 8 stages of heating + compression of heat and cold energy of heating + solar heating air + fully automatic processable mercury gravity turbine with heat pump to burn.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to have a horizontal axis (1 h) compression heat recovery unit + fuel to cold heat A variety of energy storage cycle coalescing engines equipped with 9 stages of mercury gravity turbines that can perform injection ignition combustion + compression of heat and cold energy of solar heating air + fully automatic processing with a heat pump.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to have a horizontal axis (1 h) water heat exchanger + to cool fuel A variety of energy storage cycle coalescing engines equipped with 10 stages of mercury gravity turbines that can perform injection ignition combustion + compression of heat and cold energy of solar heating air + fully automatic processing with a heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make solar thermal gravity rotation plane (39B) + equip horizontal axis (1 h) air heat exchanger + cold to fuel A variety of energy storage cycle combined engines that are equipped with injection ignition combustion + compression of solar heat air and compression heat and cold energy + mercury gravity turbine in one stage with a heat pump.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + have a horizontal axis (1 h) generator + fuel injection ignition to cold heat Various energy storage cycle combined engines that burns + heat the solar heating air compressed and produce heat and cool + create a mercury gravity turbine in two stages with a heat pump.   Increase the superheated steam thermal and compressed air cold heat to the solar heat turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) heat pump equipped + cold heat to fuel injection ignition combustion + Various energy storage cycle combined engines equipped with fully automatic processable mercury gravity turbine with heat pump in 3 stages.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1 h) compression heat recovery equipment + to inject cold fuel Various energy storage cycle combined engines equipped with ignition and combustion + fully automatic processable mercury gravity turbine with heat pump in 4 stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1h) water heat exchange equipment + cold injection fuel injection A variety of energy storage cycle combined engines equipped with a mercury gravity turbine that can be ignited and burned + fully automated and equipped with a heat pump in five stages.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1 h) air heat exchange equipment + cold injection fuel injection Various energy storage cycle combined engines equipped with ignition and combustion + mercury gravity turbine in 6 stages with heat pump.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) generator equipped + cold heat to fuel injection ignition combustion + Various energy storage cycle combined engines equipped with a mercury gravity turbine in 7 stages with a heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into a solar thermal gravity rotary plane (39B) + horizontal axis (1 h) heat pump equipment + various space transportation devices (78 V) Drive + cold fuel to fuel injection ignition combustion + solar heat air compression and heat production + fully automatic processable Various energy storage cycle coalescing engines equipped with a mercury gravity turbine in eight stages with a heat pump.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) compression heat recovery equipment preparation + various space return aircraft (78V) driving fuel + fuel injection ignition combustion to cold heat + compression of heat and cold energy of solar heating air + various energy storage cycle coalescing engines equipped with 9 stages of mercury gravity turbines capable of fully automatic processing with a heat pump .   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h) water heat exchange equipment to prepare + various space return aircraft Various kinds of energy storage cycles combined with 10 stages of mercury gravity turbines capable of (78V) driving fuel + fuel injection ignition combustion to cold heat + compression of solar heat air cold heat production + fully automatic processing with heat pump organ.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1h) air heat exchange equipment + various space return aircraft Various kinds of energy storage cycle combined engines that are driven by (78V) + fuel injection ignition combustion to cold energy + compression heat and solar energy for solar heating air + mercury gravity turbine in one stage with a heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary airplane (39B) + make horizontal axis (1 h) generator equipped + various space transportation devices (78 V) Drive + cold fuel injection ignition combustion + solar heating air compression heat and cold heat production + various energy storage cycle coalescing engines provided with a mercury gravity turbine in two stages with a heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel to fuel injection ignition combustion + solar heat air compression and heat production + fully automatic processable A variety of energy storage cycle coalescing engines equipped with a mercury gravity turbine in three stages with a heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel to fuel injection ignition combustion + solar heat air compression and heat production + energy processing cycle coalescing engine equipped with a mercury gravity turbine that can be fully automatically processed + heat pump four stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel to fuel injection ignition combustion + solar heat air compression and heat production + thermal energy + various automatic energy storage cycle coalescing engine equipped with a mercury gravity turbine that can be fully automatically processed with a heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel to fuel injection ignition combustion + solar heat air compression and heat production + various types of energy storage cycle combined engine equipped with mercury gravity turbine with heat pump in 6 stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel injection ignition combustion + solar heating air compression heat and cold heat production + various energy storage cycle combined engine equipped with a mercury gravity turbine in 7 stages with a heat pump.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + compress long-lens by heating lens with long lens Superheated steam and combustion gas injection promotion output increase + fuel injection ignition combustion to cold heat + compression of heat and cold heat of solar heating air + various energy storage cycle combined engine equipped with mercury gravity turbine in 8 stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + compress long-lens by heating lens with long lens Superheated steam and combustion gas injection promotion output increase + fuel injection ignition combustion to cold heat + compression of solar heat air and cold heat production + various energy storage cycle combined engine which provided multi-stage mercury gravity turbine in 9 stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + compress long-lens by heating lens with long lens Superheated steam and combustion gas injection promotion output increase + fuel injection ignition combustion to cold heat + compression of heat and cold heat of solar heating air + various energy storage cycle combined engine equipped with multistage mercury gravity turbine in 10 stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + compress long-lens by heating lens with long lens Various kinds of energy storage cycle combined engines equipped with superheated steam and combustion gas injection promotion output increase + cold fuel injection ignition combustion + solar heat air compression and heat production + mercury gravity turbine in one stage.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + compress long-lens by heating lens with long lens Superheated steam and combustion gas injection promotion output increase + fuel injection ignition combustion to cold heat + compression of heat and cold heat of solar heating air + various energy storage cycle combined engine equipped with mercury gravity turbine in two stages.   Increase the superheated steam thermal and compressed air cold heat to the solar heat turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) heat pump equipped + cold heat to fuel injection ignition combustion + Various energy storage cycle combined engines equipped with 3 stages of mercury gravity turbines.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1 h) compression heat recovery equipment + to inject cold fuel Various energy storage cycle combined engines equipped with 4 stages of multistage mercury gravity turbines for ignition and combustion.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1h) water heat exchange equipment + cold injection fuel injection Various energy storage cycle combined engines equipped with 5 stages of multistage mercury gravity turbines for ignition and combustion.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1 h) air heat exchange equipment + cold injection fuel injection Various energy storage cycle combined engines with six stages of ignition and combustion + mercury gravity turbines.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) generator equipped + cold heat to fuel injection ignition combustion + Various energy storage cycle combined engines equipped with 7 stages of mercury gravity turbines.   Increase the superheated steam thermal and compressed air cold heat to the solar heat turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) heat pump equipped + cold heat to fuel injection ignition combustion + Various energy storage cycle combined engines equipped with 8 stages of mercury gravity turbines.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1 h) compression heat recovery equipment + to inject cold fuel Various energy storage cycle combined engines that aim at 1000 times power generation by installing 9 stages of mercury gravity turbines that ignites and burns.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1h) water heat exchange equipment + cold injection fuel injection Various energy storage cycle combined engines with 10 stages of multistage mercury gravity turbines for ignition and combustion.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1 h) air heat exchange equipment + cold injection fuel injection Various energy storage cycle combined engines equipped with ignition and combustion + mercury gravity turbine in one stage.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) generator equipped + cold heat to fuel injection ignition combustion + Various energy storage cycle combined engines equipped with two stages of mercury gravity turbines.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) heat pump equipment + various cargo planes ( 78V) Drive + cold fuel to fuel injection ignition combustion + solar heat air compression heat recovery compression, divided into thermal pressure and cold pressure separately to drive each turbine + mercury gravity turbine provided in three stages Various energy conservation cycle union engine.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) compression heat recovery equipment provision + various cargo planes Drive (78V) + Cold fuel injection to fuel + Ignition combustion + Solar heat air compression heat recovery compression pressure divided into thermal pressure and cold pressure to drive each turbine + 4-stage mercury gravity turbine four stages The various energy conservation cycle united engines provided in.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h) water heat exchange equipment to prepare + various cargo planes Drive (78V) + Cold fuel injection and combustion combustion + Solar heating air compression heat recovery compression pressure divided into thermal pressure and cold pressure to drive each turbine + multistage mercury gravity turbine 5-stage The various energy conservation cycle united engines provided in.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1 h) to have air heat exchange equipment + various cargo planes Drive (78V) + Fuel injection to a cold energy Ignition combustion + Solar heat air compression heat recovery compression and divided into thermal pressure and cold pressure to drive each turbine + Mercury gravity turbine to 6 stages Various energy conservation cycle united engines provided.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) generator equipped + various cargo planes ( 78V) Drive + cold fuel to fuel injection ignition combustion + solar heat air is compressed heat recovery and divided into thermal pressure and cold pressure separately to drive each turbine + mercury gravity turbine provided in 7 stages Various energy conservation cycle union engine.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) heat pump equipment + various cargo planes ( 78V) Drive + cold fuel to fuel injection ignition combustion + solar heat air compression heat recovery compression, divided into thermal pressure and cold pressure separately to drive each turbine + mercury gravity turbine provided in eight stages Various energy conservation cycle union engine.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) compression heat recovery equipment provision + various cargo planes Drive (78V) + fuel injection to a cold energy igniter combustion + heat energy of solar heating compressed heat recovery and divided and stored as thermal pressure and cold pressure to drive each turbine + mercury gravity turbine to 9 stages Various energy conservation cycle united engines provided.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h) water heat exchange equipment to prepare + various cargo planes Drive (78V) + fuel injection to a cold energy igniter combustion + solar heat air compression heat recovery compression and save divided into warm pressure and cold pressure to drive each turbine + mercury gravity turbine to 10 stages Various energy conservation cycle united engines provided.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1 h) to have air heat exchange equipment + various cargo planes Drive (78V) + Fuel injection to a cold energy Ignition combustion + Solar heat air compression heat recovery compression and divided into thermal pressure and cold pressure to drive each turbine + Mercury gravity turbine in one stage Various energy conservation cycle united engines provided.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) generator equipped + various cargo planes ( 78V) Drive + cold fuel to fuel injection ignition combustion + solar heat air is compressed heat recovery and divided into thermal pressure and cold pressure to drive each turbine + mercury gravity turbine provided in two stages Various energy conservation cycle union engine.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) heat pump equipment + various cargo planes ( 78V) Drive + Cool fuel injection fire combustion + Solar heat air compression heat recovery compression heat storage pressure and cold pressure separately to drive each turbine + Multistage mercury gravity turbine provided in 3 stages Various energy conservation cycle union engine.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) compression heat recovery equipment provision + various cargo planes Drive (78V) + Cold fuel injection to fuel + Ignition combustion + Solar heat air compression heat recovery compression pressure divided into thermal pressure and cold pressure to drive each turbine + 4-stage mercury gravity turbine four stages The various energy conservation cycle united engines provided in.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h) water heat exchange equipment to prepare + various cargo planes Drive (78V) + Cold fuel injection and combustion combustion + Solar heating air compression heat recovery compression pressure divided into thermal pressure and cold pressure to drive each turbine + multistage mercury gravity turbine 5-stage The various energy conservation cycle united engines provided in.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1 h) to have air heat exchange equipment + various cargo planes Drive (78V) + Cold fuel injection to fuel + Ignition combustion + Solar heat air compression heat recovery compression pressure divided into thermal pressure and cold pressure to drive each turbine + Multistage mercury gravity turbine six stages The various energy conservation cycle united engines provided in.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) generator equipped + various cargo planes ( 78V) Drive + cold fuel to fuel injection ignition combustion + solar heat air compression heat recovery compression heat storage pressure and cold pressure separately to drive each turbine + multistage mercury gravity turbine is provided in 7 stages Various energy conservation cycle union engine.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) heat pump equipment + various cargo planes ( 78V) Drive + cold fuel to fuel injection ignition combustion + Solar heating air is compressed heat recovery and divided into thermal pressure and cold pressure separately to drive each turbine + Multistage mercury gravity turbine provided in 8 stages Various energy conservation cycle union engine.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) compression heat recovery equipment provision + various cargo planes Drive (78V) + Cold fuel injection to fuel + Ignition combustion + Solar heat air compression heat recovery and divided into thermal pressure and cold pressure to drive each turbine + Multistage mercury gravity turbine 9 stages The various energy conservation cycle united engines provided in.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h) water heat exchange equipment to prepare + various cargo planes Drive (78V) + Cold fuel injection to fuel + Ignition combustion + Solar heat air compression heat recovery and divided into thermal pressure and cold pressure to drive each turbine + 10 stages of multistage mercury gravity turbine The various energy conservation cycle united engines provided in.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1 h) to have air heat exchange equipment + various cargo planes Drive (78V) + Cold fuel injection and combustion combustion + Solar heating air compression heat recovery compression pressure divided into thermal pressure and cold pressure to drive each turbine + multistage mercury gravity turbine one stage The various energy conservation cycle united engines provided in.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) generator equipped + various cargo planes ( 78V) Drive + Cool fuel injection fire combustion + Solar heating air compression heat recovery compression heat storage pressure and cold pressure separately to drive each turbine + Multistage mercury gravity turbine provided in two stages Various energy conservation cycle union engine.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) heat pump equipment + various cargo planes ( 78V) Drive + cold fuel to fuel injection ignition combustion + solar heat air compression heat recovery compression, divided into thermal pressure and cold pressure separately to drive each turbine + mercury gravity turbine provided in three stages Various energy conservation cycle union engine.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) compression heat recovery equipment provision + various cargo planes Drive (78V) + fuel injection to a cold energy igniter combustion + heat energy of solar heating compressed heat recovery and divided and stored as thermal pressure and cold pressure to drive each turbine + mercury gravity turbine 4 stages Various energy conservation cycle united engines provided.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h) water heat exchange equipment to prepare + various cargo planes Drive (78V) + Fuel injection to a cold energy Ignition combustion + Solar heat air compression heat recovery compression and divided into thermal pressure and cold pressure to drive each turbine + Mercury gravity turbine 5 stages Various energy conservation cycle united engines provided.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1 h) to have air heat exchange equipment + various cargo planes Drive (78V) + Fuel injection to a cold energy Ignition combustion + Solar heat air compression heat recovery compression and divided into thermal pressure and cold pressure to drive each turbine + Mercury gravity turbine to 6 stages Various energy conservation cycle united engines provided.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) generator equipped + various cargo planes ( 78V) Drive + cold fuel to fuel injection ignition combustion + solar heat air is compressed heat recovery and divided into thermal pressure and cold pressure separately to drive each turbine + mercury gravity turbine provided in 7 stages Various energy conservation cycle union engine.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) heat pump equipment + various cargo planes ( 78V) Drive + cold fuel to fuel injection ignition combustion + solar heat air compression heat recovery compression, divided into thermal pressure and cold pressure separately to drive each turbine + mercury gravity turbine provided in eight stages Various energy conservation cycle union engine.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) compression heat recovery equipment provision + various cargo planes Drive (78V) + fuel injection to a cold energy igniter combustion + heat energy of solar heating compressed heat recovery and divided and stored as thermal pressure and cold pressure to drive each turbine + mercury gravity turbine to 9 stages Various energy conservation cycle united engines provided.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h) water heat exchange equipment to prepare + various cargo planes Drive (78V) + fuel injection to a cold energy igniter combustion + solar heat air compression heat recovery compression and save divided into warm pressure and cold pressure to drive each turbine + mercury gravity turbine to 10 stages Various energy conservation cycle united engines provided.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1 h) to have air heat exchange equipment + various cargo planes Drive (78V) + Fuel injection to a cold energy Ignition combustion + Solar heat air compression heat recovery compression and divided into thermal pressure and cold pressure to drive each turbine + Mercury gravity turbine in one stage Various energy conservation cycle united engines provided.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) generator equipped + various cargo planes ( 78V) Drive + cold fuel to fuel injection ignition combustion + solar heat air is compressed heat recovery and divided into thermal pressure and cold pressure to drive each turbine + mercury gravity turbine provided in two stages Various energy conservation cycle union engine.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel to fuel injection ignition combustion + solar heating air compression and heat production + various energy storage cycle combined engine equipped with mercury gravity turbine in three stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel to fuel injection ignition combustion + solar heat air compression and heat production + multistage mercury gravity turbines equipped with 4 stages of energy storage cycle combined engine.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel to fuel injection ignition combustion + solar heating air compression and heat production + multistage mercury gravity turbine provided with 5 stages multistage vertical mercury gravity turbine driven various energy storage cycle combined engine.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel to fuel injection ignition combustion + solar heating air compression and heat production + various energy storage cycle combined engine equipped with mercury gravity turbine in 6 stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel to fuel injection ignition combustion + solar heating air compression and heat production + various energy storage cycle combined engine equipped with mercury gravity turbine in 7 stages.   Increase the superheated steam thermal and compressed air cold heat to the solar heat turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) heat pump equipped + cold heat to fuel injection ignition combustion + Thermal energy and cold heat production of solar heating air + Various energy storage cycle combined engines equipped with mercury gravity turbines in 8 stages.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1 h) compression heat recovery equipment + to inject cold fuel A variety of energy storage cycle combined engines with ignition / combustion + solar heating air compression and heat production and cold heat + multistage mercury gravity turbines provided in 9 stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1h) water heat exchange equipment + cold injection fuel injection A variety of energy storage cycle combined engines equipped with 10 stages of compression / heating and compression / heating of solar heating air + ignition and combustion + multistage mercury gravity turbine.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1 h) air heat exchange equipment + cold injection fuel injection A variety of energy storage cycle combined engines equipped with ignition and combustion + compression of heat and cooling energy of solar heating air + mercury gravity turbine in one stage.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) generator equipped + cold heat to fuel injection ignition combustion + Thermal energy and cold heat production of solar heating air + Various energy storage cycle combined engines equipped with mercury gravity turbine in two stages.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + have a horizontal axis (1 h) heat pump + fuel injection ignition to cold heat Various energy storage cycle combined engines that are equipped with 3 stages of compression + heat and cold heat + compression of mercury heating air to burn + solar heat air.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to have a horizontal axis (1 h) compression heat recovery unit + fuel to cold heat A variety of energy storage cycle combined engines equipped with injection ignition combustion + solar heat air compression and heat production for cooling + multistage mercury gravity turbine in four stages.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to have a horizontal axis (1 h) water heat exchanger + to cool fuel A variety of energy storage cycle combined engines equipped with 5 stages of injection, ignition, combustion, sunshine heating air compression and heat generation, and multistage mercury gravity turbines.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make solar thermal gravity rotation plane (39B) + equip horizontal axis (1 h) air heat exchanger + cold to fuel Injection, ignition, combustion + sunshine heating air compression and thermal energy production + Various energy storage cycle combined engines equipped with a mercury gravity turbine in six stages.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + have a horizontal axis (1 h) generator + fuel injection ignition to cold heat Various energy storage cycle combined engines that are equipped with 7 stages of compression + thermal energy and cold energy + compression of solar heating air to burn + mercury gravity turbine.   Increase the superheated steam thermal and compressed air cold heat to the solar heat turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) heat pump equipped + cold heat to fuel injection ignition combustion + Thermal energy and cold heat production of solar heating air + Various energy storage cycle combined engines equipped with mercury gravity turbines in 8 stages.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1 h) compression heat recovery equipment + to inject cold fuel A variety of energy storage cycle combined engines with ignition / combustion + solar heating air compression and heat production and cold heat + multistage mercury gravity turbines provided in 9 stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1h) water heat exchange equipment + cold injection fuel injection A variety of energy storage cycle combined engines equipped with 10 stages of compression / heating and compression / heating of solar heating air + ignition and combustion + multistage mercury gravity turbine.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1 h) air heat exchange equipment + cold injection fuel injection A variety of energy storage cycle combined engines equipped with ignition and combustion + compression of heat and cooling energy of solar heating air + mercury gravity turbine in one stage.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) generator equipped + cold heat to fuel injection ignition combustion + Thermal energy and cold heat production of solar heating air + Various energy storage cycle combined engines equipped with mercury gravity turbine in two stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into a solar thermal gravity rotary plane (39B) + horizontal axis (1 h) heat pump equipment + various space transportation devices (78 V) Drive + cold fuel injection into fuel + ignition combustion + solar heating air compression and heat production + various energy storage cycle coalescing engines equipped with a mercury gravity turbine in three stages.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) compression heat recovery equipment preparation + various space return aircraft Various kinds of energy storage cycle combined engines equipped with 4 stages of multistage mercury gravity turbines.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h) water heat exchange equipment to prepare + various space return aircraft Various kinds of energy storage cycle combined engines equipped with 5 stages of multistage mercury gravity turbines.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1h) air heat exchange equipment + various space return aircraft Various kinds of energy storage cycle combined engines equipped with six stages of mercury gravity turbines. (78V) Drives (7) driving + fuel injection ignition combustion to cold energy + compression heating of solar heating air and cooling energy + mercury gravity turbine.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary airplane (39B) + make horizontal axis (1 h) generator equipped + various space transportation devices (78 V) Drive + cold fuel injection into fuel + ignition combustion + solar heat air compression and heat production + various energy storage cycle coalescing engines equipped with a mercury gravity turbine in 7 stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel to fuel injection ignition combustion + solar heating air compression and heat production + various types of energy storage cycle combined engine equipped with mercury gravity turbine in 8 stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel to fuel injection ignition combustion + solar heat air compression and heat production + multistage mercury gravity turbine various energy storage cycle combined engine equipped with 9 stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel to fuel injection ignition combustion + solar heat air compression and heat production + multistage mercury gravity turbine various energy storage cycle combined engine equipped with 10 stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel to fuel injection ignition combustion + solar heating air compression and heat production + various energy storage cycle combined engine equipped with mercury gravity turbine in one stage.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel to fuel injection ignition combustion + solar heat air compression and heat production + cold + various types of energy storage cycle combined engine equipped with a mercury gravity turbine in two stages.   Increase the superheated steam thermal and compressed air cold heat to the solar heat turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) heat pump equipped + cold heat to fuel injection ignition combustion + Thermal energy and cold heat production of solar heating air + Various energy storage cycle combined engines equipped with mercury gravity turbine in 3 stages.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1 h) compression heat recovery equipment + to inject cold fuel Various energy storage cycle combined engines equipped with ignition / combustion + solar heat air compression and heat production and cold heat + multistage mercury gravity turbine in 4 stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1h) water heat exchange equipment + cold injection fuel injection Various energy storage cycle combined engines equipped with ignition / combustion + solar heating air compression and heat production and cooling + multistage mercury gravity turbine in 5 stages.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1 h) air heat exchange equipment + cold injection fuel injection A variety of energy storage cycle combined engines equipped with six stages of ignition, combustion and heat + compression of solar heat air and heat and cold heat + mercury gravity turbine.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) generator equipped + cold heat to fuel injection ignition combustion + Thermal energy and cold energy production of solar heating air + Various energy storage cycle combined engines equipped with a mercury gravity turbine in 7 stages.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + have a horizontal axis (1 h) heat pump + fuel injection ignition to cold heat Various energy storage cycle combined engines that are equipped with 8 stages of heating + compression of heat and cold energy + mercury gravity turbine to burn + solar heat air.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to have a horizontal axis (1 h) compression heat recovery unit + fuel to cold heat A variety of energy storage cycle combined engines equipped with injection, ignition, combustion, solar heating air compression and heat production, and a multistage mercury gravity turbine at nine stages.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to have a horizontal axis (1 h) water heat exchanger + to cool fuel A variety of energy storage cycle combined engines equipped with 10 stages of injection ignition combustion + solar heat air compression and thermal energy + multistage mercury gravity turbine.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make solar thermal gravity rotation plane (39B) + equip horizontal axis (1 h) air heat exchanger + cold to fuel Injection, ignition, combustion + sunshine heating air compression and heat production + various energy storage cycle combined engines equipped with a mercury gravity turbine in one stage.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + have a horizontal axis (1 h) generator + fuel injection ignition to cold heat Various energy storage cycle combined engines that are equipped with two stages of compression + heat and cold heat + compression of mercury heating air to burn + solar heat air.   Increase the superheated steam thermal and compressed air cold heat to the solar heat turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) heat pump equipped + cold heat to fuel injection ignition combustion + Thermal energy and cold heat production of solar heating air + Various energy storage cycle combined engines equipped with mercury gravity turbine in 3 stages.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1 h) compression heat recovery equipment + to inject cold fuel Various energy storage cycle combined engines equipped with ignition / combustion + solar heat air compression and heat production and cold heat + multistage mercury gravity turbine in 4 stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1h) water heat exchange equipment + cold injection fuel injection Various energy storage cycle combined engines equipped with ignition / combustion + solar heating air compression and heat production and cooling + multistage mercury gravity turbine in 5 stages.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1 h) air heat exchange equipment + cold injection fuel injection A variety of energy storage cycle combined engines equipped with six stages of ignition, combustion and heat + compression of solar heat air and heat and cold heat + mercury gravity turbine.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) generator equipped + cold heat to fuel injection ignition combustion + Thermal energy and cold energy production of solar heating air + Various energy storage cycle combined engines equipped with a mercury gravity turbine in 7 stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into a solar thermal gravity rotary plane (39B) + horizontal axis (1 h) heat pump equipment + various space transportation devices (78 V) Drive + cold fuel injection into fuel + ignition combustion + solar heat air compression and heat production + various energy storage cycle coalescing engines equipped with a mercury gravity turbine in eight stages.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) compression heat recovery equipment preparation + various space return aircraft Various kinds of energy storage cycle combined engines equipped with 9 stages of multistage mercury gravity turbines.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h) water heat exchange equipment to prepare + various space return aircraft Various kinds of energy storage cycle combined engines equipped with 10 stages of multistage mercury gravity turbines.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1h) air heat exchange equipment + various space return aircraft Various kinds of energy storage cycle combined engines equipped with (78V) drive + fuel injection ignition combustion to cold heat + compression of solar heat air and cold heat production + mercury gravity turbine in one stage.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary airplane (39B) + make horizontal axis (1 h) generator equipped + various space transportation devices (78 V) Drive + cold fuel injection into fuel + ignition combustion + solar heating air compression and heat production + various energy storage cycle coalescing engines equipped with a mercury gravity turbine in two stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel to fuel injection ignition combustion + solar heating air compression and heat production + various energy storage cycle combined engine equipped with mercury gravity turbine in three stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel to fuel injection ignition combustion + solar heat air compression and heat production + multistage mercury gravity turbines equipped with 4 stages of energy storage cycle combined engine.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel to fuel injection ignition combustion + solar heat air compression and heat production + multistage mercury gravity turbines equipped with five stages of energy storage cycle combined engine.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel to fuel injection ignition combustion + solar heating air compression and heat production + various energy storage cycle combined engine equipped with mercury gravity turbine in 6 stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel to fuel injection ignition combustion + solar heating air compression and heat production + various energy storage cycle combined engine equipped with mercury gravity turbine in 7 stages.   Increase the superheated steam thermal and compressed air cold heat to the solar heat turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) heat pump equipped + cold heat to fuel injection ignition combustion + Thermal energy and cold heat production of solar heating air + Various energy storage cycle combined engines equipped with mercury gravity turbines in 8 stages.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1 h) compression heat recovery equipment + to inject cold fuel A variety of energy storage cycle combined engines with ignition / combustion + solar heating air compression and heat production and cold heat + multistage mercury gravity turbines provided in 9 stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1h) water heat exchange equipment + cold injection fuel injection A variety of energy storage cycle combined engines equipped with 10 stages of compression / heating and compression / heating of solar heating air + ignition and combustion + multistage mercury gravity turbine.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1 h) air heat exchange equipment + cold injection fuel injection A variety of energy storage cycle combined engines equipped with ignition and combustion + compression of heat and cooling energy of solar heating air + mercury gravity turbine in one stage.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) generator equipped + cold heat to fuel injection ignition combustion + Thermal energy and cold heat production of solar heating air + Various energy storage cycle combined engines equipped with mercury gravity turbine in two stages.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + have a horizontal axis (1 h) heat pump + fuel injection ignition to cold heat Various energy storage cycle combined engines that are equipped with 3 stages of compression + heat and cold heat + compression of mercury heating air to burn + solar heat air.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to have a horizontal axis (1 h) compression heat recovery unit + fuel to cold heat A variety of energy storage cycle combined engines equipped with injection ignition combustion + solar heat air compression and heat production for cooling + multistage mercury gravity turbine in four stages.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to have a horizontal axis (1 h) water heat exchanger + to cool fuel A variety of energy storage cycle combined engines equipped with 5 stages of injection, ignition, combustion, sunshine heating air compression and heat generation, and multistage mercury gravity turbines.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make solar thermal gravity rotation plane (39B) + equip horizontal axis (1 h) air heat exchanger + cold to fuel Injection, ignition, combustion + sunshine heating air compression and thermal energy production + Various energy storage cycle combined engines equipped with a mercury gravity turbine in six stages.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + have a horizontal axis (1 h) generator + fuel injection ignition to cold heat Various energy storage cycle combined engines that are equipped with 7 stages of compression + thermal energy and cold energy + compression of solar heating air to burn + mercury gravity turbine.   Increase the superheated steam thermal and compressed air cold heat to the solar heat turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) heat pump equipped + cold heat to fuel injection ignition combustion + Thermal energy and cold heat production of solar heating air + Various energy storage cycle combined engines equipped with mercury gravity turbines in 8 stages.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1 h) compression heat recovery equipment + to inject cold fuel A variety of energy storage cycle combined engines with ignition / combustion + solar heating air compression and heat production and cold heat + multistage mercury gravity turbines provided in 9 stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1h) water heat exchange equipment + cold injection fuel injection A variety of energy storage cycle combined engines equipped with 10 stages of compression / heating and compression / heating of solar heating air + ignition and combustion + multistage mercury gravity turbine.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1 h) air heat exchange equipment + cold injection fuel injection A variety of energy storage cycle combined engines equipped with ignition and combustion + compression of heat and cooling energy of solar heating air + mercury gravity turbine in one stage.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) generator equipped + cold heat to fuel injection ignition combustion + Thermal energy and cold heat production of solar heating air + Various energy storage cycle combined engines equipped with mercury gravity turbine in two stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into a solar thermal gravity rotary plane (39B) + horizontal axis (1 h) heat pump equipment + various space transportation devices (78 V) Drive + cold fuel injection into fuel + ignition combustion + solar heating air compression and heat production + various energy storage cycle coalescing engines equipped with a mercury gravity turbine in three stages.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) compression heat recovery equipment preparation + various space return aircraft Various kinds of energy storage cycle combined engines equipped with 4 stages of multistage mercury gravity turbines.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h) water heat exchange equipment to prepare + various space return aircraft Various kinds of energy storage cycle combined engines equipped with 5 stages of multistage mercury gravity turbines.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1h) air heat exchange equipment + various space return aircraft Various kinds of energy storage cycle combined engines equipped with six stages of mercury gravity turbines. (78V) Drives (7) driving + fuel injection ignition combustion to cold energy + compression heating of solar heating air and cooling energy + mercury gravity turbine.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary airplane (39B) + make horizontal axis (1 h) generator equipped + various space transportation devices (78 V) Drive + cold fuel injection into fuel + ignition combustion + solar heat air compression and heat production + various energy storage cycle coalescing engines equipped with a mercury gravity turbine in 7 stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel to fuel injection ignition combustion + solar heating air compression and heat production + various types of energy storage cycle combined engine equipped with mercury gravity turbine in 8 stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel to fuel injection ignition combustion + solar heat air compression and heat production + multistage mercury gravity turbine various energy storage cycle combined engine equipped with 9 stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel to fuel injection ignition combustion + solar heat air compression and heat production + multistage mercury gravity turbine various energy storage cycle combined engine equipped with 10 stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel to fuel injection ignition combustion + solar heating air compression and heat production + various energy storage cycle combined engine equipped with mercury gravity turbine in one stage.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel to fuel injection ignition combustion + solar heat air compression and heat production + cold + various types of energy storage cycle combined engine equipped with a mercury gravity turbine in two stages.   Increase the superheated steam thermal and compressed air cold heat to the solar heat turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) heat pump equipped + cold heat to fuel injection ignition combustion + Thermal energy and cold heat production of solar heating air + Various energy storage cycle combined engines equipped with mercury gravity turbine in 3 stages.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1 h) compression heat recovery equipment + to inject cold fuel Various energy storage cycle combined engines equipped with ignition / combustion + solar heat air compression and heat production and cold heat + multistage mercury gravity turbine in 4 stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1h) water heat exchange equipment + cold injection fuel injection Various energy storage cycle combined engines equipped with ignition / combustion + solar heating air compression and heat production and cooling + multistage mercury gravity turbine in 5 stages.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1 h) air heat exchange equipment + cold injection fuel injection A variety of energy storage cycle combined engines equipped with six stages of ignition, combustion and heat + compression of solar heat air and heat and cold heat + mercury gravity turbine.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) generator equipped + cold heat to fuel injection ignition combustion + Thermal energy and cold energy production of solar heating air + Various energy storage cycle combined engines equipped with a mercury gravity turbine in 7 stages.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + have a horizontal axis (1 h) heat pump + fuel injection ignition to cold heat Various energy storage cycle combined engines that are equipped with 8 stages of heating + compression of heat and cold energy + mercury gravity turbine to burn + solar heat air.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to have a horizontal axis (1 h) compression heat recovery unit + fuel to cold heat A variety of energy storage cycle combined engines equipped with injection, ignition, combustion, solar heating air compression and heat production, and a multistage mercury gravity turbine at nine stages.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to have a horizontal axis (1 h) water heat exchanger + to cool fuel A variety of energy storage cycle combined engines equipped with 10 stages of injection ignition combustion + solar heat air compression and thermal energy + multistage mercury gravity turbine.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make solar thermal gravity rotation plane (39B) + equip horizontal axis (1 h) air heat exchanger + cold to fuel Injection, ignition, combustion + sunshine heating air compression and heat production + various energy storage cycle combined engines equipped with a mercury gravity turbine in one stage.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + have a horizontal axis (1 h) generator + fuel injection ignition to cold heat Various energy storage cycle combined engines that are equipped with two stages of compression + heat and cold heat + compression of mercury heating air to burn + solar heat air.   Increase the superheated steam thermal and compressed air cold heat to the solar heat turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) heat pump equipped + cold heat to fuel injection ignition combustion + Thermal energy and cold heat production of solar heating air + Various energy storage cycle combined engines equipped with mercury gravity turbine in 3 stages.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1 h) compression heat recovery equipment + to inject cold fuel Various energy storage cycle combined engines equipped with ignition / combustion + solar heat air compression and heat production and cold heat + multistage mercury gravity turbine in 4 stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1h) water heat exchange equipment + cold injection fuel injection Various energy storage cycle combined engines equipped with ignition / combustion + solar heating air compression and heat production and cooling + multistage mercury gravity turbine in 5 stages.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1 h) air heat exchange equipment + cold injection fuel injection A variety of energy storage cycle combined engines equipped with six stages of ignition, combustion and heat + compression of solar heat air and heat and cold heat + mercury gravity turbine.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) generator equipped + cold heat to fuel injection ignition combustion + Thermal energy and cold energy production of solar heating air + Various energy storage cycle combined engines equipped with a mercury gravity turbine in 7 stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into a solar thermal gravity rotary plane (39B) + horizontal axis (1 h) heat pump equipment + various space transportation devices (78 V) Drive + cold fuel injection into fuel + ignition combustion + solar heat air compression and heat production + various energy storage cycle coalescing engines equipped with a mercury gravity turbine in eight stages.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) compression heat recovery equipment preparation + various space return aircraft Various kinds of energy storage cycle combined engines equipped with 9 stages of multistage mercury gravity turbines.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h) water heat exchange equipment to prepare + various space return aircraft Various kinds of energy storage cycle combined engines equipped with 10 stages of multistage mercury gravity turbines.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1h) air heat exchange equipment + various space return aircraft Various kinds of energy storage cycle combined engines equipped with (78V) drive + fuel injection ignition combustion to cold heat + compression of solar heat air and cold heat production + mercury gravity turbine in one stage.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary airplane (39B) + make horizontal axis (1 h) generator equipped + various space transportation devices (78 V) Drive + cold fuel injection into fuel + ignition combustion + solar heating air compression and heat production + various energy storage cycle coalescing engines equipped with a mercury gravity turbine in two stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel to fuel injection ignition combustion + solar heating air compression and heat production + various energy storage cycle combined engine equipped with mercury gravity turbine in three stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel to fuel injection ignition combustion + solar heat air compression and heat production + multistage mercury gravity turbines equipped with 4 stages of energy storage cycle combined engine.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel to fuel injection ignition combustion + solar heat air compression and heat production + multistage mercury gravity turbines equipped with five stages of energy storage cycle combined engine.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel to fuel injection ignition combustion + solar heating air compression and heat production + various energy storage cycle combined engine equipped with mercury gravity turbine in 6 stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel to fuel injection ignition combustion + solar heating air compression and heat production + various energy storage cycle combined engine equipped with mercury gravity turbine in 7 stages.   Increase the superheated steam thermal and compressed air cold heat to the solar heat turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) heat pump equipped + cold heat to fuel injection ignition combustion + Thermal energy and cold heat production of solar heating air + Various energy storage cycle combined engines equipped with mercury gravity turbines in 8 stages.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1 h) compression heat recovery equipment + to inject cold fuel A variety of energy storage cycle combined engines with ignition / combustion + solar heating air compression and heat production and cold heat + multistage mercury gravity turbines provided in 9 stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1h) water heat exchange equipment + cold injection fuel injection A variety of energy storage cycle combined engines equipped with 10 stages of compression / heating and compression / heating of solar heating air + ignition and combustion + multistage mercury gravity turbine.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1 h) air heat exchange equipment + cold injection fuel injection A variety of energy storage cycle combined engines equipped with ignition and combustion + compression of heat and cooling energy of solar heating air + mercury gravity turbine in one stage.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) generator equipped + cold heat to fuel injection ignition combustion + Thermal energy and cold heat production of solar heating air + Various energy storage cycle combined engines equipped with mercury gravity turbine in two stages.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + have a horizontal axis (1 h) heat pump + fuel injection ignition to cold heat Various energy storage cycle combined engines that are equipped with 3 stages of compression + heat and cold heat + compression of mercury heating air to burn + solar heat air.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to have a horizontal axis (1 h) compression heat recovery unit + fuel to cold heat A variety of energy storage cycle combined engines equipped with injection ignition combustion + solar heat air compression and heat production for cooling + multistage mercury gravity turbine in four stages.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to have a horizontal axis (1 h) water heat exchanger + to cool fuel A variety of energy storage cycle combined engines equipped with 5 stages of injection, ignition, combustion, sunshine heating air compression and heat generation, and multistage mercury gravity turbines.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make solar thermal gravity rotation plane (39B) + equip horizontal axis (1 h) air heat exchanger + cold to fuel Injection, ignition, combustion + sunshine heating air compression and thermal energy production + Various energy storage cycle combined engines equipped with a mercury gravity turbine in six stages.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + have a horizontal axis (1 h) generator + fuel injection ignition to cold heat Various energy storage cycle combined engines that are equipped with 7 stages of compression + thermal energy and cold energy + compression of solar heating air to burn + mercury gravity turbine.   Increase the superheated steam thermal and compressed air cold heat to the solar heat turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) heat pump equipped + cold heat to fuel injection ignition combustion + Thermal energy and cold heat production of solar heating air + Various energy storage cycle combined engines equipped with mercury gravity turbines in 8 stages.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1 h) compression heat recovery equipment + to inject cold fuel A variety of energy storage cycle combined engines with ignition / combustion + solar heating air compression and heat production and cold heat + multistage mercury gravity turbines provided in 9 stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1h) water heat exchange equipment + cold injection fuel injection A variety of energy storage cycle combined engines equipped with 10 stages of compression / heating and compression / heating of solar heating air + ignition and combustion + multistage mercury gravity turbine.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1 h) air heat exchange equipment + cold injection fuel injection A variety of energy storage cycle combined engines equipped with ignition and combustion + compression of heat and cooling energy of solar heating air + mercury gravity turbine in one stage.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) generator equipped + cold heat to fuel injection ignition combustion + Thermal energy and cold heat production of solar heating air + Various energy storage cycle combined engines equipped with mercury gravity turbine in two stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into a solar thermal gravity rotary plane (39B) + horizontal axis (1 h) heat pump equipment + various space transportation devices (78 V) Drive + cold fuel injection into fuel + ignition combustion + solar heating air compression and heat production + various energy storage cycle coalescing engines equipped with a mercury gravity turbine in three stages.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) compression heat recovery equipment preparation + various space return aircraft Various kinds of energy storage cycle combined engines equipped with 4 stages of multistage mercury gravity turbines.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h) water heat exchange equipment to prepare + various space return aircraft Various kinds of energy storage cycle combined engines equipped with 5 stages of multistage mercury gravity turbines.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1h) air heat exchange equipment + various space return aircraft Various kinds of energy storage cycle combined engines equipped with six stages of mercury gravity turbines. (78V) Drives (7) driving + fuel injection ignition combustion to cold energy + compression heating of solar heating air and cooling energy + mercury gravity turbine.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary airplane (39B) + make horizontal axis (1 h) generator equipped + various space transportation devices (78 V) Drive + cold fuel injection into fuel + ignition combustion + solar heat air compression and heat production + various energy storage cycle coalescing engines equipped with a mercury gravity turbine in 7 stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel to fuel injection ignition combustion + solar heating air compression and heat production + various types of energy storage cycle combined engine equipped with mercury gravity turbine in 8 stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel to fuel injection ignition combustion + solar heat air compression and heat production + multistage mercury gravity turbine various energy storage cycle combined engine equipped with 9 stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel to fuel injection ignition combustion + solar heat air compression and heat production + multistage mercury gravity turbine various energy storage cycle combined engine equipped with 10 stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel to fuel injection ignition combustion + solar heating air compression and heat production + various energy storage cycle combined engine equipped with mercury gravity turbine in one stage.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel to fuel injection ignition combustion + solar heat air compression and heat production + cold + various types of energy storage cycle combined engine equipped with a mercury gravity turbine in two stages.   Increase the superheated steam thermal and compressed air cold heat to the solar heat turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) heat pump equipped + cold heat to fuel injection ignition combustion + Thermal energy and cold heat production of solar heating air + Various energy storage cycle combined engines equipped with mercury gravity turbine in 3 stages.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1 h) compression heat recovery equipment + to inject cold fuel Various energy storage cycle combined engines equipped with ignition / combustion + solar heat air compression and heat production and cold heat + multistage mercury gravity turbine in 4 stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1h) water heat exchange equipment + cold injection fuel injection Various energy storage cycle combined engines equipped with ignition / combustion + solar heating air compression and heat production and cooling + multistage mercury gravity turbine in 5 stages.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1 h) air heat exchange equipment + cold injection fuel injection A variety of energy storage cycle combined engines equipped with six stages of ignition, combustion and heat + compression of solar heat air and heat and cold heat + mercury gravity turbine.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) generator equipped + cold heat to fuel injection ignition combustion + Thermal energy and cold energy production of solar heating air + Various energy storage cycle combined engines equipped with a mercury gravity turbine in 7 stages.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + have a horizontal axis (1 h) heat pump + fuel injection ignition to cold heat Various energy storage cycle combined engines that are equipped with 8 stages of heating + compression of heat and cold energy + mercury gravity turbine to burn + solar heat air.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to have a horizontal axis (1 h) compression heat recovery unit + fuel to cold heat A variety of energy storage cycle combined engines equipped with injection, ignition, combustion, solar heating air compression and heat production, and a multistage mercury gravity turbine at nine stages.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to have a horizontal axis (1 h) water heat exchanger + to cool fuel A variety of energy storage cycle combined engines equipped with 10 stages of injection ignition combustion + solar heat air compression and thermal energy + multistage mercury gravity turbine.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make solar thermal gravity rotation plane (39B) + equip horizontal axis (1 h) air heat exchanger + cold to fuel Injection, ignition, combustion + sunshine heating air compression and heat production + various energy storage cycle combined engines equipped with a mercury gravity turbine in one stage.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + have a horizontal axis (1 h) generator + fuel injection ignition to cold heat Various energy storage cycle combined engines that are equipped with two stages of compression + heat and cold heat + compression of mercury heating air to burn + solar heat air.   Increase the superheated steam thermal and compressed air cold heat to the solar heat turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) heat pump equipped + cold heat to fuel injection ignition combustion + Thermal energy and cold heat production of solar heating air + Various energy storage cycle combined engines equipped with mercury gravity turbine in 3 stages.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1 h) compression heat recovery equipment + to inject cold fuel Various energy storage cycle combined engines equipped with ignition / combustion + solar heat air compression and heat production and cold heat + multistage mercury gravity turbine in 4 stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1h) water heat exchange equipment + cold injection fuel injection Various energy storage cycle combined engines equipped with ignition / combustion + solar heating air compression and heat production and cooling + multistage mercury gravity turbine in 5 stages.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1 h) air heat exchange equipment + cold injection fuel injection A variety of energy storage cycle combined engines equipped with six stages of ignition, combustion and heat + compression of solar heat air and heat and cold heat + mercury gravity turbine.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) generator equipped + cold heat to fuel injection ignition combustion + Thermal energy and cold energy production of solar heating air + Various energy storage cycle combined engines equipped with a mercury gravity turbine in 7 stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into a solar thermal gravity rotary plane (39B) + horizontal axis (1 h) heat pump equipment + various space transportation devices (78 V) Drive + cold fuel injection into fuel + ignition combustion + solar heat air compression and heat production + various energy storage cycle coalescing engines equipped with a mercury gravity turbine in eight stages.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) compression heat recovery equipment preparation + various space return aircraft Various kinds of energy storage cycle combined engines equipped with 9 stages of multistage mercury gravity turbines.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h) water heat exchange equipment to prepare + various space return aircraft Various kinds of energy storage cycle combined engines equipped with 10 stages of multistage mercury gravity turbines.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1h) air heat exchange equipment + various space return aircraft Various kinds of energy storage cycle combined engines equipped with (78V) drive + fuel injection ignition combustion to cold heat + compression of solar heat air and cold heat production + mercury gravity turbine in one stage.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary airplane (39B) + make horizontal axis (1 h) generator equipped + various space transportation devices (78 V) Drive + cold fuel injection into fuel + ignition combustion + solar heating air compression and heat production + various energy storage cycle coalescing engines equipped with a mercury gravity turbine in two stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel to fuel injection ignition combustion + solar heating air compression and heat production + various energy storage cycle combined engine equipped with mercury gravity turbine in three stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel to fuel injection ignition combustion + solar heating air compression and heat and cold energy production + mercury gravity turbine in four stages to aim at 1000 times power output Various energy storage cycle combined engine.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel to fuel injection ignition combustion + solar heat air compression and heat production + multistage mercury gravity turbines equipped with five stages of energy storage cycle combined engine.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel to fuel injection ignition combustion + solar heating air compression and heat production + various energy storage cycle combined engine equipped with mercury gravity turbine in 6 stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel to fuel injection ignition combustion + solar heating air compression and heat production + various energy storage cycle combined engine equipped with mercury gravity turbine in 7 stages.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + configuration and method to accelerate mercury + to form a coated turbine blade + to cool energy Injection, ignition, combustion + sunshine heating air compression and heat production + various energy storage cycle combined engines equipped with a mercury gravity turbine in eight stages.   Solar thermal turbine drive species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotation plane (39B) + configuration and method to accelerate mercury + fuel injection ignition combustion to cold + solar A variety of energy storage cycle combined engines equipped with 9 stages of compression heating and cold heat + multistage mercury gravity turbine for light heating air.   Solar thermal turbine drive species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotation plane (39B) + configuration and method to accelerate mercury + fuel injection ignition combustion to cold + solar Various energy storage cycle combined engines equipped with 10 stages of compression heating and cold heat + multistage mercury gravity turbine for light heating air.   Solar thermal turbine drive species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotation plane (39B) + configuration and method to accelerate mercury + fuel injection ignition combustion to cold + solar Various energy storage cycle combined engines equipped with compression heating / cooling and heat production + mercury gravity turbine in one stage.   Solar thermal turbine drive species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotation plane (39B) + configuration and method to accelerate mercury + fuel injection ignition combustion to cold + solar Various energy storage cycle combined engines equipped with two stages of compression heating / cooling and heating / light heating air + mercury gravity turbine.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + configuration and method to accelerate mercury + to form a coated turbine blade + to cool energy Injection, ignition, combustion + sunshine heating air compression and heat production + various energy storage cycle combined engines equipped with a mercury gravity turbine in three stages.   Solar thermal turbine drive species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotation plane (39B) + configuration and method to accelerate mercury + fuel injection ignition combustion to cold + solar A variety of energy storage cycle combined engines equipped with four stages of compression heating and cold heat + multistage mercury gravity turbine for light heating air.   Solar thermal turbine drive species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotation plane (39B) + configuration and method to accelerate mercury + fuel injection ignition combustion to cold + solar Various energy storage cycle combined engines equipped with 5 stages of compression heating and cold heat + multistage mercury gravity turbine for light heating air.   Solar thermal turbine drive species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotation plane (39B) + configuration and method to accelerate mercury + fuel injection ignition combustion to cold + solar Various energy storage cycle combined engines equipped with 6 stages of compression heating and cold heat + mercury gravity turbine.   Solar thermal turbine drive species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotation plane (39B) + configuration and method to accelerate mercury + fuel injection ignition combustion to cold + solar Various energy storage cycle combined engines that are equipped with 7 stages of compression heating and cold heat + mercury gravity turbine in light heating air.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) heat pump equipment + various cargo planes ( 78V) Drive + cold fuel to fuel injection ignition combustion + solar heat air compression heat recovery compression, divided into thermal pressure and cold pressure separately to drive each turbine + mercury gravity turbine provided in eight stages Various energy conservation cycle union engine.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) compression heat recovery equipment provision + various cargo planes Drive (78V) + Cold fuel injection to fuel + Ignition combustion + Solar heat air compression heat recovery and divided into thermal pressure and cold pressure to drive each turbine + Multistage mercury gravity turbine 9 stages The various energy conservation cycle united engines provided in.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h) water heat exchange equipment to prepare + various cargo planes Drive (78V) + Cold fuel injection to fuel + Ignition combustion + Solar heat air compression heat recovery and divided into thermal pressure and cold pressure to drive each turbine + 10 stages of multistage mercury gravity turbine The various energy conservation cycle united engines provided in.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1 h) to have air heat exchange equipment + various cargo planes Drive (78V) + Fuel injection to a cold energy Ignition combustion + Solar heat air compression heat recovery compression and divided into thermal pressure and cold pressure to drive each turbine + Mercury gravity turbine in one stage Various energy conservation cycle united engines provided.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) generator equipped + various cargo planes ( 78V) Drive + cold fuel to fuel injection ignition combustion + solar heat air is compressed heat recovery and divided into thermal pressure and cold pressure to drive each turbine + mercury gravity turbine provided in two stages Various energy conservation cycle union engine.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) heat pump equipment + various cargo planes ( 78V) Drive + cold fuel to fuel injection ignition combustion + solar heat air compression heat recovery compression, divided into thermal pressure and cold pressure separately to drive each turbine + mercury gravity turbine provided in three stages Various energy conservation cycle union engine.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) compression heat recovery equipment provision + various cargo planes Drive (78V) + fuel injection to a cold energy igniter combustion + heat energy of solar heating compressed heat recovery and divided and stored as thermal pressure and cold pressure to drive each turbine + mercury gravity turbine 4 stages Various energy conservation cycle united engines provided.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h) water heat exchange equipment to prepare + various cargo planes Drive (78V) + Fuel injection to a cold energy Ignition combustion + Solar heat air compression heat recovery compression and divided into thermal pressure and cold pressure to drive each turbine + Mercury gravity turbine 5 stages Various energy conservation cycle united engines provided.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1 h) to have air heat exchange equipment + various cargo planes Drive (78V) + Fuel injection to a cold energy Ignition combustion + Solar heat air compression heat recovery compression and divided into thermal pressure and cold pressure to drive each turbine + Mercury gravity turbine to 6 stages Various energy conservation cycle united engines provided.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) generator equipped + various cargo planes ( 78V) Drive + cold fuel to fuel injection ignition combustion + solar heat air is compressed heat recovery and divided into thermal pressure and cold pressure separately to drive each turbine + mercury gravity turbine provided in 7 stages Various energy conservation cycle union engine.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) heat pump equipment + various cargo planes ( 78V) Drive + cold fuel to fuel injection ignition combustion + Solar heating air is compressed heat recovery and divided into thermal pressure and cold pressure separately to drive each turbine + Multistage mercury gravity turbine provided in 8 stages Various energy conservation cycle union engine.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) compression heat recovery equipment provision + various cargo planes Drive (78V) + Cold fuel injection to fuel + Ignition combustion + Solar heat air compression heat recovery and divided into thermal pressure and cold pressure to drive each turbine + Multistage mercury gravity turbine 9 stages The various energy conservation cycle united engines provided in.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h) water heat exchange equipment to prepare + various cargo planes Drive (78V) + Cold fuel injection to fuel + Ignition combustion + Solar heat air compression heat recovery and divided into thermal pressure and cold pressure to drive each turbine + 10 stages of multistage mercury gravity turbine The various energy conservation cycle united engines provided in.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1 h) to have air heat exchange equipment + various cargo planes Drive (78V) + Cold fuel injection and combustion combustion + Solar heating air compression heat recovery compression pressure divided into thermal pressure and cold pressure to drive each turbine + multistage mercury gravity turbine one stage The various energy conservation cycle united engines provided in.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) generator equipped + various cargo planes ( 78V) Drive + Cool fuel injection fire combustion + Solar heating air compression heat recovery compression heat storage pressure and cold pressure separately to drive each turbine + Multistage mercury gravity turbine provided in two stages Various energy conservation cycle union engine.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) heat pump equipment + various cargo planes ( 78V) Drive + Cool fuel injection fire combustion + Solar heat air compression heat recovery compression heat storage pressure and cold pressure separately to drive each turbine + Multistage mercury gravity turbine provided in 3 stages Various energy conservation cycle union engine.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) compression heat recovery equipment provision + various cargo planes Drive (78V) + Cold fuel injection to fuel + Ignition combustion + Solar heat air compression heat recovery compression pressure divided into thermal pressure and cold pressure to drive each turbine + 4-stage mercury gravity turbine four stages The various energy conservation cycle united engines provided in.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h) water heat exchange equipment to prepare + various cargo planes Drive (78V) + Cold fuel injection and combustion combustion + Solar heating air compression heat recovery compression pressure divided into thermal pressure and cold pressure to drive each turbine + multistage mercury gravity turbine 5-stage The various energy conservation cycle united engines provided in.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1 h) to have air heat exchange equipment + various cargo planes Drive (78V) + Cold fuel injection to fuel + Ignition combustion + Solar heat air compression heat recovery compression pressure divided into thermal pressure and cold pressure to drive each turbine + Multistage mercury gravity turbine six stages The various energy conservation cycle united engines provided in.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) generator equipped + various cargo planes ( 78V) Drive + cold fuel to fuel injection ignition combustion + solar heat air compression heat recovery compression heat storage pressure and cold pressure separately to drive each turbine + multistage mercury gravity turbine is provided in 7 stages Various energy conservation cycle union engine.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) heat pump equipment + various cargo planes ( 78V) Drive + cold fuel to fuel injection ignition combustion + solar heat air compression heat recovery compression, divided into thermal pressure and cold pressure separately to drive each turbine + mercury gravity turbine provided in eight stages Various energy conservation cycle union engine.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) compression heat recovery equipment provision + various cargo planes Drive (78V) + fuel injection to a cold energy igniter combustion + heat energy of solar heating compressed heat recovery and divided and stored as thermal pressure and cold pressure to drive each turbine + mercury gravity turbine to 9 stages Various energy conservation cycle united engines provided.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h) water heat exchange equipment to prepare + various cargo planes Drive (78V) + fuel injection to a cold energy igniter combustion + solar heat air compression heat recovery compression and save divided into warm pressure and cold pressure to drive each turbine + mercury gravity turbine to 10 stages Various energy conservation cycle united engines provided.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1 h) to have air heat exchange equipment + various cargo planes Drive (78V) + Fuel injection to a cold energy Ignition combustion + Solar heat air compression heat recovery compression and divided into thermal pressure and cold pressure to drive each turbine + Mercury gravity turbine in one stage Various energy conservation cycle united engines provided.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) generator equipped + various cargo planes ( 78V) Drive + cold fuel to fuel injection ignition combustion + solar heat air is compressed heat recovery and divided into thermal pressure and cold pressure to drive each turbine + mercury gravity turbine provided in two stages Various energy conservation cycle union engine.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) heat pump equipment + various cargo planes ( 78V) Drive + cold fuel to fuel injection ignition combustion + solar heat air compression heat recovery compression, divided into thermal pressure and cold pressure separately to drive each turbine + mercury gravity turbine provided in three stages Various energy conservation cycle union engine.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) compression heat recovery equipment provision + various cargo planes Drive (78V) + fuel injection to a cold energy igniter combustion + heat energy of solar heating compressed heat recovery and divided and stored as thermal pressure and cold pressure to drive each turbine + mercury gravity turbine 4 stages Various energy conservation cycle united engines provided.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h) water heat exchange equipment to prepare + various cargo planes Drive (78V) + Fuel injection to a cold energy Ignition combustion + Solar heat air compression heat recovery compression and divided into thermal pressure and cold pressure to drive each turbine + Mercury gravity turbine 5 stages Various energy conservation cycle united engines provided.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1 h) to have air heat exchange equipment + various cargo planes Drive (78V) + Fuel injection to a cold energy Ignition combustion + Solar heat air compression heat recovery compression and divided into thermal pressure and cold pressure to drive each turbine + Mercury gravity turbine to 6 stages Various energy conservation cycle united engines provided.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) generator equipped + various cargo planes ( 78V) Drive + cold fuel to fuel injection ignition combustion + solar heat air is compressed heat recovery and divided into thermal pressure and cold pressure separately to drive each turbine + mercury gravity turbine provided in 7 stages Various energy conservation cycle union engine.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) heat pump equipment + various cargo planes ( 78V) Drive + cold fuel to fuel injection ignition combustion + solar heat air compression heat recovery compression heat storage pressure and cooling pressure separately to drive each turbine + multi-stage mercury gravity turbine eight stages Various energy conservation cycle united engines provided.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) compression heat recovery equipment provision + various cargo planes Drive (78V) + Fuel injection to a cold energy igniter combustion + Solar heat air is compressed heat recovery and divided into a heat pressure and a cold pressure to drive each turbine + 9 multi-stage mercury gravity turbine 9 Various energy conservation cycle united engines provided in the stage.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h) water heat exchange equipment to prepare + various cargo planes Drive (78V) + Cold fuel injection fuel combustion + Solar heat air compression heat recovery compression pressure divided into warm pressure and cold pressure to drive each turbine + 10 multi-stage mercury gravity turbine Various energy conservation cycle united engines provided in the stage.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1 h) to have air heat exchange equipment + various cargo planes Drive (78V) + Fuel injection to a cold energy igniter combustion + Solar heat air is compressed heat recovery and divided into a heat pressure and a cold pressure to drive each turbine + Multi-stage mercury gravity turbine 1 Various energy conservation cycle united engines provided in the stage.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) generator equipped + various cargo planes ( 78V) Drive + cold fuel to fuel injection ignition combustion + solar heat air compression heat recovery compression heat storage pressure and cold pressure separately to drive each turbine + multi-stage mercury gravity turbine in two stages Various energy conservation cycle united engines provided.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to solar thermal gravity rotation plane (39B) + horizontal axis (1 h) heat pump equipment + maximum gravity and sunlight Increase mercury by limited use + augmented ball lifter (2F) Save storage + Fuel injection ignition to cold heat + Burn with ignition temperature divided by heat rate and cold rate + Save energy by installing mercury gravity turbine in 3 stages Cycle coalescing agency.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to solar thermal gravity rotation plane (39B) + horizontal axis (1h) compression heat recovery equipment + gravity or sunlight Make maximum use of + Increase mercury by increase ball lifter (2F) + Fuel injection to burn with cold fuel + Ignition and combustion with combustion + Accelerated pressure by heat temperature and cold heat speed separately + Install multistage mercury gravity turbine in 4 stages Various energy conservation cycle union engine.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to solar thermal gravity rotation plane (39B) + horizontal axis (1h) water heat exchange equipment + gravity or sunlight Make maximum use of + Increase mercury by increase ball lifter (2F) + Fuel injection to burn with cold fuel + Ignition combustion + Thermal heat rate and cold heat speed with pressure divided + + Multi-stage mercury gravity turbine provided in 5 stages Various energy conservation cycle union engine.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to solar thermal gravity rotation plane (39B) + horizontal axis (1h) air heat exchange equipment + gravity or sunlight Make maximum use of + Increase mercury with rising ball lifter (2F) + Fuel injection to burn with cold fuel + Ignition combustion + Thermal heat speed and cold heat speed with pressure divided separately + Various types of mercury gravity turbine provided in 6 stages Energy Conservation Cycle Coalition Agency.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to solar thermal gravity rotation plane (39B) + horizontal axis (1 h) to equip generator + maximum gravity and sunlight Increase mercury by limited use + augmented ball lifter (2F) and save it by fuel injection ignition to cold heat + burn by ignition + save temperature divided into heat rate and cool heat rate + save various energy with mercury gravity turbine installed in 7 stages Cycle coalescing agency.   Increase the superheated steam thermal and compressed air cold heat to the solar heat turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) heat pump equipped + cold heat to fuel injection ignition combustion A variety of energy storage cycle combined engines equipped with 8 stages of acceleration + mercury gravity turbines with pressure that is stored separately + thermal temperature and cold temperature.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1 h) compression heat recovery equipment + to inject cold fuel A variety of energy storage cycle combined engines with 9 stages of acceleration + multistage mercury gravity turbines with pressure that is stored separately as ignition + thermal temperature and cold temperature.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1h) water heat exchange equipment + cold injection fuel injection Various energy storage cycle coalescing engines equipped with 10 stages of acceleration + multistage mercury gravity turbines with pressure that is stored separately as ignition + thermal temperature and cold temperature.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1 h) air heat exchange equipment + cold injection fuel injection A variety of energy storage cycle combined engines with ignition and combustion + acceleration with pressure stored separately as thermal velocity and cold thermal velocity + mercury gravity turbine in one stage.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) generator equipped + cold heat to fuel injection ignition combustion A variety of energy storage cycle combined engines equipped with two stages of acceleration + mercury gravity turbine with pressure that is stored separately + thermal temperature and cold temperature.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + have a horizontal axis (1 h) heat pump + fuel injection ignition to cold heat Various energy storage cycle combined engines that are equipped with 3 stages of acceleration + mercury gravity turbine with pressure that is stored separately by burning + thermal speed and cold temperature.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to have a horizontal axis (1 h) compression heat recovery unit + cold fuel A variety of energy storage cycle coalescing engines equipped with four stages of mercury gas turbines with four stages of acceleration, ignition, combustion, acceleration with pressure divided and stored at thermal speed and cold temperature.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to have a horizontal axis (1 h) water heat exchanger + to cool fuel A variety of energy storage cycle coalescing engines equipped with 5 stages of acceleration, multistage mercury gravity turbines, and acceleration / ignition combustion with combustion + pressure that is stored separately as thermal and cold heat speeds.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make solar thermal gravity rotation plane (39B) + equip horizontal axis (1 h) air heat exchanger + cold to fuel A variety of energy storage cycle coalescing engines equipped with six stages of acceleration, ignition, combustion, acceleration with pressure divided and stored in thermal speed and cold temperature, and mercury gravity turbines in six stages.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + have a horizontal axis (1 h) generator + fuel injection ignition to cold heat Various energy storage cycle combined engines that are equipped with 7 stages of acceleration + mercury gravity turbines with pressure that is stored separately by burning + thermal speed and cold temperature.   Increase the superheated steam thermal and compressed air cold heat to the solar heat turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) heat pump equipped + cold heat to fuel injection ignition combustion A variety of energy storage cycle combined engines equipped with 8 stages of acceleration + mercury gravity turbines with pressure that is stored separately + thermal temperature and cold temperature.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1 h) compression heat recovery equipment + to inject cold fuel A variety of energy storage cycle combined engines with 9 stages of acceleration + multistage mercury gravity turbines with pressure that is stored separately as ignition + thermal temperature and cold temperature.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1h) water heat exchange equipment + cold injection fuel injection Various energy storage cycle coalescing engines equipped with 10 stages of acceleration + multistage mercury gravity turbines with pressure that is stored separately as ignition + thermal temperature and cold temperature.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1 h) air heat exchange equipment + cold injection fuel injection A variety of energy storage cycle combined engines with ignition and combustion + acceleration with pressure stored separately as thermal velocity and cold thermal velocity + mercury gravity turbine in one stage.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) generator equipped + cold heat to fuel injection ignition combustion A variety of energy storage cycle combined engines equipped with two stages of acceleration + mercury gravity turbine with pressure that is stored separately + thermal temperature and cold temperature.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into a solar thermal gravity rotary plane (39B) + horizontal axis (1 h) heat pump equipment + various space transportation devices (78 V) Drive + cold fuel injection into fuel + ignition + thermal energy and pressure divided and stored separately + various energy storage cycle combined engines equipped with mercury gravity turbines in 3 stages.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) compression heat recovery equipment preparation + various space return aircraft Various types of energy storage cycle combined engines equipped with four stages of mercury gas turbines with multistage mercury gravity turbines.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h) water heat exchange equipment to prepare + various space return aircraft Various types of energy storage cycle combined engines equipped with five stages of multistage mercury gravity turbines.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1h) air heat exchange equipment + various space return aircraft Various types of energy storage cycle combined engines equipped with six stages of mercury gravity turbines.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary airplane (39B) + make horizontal axis (1 h) generator equipped + various space transportation devices (78 V) Drive + cold fuel injection into fuel + ignition + thermal energy and pressure divided and stored separately + various energy storage cycle combined engines with mercury gravity turbines provided in 7 stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel injection and combustion with combustion + acceleration with heat and cold speed separately stored + acceleration with various pressures + mercury gravity turbines equipped with 8 stages of energy conservation cycle combined engine.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel injection and combustion with combustion + acceleration with heat and cold speed separately stored pressure + multistage mercury gravity turbine with 9 stages of multistage mercury gravity turbines combined engines.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel injection and combustion with combustion + acceleration with heat and cold speed separately stored pressure + multistage mercury gravity turbine with 10 stages of multistage mercury gravity turbines combined engines.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel injection ignition combustion + acceleration with heat and cold speed separately stored pressure + various energy storage cycle combined engine equipped with mercury gravity turbine in one stage.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel injection and combustion with combustion + acceleration with heat and cold speed separately stored pressure + + various types of energy storage cycle combined engine with mercury gravity turbine provided in two stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) heat pump equipped + into coated turbine blade + A variety of energy storage cycle coalescing engines equipped with three stages of mercury gravity turbines + acceleration by the fuel injection ignition combustion to cold heat + pressure by divided thermal storage and cold thermal speed separately.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1 h) compression heat recovery equipment + to a coated turbine blade Fuel injection ignition combustion in cold energy + Acceleration with pressure divided and stored in heat and cold energy speed + Various energy storage cycle combined engines equipped with multistage mercury gravity turbine in 4 stages.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1 h) water heat exchange equipment + to cover a coated turbine blade Fuel injection ignition combustion in cold energy + Acceleration with pressure divided and stored in heat and cold energy speed + Various energy storage cycle combined engine equipped with multistage mercury gravity turbine in 5 stages.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + to make combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1 h) air heat exchange equipment + to coated turbine blade Fuel injection ignition combustion in cold energy + Acceleration with pressure divided and stored in heat and cold energy speed + Various energy storage cycle combined engines equipped with mercury gravity turbines in 6 stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1 h) generator equipped + coated turbine blade + A variety of energy storage cycle coalescing engines equipped with 7 stages of mercury gravity turbines that are equipped with 7 stages of acceleration and combustion with fuel injection ignition combustion for cold heat + pressure stored separately for thermal speed and cold heat speed.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + have a horizontal axis (1 h) heat pump + fuel injection ignition to cold heat Various energy storage cycle combined engines that are equipped with 8 stages of heating + compression of heat and cold energy + mercury gravity turbine to burn + solar heat air.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to have a horizontal axis (1 h) compression heat recovery unit + fuel to cold heat A variety of energy storage cycle coalescing engines equipped with 9 stages of acceleration, multistage mercury gravity turbines with injection, ignition, combustion, acceleration with pressure divided and stored in thermal speed and cold temperature.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to have a horizontal axis (1 h) water heat exchanger + to cool fuel A variety of energy storage cycle coalescing engines equipped with 10 stages of acceleration, multistage mercury gravity turbines with injection, ignition, combustion, acceleration with pressure divided and stored in thermal speed and cold temperature.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make solar thermal gravity rotation plane (39B) + equip horizontal axis (1 h) air heat exchanger + cold to fuel A variety of energy storage cycle coalescing engines equipped with injection ignition and combustion + acceleration with a temperature separately stored at thermal speed and cold temperature + mercury gravity turbine in one stage.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + have a horizontal axis (1 h) generator + fuel injection ignition to cold heat Various energy storage cycle combined engines that are equipped with two stages of acceleration + mercury gravity turbine with pressure that is stored separately to burn + thermal speed and cold temperature.   Increase the superheated steam thermal and compressed air cold heat to the solar heat turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) heat pump equipped + cold heat to fuel injection ignition combustion A variety of energy storage cycle combined engines equipped with three stages of acceleration + mercury gravity turbines with pressure that is stored separately in + thermal temperature and cold temperature.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1 h) compression heat recovery equipment + to inject cold fuel A variety of energy storage cycle coalescing engines equipped with four stages of mercury gas turbines with four stages of acceleration + multi-stage mercury gravity turbine with pressure divided and stored divided into heat and cold heat speed.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1h) water heat exchange equipment + cold injection fuel injection A variety of energy storage cycle combined engines with five stages of acceleration + multistage mercury gravity turbines with pressure that is stored separately by ignition + thermal temperature and cold temperature.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1 h) air heat exchange equipment + cold injection fuel injection A variety of energy storage cycle combined engines with six stages of acceleration and mercury gravity turbines with ignition and combustion + thermal storage speed and cold storage speed and divided storage pressure.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) generator equipped + cold heat to fuel injection ignition combustion A variety of energy storage cycle combined engines equipped with 7 stages of acceleration + mercury gravity turbines by pressure stored separately in + thermal speed and cold heat speed.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into a solar thermal gravity rotary plane (39B) + horizontal axis (1 h) heat pump equipment + various space transportation devices (78 V) Drive + cold fuel injection into a fuel + ignition heat + acceleration with pressure divided and stored in the heat rate + cold heat rate + Various energy storage cycle coalesced engines equipped with mercury gravity turbine in 8 stages   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) compression heat recovery equipment preparation + various space return aircraft Various types of energy storage cycle combined engines with 9 stages of multistage mercury gravity turbines.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h) water heat exchange equipment to prepare + various space return aircraft Various types of energy storage cycle combined engines equipped with 10 stages of multistage mercury gravity turbines.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1h) air heat exchange equipment + various space return aircraft Various types of energy storage cycle combined engines with acceleration by means of (78 V) driving + fuel injection ignition combustion in cold energy + acceleration with thermal energy and cold energy speed divided by pressure + mercury gravity turbine in one stage.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary airplane (39B) + make horizontal axis (1 h) generator equipped + various space transportation devices (78 V) Driving + cold fuel injection with fuel + ignition + thermal energy and pressure divided and stored at different speeds + Various energy storage cycle coalescing engines equipped with mercury gravity turbines in two stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel injection ignition combustion + acceleration with heat and cold speed separately + acceleration by pressure stored separately + various energy storage cycle coalesced engines equipped with mercury gravity turbine in 3 stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel injection ignition combustion + acceleration with heat and cold speed separately stored pressure + multistage mercury gravity turbine provided with 4 stages of multistage mercury gravity turbine combined engine.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel injection with fuel combustion + acceleration with heat and cold speed separately stored pressure + multistage mercury gravity turbine equipped with 5 stages of multistage mercury gravity turbine combined engine.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel injection ignition combustion + acceleration by thermal energy and cold heat pressure divided pressure + various energy conservation cycle combined engine equipped with mercury gravity turbine in 6 stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel injection and combustion with combustion + acceleration with heat and cold speed separately stored + acceleration with various pressures + mercury gravity turbine 7 stages of various energy storage cycle combined engine.   Increase the superheated steam thermal and compressed air cold heat to the solar heat turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) heat pump equipped + cold heat to fuel injection ignition combustion A variety of energy storage cycle combined engines equipped with 8 stages of acceleration + mercury gravity turbines with pressure that is stored separately + thermal temperature and cold temperature.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1 h) compression heat recovery equipment + to inject cold fuel A variety of energy storage cycle combined engines with 9 stages of acceleration + multistage mercury gravity turbines with pressure that is stored separately as ignition + thermal temperature and cold temperature.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1h) water heat exchange equipment + cold injection fuel injection Various energy storage cycle coalescing engines equipped with 10 stages of acceleration + multistage mercury gravity turbines with pressure that is stored separately as ignition + thermal temperature and cold temperature.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1 h) air heat exchange equipment + cold injection fuel injection A variety of energy storage cycle combined engines with ignition and combustion + acceleration with pressure stored separately as thermal velocity and cold thermal velocity + mercury gravity turbine in one stage.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) generator equipped + cold heat to fuel injection ignition combustion A variety of energy storage cycle combined engines equipped with two stages of acceleration + mercury gravity turbine with pressure that is stored separately + thermal temperature and cold temperature.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + have a horizontal axis (1 h) heat pump + fuel injection ignition to cold heat Various energy storage cycle combined engines that are equipped with 3 stages of acceleration + mercury gravity turbine with pressure that is stored separately by burning + thermal speed and cold temperature.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to have a horizontal axis (1 h) compression heat recovery unit + fuel to cold heat A variety of energy storage cycle coalescing engines equipped with four stages of mercury gas turbines with four stages of acceleration, ignition, combustion, acceleration with pressure divided and stored at thermal speed and cold temperature.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to have a horizontal axis (1 h) water heat exchanger + to cool fuel A variety of energy storage cycle coalescing engines equipped with 5 stages of acceleration, multistage mercury gravity turbines, and acceleration / ignition combustion with combustion + pressure that is stored separately as thermal and cold heat speeds.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make solar thermal gravity rotation plane (39B) + equip horizontal axis (1 h) air heat exchanger + cold to fuel A variety of energy storage cycle coalescing engines equipped with six stages of acceleration, ignition, combustion, acceleration with pressure divided and stored in thermal speed and cold temperature, and mercury gravity turbines in six stages.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + have a horizontal axis (1 h) generator + fuel injection ignition to cold heat Various energy storage cycle combined engines that are equipped with 7 stages of acceleration + mercury gravity turbines with pressure that is stored separately by burning + thermal speed and cold temperature.   Increase the superheated steam thermal and compressed air cold heat to the solar heat turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) heat pump equipped + cold heat to fuel injection ignition combustion A variety of energy storage cycle combined engines equipped with 8 stages of acceleration + mercury gravity turbines with pressure that is stored separately + thermal temperature and cold temperature.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1 h) compression heat recovery equipment + to inject cold fuel A variety of energy storage cycle combined engines with 9 stages of acceleration + multistage mercury gravity turbines with pressure that is stored separately as ignition + thermal temperature and cold temperature.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1h) water heat exchange equipment + cold injection fuel injection Various energy storage cycle coalescing engines equipped with 10 stages of acceleration + multistage mercury gravity turbines with pressure that is stored separately as ignition + thermal temperature and cold temperature.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1 h) air heat exchange equipment + cold injection fuel injection A variety of energy storage cycle combined engines with ignition and combustion + acceleration with pressure stored separately as thermal velocity and cold thermal velocity + mercury gravity turbine in one stage.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) generator equipped + cold heat to fuel injection ignition combustion A variety of energy storage cycle combined engines equipped with two stages of acceleration + mercury gravity turbine with pressure that is stored separately + thermal temperature and cold temperature.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into a solar thermal gravity rotary plane (39B) + horizontal axis (1 h) heat pump equipment + various space transportation devices (78 V) Drive + cold fuel injection into fuel + ignition + thermal energy and pressure divided and stored separately + various energy storage cycle combined engines equipped with mercury gravity turbines in 3 stages.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) compression heat recovery equipment preparation + various space return aircraft Various types of energy storage cycle combined engines equipped with four stages of mercury gas turbines with multistage mercury gravity turbines.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h) water heat exchange equipment to prepare + various space return aircraft Various types of energy storage cycle combined engines equipped with five stages of multistage mercury gravity turbines.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1h) air heat exchange equipment + various space return aircraft Various types of energy storage cycle combined engines equipped with six stages of mercury gravity turbines.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary airplane (39B) + make horizontal axis (1 h) generator equipped + various space transportation devices (78 V) Drive + cold fuel injection into fuel + ignition + thermal energy and pressure divided and stored separately + various energy storage cycle combined engines with mercury gravity turbines provided in 7 stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel injection and combustion with combustion + acceleration with heat and cold speed separately stored + acceleration with various pressures + mercury gravity turbines equipped with 8 stages of energy conservation cycle combined engine.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel injection and combustion with combustion + acceleration with heat and cold speed separately stored pressure + multistage mercury gravity turbine with 9 stages of multistage mercury gravity turbines combined engines.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel injection and combustion with combustion + acceleration with heat and cold speed separately stored pressure + multistage mercury gravity turbine with 10 stages of multistage mercury gravity turbines combined engines.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel injection ignition combustion + acceleration with heat and cold speed separately stored pressure + various energy storage cycle combined engine equipped with mercury gravity turbine in one stage.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel injection and combustion with combustion + acceleration with heat and cold speed separately stored pressure + + various types of energy storage cycle combined engine with mercury gravity turbine provided in two stages.   Increase the superheated steam thermal and compressed air cold heat to the solar heat turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) heat pump equipped + cold heat to fuel injection ignition combustion A variety of energy storage cycle combined engines equipped with three stages of acceleration + mercury gravity turbines with pressure that is stored separately in + thermal temperature and cold temperature.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1 h) compression heat recovery equipment + to inject cold fuel A variety of energy storage cycle coalescing engines equipped with four stages of mercury gas turbines with four stages of acceleration + multi-stage mercury gravity turbine with pressure divided and stored divided into heat and cold heat speed.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1h) water heat exchange equipment + cold injection fuel injection A variety of energy storage cycle combined engines with five stages of acceleration + multistage mercury gravity turbines with pressure that is stored separately by ignition + thermal temperature and cold temperature.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1 h) air heat exchange equipment + cold injection fuel injection A variety of energy storage cycle combined engines with six stages of acceleration and mercury gravity turbines with ignition and combustion + thermal storage speed and cold storage speed and divided storage pressure.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) generator equipped + cold heat to fuel injection ignition combustion A variety of energy storage cycle combined engines equipped with 7 stages of acceleration + mercury gravity turbines by pressure stored separately in + thermal speed and cold heat speed.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + have a horizontal axis (1 h) heat pump + fuel injection ignition to cold heat Various energy storage cycle combined engines that are equipped with 8 stages of acceleration + mercury gravity turbines with pressure that is stored separately to burn + thermal speed and cold temperature.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to have a horizontal axis (1 h) compression heat recovery unit + fuel to cold heat A variety of energy storage cycle coalescing engines equipped with 9 stages of acceleration, multistage mercury gravity turbines with injection, ignition, combustion, acceleration with pressure divided and stored in thermal speed and cold temperature.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to have a horizontal axis (1 h) water heat exchanger + to cool fuel A variety of energy storage cycle coalescing engines equipped with 10 stages of acceleration, multistage mercury gravity turbines with injection, ignition, combustion, acceleration with pressure divided and stored in thermal speed and cold temperature.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make solar thermal gravity rotation plane (39B) + equip horizontal axis (1 h) air heat exchanger + cold to fuel A variety of energy storage cycle coalescing engines equipped with injection ignition and combustion + acceleration with a temperature separately stored at thermal speed and cold temperature + mercury gravity turbine in one stage.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + have a horizontal axis (1 h) generator + fuel injection ignition to cold heat Various energy storage cycle combined engines that are equipped with two stages of acceleration + mercury gravity turbine with pressure that is stored separately to burn + thermal speed and cold temperature.   Increase the superheated steam thermal and compressed air cold heat to the solar heat turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) heat pump equipped + cold heat to fuel injection ignition combustion A variety of energy storage cycle combined engines equipped with three stages of acceleration + mercury gravity turbines with pressure that is stored separately in + thermal temperature and cold temperature.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1 h) compression heat recovery equipment + to inject cold fuel A variety of energy storage cycle coalescing engines equipped with four stages of mercury gravity turbines with multistage mercury gravity turbines that are driven by ignition and combustion + acceleration by pressure stored separately as thermal velocity and cold thermal velocity.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1h) water heat exchange equipment + cold injection fuel injection A variety of energy storage cycle combined engines with five stages of acceleration + multistage mercury gravity turbines with pressure that is stored separately by ignition + thermal temperature and cold temperature.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1 h) air heat exchange equipment + cold injection fuel injection A variety of energy storage cycle combined engines with six stages of acceleration and mercury gravity turbines with ignition and combustion + thermal storage speed and cold storage speed and divided storage pressure.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) generator equipped + cold heat to fuel injection ignition combustion A variety of energy storage cycle combined engines equipped with 7 stages of acceleration + mercury gravity turbines by pressure stored separately in + thermal speed and cold heat speed.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into a solar thermal gravity rotary plane (39B) + horizontal axis (1 h) heat pump equipment + various space transportation devices (78 V) Drive + Cool to fuel injection to fuel + Ignition and combustion with combustion + Acceleration with heat and cold speed separately + Various energy storage cycle coalescing engines equipped with 38 stages of mercury gravity turbines in multiple stages.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) compression heat recovery equipment preparation + various space return aircraft Various types of energy storage cycle combined engines with 9 stages of multistage mercury gravity turbines.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h) water heat exchange equipment to prepare + various space return aircraft Various types of energy storage cycle combined engines equipped with 10 stages of multistage mercury gravity turbines.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1h) air heat exchange equipment + various space return aircraft Various types of energy storage cycle combined engines with acceleration by means of (78 V) driving + fuel injection ignition combustion in cold energy + acceleration with thermal energy and cold energy speed divided by pressure + mercury gravity turbine in one stage.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary airplane (39B) + make horizontal axis (1 h) generator equipped + various space transportation devices (78 V) Driving + cold fuel injection with fuel + ignition + thermal energy and pressure divided and stored at different speeds + Various energy storage cycle coalescing engines equipped with mercury gravity turbines in two stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel injection ignition combustion + acceleration with heat and cold speed separately + acceleration by pressure stored separately + various energy storage cycle coalesced engines equipped with mercury gravity turbine in 3 stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel injection ignition combustion + acceleration with heat and cold speed separately stored pressure + multistage mercury gravity turbine provided with 4 stages of multistage mercury gravity turbine combined engine.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel injection with fuel combustion + acceleration with heat and cold speed separately stored pressure + multistage mercury gravity turbine equipped with 5 stages of multistage mercury gravity turbine combined engine.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel injection ignition combustion + acceleration by thermal energy and cold heat pressure divided pressure + various energy conservation cycle combined engine equipped with mercury gravity turbine in 6 stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel injection and combustion with combustion + acceleration with heat and cold speed separately stored + acceleration with various pressures + mercury gravity turbine 7 stages of various energy storage cycle combined engine.   Increase the superheated steam thermal and compressed air cold heat to the solar heat turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) heat pump equipped + cold heat to fuel injection ignition combustion A variety of energy storage cycle combined engines equipped with 8 stages of acceleration + mercury gravity turbines with pressure that is stored separately + thermal temperature and cold temperature.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1 h) compression heat recovery equipment + to inject cold fuel A variety of energy storage cycle combined engines with 9 stages of acceleration + multistage mercury gravity turbines with pressure that is stored separately as ignition + thermal temperature and cold temperature.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1h) water heat exchange equipment + cold injection fuel injection Various energy storage cycle coalescing engines equipped with 10 stages of acceleration + multistage mercury gravity turbines with pressure that is stored separately as ignition + thermal temperature and cold temperature.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1 h) air heat exchange equipment + cold injection fuel injection A variety of energy storage cycle combined engines with ignition and combustion + acceleration with pressure stored separately as thermal velocity and cold thermal velocity + mercury gravity turbine in one stage.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) generator equipped + cold heat to fuel injection ignition combustion A variety of energy storage cycle combined engines equipped with two stages of acceleration + mercury gravity turbine with pressure that is stored separately + thermal temperature and cold temperature.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + have a horizontal axis (1 h) heat pump + fuel injection ignition to cold heat Various energy storage cycle combined engines that are equipped with 3 stages of acceleration + mercury gravity turbine with pressure that is stored separately by burning + thermal speed and cold temperature.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to have a horizontal axis (1 h) compression heat recovery unit + fuel to cold heat A variety of energy storage cycle coalescing engines equipped with four stages of mercury gas turbines with four stages of acceleration, ignition, combustion, acceleration with pressure divided and stored at thermal speed and cold temperature.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to have a horizontal axis (1 h) water heat exchanger + to cool fuel A variety of energy storage cycle coalescing engines equipped with 5 stages of acceleration, multistage mercury gravity turbines, and acceleration / ignition combustion with combustion + pressure that is stored separately as thermal and cold heat speeds.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make solar thermal gravity rotation plane (39B) + equip horizontal axis (1 h) air heat exchanger + cold to fuel A variety of energy storage cycle coalescing engines equipped with six stages of acceleration, ignition, combustion, acceleration with pressure divided and stored in thermal speed and cold temperature, and mercury gravity turbines in six stages.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + have a horizontal axis (1 h) generator + fuel injection ignition to cold heat Various energy storage cycle combined engines that are equipped with 7 stages of acceleration + mercury gravity turbines with pressure that is stored separately by burning + thermal speed and cold temperature.   Increase the superheated steam thermal and compressed air cold heat to the solar heat turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) heat pump equipped + cold heat to fuel injection ignition combustion A variety of energy storage cycle combined engines equipped with 8 stages of acceleration + mercury gravity turbines with pressure that is stored separately + thermal temperature and cold temperature.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1 h) compression heat recovery equipment + to inject cold fuel A variety of energy storage cycle combined engines with 9 stages of acceleration + multistage mercury gravity turbines with pressure that is stored separately as ignition + thermal temperature and cold temperature.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1h) water heat exchange equipment + cold injection fuel injection Various energy storage cycle coalescing engines equipped with 10 stages of acceleration + multistage mercury gravity turbines with pressure that is stored separately as ignition + thermal temperature and cold temperature.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1 h) air heat exchange equipment + cold injection fuel injection A variety of energy storage cycle combined engines with ignition and combustion + acceleration with pressure stored separately as thermal velocity and cold thermal velocity + mercury gravity turbine in one stage.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) generator equipped + cold heat to fuel injection ignition combustion A variety of energy storage cycle combined engines equipped with two stages of acceleration + mercury gravity turbine with pressure that is stored separately + thermal temperature and cold temperature.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into a solar thermal gravity rotary plane (39B) + horizontal axis (1 h) heat pump equipment + various space transportation devices (78 V) Drive + cold fuel injection into fuel + ignition + thermal energy and pressure divided and stored separately + various energy storage cycle combined engines equipped with mercury gravity turbines in 3 stages.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) compression heat recovery equipment preparation + various space return aircraft Various types of energy storage cycle combined engines equipped with four stages of mercury gas turbines with multistage mercury gravity turbines.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h) water heat exchange equipment to prepare + various space return aircraft Various types of energy storage cycle combined engines equipped with five stages of multistage mercury gravity turbines.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1h) air heat exchange equipment + various space return aircraft Various types of energy storage cycle combined engines equipped with six stages of mercury gravity turbines.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary airplane (39B) + make horizontal axis (1 h) generator equipped + various space transportation devices (78 V) Drive + cold fuel injection into fuel + ignition + thermal energy and pressure divided and stored separately + various energy storage cycle combined engines with mercury gravity turbines provided in 7 stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel injection and combustion with combustion + acceleration with heat and cold speed separately stored + acceleration with various pressures + mercury gravity turbines equipped with 8 stages of energy conservation cycle combined engine.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel injection and combustion with combustion + acceleration with heat and cold speed separately stored pressure + multistage mercury gravity turbine with 9 stages of multistage mercury gravity turbines combined engines.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel injection and combustion with combustion + acceleration with heat and cold speed separately stored pressure + multistage mercury gravity turbine with 10 stages of multistage mercury gravity turbines combined engines.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel injection ignition combustion + acceleration with heat and cold speed separately stored pressure + various energy storage cycle combined engine equipped with mercury gravity turbine in one stage.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel injection and combustion with combustion + acceleration with heat and cold speed separately stored pressure + + various types of energy storage cycle combined engine with mercury gravity turbine provided in two stages.   Increase the superheated steam thermal and compressed air cold heat to the solar heat turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) heat pump equipped + cold heat to fuel injection ignition combustion A variety of energy storage cycle combined engines equipped with three stages of acceleration + mercury gravity turbines with pressure that is stored separately in + thermal temperature and cold temperature.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1 h) compression heat recovery equipment + to inject cold fuel A variety of energy storage cycle coalescing engines equipped with four stages of mercury gas turbines with four stages of acceleration + multi-stage mercury gravity turbine with pressure divided and stored divided into heat and cold heat speed.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1h) water heat exchange equipment + cold injection fuel injection A variety of energy storage cycle combined engines with five stages of acceleration + multistage mercury gravity turbines with pressure that is stored separately by ignition + thermal temperature and cold temperature.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1 h) air heat exchange equipment + cold injection fuel injection A variety of energy storage cycle combined engines with six stages of acceleration and mercury gravity turbines with ignition and combustion + thermal storage speed and cold storage speed and divided storage pressure.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) generator equipped + cold heat to fuel injection ignition combustion A variety of energy storage cycle combined engines equipped with 7 stages of acceleration + mercury gravity turbines by pressure stored separately in + thermal speed and cold heat speed.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + have a horizontal axis (1 h) heat pump + fuel injection ignition to cold heat Various energy storage cycle combined engines that are equipped with 8 stages of acceleration + mercury gravity turbines with pressure that is stored separately to burn + thermal speed and cold temperature.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to have a horizontal axis (1 h) compression heat recovery unit + fuel to cold heat A variety of energy storage cycle coalescing engines equipped with 9 stages of acceleration, multistage mercury gravity turbines with injection, ignition, combustion, acceleration with pressure divided and stored in thermal speed and cold temperature.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to have a horizontal axis (1 h) water heat exchanger + to cool fuel A variety of energy storage cycle coalescing engines equipped with 10 stages of acceleration, multistage mercury gravity turbines with injection, ignition, combustion, acceleration with pressure divided and stored in thermal speed and cold temperature.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make solar thermal gravity rotation plane (39B) + equip horizontal axis (1 h) air heat exchanger + cold to fuel A variety of energy storage cycle coalescing engines equipped with injection ignition and combustion + acceleration with a temperature separately stored at thermal speed and cold temperature + mercury gravity turbine in one stage.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + have a horizontal axis (1 h) generator + fuel injection ignition to cold heat Various energy storage cycle combined engines that are equipped with two stages of acceleration + mercury gravity turbine with pressure that is stored separately to burn + thermal speed and cold temperature.   Increase the superheated steam thermal and compressed air cold heat to the solar heat turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) heat pump equipped + cold heat to fuel injection ignition combustion A variety of energy storage cycle combined engines equipped with three stages of acceleration + mercury gravity turbines with pressure that is stored separately in + thermal temperature and cold temperature.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1 h) compression heat recovery equipment + to inject cold fuel A variety of energy storage cycle coalescing engines equipped with four stages of mercury gas turbines with four stages of acceleration + multi-stage mercury gravity turbine with pressure divided and stored divided into heat and cold heat speed.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1h) water heat exchange equipment + cold injection fuel injection A variety of energy storage cycle combined engines with five stages of acceleration + multistage mercury gravity turbines with pressure that is stored separately by ignition + thermal temperature and cold temperature.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1 h) air heat exchange equipment + cold injection fuel injection A variety of energy storage cycle combined engines with six stages of acceleration and mercury gravity turbines with ignition and combustion + thermal storage speed and cold storage speed and divided storage pressure.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) generator equipped + cold heat to fuel injection ignition combustion A variety of energy storage cycle combined engines equipped with 7 stages of acceleration + mercury gravity turbines by pressure stored separately in + thermal speed and cold heat speed.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into a solar thermal gravity rotary plane (39B) + horizontal axis (1 h) heat pump equipment + various space transportation devices (78 V) Drive + cold fuel injection into a fuel + ignition heat + acceleration with pressure divided and stored in the heat rate + cold heat rate + Various energy storage cycle coalesced engines equipped with mercury gravity turbine in 8 stages   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) compression heat recovery equipment preparation + various space return aircraft Various types of energy storage cycle combined engines with 9 stages of multistage mercury gravity turbines.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h) water heat exchange equipment to prepare + various space return aircraft Various types of energy storage cycle combined engines equipped with 10 stages of multistage mercury gravity turbines.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1h) air heat exchange equipment + various space return aircraft Various types of energy storage cycle combined engines with acceleration by means of (78 V) driving + fuel injection ignition combustion in cold energy + acceleration with thermal energy and cold energy speed divided by pressure + mercury gravity turbine in one stage.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary airplane (39B) + make horizontal axis (1 h) generator equipped + various space transportation devices (78 V) Driving + cold fuel injection with fuel + ignition + thermal energy and pressure divided and stored at different speeds + Various energy storage cycle coalescing engines equipped with mercury gravity turbines in two stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel injection ignition combustion + acceleration with heat and cold speed separately + acceleration by pressure stored separately + various energy storage cycle coalesced engines equipped with mercury gravity turbine in 3 stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel injection ignition combustion + acceleration with heat and cold speed separately stored pressure + multistage mercury gravity turbine provided with 4 stages of multistage mercury gravity turbine combined engine.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel injection with fuel combustion + acceleration with heat and cold speed separately stored pressure + multistage mercury gravity turbine equipped with 5 stages of multistage mercury gravity turbine combined engine.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel injection ignition combustion + acceleration by thermal energy and cold heat pressure divided pressure + various energy conservation cycle combined engine equipped with mercury gravity turbine in 6 stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel injection and combustion with combustion + acceleration with heat and cold speed separately stored + acceleration with various pressures + mercury gravity turbine 7 stages of various energy storage cycle combined engine.   Increase the superheated steam thermal and compressed air cold heat to the solar heat turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) heat pump equipped + cold heat to fuel injection ignition combustion A variety of energy storage cycle combined engines equipped with 8 stages of acceleration + mercury gravity turbines with pressure that is stored separately + thermal temperature and cold temperature.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1 h) compression heat recovery equipment + to inject cold fuel A variety of energy storage cycle combined engines with 9 stages of acceleration + multistage mercury gravity turbines with pressure that is stored separately as ignition + thermal temperature and cold temperature.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1h) water heat exchange equipment + cold injection fuel injection Various energy storage cycle coalescing engines equipped with 10 stages of acceleration + multistage mercury gravity turbines with pressure that is stored separately as ignition + thermal temperature and cold temperature.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1 h) air heat exchange equipment + cold injection fuel injection A variety of energy storage cycle combined engines with ignition and combustion + acceleration with pressure stored separately as thermal velocity and cold thermal velocity + mercury gravity turbine in one stage.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) generator equipped + cold heat to fuel injection ignition combustion A variety of energy storage cycle combined engines equipped with two stages of acceleration + mercury gravity turbine with pressure that is stored separately + thermal temperature and cold temperature.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + have a horizontal axis (1 h) heat pump + fuel injection ignition to cold heat Various energy storage cycle combined engines that are equipped with 3 stages of acceleration + mercury gravity turbine with pressure that is stored separately by burning + thermal speed and cold temperature.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to have a horizontal axis (1 h) compression heat recovery unit + fuel to cold heat A variety of energy storage cycle coalescing engines equipped with four stages of mercury gas turbines with four stages of acceleration, ignition, combustion, acceleration with pressure divided and stored at thermal speed and cold temperature.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to have a horizontal axis (1 h) water heat exchanger + to cool fuel A variety of energy storage cycle coalescing engines equipped with 5 stages of acceleration, multistage mercury gravity turbines, and acceleration / ignition combustion with combustion + pressure that is stored separately as thermal and cold heat speeds.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make solar thermal gravity rotation plane (39B) + equip horizontal axis (1 h) air heat exchanger + cold to fuel A variety of energy storage cycle coalescing engines equipped with six stages of acceleration, ignition, combustion, acceleration with pressure divided and stored in thermal speed and cold temperature, and mercury gravity turbines in six stages.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + have a horizontal axis (1 h) generator + fuel injection ignition to cold heat Various energy storage cycle combined engines that are equipped with 7 stages of acceleration + mercury gravity turbines with pressure that is stored separately by burning + thermal speed and cold temperature.   Increase the superheated steam thermal and compressed air cold heat to the solar heat turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) heat pump equipped + cold heat to fuel injection ignition combustion A variety of energy storage cycle combined engines equipped with 8 stages of acceleration + mercury gravity turbines with pressure that is stored separately + thermal temperature and cold temperature.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1 h) compression heat recovery equipment + to inject cold fuel A variety of energy storage cycle combined engines with 9 stages of acceleration + multistage mercury gravity turbines with pressure that is stored separately as ignition + thermal temperature and cold temperature.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1h) water heat exchange equipment + cold injection fuel injection Various energy storage cycle coalescing engines equipped with 10 stages of acceleration + multistage mercury gravity turbines with pressure that is stored separately as ignition + thermal temperature and cold temperature.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1 h) air heat exchange equipment + cold injection fuel injection A variety of energy storage cycle combined engines with ignition and combustion + acceleration with pressure stored separately as thermal velocity and cold thermal velocity + mercury gravity turbine in one stage.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) generator equipped + cold heat to fuel injection ignition combustion A variety of energy storage cycle combined engines equipped with two stages of acceleration + mercury gravity turbine with pressure that is stored separately + thermal temperature and cold temperature.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into a solar thermal gravity rotary plane (39B) + horizontal axis (1 h) heat pump equipment + various space transportation devices (78 V) Drive + cold fuel injection into fuel + ignition + thermal energy and pressure divided and stored separately + various energy storage cycle combined engines equipped with mercury gravity turbines in 3 stages.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) compression heat recovery equipment preparation + various space return aircraft Various types of energy storage cycle combined engines equipped with four stages of mercury gas turbines with multistage mercury gravity turbines.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h) water heat exchange equipment to prepare + various space return aircraft Various types of energy storage cycle combined engines equipped with five stages of multistage mercury gravity turbines.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1h) air heat exchange equipment + various space return aircraft Various types of energy storage cycle combined engines equipped with six stages of mercury gravity turbines.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary airplane (39B) + make horizontal axis (1 h) generator equipped + various space transportation devices (78 V) Drive + cold fuel injection into fuel + ignition + thermal energy and pressure divided and stored separately + various energy storage cycle combined engines with mercury gravity turbines provided in 7 stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel injection and combustion with combustion + acceleration with heat and cold speed separately stored + acceleration with various pressures + mercury gravity turbines equipped with 8 stages of energy conservation cycle combined engine.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel injection and combustion with combustion + acceleration with heat and cold speed separately stored pressure + multistage mercury gravity turbine with 9 stages of multistage mercury gravity turbines combined engines.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel injection and combustion with combustion + acceleration with heat and cold speed separately stored pressure + multistage mercury gravity turbine with 10 stages of multistage mercury gravity turbines combined engines.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel injection ignition combustion + acceleration with heat and cold speed separately stored pressure + various energy storage cycle combined engine equipped with mercury gravity turbine in one stage.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel injection and combustion with combustion + acceleration with heat and cold speed separately stored pressure + + various types of energy storage cycle combined engine with mercury gravity turbine provided in two stages.   Increase the superheated steam thermal and compressed air cold heat to the solar heat turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) heat pump equipped + cold heat to fuel injection ignition combustion A variety of energy storage cycle combined engines equipped with three stages of acceleration + mercury gravity turbines with pressure that is stored separately in + thermal temperature and cold temperature.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1 h) compression heat recovery equipment + to inject cold fuel A variety of energy storage cycle coalescing engines equipped with four stages of mercury gas turbines with four stages of acceleration + multi-stage mercury gravity turbine with pressure divided and stored divided into heat and cold heat speed.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1h) water heat exchange equipment + cold injection fuel injection A variety of energy storage cycle combined engines with five stages of acceleration + multistage mercury gravity turbines with pressure that is stored separately by ignition + thermal temperature and cold temperature.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1 h) air heat exchange equipment + cold injection fuel injection A variety of energy storage cycle combined engines with six stages of acceleration and mercury gravity turbines with ignition and combustion + thermal storage speed and cold storage speed and divided storage pressure.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) generator equipped + cold heat to fuel injection ignition combustion A variety of energy storage cycle combined engines equipped with 7 stages of acceleration + mercury gravity turbines by pressure stored separately in + thermal speed and cold heat speed.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + have a horizontal axis (1 h) heat pump + fuel injection ignition to cold heat Various energy storage cycle combined engines that are equipped with 8 stages of acceleration + mercury gravity turbines with pressure that is stored separately to burn + thermal speed and cold temperature.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to have a horizontal axis (1 h) compression heat recovery unit + fuel to cold heat A variety of energy storage cycle coalescing engines equipped with 9 stages of acceleration, multistage mercury gravity turbines with injection, ignition, combustion, acceleration with pressure divided and stored in thermal speed and cold temperature.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to have a horizontal axis (1 h) water heat exchanger + to cool fuel A variety of energy storage cycle coalescing engines equipped with 10 stages of acceleration, multistage mercury gravity turbines with injection, ignition, combustion, acceleration with pressure divided and stored in thermal speed and cold temperature.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make solar thermal gravity rotation plane (39B) + equip horizontal axis (1 h) air heat exchanger + cold to fuel A variety of energy storage cycle coalescing engines equipped with injection ignition and combustion + acceleration with a temperature separately stored at thermal speed and cold temperature + mercury gravity turbine in one stage.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + have a horizontal axis (1 h) generator + fuel injection ignition to cold heat Various energy storage cycle combined engines that are equipped with two stages of acceleration + mercury gravity turbine with pressure that is stored separately to burn + thermal speed and cold temperature.   Increase the superheated steam thermal and compressed air cold heat to the solar heat turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) heat pump equipped + cold heat to fuel injection ignition combustion A variety of energy storage cycle combined engines equipped with three stages of acceleration + mercury gravity turbines with pressure that is stored separately in + thermal temperature and cold temperature.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1 h) compression heat recovery equipment + to inject cold fuel A variety of energy storage cycle coalescing engines equipped with four stages of mercury gas turbines with four stages of acceleration + multi-stage mercury gravity turbine with pressure divided and stored divided into heat and cold heat speed.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1h) water heat exchange equipment + cold injection fuel injection A variety of energy storage cycle combined engines with five stages of acceleration + multistage mercury gravity turbines with pressure that is stored separately by ignition + thermal temperature and cold temperature.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1 h) air heat exchange equipment + cold injection fuel injection A variety of energy storage cycle combined engines with six stages of acceleration and mercury gravity turbines with ignition and combustion + thermal storage speed and cold storage speed and divided storage pressure.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) generator equipped + cold heat to fuel injection ignition combustion A variety of energy storage cycle combined engines equipped with 7 stages of acceleration + mercury gravity turbines by pressure stored separately in + thermal speed and cold heat speed.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into a solar thermal gravity rotary plane (39B) + horizontal axis (1 h) heat pump equipment + various space transportation devices (78 V) Drive + cold fuel injection into a fuel + ignition heat + acceleration with pressure divided and stored in the heat rate + cold heat rate + Various energy storage cycle coalesced engines equipped with mercury gravity turbine in 8 stages   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) compression heat recovery equipment preparation + various space return aircraft Various types of energy storage cycle combined engines with 9 stages of multistage mercury gravity turbines.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h) water heat exchange equipment to prepare + various space return aircraft Various types of energy storage cycle combined engines equipped with 10 stages of multistage mercury gravity turbines.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1h) air heat exchange equipment + various space return aircraft Various types of energy storage cycle combined engines with acceleration by means of (78 V) driving + fuel injection ignition combustion in cold energy + acceleration with thermal energy and cold energy speed divided by pressure + mercury gravity turbine in one stage.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary airplane (39B) + make horizontal axis (1 h) generator equipped + various space transportation devices (78 V) Driving + cold fuel injection with fuel + ignition + thermal energy and pressure divided and stored at different speeds + Various energy storage cycle coalescing engines equipped with mercury gravity turbines in two stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel injection ignition combustion + acceleration with heat and cold speed separately + acceleration by pressure stored separately + various energy storage cycle coalesced engines equipped with mercury gravity turbine in 3 stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel injection ignition combustion + acceleration with heat and cold speed separately stored pressure + multistage mercury gravity turbine provided with 4 stages of multistage mercury gravity turbine combined engine.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel injection with fuel combustion + acceleration with heat and cold speed separately stored pressure + multistage mercury gravity turbine equipped with 5 stages of multistage mercury gravity turbine combined engine.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel injection ignition combustion + acceleration by thermal energy and cold heat pressure divided pressure + various energy conservation cycle combined engine equipped with mercury gravity turbine in 6 stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel injection and combustion with combustion + acceleration with heat and cold speed separately stored + acceleration with various pressures + mercury gravity turbine 7 stages of various energy storage cycle combined engine.   Solar thermal turbine drive species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotation plane (39B) + configuration to accelerate mercury + intake air path length lens and sunlight A variety of energy storage cycle coalescing engines equipped with eight stages of mercury gravity turbines, with acceleration and pressure divided separately between thermal energy and cold heat speed.   Solar thermal turbine drive species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotation plane (39B) + configuration to accelerate mercury + intake air path length lens and sunlight A variety of energy storage cycle coalescing engines equipped with 9 stages of multistage mercury gravity turbines + acceleration with the heat rate and cold heat rate separately stored with the heat rate and the cold rate.   Solar thermal turbine drive species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotation plane (39B) + configuration to accelerate mercury + intake air path length lens and sunlight A variety of energy storage cycle coalescing engines equipped with 10 stages of multistage mercury gravity turbines + acceleration with the pressure divided and stored in thermal energy and cold energy rate.   Solar thermal turbine drive species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotation plane (39B) + configuration to accelerate mercury + intake air path length lens and sunlight A variety of energy storage cycle coalescing engines with one stage of acceleration + mercury gravity turbines with a pressure divided and stored as thermal energy and cold energy.   Solar thermal turbine drive species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotation plane (39B) + configuration to accelerate mercury + intake air path length lens and sunlight A variety of energy storage cycle coalescing engines equipped with two stages of mercury gravity turbines + two stages of acceleration with the pressure divided and stored separately into thermal energy and cold energy.   Solar thermal turbine drive species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotation plane (39B) + configuration to accelerate mercury + intake air path length lens and sunlight A variety of energy storage cycle coalescing engines equipped with three stages of mercury gravity turbines + acceleration with the pressure divided and stored separately into thermal energy and cold energy rate.   Solar thermal turbine drive species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotation plane (39B) + configuration to accelerate mercury + intake air path length lens and sunlight A variety of energy storage cycle coalescing engines equipped with 4 stages of multistage mercury gravity turbines with acceleration + multi-stage mercury gravity turbines with pressure that is divided and stored as thermal energy and cold energy rate.   Solar thermal turbine drive species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotation plane (39B) + configuration to accelerate mercury + intake air path length lens and sunlight A variety of energy storage cycle coalescing engines equipped with 5 stages of multistage mercury gravity turbines + acceleration with the heat rate and cold heat rate separately stored with heat injection and combustion + thermal energy and cold heat rate   Solar thermal turbine drive species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotation plane (39B) + configuration to accelerate mercury + intake air path length lens and sunlight A variety of energy storage cycle coalescing engines equipped with six stages of mercury gravity turbines, with acceleration and pressure divided separately between thermal energy and cold heat speed.   Solar thermal turbine drive species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotation plane (39B) + configuration to accelerate mercury + intake air path length lens and sunlight A variety of energy storage cycle coalescing engines equipped with 7 stages of mercury gravity turbines, with acceleration and pressure divided and stored separately into thermal energy and cold energy.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) heat pump equipment + various cargo planes ( 78V) Drive + cold fuel injection and combustion with combustion + acceleration with heat and cold speed separately stored + acceleration with various pressures + mercury gravity turbines equipped with 8 stages of energy conservation cycle combined engine.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) compression heat recovery equipment provision + various cargo planes (78V) Drive + fuel injection into cold energy Ignition combustion + Acceleration with pressure divided and stored in thermal velocity and cold energy + Various energy conservation cycle combined engines equipped with multistage mercury gravity turbine in 9 stages.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h) water heat exchange equipment to prepare + various cargo planes (78V) Drive + fuel injection into cold energy Ignition combustion + Acceleration by pressure stored separately in thermal speed and cold temperature + Various energy storage cycle combined engine equipped with multistage mercury gravity turbine in 10 stages.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1 h) to have air heat exchange equipment + various cargo planes (78V) Drive + fuel injection into cold energy igniter combustion + Acceleration with pressure divided and stored in thermal velocity and cold energy velocity + Various energy conservation cycle combined engines equipped with mercury gravity turbine in one stage.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) generator equipped + various cargo planes ( 78V) Drive + cold fuel injection and combustion with combustion + acceleration with heat and cold speed separately stored pressure + + various types of energy storage cycle combined engine with mercury gravity turbine provided in two stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) heat pump equipment + various cargo planes ( 78V) Drive + cold fuel injection ignition combustion + acceleration with heat and cold speed separately + acceleration by pressure stored separately + various energy storage cycle coalesced engines equipped with mercury gravity turbine in 3 stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) compression heat recovery equipment provision + various cargo planes (78V) Drive + fuel injection into cold energy igniter combustion + Acceleration with pressure divided and stored in thermal velocity and cold energy velocity + Various energy conservation cycle combined engines equipped with mercury gravity turbine in 4 stages.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h) water heat exchange equipment to prepare + various cargo planes (78V) Drive + fuel injection into cold energy igniter combustion + Acceleration with pressure divided and stored in thermal velocity and cold energy velocity + Various energy conservation cycle combined engine equipped with mercury gravity turbine in 5 stages.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1 h) to have air heat exchange equipment + various cargo planes (78V) Drive + fuel injection into cold energy igniter combustion + Acceleration by pressure stored separately in heat rate and cold heat rate + Various energy storage cycle combined engine equipped with mercury gravity turbine in 6 stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) generator equipped + various cargo planes ( 78V) Drive + cold fuel injection and combustion with combustion + acceleration with heat and cold speed separately stored + acceleration with various pressures + mercury gravity turbine 7 stages of various energy storage cycle combined engine.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) heat pump equipment + various cargo planes ( 78V) Drive + cold fuel injection into fuel + ignition + thermal heat rate and cold heat speed with split pressure acceleration + multi-stage mercury gravity turbine provided with eight stages of various energy storage cycle combined engine.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) compression heat recovery equipment provision + various cargo planes (78V) Drive + fuel injection into cold energy Ignition combustion + Acceleration with pressure divided and stored in thermal velocity and cold energy + Various energy conservation cycle combined engines equipped with multistage mercury gravity turbine in 9 stages.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h) water heat exchange equipment to prepare + various cargo planes (78V) Drive + fuel injection into cold energy Ignition combustion + Acceleration by pressure stored separately in thermal speed and cold temperature + Various energy storage cycle combined engine equipped with multistage mercury gravity turbine in 10 stages.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1 h) to have air heat exchange equipment + various cargo planes (78V) Drive + fuel injection to cold heat igniter combustion + acceleration with heat and cold speed separately divided by pressure + acceleration + multi-stage mercury gravity turbine in one stage various energy storage cycle combined engine.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) generator equipped + various cargo planes ( 78V) Drive + cold fuel injection and combustion with combustion + acceleration with heat and cold speed separately stored pressure + multistage mercury gravity turbine provided with two stages of multistage mercury gravity turbine combined engine.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) heat pump equipment + various cargo planes ( 78V) Drive + cold fuel injection and combustion with combustion + acceleration with heat and cold speed separately stored + multistage mercury gravity turbine with three stages of multistage mercury gravity turbines installed at various pressures.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) compression heat recovery equipment provision + various cargo planes (78V) Drive + fuel injection into cold energy Ignition combustion + Acceleration by pressure stored separately in thermal speed and cold temperature + Various energy storage cycle combined engine equipped with multistage mercury gravity turbine in 4 stages.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h) water heat exchange equipment to prepare + various cargo planes (78V) Drive + fuel injection into cold energy Ignition combustion + Acceleration with pressure divided and stored in thermal velocity and cold energy + Various energy conservation cycle combined engine equipped with multistage mercury gravity turbine in 5 stages.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1 h) to have air heat exchange equipment + various cargo planes (78V) Drive + fuel injection into cold energy Ignition combustion + Acceleration by pressure stored separately in thermal speed and cold temperature + Various energy storage cycle combined engine equipped with multistage mercury gravity turbine in 6 stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) generator equipped + various cargo planes ( 78V) Drive + cold fuel injection with fuel combustion + acceleration with heat and cold speed separately stored + multistage mercury gravity turbine with 7 stages of multistage mercury gravity turbines combined engines.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) heat pump equipment + various cargo planes ( 78V) Drive + cold fuel injection and combustion with combustion + acceleration with heat and cold speed separately stored + acceleration with various pressures + mercury gravity turbines equipped with 8 stages of energy conservation cycle combined engine.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) compression heat recovery equipment provision + various cargo planes (78V) Drive + fuel injection into cold energy Ignition combustion + Acceleration with pressure divided and stored in thermal velocity and cold energy + Various energy conservation cycle combined engine equipped with mercury gravity turbine in 9 stages.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h) water heat exchange equipment to prepare + various cargo planes (78V) Drive + fuel injection into cold energy igniter combustion + Acceleration with pressure divided and stored in thermal velocity and cold energy velocity + Various energy conservation cycle combined engines equipped with mercury gravity turbines in 10 stages.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1 h) to have air heat exchange equipment + various cargo planes (78V) Drive + fuel injection into cold energy igniter combustion + Acceleration with pressure divided and stored in thermal velocity and cold energy velocity + Various energy conservation cycle combined engines equipped with mercury gravity turbine in one stage.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) generator equipped + various cargo planes ( 78V) Drive + cold fuel injection and combustion with combustion + acceleration with heat and cold speed separately stored pressure + + various types of energy storage cycle combined engine with mercury gravity turbine provided in two stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) heat pump equipment + various cargo planes ( 78V) Drive + cold fuel injection ignition combustion + acceleration with heat and cold speed separately + acceleration by pressure stored separately + various energy storage cycle coalesced engines equipped with mercury gravity turbine in 3 stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) compression heat recovery equipment provision + various cargo planes (78V) Drive + fuel injection into cold energy igniter combustion + Acceleration with pressure divided and stored in thermal velocity and cold energy velocity + Various energy conservation cycle combined engines equipped with mercury gravity turbine in 4 stages.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h) water heat exchange equipment to prepare + various cargo planes (78V) Drive + fuel injection into cold energy igniter combustion + Acceleration with pressure divided and stored in thermal velocity and cold energy velocity + Various energy conservation cycle combined engine equipped with mercury gravity turbine in 5 stages.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1 h) to have air heat exchange equipment + various cargo planes (78V) Drive + fuel injection into cold energy igniter combustion + Acceleration by pressure stored separately in heat rate and cold heat rate + Various energy storage cycle combined engine equipped with mercury gravity turbine in 6 stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) generator equipped + various cargo planes ( 78V) Drive + cold fuel injection and combustion with combustion + acceleration with heat and cold speed separately stored + acceleration with various pressures + mercury gravity turbine 7 stages of various energy storage cycle combined engine.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) heat pump equipment + various cargo planes ( 78V) Drive + cold fuel injection ignition combustion + acceleration by thermal energy and cold heat pressure divided by pressure + multistage mercury gravity turbine provided with 8 stages of various energy storage cycle combined engine.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) compression heat recovery equipment provision + various cargo planes (78V) Drive + fuel injection into cold energy igniter combustion + Acceleration with thermal pressure and cold energy speed divided by pressure + Various energy storage cycle combined engine equipped with multistage mercury gravity turbine in 9 stages.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h) water heat exchange equipment to prepare + various cargo planes (78V) Drive + fuel injection to cold heat igniter combustion + acceleration with heat and cold speed separately divided by pressure + multistage mercury gravity turbine provided with 10 stages of various energy storage cycle combined engine.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1 h) to have air heat exchange equipment + various cargo planes (78V) Drive + fuel injection to cold heat igniter combustion + acceleration with thermal speed and cold heat speed divided by pressure + various energy storage cycle coalesced engine equipped with multistage mercury gravity turbine in one stage.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) generator equipped + various cargo planes ( 78V) Drive + cold fuel injection ignition combustion + acceleration by thermal energy and cold heat pressure divided pressure + various energy conservation cycle combined engine which has multistage mercury gravity turbine in two stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to solar thermal gravity rotation plane (39B) + horizontal axis (1 h) heat pump equipment + maximum gravity and sunlight Use limited + (78V) rocket injection + fuel injection to cold heat for ignition + acceleration with thermal speed and cold heat speed divided by pressure + various energy storage cycle combined engines equipped with mercury gravity turbine in 3 stages.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to solar thermal gravity rotation plane (39B) + horizontal axis (1h) compression heat recovery equipment + gravity or sunlight Make maximum use of + + (78V) rocket injection + fuel injection to a cold energy + ignition combustion + acceleration with thermal speed and cold temperature divided pressure + multistage mercury gravity turbine provided with 4 stages of various energy storage cycle combination organ.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to solar thermal gravity rotation plane (39B) + horizontal axis (1h) water heat exchange equipment + gravity or sunlight Make maximum use of + + (78V) rocket injection + fuel injection to a cold energy + ignition combustion + acceleration with thermal speed and cold temperature divided + pressure with multistage mercury gravity turbine provided with 5 stages of multistage mercury gravity turbine organ.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to solar thermal gravity rotation plane (39B) + horizontal axis (1h) air heat exchange equipment + gravity or sunlight Make maximum use of + + (78V) rocket injection + fuel injection to cool heat + fire ignition + acceleration with thermal speed and cold heat speed divided by pressure + mercury gravity turbine equipped with 6 stages of various energy storage cycle combined engines .   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to solar thermal gravity rotation plane (39B) + horizontal axis (1 h) to equip generator + maximum gravity and sunlight Use limited + (78V) rocket injection + fuel injection to cold heat to burn + thermal energy and cold heat speed to save pressure separately + acceleration with various pressure + mercury gravity turbines combined with various energy storage cycle combined engines.   Increase the superheated steam thermal and compressed air cold heat to the solar heat turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) heat pump equipped + cold heat to fuel injection ignition combustion A variety of energy storage cycle combined engines equipped with 8 stages of acceleration + mercury gravity turbines with pressure that is stored separately + thermal temperature and cold temperature.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1 h) compression heat recovery equipment + to inject cold fuel A variety of energy storage cycle combined engines with 9 stages of acceleration + multistage mercury gravity turbines with pressure that is stored separately as ignition + thermal temperature and cold temperature.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1h) water heat exchange equipment + cold injection fuel injection Various energy storage cycle coalescing engines equipped with 10 stages of acceleration + multistage mercury gravity turbines with pressure that is stored separately as ignition + thermal temperature and cold temperature.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1 h) air heat exchange equipment + cold injection fuel injection A variety of energy storage cycle combined engines with ignition and combustion + acceleration with pressure stored separately as thermal velocity and cold thermal velocity + mercury gravity turbine in one stage.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) generator equipped + cold heat to fuel injection ignition combustion A variety of energy storage cycle combined engines equipped with two stages of acceleration + mercury gravity turbine with pressure that is stored separately + thermal temperature and cold temperature.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + have a horizontal axis (1 h) heat pump + fuel injection ignition to cold heat Various energy storage cycle combined engines that are equipped with 3 stages of acceleration + mercury gravity turbine with pressure that is stored separately by burning + thermal speed and cold temperature.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to have a horizontal axis (1 h) compression heat recovery unit + fuel to cold heat A variety of energy storage cycle coalescing engines equipped with four stages of mercury gas turbines with four stages of acceleration, ignition, combustion, acceleration with pressure divided and stored at thermal speed and cold temperature.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to have a horizontal axis (1 h) water heat exchanger + to cool fuel A variety of energy storage cycle coalescing engines equipped with 5 stages of acceleration, multistage mercury gravity turbines, and acceleration / ignition combustion with combustion + pressure that is stored separately as thermal and cold heat speeds.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make solar thermal gravity rotation plane (39B) + equip horizontal axis (1 h) air heat exchanger + cold to fuel A variety of energy storage cycle coalescing engines equipped with six stages of acceleration, ignition, combustion, acceleration with pressure divided and stored in thermal speed and cold temperature, and mercury gravity turbines in six stages.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + have a horizontal axis (1 h) generator + fuel injection ignition to cold heat Various energy storage cycle combined engines that are equipped with 7 stages of acceleration + mercury gravity turbines with pressure that is stored separately by burning + thermal speed and cold temperature.   Increase the superheated steam thermal and compressed air cold heat to the solar heat turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) heat pump equipped + cold heat to fuel injection ignition combustion A variety of energy storage cycle combined engines equipped with 8 stages of acceleration + mercury gravity turbines with pressure that is stored separately + thermal temperature and cold temperature.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1 h) compression heat recovery equipment + to inject cold fuel A variety of energy storage cycle combined engines with 9 stages of acceleration + multistage mercury gravity turbines with pressure that is stored separately as ignition + thermal temperature and cold temperature.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1h) water heat exchange equipment + cold injection fuel injection Various energy storage cycle coalescing engines equipped with 10 stages of acceleration + multistage mercury gravity turbines with pressure that is stored separately as ignition + thermal temperature and cold temperature.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1 h) air heat exchange equipment + cold injection fuel injection A variety of energy storage cycle combined engines with ignition and combustion + acceleration with pressure stored separately as thermal velocity and cold thermal velocity + mercury gravity turbine in one stage.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) generator equipped + cold heat to fuel injection ignition combustion A variety of energy storage cycle combined engines equipped with two stages of acceleration + mercury gravity turbine with pressure that is stored separately + thermal temperature and cold temperature.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into a solar thermal gravity rotary plane (39B) + horizontal axis (1 h) heat pump equipment + various space transportation devices (78 V) Drive + cold fuel injection into fuel + ignition + thermal energy and pressure divided and stored separately + various energy storage cycle combined engines equipped with mercury gravity turbines in 3 stages.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) compression heat recovery equipment preparation + various space return aircraft Various types of energy storage cycle combined engines equipped with four stages of mercury gas turbines with multistage mercury gravity turbines.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h) water heat exchange equipment to prepare + various space return aircraft Various types of energy storage cycle combined engines equipped with five stages of multistage mercury gravity turbines.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1h) air heat exchange equipment + various space return aircraft Various types of energy storage cycle combined engines equipped with six stages of mercury gravity turbines.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary airplane (39B) + make horizontal axis (1 h) generator equipped + various space transportation devices (78 V) Drive + cold fuel injection into fuel + ignition + thermal energy and pressure divided and stored separately + various energy storage cycle combined engines with mercury gravity turbines provided in 7 stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel injection and combustion with combustion + acceleration with heat and cold speed separately stored + acceleration with various pressures + mercury gravity turbines equipped with 8 stages of energy conservation cycle combined engine.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel injection and combustion with combustion + acceleration with heat and cold speed separately stored pressure + multistage mercury gravity turbine with 9 stages of multistage mercury gravity turbines combined engines.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel injection and combustion with combustion + acceleration with heat and cold speed separately stored pressure + multistage mercury gravity turbine with 10 stages of multistage mercury gravity turbines combined engines.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel injection ignition combustion + acceleration with heat and cold speed separately stored pressure + various energy storage cycle combined engine equipped with mercury gravity turbine in one stage.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel injection and combustion with combustion + acceleration with heat and cold speed separately stored pressure + + various types of energy storage cycle combined engine with mercury gravity turbine provided in two stages.   Increase the superheated steam thermal and compressed air cold heat to the solar heat turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) heat pump equipped + cold heat to fuel injection ignition combustion A variety of energy storage cycle combined engines equipped with three stages of acceleration + mercury gravity turbines with pressure that is stored separately in + thermal temperature and cold temperature.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1 h) compression heat recovery equipment + to inject cold fuel A variety of energy storage cycle coalescing engines equipped with four stages of mercury gas turbines with four stages of acceleration + multi-stage mercury gravity turbine with pressure divided and stored divided into heat and cold heat speed.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1h) water heat exchange equipment + cold injection fuel injection A variety of energy storage cycle combined engines with five stages of acceleration + multistage mercury gravity turbines with pressure that is stored separately by ignition + thermal temperature and cold temperature.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1 h) air heat exchange equipment + cold injection fuel injection A variety of energy storage cycle combined engines with six stages of acceleration and mercury gravity turbines with ignition and combustion + thermal storage speed and cold storage speed and divided storage pressure.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) generator equipped + cold heat to fuel injection ignition combustion A variety of energy storage cycle combined engines equipped with 7 stages of acceleration + mercury gravity turbines by pressure stored separately in + thermal speed and cold heat speed.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + have a horizontal axis (1 h) heat pump + fuel injection ignition to cold heat Various energy storage cycle combined engines that are equipped with 8 stages of acceleration + mercury gravity turbines with pressure that is stored separately to burn + thermal speed and cold temperature.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to have a horizontal axis (1 h) compression heat recovery unit + fuel to cold heat A variety of energy storage cycle coalescing engines equipped with 9 stages of acceleration, multistage mercury gravity turbines with injection, ignition, combustion, acceleration with pressure divided and stored in thermal speed and cold temperature.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to have a horizontal axis (1 h) water heat exchanger + to cool fuel A variety of energy storage cycle coalescing engines equipped with 10 stages of acceleration, multistage mercury gravity turbines with injection, ignition, combustion, acceleration with pressure divided and stored in thermal speed and cold temperature.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make solar thermal gravity rotation plane (39B) + equip horizontal axis (1 h) air heat exchanger + cold to fuel A variety of energy storage cycle coalescing engines equipped with injection ignition and combustion + acceleration with a temperature separately stored at thermal speed and cold temperature + mercury gravity turbine in one stage.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + have a horizontal axis (1 h) generator + fuel injection ignition to cold heat Various energy storage cycle combined engines that are equipped with two stages of acceleration + mercury gravity turbine with pressure that is stored separately to burn + thermal speed and cold temperature.   Increase the superheated steam thermal and compressed air cold heat to the solar heat turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) heat pump equipped + cold heat to fuel injection ignition combustion A variety of energy storage cycle combined engines equipped with three stages of acceleration + mercury gravity turbines with pressure that is stored separately in + thermal temperature and cold temperature.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1 h) compression heat recovery equipment + to inject cold fuel A variety of energy storage cycle coalescing engines equipped with four stages of mercury gas turbines with four stages of acceleration + multi-stage mercury gravity turbine with pressure divided and stored divided into heat and cold heat speed.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1h) water heat exchange equipment + cold injection fuel injection A variety of energy storage cycle combined engines with five stages of acceleration + multistage mercury gravity turbines with pressure that is stored separately by ignition + thermal temperature and cold temperature.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1 h) air heat exchange equipment + cold injection fuel injection A variety of energy storage cycle combined engines with six stages of acceleration and mercury gravity turbines with ignition and combustion + thermal storage speed and cold storage speed and divided storage pressure.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) generator equipped + cold heat to fuel injection ignition combustion A variety of energy storage cycle combined engines equipped with 7 stages of acceleration + mercury gravity turbines by pressure stored separately in + thermal speed and cold heat speed.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into a solar thermal gravity rotary plane (39B) + horizontal axis (1 h) heat pump equipment + various space transportation devices (78 V) Drive + cold fuel injection into a fuel + ignition heat + acceleration with pressure divided and stored in the heat rate + cold heat rate + Various energy storage cycle coalesced engines equipped with mercury gravity turbine in 8 stages   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) compression heat recovery equipment preparation + various space return aircraft Various types of energy storage cycle combined engines with 9 stages of multistage mercury gravity turbines.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h) water heat exchange equipment to prepare + various space return aircraft Various types of energy storage cycle combined engines equipped with 10 stages of multistage mercury gravity turbines.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1h) air heat exchange equipment + various space return aircraft Various types of energy storage cycle combined engines with acceleration by means of (78 V) driving + fuel injection ignition combustion in cold energy + acceleration with thermal energy and cold energy speed divided by pressure + mercury gravity turbine in one stage.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary airplane (39B) + make horizontal axis (1 h) generator equipped + various space transportation devices (78 V) Driving + cold fuel injection with fuel + ignition + thermal energy and pressure divided and stored at different speeds + Various energy storage cycle coalescing engines equipped with mercury gravity turbines in two stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel injection ignition combustion + acceleration with heat and cold speed separately + acceleration by pressure stored separately + various energy storage cycle coalesced engines equipped with mercury gravity turbine in 3 stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel injection ignition combustion + acceleration with heat and cold speed separately stored pressure + multistage mercury gravity turbine provided with 4 stages of multistage mercury gravity turbine combined engine.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel injection with fuel combustion + acceleration with heat and cold speed separately stored pressure + multistage mercury gravity turbine equipped with 5 stages of multistage mercury gravity turbine combined engine.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel injection ignition combustion + acceleration by thermal energy and cold heat pressure divided pressure + various energy conservation cycle combined engine equipped with mercury gravity turbine in 6 stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel injection and combustion with combustion + acceleration with heat and cold speed separately stored + acceleration with various pressures + mercury gravity turbine 7 stages of various energy storage cycle combined engine.   Increase the superheated steam thermal and compressed air cold heat to the solar heat turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) heat pump equipped + cold heat to fuel injection ignition combustion A variety of energy storage cycle combined engines equipped with 8 stages of acceleration + mercury gravity turbines with pressure that is stored separately + thermal temperature and cold temperature.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1 h) compression heat recovery equipment + to inject cold fuel A variety of energy storage cycle combined engines with 9 stages of acceleration + multistage mercury gravity turbines with pressure that is stored separately as ignition + thermal temperature and cold temperature.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1h) water heat exchange equipment + cold injection fuel injection Various energy storage cycle coalescing engines equipped with 10 stages of acceleration + multistage mercury gravity turbines with pressure that is stored separately as ignition + thermal temperature and cold temperature.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1 h) air heat exchange equipment + cold injection fuel injection A variety of energy storage cycle combined engines with ignition and combustion + acceleration with pressure stored separately as thermal velocity and cold thermal velocity + mercury gravity turbine in one stage.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) generator equipped + cold heat to fuel injection ignition combustion A variety of energy storage cycle combined engines equipped with two stages of acceleration + mercury gravity turbine with pressure that is stored separately + thermal temperature and cold temperature.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + have a horizontal axis (1 h) heat pump + fuel injection ignition to cold heat Various energy storage cycle combined engines that are equipped with 3 stages of acceleration + mercury gravity turbine with pressure that is stored separately by burning + thermal speed and cold temperature.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to have a horizontal axis (1 h) compression heat recovery unit + fuel to cold heat A variety of energy storage cycle coalescing engines equipped with four stages of mercury gas turbines with four stages of acceleration, ignition, combustion, acceleration with pressure divided and stored at thermal speed and cold temperature.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to have a horizontal axis (1 h) water heat exchanger + to cool fuel A variety of energy storage cycle coalescing engines equipped with 5 stages of acceleration, multistage mercury gravity turbines, and acceleration / ignition combustion with combustion + pressure that is stored separately as thermal and cold heat speeds.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make solar thermal gravity rotation plane (39B) + equip horizontal axis (1 h) air heat exchanger + cold to fuel A variety of energy storage cycle coalescing engines equipped with six stages of acceleration, ignition, combustion, acceleration with pressure divided and stored in thermal speed and cold temperature, and mercury gravity turbines in six stages.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + have a horizontal axis (1 h) generator + fuel injection ignition to cold heat Various energy storage cycle combined engines that are equipped with 7 stages of acceleration + mercury gravity turbines with pressure that is stored separately by burning + thermal speed and cold temperature.   Increase the superheated steam thermal and compressed air cold heat to the solar heat turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) heat pump equipped + cold heat to fuel injection ignition combustion A variety of energy storage cycle combined engines equipped with 8 stages of acceleration + mercury gravity turbines with pressure that is stored separately + thermal temperature and cold temperature.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1 h) compression heat recovery equipment + to inject cold fuel A variety of energy storage cycle combined engines with 9 stages of acceleration + multistage mercury gravity turbines with pressure that is stored separately as ignition + thermal temperature and cold temperature.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1h) water heat exchange equipment + cold injection fuel injection Various energy storage cycle coalescing engines equipped with 10 stages of acceleration + multistage mercury gravity turbines with pressure that is stored separately as ignition + thermal temperature and cold temperature.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1 h) air heat exchange equipment + cold injection fuel injection A variety of energy storage cycle combined engines with ignition and combustion + acceleration with pressure stored separately as thermal velocity and cold thermal velocity + mercury gravity turbine in one stage.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) generator equipped + cold heat to fuel injection ignition combustion A variety of energy storage cycle combined engines equipped with two stages of acceleration + mercury gravity turbine with pressure that is stored separately + thermal temperature and cold temperature.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into a solar thermal gravity rotary plane (39B) + horizontal axis (1 h) heat pump equipment + various space transportation devices (78 V) Drive + cold fuel injection into fuel + ignition + thermal energy and pressure divided and stored separately + various energy storage cycle combined engines equipped with mercury gravity turbines in 3 stages.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) compression heat recovery equipment preparation + various space return aircraft Various types of energy storage cycle combined engines equipped with four stages of mercury gas turbines with multistage mercury gravity turbines.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h) water heat exchange equipment to prepare + various space return aircraft Various types of energy storage cycle combined engines equipped with five stages of multistage mercury gravity turbines.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1h) air heat exchange equipment + various space return aircraft Various types of energy storage cycle combined engines equipped with six stages of mercury gravity turbines.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary airplane (39B) + make horizontal axis (1 h) generator equipped + various space transportation devices (78 V) Drive + cold fuel injection into fuel + ignition + thermal energy and pressure divided and stored separately + various energy storage cycle combined engines with mercury gravity turbines provided in 7 stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel injection and combustion with combustion + acceleration with heat and cold speed separately stored + acceleration with various pressures + mercury gravity turbines equipped with 8 stages of energy conservation cycle combined engine.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel injection and combustion with combustion + acceleration with heat and cold speed separately stored pressure + multistage mercury gravity turbine with 9 stages of multistage mercury gravity turbines combined engines.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel injection and combustion with combustion + acceleration with heat and cold speed separately stored pressure + multistage mercury gravity turbine with 10 stages of multistage mercury gravity turbines combined engines.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel injection ignition combustion + acceleration with heat and cold speed separately stored pressure + various energy storage cycle combined engine equipped with mercury gravity turbine in one stage.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel injection and combustion with combustion + acceleration with heat and cold speed separately stored pressure + + various types of energy storage cycle combined engine with mercury gravity turbine provided in two stages.   Increase the superheated steam thermal and compressed air cold heat to the solar heat turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) heat pump equipped + cold heat to fuel injection ignition combustion A variety of energy storage cycle combined engines equipped with three stages of acceleration + mercury gravity turbines with pressure that is stored separately in + thermal temperature and cold temperature.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1 h) compression heat recovery equipment + to inject cold fuel A variety of energy storage cycle coalescing engines equipped with four stages of mercury gas turbines with four stages of acceleration + multi-stage mercury gravity turbine with pressure divided and stored divided into heat and cold heat speed.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1h) water heat exchange equipment + cold injection fuel injection A variety of energy storage cycle combined engines with five stages of acceleration + multistage mercury gravity turbines with pressure that is stored separately by ignition + thermal temperature and cold temperature.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1 h) air heat exchange equipment + cold injection fuel injection A variety of energy storage cycle combined engines with six stages of acceleration and mercury gravity turbines with ignition and combustion + thermal storage speed and cold storage speed and divided storage pressure.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) generator equipped + cold heat to fuel injection ignition combustion A variety of energy storage cycle combined engines equipped with 7 stages of acceleration + mercury gravity turbines by pressure stored separately in + thermal speed and cold heat speed.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + have a horizontal axis (1 h) heat pump + fuel injection ignition to cold heat Various energy storage cycle combined engines that are equipped with 8 stages of acceleration + mercury gravity turbines with pressure that is stored separately to burn + thermal speed and cold temperature.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to have a horizontal axis (1 h) compression heat recovery unit + fuel to cold heat A variety of energy storage cycle coalescing engines equipped with 9 stages of acceleration, multistage mercury gravity turbines with injection, ignition, combustion, acceleration with pressure divided and stored in thermal speed and cold temperature.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to have a horizontal axis (1 h) water heat exchanger + to cool fuel A variety of energy storage cycle coalescing engines equipped with 10 stages of acceleration, multistage mercury gravity turbines with injection, ignition, combustion, acceleration with pressure divided and stored in thermal speed and cold temperature.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make solar thermal gravity rotation plane (39B) + equip horizontal axis (1 h) air heat exchanger + cold to fuel A variety of energy storage cycle coalescing engines equipped with injection ignition and combustion + acceleration with a temperature separately stored at thermal speed and cold temperature + mercury gravity turbine in one stage.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + have a horizontal axis (1 h) generator + fuel injection ignition to cold heat Various energy storage cycle combined engines that are equipped with two stages of acceleration + mercury gravity turbine with pressure that is stored separately to burn + thermal speed and cold temperature.   Increase the superheated steam thermal and compressed air cold heat to the solar heat turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) heat pump equipped + cold heat to fuel injection ignition combustion A variety of energy storage cycle combined engines equipped with three stages of acceleration + mercury gravity turbines with pressure that is stored separately in + thermal temperature and cold temperature.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1 h) compression heat recovery equipment + to inject cold fuel A variety of energy storage cycle coalescing engines equipped with four stages of mercury gas turbines with four stages of acceleration + multi-stage mercury gravity turbine with pressure divided and stored divided into heat and cold heat speed.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1h) water heat exchange equipment + cold injection fuel injection A variety of energy storage cycle combined engines with five stages of acceleration + multistage mercury gravity turbines with pressure that is stored separately by ignition + thermal temperature and cold temperature.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1 h) air heat exchange equipment + cold injection fuel injection A variety of energy storage cycle combined engines with six stages of acceleration and mercury gravity turbines with ignition and combustion + thermal storage speed and cold storage speed and divided storage pressure.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) generator equipped + cold heat to fuel injection ignition combustion A variety of energy storage cycle combined engines equipped with 7 stages of acceleration + mercury gravity turbines by pressure stored separately in + thermal speed and cold heat speed.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into a solar thermal gravity rotary plane (39B) + horizontal axis (1 h) heat pump equipment + various space transportation devices (78 V) Drive + cold fuel injection into a fuel + ignition heat + acceleration with pressure divided and stored in the heat rate + cold heat rate + Various energy storage cycle coalesced engines equipped with mercury gravity turbine in 8 stages   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) compression heat recovery equipment preparation + various space return aircraft Various types of energy storage cycle combined engines with 9 stages of multistage mercury gravity turbines.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h) water heat exchange equipment to prepare + various space return aircraft Various types of energy storage cycle combined engines equipped with 10 stages of multistage mercury gravity turbines.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1h) air heat exchange equipment + various space return aircraft Various types of energy storage cycle combined engines with acceleration by means of (78 V) driving + fuel injection ignition combustion in cold energy + acceleration with thermal energy and cold energy speed divided by pressure + mercury gravity turbine in one stage.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary airplane (39B) + make horizontal axis (1 h) generator equipped + various space transportation devices (78 V) Driving + cold fuel injection with fuel + ignition + thermal energy and pressure divided and stored at different speeds + Various energy storage cycle coalescing engines equipped with mercury gravity turbines in two stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel injection ignition combustion + acceleration with heat and cold speed separately + acceleration by pressure stored separately + various energy storage cycle coalesced engines equipped with mercury gravity turbine in 3 stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel injection ignition combustion + acceleration with heat and cold speed separately stored pressure + multistage mercury gravity turbine provided with 4 stages of multistage mercury gravity turbine combined engine.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel injection with fuel combustion + acceleration with heat and cold speed separately stored pressure + multistage mercury gravity turbine equipped with 5 stages of multistage mercury gravity turbine combined engine.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel injection ignition combustion + acceleration by thermal energy and cold heat pressure divided pressure + various energy conservation cycle combined engine equipped with mercury gravity turbine in 6 stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel injection and combustion with combustion + acceleration with heat and cold speed separately stored + acceleration with various pressures + mercury gravity turbine 7 stages of various energy storage cycle combined engine.   Increase the superheated steam thermal and compressed air cold heat to the solar heat turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) heat pump equipped + cold heat to fuel injection ignition combustion A variety of energy storage cycle combined engines equipped with 8 stages of acceleration + mercury gravity turbines with pressure that is stored separately + thermal temperature and cold temperature.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1 h) compression heat recovery equipment + to inject cold fuel A variety of energy storage cycle combined engines with 9 stages of acceleration + multistage mercury gravity turbines with pressure that is stored separately as ignition + thermal temperature and cold temperature.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1h) water heat exchange equipment + cold injection fuel injection Various energy storage cycle coalescing engines equipped with 10 stages of acceleration + multistage mercury gravity turbines with pressure that is stored separately as ignition + thermal temperature and cold temperature.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1 h) air heat exchange equipment + cold injection fuel injection A variety of energy storage cycle combined engines with ignition and combustion + acceleration with pressure stored separately as thermal velocity and cold thermal velocity + mercury gravity turbine in one stage.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) generator equipped + cold heat to fuel injection ignition combustion A variety of energy storage cycle combined engines equipped with two stages of acceleration + mercury gravity turbine with pressure that is stored separately + thermal temperature and cold temperature.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + have a horizontal axis (1 h) heat pump + fuel injection ignition to cold heat Various energy storage cycle combined engines that are equipped with 3 stages of acceleration + mercury gravity turbine with pressure that is stored separately by burning + thermal speed and cold temperature.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to have a horizontal axis (1 h) compression heat recovery unit + fuel to cold heat A variety of energy storage cycle coalescing engines equipped with four stages of mercury gas turbines with four stages of acceleration, ignition, combustion, acceleration with pressure divided and stored at thermal speed and cold temperature.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to have a horizontal axis (1 h) water heat exchanger + to cool fuel A variety of energy storage cycle coalescing engines equipped with 5 stages of acceleration, multistage mercury gravity turbines, and acceleration / ignition combustion with combustion + pressure that is stored separately as thermal and cold heat speeds.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make solar thermal gravity rotation plane (39B) + equip horizontal axis (1 h) air heat exchanger + cold to fuel A variety of energy storage cycle coalescing engines equipped with six stages of acceleration, ignition, combustion, acceleration with pressure divided and stored in thermal speed and cold temperature, and mercury gravity turbines in six stages.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + have a horizontal axis (1 h) generator + fuel injection ignition to cold heat Various energy storage cycle combined engines that are equipped with 7 stages of acceleration + mercury gravity turbines with pressure that is stored separately by burning + thermal speed and cold temperature.   Increase the superheated steam thermal and compressed air cold heat to the solar heat turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) heat pump equipped + cold heat to fuel injection ignition combustion A variety of energy storage cycle combined engines equipped with 8 stages of acceleration + mercury gravity turbines with pressure that is stored separately + thermal temperature and cold temperature.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1 h) compression heat recovery equipment + to inject cold fuel A variety of energy storage cycle combined engines with 9 stages of acceleration + multistage mercury gravity turbines with pressure that is stored separately as ignition + thermal temperature and cold temperature.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1h) water heat exchange equipment + cold injection fuel injection Various energy storage cycle coalescing engines equipped with 10 stages of acceleration + multistage mercury gravity turbines with pressure that is stored separately as ignition + thermal temperature and cold temperature.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1 h) air heat exchange equipment + cold injection fuel injection A variety of energy storage cycle combined engines with ignition and combustion + acceleration with pressure stored separately as thermal velocity and cold thermal velocity + mercury gravity turbine in one stage.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) generator equipped + cold heat to fuel injection ignition combustion A variety of energy storage cycle combined engines equipped with two stages of acceleration + mercury gravity turbine with pressure that is stored separately + thermal temperature and cold temperature.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into a solar thermal gravity rotary plane (39B) + horizontal axis (1 h) heat pump equipment + various space transportation devices (78 V) Drive + cold fuel injection into fuel + ignition + thermal energy and pressure divided and stored separately + various energy storage cycle combined engines equipped with mercury gravity turbines in 3 stages.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) compression heat recovery equipment preparation + various space return aircraft Various types of energy storage cycle combined engines equipped with four stages of mercury gas turbines with multistage mercury gravity turbines.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h) water heat exchange equipment to prepare + various space return aircraft Various types of energy storage cycle combined engines equipped with five stages of multistage mercury gravity turbines.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1h) air heat exchange equipment + various space return aircraft Various types of energy storage cycle combined engines equipped with six stages of mercury gravity turbines.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary airplane (39B) + make horizontal axis (1 h) generator equipped + various space transportation devices (78 V) Drive + cold fuel injection into fuel + ignition + thermal energy and pressure divided and stored separately + various energy storage cycle combined engines with mercury gravity turbines provided in 7 stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel injection and combustion with combustion + acceleration with heat and cold speed separately stored + acceleration with various pressures + mercury gravity turbines equipped with 8 stages of energy conservation cycle combined engine.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel injection and combustion with combustion + acceleration with heat and cold speed separately stored pressure + multistage mercury gravity turbine with 9 stages of multistage mercury gravity turbines combined engines.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel injection and combustion with combustion + acceleration with heat and cold speed separately stored pressure + multistage mercury gravity turbine with 10 stages of multistage mercury gravity turbines combined engines.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel injection ignition combustion + acceleration with heat and cold speed separately stored pressure + various energy storage cycle combined engine equipped with mercury gravity turbine in one stage.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel injection and combustion with combustion + acceleration with heat and cold speed separately stored pressure + + various types of energy storage cycle combined engine with mercury gravity turbine provided in two stages.   Increase the superheated steam thermal and compressed air cold heat to the solar heat turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) heat pump equipped + cold heat to fuel injection ignition combustion A variety of energy storage cycle combined engines equipped with three stages of acceleration + mercury gravity turbines with pressure that is stored separately in + thermal temperature and cold temperature.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1 h) compression heat recovery equipment + to inject cold fuel A variety of energy storage cycle coalescing engines equipped with four stages of mercury gas turbines with four stages of acceleration + multi-stage mercury gravity turbine with pressure divided and stored divided into heat and cold heat speed.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1h) water heat exchange equipment + cold injection fuel injection A variety of energy storage cycle combined engines with five stages of acceleration + multistage mercury gravity turbines with pressure that is stored separately by ignition + thermal temperature and cold temperature.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1 h) air heat exchange equipment + cold injection fuel injection A variety of energy storage cycle combined engines with six stages of acceleration and mercury gravity turbines with ignition and combustion + thermal storage speed and cold storage speed and divided storage pressure.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) generator equipped + cold heat to fuel injection ignition combustion A variety of energy storage cycle combined engines equipped with 7 stages of acceleration + mercury gravity turbines by pressure stored separately in + thermal speed and cold heat speed.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + have a horizontal axis (1 h) heat pump + fuel injection ignition to cold heat Various energy storage cycle combined engines that are equipped with 8 stages of acceleration + mercury gravity turbines with pressure that is stored separately to burn + thermal speed and cold temperature.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to have a horizontal axis (1 h) compression heat recovery unit + fuel to cold heat A variety of energy storage cycle coalescing engines equipped with 9 stages of acceleration, multistage mercury gravity turbines with injection, ignition, combustion, acceleration with pressure divided and stored in thermal speed and cold temperature.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to have a horizontal axis (1 h) water heat exchanger + to cool fuel A variety of energy storage cycle coalescing engines equipped with 10 stages of acceleration, multistage mercury gravity turbines with injection, ignition, combustion, acceleration with pressure divided and stored in thermal speed and cold temperature.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make solar thermal gravity rotation plane (39B) + equip horizontal axis (1 h) air heat exchanger + cold to fuel A variety of energy storage cycle coalescing engines equipped with injection ignition and combustion + acceleration with a temperature separately stored at thermal speed and cold temperature + mercury gravity turbine in one stage.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + have a horizontal axis (1 h) generator + fuel injection ignition to cold heat Various energy storage cycle combined engines that are equipped with two stages of acceleration + mercury gravity turbine with pressure that is stored separately to burn + thermal speed and cold temperature.   Increase the superheated steam thermal and compressed air cold heat to the solar heat turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) heat pump equipped + cold heat to fuel injection ignition combustion A variety of energy storage cycle combined engines equipped with three stages of acceleration + mercury gravity turbines with pressure that is stored separately in + thermal temperature and cold temperature.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1 h) compression heat recovery equipment + to inject cold fuel A variety of energy storage cycle coalescing engines equipped with four stages of mercury gas turbines with four stages of acceleration + multi-stage mercury gravity turbine with pressure divided and stored divided into heat and cold heat speed.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1h) water heat exchange equipment + cold injection fuel injection A variety of energy storage cycle combined engines with five stages of acceleration + multistage mercury gravity turbines with pressure that is stored separately by ignition + thermal temperature and cold temperature.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1 h) air heat exchange equipment + cold injection fuel injection A variety of energy storage cycle combined engines with six stages of acceleration and mercury gravity turbines with ignition and combustion + thermal storage speed and cold storage speed and divided storage pressure.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) generator equipped + cold heat to fuel injection ignition combustion A variety of energy storage cycle combined engines equipped with 7 stages of acceleration + mercury gravity turbines by pressure stored separately in + thermal speed and cold heat speed.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into a solar thermal gravity rotary plane (39B) + horizontal axis (1 h) heat pump equipment + various space transportation devices (78 V) Drive + cold fuel injection into a fuel + ignition heat + acceleration with pressure divided and stored in the heat rate + cold heat rate + Various energy storage cycle coalesced engines equipped with mercury gravity turbine in 8 stages   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) compression heat recovery equipment preparation + various space return aircraft Various types of energy storage cycle combined engines with 9 stages of multistage mercury gravity turbines.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h) water heat exchange equipment to prepare + various space return aircraft Various types of energy storage cycle combined engines equipped with 10 stages of multistage mercury gravity turbines.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1h) air heat exchange equipment + various space return aircraft Various types of energy storage cycle combined engines with acceleration by means of (78 V) driving + fuel injection ignition combustion in cold energy + acceleration with thermal energy and cold energy speed divided by pressure + mercury gravity turbine in one stage.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary airplane (39B) + make horizontal axis (1 h) generator equipped + various space transportation devices (78 V) Driving + cold fuel injection with fuel + ignition + thermal energy and pressure divided and stored at different speeds + Various energy storage cycle coalescing engines equipped with mercury gravity turbines in two stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel injection ignition combustion + acceleration with heat and cold speed separately + acceleration by pressure stored separately + various energy storage cycle coalesced engines equipped with mercury gravity turbine in 3 stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel injection ignition combustion + acceleration with heat and cold speed separately stored pressure + multistage mercury gravity turbine provided with 4 stages of multistage mercury gravity turbine combined engine.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel injection with fuel combustion + acceleration with heat and cold speed separately stored pressure + multistage mercury gravity turbine equipped with 5 stages of multistage mercury gravity turbine combined engine.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel injection ignition combustion + acceleration by thermal energy and cold heat pressure divided pressure + various energy conservation cycle combined engine equipped with mercury gravity turbine in 6 stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel injection and combustion with combustion + acceleration with heat and cold speed separately stored + acceleration with various pressures + mercury gravity turbine 7 stages of various energy storage cycle combined engine.   Increase the superheated steam thermal and compressed air cold heat to the solar heat turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) heat pump equipped + cold heat to fuel injection ignition combustion A variety of energy storage cycle combined engines equipped with 8 stages of acceleration + mercury gravity turbines with pressure that is stored separately + thermal temperature and cold temperature.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1 h) compression heat recovery equipment + to inject cold fuel A variety of energy storage cycle combined engines with 9 stages of acceleration + multistage mercury gravity turbines with pressure that is stored separately as ignition + thermal temperature and cold temperature.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1h) water heat exchange equipment + cold injection fuel injection Various energy storage cycle coalescing engines equipped with 10 stages of acceleration + multistage mercury gravity turbines with pressure that is stored separately as ignition + thermal temperature and cold temperature.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1 h) air heat exchange equipment + cold injection fuel injection A variety of energy storage cycle combined engines with ignition and combustion + acceleration with pressure stored separately as thermal velocity and cold thermal velocity + mercury gravity turbine in one stage.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) generator equipped + cold heat to fuel injection ignition combustion A variety of energy storage cycle combined engines equipped with two stages of acceleration + mercury gravity turbine with pressure that is stored separately + thermal temperature and cold temperature.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + have a horizontal axis (1 h) heat pump + fuel injection ignition to cold heat Various energy storage cycle combined engines that are equipped with 3 stages of acceleration + mercury gravity turbine with pressure that is stored separately by burning + thermal speed and cold temperature.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to have a horizontal axis (1 h) compression heat recovery unit + fuel to cold heat A variety of energy storage cycle coalescing engines equipped with four stages of mercury gas turbines with four stages of acceleration, ignition, combustion, acceleration with pressure divided and stored at thermal speed and cold temperature.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to have a horizontal axis (1 h) water heat exchanger + to cool fuel A variety of energy storage cycle coalescing engines equipped with 5 stages of acceleration, multistage mercury gravity turbines, and acceleration / ignition combustion with combustion + pressure that is stored separately as thermal and cold heat speeds.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make solar thermal gravity rotation plane (39B) + equip horizontal axis (1 h) air heat exchanger + cold to fuel A variety of energy storage cycle coalescing engines equipped with six stages of acceleration, ignition, combustion, acceleration with pressure divided and stored in thermal speed and cold temperature, and mercury gravity turbines in six stages.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + have a horizontal axis (1 h) generator + fuel injection ignition to cold heat Various energy storage cycle combined engines that are equipped with 7 stages of acceleration + mercury gravity turbines with pressure that is stored separately by burning + thermal speed and cold temperature.   Increase the superheated steam thermal and compressed air cold heat to the solar heat turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) heat pump equipped + cold heat to fuel injection ignition combustion A variety of energy storage cycle combined engines equipped with 8 stages of acceleration + mercury gravity turbines with pressure that is stored separately + thermal temperature and cold temperature.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1 h) compression heat recovery equipment + to inject cold fuel A variety of energy storage cycle combined engines with 9 stages of acceleration + multistage mercury gravity turbines with pressure that is stored separately as ignition + thermal temperature and cold temperature.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1h) water heat exchange equipment + cold injection fuel injection Various energy storage cycle coalescing engines equipped with 10 stages of acceleration + multistage mercury gravity turbines with pressure that is stored separately as ignition + thermal temperature and cold temperature.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1 h) air heat exchange equipment + cold injection fuel injection A variety of energy storage cycle combined engines with ignition and combustion + acceleration with pressure stored separately as thermal velocity and cold thermal velocity + mercury gravity turbine in one stage.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) generator equipped + cold heat to fuel injection ignition combustion A variety of energy storage cycle combined engines equipped with two stages of acceleration + mercury gravity turbine with pressure that is stored separately + thermal temperature and cold temperature.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into a solar thermal gravity rotary plane (39B) + horizontal axis (1 h) heat pump equipment + various space transportation devices (78 V) Drive + cold fuel injection into fuel + ignition + thermal energy and pressure divided and stored separately + various energy storage cycle combined engines equipped with mercury gravity turbines in 3 stages.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) compression heat recovery equipment preparation + various space return aircraft Various types of energy storage cycle combined engines equipped with four stages of mercury gas turbines with multistage mercury gravity turbines.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h) water heat exchange equipment to prepare + various space return aircraft Various types of energy storage cycle combined engines equipped with five stages of multistage mercury gravity turbines.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1h) air heat exchange equipment + various space return aircraft Various types of energy storage cycle combined engines equipped with six stages of mercury gravity turbines.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary airplane (39B) + make horizontal axis (1 h) generator equipped + various space transportation devices (78 V) Drive + cold fuel injection into fuel + ignition + thermal energy and pressure divided and stored separately + various energy storage cycle combined engines with mercury gravity turbines provided in 7 stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel injection and combustion with combustion + acceleration with heat and cold speed separately stored + acceleration with various pressures + mercury gravity turbines equipped with 8 stages of energy conservation cycle combined engine.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel injection and combustion with combustion + acceleration with heat and cold speed separately stored pressure + multistage mercury gravity turbine with 9 stages of multistage mercury gravity turbines combined engines.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel injection and combustion with combustion + acceleration with heat and cold speed separately stored pressure + multistage mercury gravity turbine with 10 stages of multistage mercury gravity turbines combined engines.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel injection ignition combustion + acceleration with heat and cold speed separately stored pressure + various energy storage cycle combined engine equipped with mercury gravity turbine in one stage.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel injection and combustion with combustion + acceleration with heat and cold speed separately stored pressure + + various types of energy storage cycle combined engine with mercury gravity turbine provided in two stages.   Increase the superheated steam thermal and compressed air cold heat to the solar heat turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) heat pump equipped + cold heat to fuel injection ignition combustion A variety of energy storage cycle combined engines equipped with three stages of acceleration + mercury gravity turbines with pressure that is stored separately in + thermal temperature and cold temperature.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1 h) compression heat recovery equipment + to inject cold fuel A variety of energy storage cycle coalescing engines equipped with four stages of mercury gas turbines with four stages of acceleration + multi-stage mercury gravity turbine with pressure divided and stored divided into heat and cold heat speed.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1h) water heat exchange equipment + cold injection fuel injection A variety of energy storage cycle combined engines with five stages of acceleration + multistage mercury gravity turbines with pressure that is stored separately by ignition + thermal temperature and cold temperature.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1 h) air heat exchange equipment + cold injection fuel injection A variety of energy storage cycle combined engines with six stages of acceleration and mercury gravity turbines with ignition and combustion + thermal storage speed and cold storage speed and divided storage pressure.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) generator equipped + cold heat to fuel injection ignition combustion A variety of energy storage cycle combined engines equipped with 7 stages of acceleration + mercury gravity turbines by pressure stored separately in + thermal speed and cold heat speed.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + have a horizontal axis (1 h) heat pump + fuel injection ignition to cold heat Various energy storage cycle combined engines that are equipped with 8 stages of acceleration + mercury gravity turbines with pressure that is stored separately to burn + thermal speed and cold temperature.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to have a horizontal axis (1 h) compression heat recovery unit + fuel to cold heat A variety of energy storage cycle coalescing engines equipped with 9 stages of acceleration, multistage mercury gravity turbines with injection, ignition, combustion, acceleration with pressure divided and stored in thermal speed and cold temperature.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to have a horizontal axis (1 h) water heat exchanger + to cool fuel A variety of energy storage cycle coalescing engines equipped with 10 stages of acceleration, multistage mercury gravity turbines with injection, ignition, combustion, acceleration with pressure divided and stored in thermal speed and cold temperature.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make solar thermal gravity rotation plane (39B) + equip horizontal axis (1 h) air heat exchanger + cold to fuel A variety of energy storage cycle coalescing engines equipped with injection ignition and combustion + acceleration with a temperature separately stored at thermal speed and cold temperature + mercury gravity turbine in one stage.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + have a horizontal axis (1 h) generator + fuel injection ignition to cold heat Various energy storage cycle combined engines that are equipped with two stages of acceleration + mercury gravity turbine with pressure that is stored separately to burn + thermal speed and cold temperature.   Increase the superheated steam thermal and compressed air cold heat to the solar heat turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) heat pump equipped + cold heat to fuel injection ignition combustion A variety of energy storage cycle combined engines equipped with three stages of acceleration + mercury gravity turbines with pressure that is stored separately in + thermal temperature and cold temperature.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1 h) compression heat recovery equipment + to inject cold fuel A variety of energy storage cycle coalescing engines equipped with four stages of mercury gas turbines with four stages of acceleration + multi-stage mercury gravity turbine with pressure divided and stored divided into heat and cold heat speed.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1h) water heat exchange equipment + cold injection fuel injection A variety of energy storage cycle combined engines with five stages of acceleration + multistage mercury gravity turbines with pressure that is stored separately by ignition + thermal temperature and cold temperature.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1 h) air heat exchange equipment + cold injection fuel injection A variety of energy storage cycle combined engines with six stages of acceleration and mercury gravity turbines with ignition and combustion + thermal storage speed and cold storage speed and divided storage pressure.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) generator equipped + cold heat to fuel injection ignition combustion A variety of energy storage cycle combined engines equipped with 7 stages of acceleration + mercury gravity turbines by pressure stored separately in + thermal speed and cold heat speed.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into a solar thermal gravity rotary plane (39B) + horizontal axis (1 h) heat pump equipment + various space transportation devices (78 V) Drive + cold fuel injection into a fuel + ignition heat + acceleration with pressure divided and stored in the heat rate + cold heat rate + Various energy storage cycle coalesced engines equipped with mercury gravity turbine in 8 stages   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) compression heat recovery equipment preparation + various space return aircraft Various types of energy storage cycle combined engines with 9 stages of multistage mercury gravity turbines.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h) water heat exchange equipment to prepare + various space return aircraft Various types of energy storage cycle combined engines equipped with 10 stages of multistage mercury gravity turbines.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1h) air heat exchange equipment + various space return aircraft Various types of energy storage cycle combined engines with acceleration by means of (78 V) driving + fuel injection ignition combustion in cold energy + acceleration with thermal energy and cold energy speed divided by pressure + mercury gravity turbine in one stage.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary airplane (39B) + make horizontal axis (1 h) generator equipped + various space transportation devices (78 V) Driving + cold fuel injection with fuel + ignition + thermal energy and pressure divided and stored at different speeds + Various energy storage cycle coalescing engines equipped with mercury gravity turbines in two stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel injection ignition combustion + acceleration with heat and cold speed separately + acceleration by pressure stored separately + various energy storage cycle coalesced engines equipped with mercury gravity turbine in 3 stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel injection ignition combustion + acceleration with heat and cold speed separately stored pressure + multistage mercury gravity turbine provided with 4 stages of multistage mercury gravity turbine combined engine.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel injection with fuel combustion + acceleration with heat and cold speed separately stored pressure + multistage mercury gravity turbine equipped with 5 stages of multistage mercury gravity turbine combined engine.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel injection ignition combustion + acceleration by thermal energy and cold heat pressure divided pressure + various energy conservation cycle combined engine equipped with mercury gravity turbine in 6 stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel injection and combustion with combustion + acceleration with heat and cold speed separately stored + acceleration with various pressures + mercury gravity turbine 7 stages of various energy storage cycle combined engine.   Solar thermal turbine drive species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotation plane (39B) + configuration to accelerate mercury + intake air path length lens and sunlight A variety of energy storage cycle coalescing engines equipped with eight stages of mercury gravity turbines, with acceleration and pressure divided separately between thermal energy and cold heat speed.   Solar thermal turbine drive species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotation plane (39B) + configuration to accelerate mercury + intake air path length lens and sunlight A variety of energy storage cycle coalescing engines equipped with 9 stages of multistage mercury gravity turbines + acceleration with the heat rate and cold heat rate separately stored with the heat rate and the cold rate.   Solar thermal turbine drive species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotation plane (39B) + configuration to accelerate mercury + intake air path length lens and sunlight A variety of energy storage cycle coalescing engines equipped with 10 stages of multistage mercury gravity turbines + acceleration with the pressure divided and stored in thermal energy and cold energy rate.   Solar thermal turbine drive species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotation plane (39B) + configuration to accelerate mercury + intake air path length lens and sunlight A variety of energy storage cycle coalescing engines with one stage of acceleration + mercury gravity turbines with a pressure divided and stored as thermal energy and cold energy.   Solar thermal turbine drive species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotation plane (39B) + configuration to accelerate mercury + intake air path length lens and sunlight A variety of energy storage cycle coalescing engines equipped with two stages of mercury gravity turbines + two stages of acceleration with the pressure divided and stored separately into thermal energy and cold energy.   Solar thermal turbine drive species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotation plane (39B) + configuration to accelerate mercury + intake air path length lens and sunlight A variety of energy storage cycle coalescing engines equipped with three stages of mercury gravity turbines + acceleration with the pressure divided and stored separately into thermal energy and cold energy rate.   Solar thermal turbine drive species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotation plane (39B) + configuration to accelerate mercury + intake air path length lens and sunlight A variety of energy storage cycle coalescing engines equipped with 4 stages of multistage mercury gravity turbines with acceleration + multi-stage mercury gravity turbines with pressure that is divided and stored as thermal energy and cold energy rate.   Solar thermal turbine drive species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotation plane (39B) + configuration to accelerate mercury + intake air path length lens and sunlight A variety of energy storage cycle coalescing engines equipped with 5 stages of multistage mercury gravity turbines + acceleration with the heat rate and cold heat rate separately stored with heat injection and combustion + thermal energy and cold heat rate   Solar thermal turbine drive species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotation plane (39B) + configuration to accelerate mercury + intake air path length lens and sunlight A variety of energy storage cycle coalescing engines equipped with six stages of mercury gravity turbines, with acceleration and pressure divided separately between thermal energy and cold heat speed.   Solar thermal turbine drive species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotation plane (39B) + configuration to accelerate mercury + intake air path length lens and sunlight A variety of energy storage cycle coalescing engines equipped with 7 stages of mercury gravity turbines, with acceleration and pressure divided and stored separately into thermal energy and cold energy.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) heat pump equipment + various cargo planes ( 78V) Drive + cold fuel injection and combustion with combustion + acceleration with heat and cold speed separately stored + acceleration with various pressures + mercury gravity turbines equipped with 8 stages of energy conservation cycle combined engine.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) compression heat recovery equipment provision + various cargo planes (78V) Drive + fuel injection into cold energy Ignition combustion + Acceleration with pressure divided and stored in thermal velocity and cold energy + Various energy conservation cycle combined engines equipped with multistage mercury gravity turbine in 9 stages.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h) water heat exchange equipment to prepare + various cargo planes (78V) Drive + fuel injection into cold energy Ignition combustion + Acceleration by pressure stored separately in thermal speed and cold temperature + Various energy storage cycle combined engine equipped with multistage mercury gravity turbine in 10 stages.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1 h) to have air heat exchange equipment + various cargo planes (78V) Drive + fuel injection into cold energy igniter combustion + Acceleration with pressure divided and stored in thermal velocity and cold energy velocity + Various energy conservation cycle combined engines equipped with mercury gravity turbine in one stage.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) generator equipped + various cargo planes ( 78V) Drive + cold fuel injection and combustion with combustion + acceleration with heat and cold speed separately stored pressure + + various types of energy storage cycle combined engine with mercury gravity turbine provided in two stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) heat pump equipment + various cargo planes ( 78V) Drive + cold fuel injection ignition combustion + acceleration with heat and cold speed separately + acceleration by pressure stored separately + various energy storage cycle coalesced engines equipped with mercury gravity turbine in 3 stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) compression heat recovery equipment provision + various cargo planes (78V) Drive + fuel injection into cold energy igniter combustion + Acceleration with pressure divided and stored in thermal velocity and cold energy velocity + Various energy conservation cycle combined engines equipped with mercury gravity turbine in 4 stages.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h) water heat exchange equipment to prepare + various cargo planes (78V) Drive + fuel injection into cold energy igniter combustion + Acceleration with pressure divided and stored in thermal velocity and cold energy velocity + Various energy conservation cycle combined engine equipped with mercury gravity turbine in 5 stages.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1 h) to have air heat exchange equipment + various cargo planes (78V) Drive + fuel injection into cold energy igniter combustion + Acceleration by pressure stored separately in heat rate and cold heat rate + Various energy storage cycle combined engine equipped with mercury gravity turbine in 6 stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) generator equipped + various cargo planes ( 78V) Drive + cold fuel injection and combustion with combustion + acceleration with heat and cold speed separately stored + acceleration with various pressures + mercury gravity turbine 7 stages of various energy storage cycle combined engine.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) heat pump equipment + various cargo planes ( 78V) Drive + cold fuel injection into fuel + ignition + thermal heat rate and cold heat speed with split pressure acceleration + multi-stage mercury gravity turbine provided with eight stages of various energy storage cycle combined engine.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) compression heat recovery equipment provision + various cargo planes (78V) Drive + fuel injection into cold energy Ignition combustion + Acceleration with pressure divided and stored in thermal velocity and cold energy + Various energy conservation cycle combined engines equipped with multistage mercury gravity turbine in 9 stages.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h) water heat exchange equipment to prepare + various cargo planes (78V) Drive + fuel injection into cold energy Ignition combustion + Acceleration by pressure stored separately in thermal speed and cold temperature + Various energy storage cycle combined engine equipped with multistage mercury gravity turbine in 10 stages.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1 h) to have air heat exchange equipment + various cargo planes (78V) Drive + fuel injection to cold heat igniter combustion + acceleration with heat and cold speed separately divided by pressure + acceleration + multi-stage mercury gravity turbine in one stage various energy storage cycle combined engine.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) generator equipped + various cargo planes ( 78V) Drive + cold fuel injection and combustion with combustion + acceleration with heat and cold speed separately stored pressure + multistage mercury gravity turbine provided with two stages of multistage mercury gravity turbine combined engine.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) heat pump equipment + various cargo planes ( 78V) Drive + cold fuel injection and combustion with combustion + acceleration with heat and cold speed separately stored + multistage mercury gravity turbine with three stages of multistage mercury gravity turbines installed at various pressures.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) compression heat recovery equipment provision + various cargo planes (78V) Drive + fuel injection into cold energy Ignition combustion + Acceleration by pressure stored separately in thermal speed and cold temperature + Various energy storage cycle combined engine equipped with multistage mercury gravity turbine in 4 stages.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h) water heat exchange equipment to prepare + various cargo planes (78V) Drive + fuel injection into cold energy Ignition combustion + Acceleration with pressure divided and stored in thermal velocity and cold energy + Various energy conservation cycle combined engine equipped with multistage mercury gravity turbine in 5 stages.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1 h) to have air heat exchange equipment + various cargo planes (78V) Drive + fuel injection into cold energy Ignition combustion + Acceleration by pressure stored separately in thermal speed and cold temperature + Various energy storage cycle combined engine equipped with multistage mercury gravity turbine in 6 stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) generator equipped + various cargo planes ( 78V) Drive + cold fuel injection with fuel combustion + acceleration with heat and cold speed separately stored + multistage mercury gravity turbine with 7 stages of multistage mercury gravity turbines combined engines.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) heat pump equipment + various cargo planes ( 78V) Drive + cold fuel injection and combustion with combustion + acceleration with heat and cold speed separately stored + acceleration with various pressures + mercury gravity turbines equipped with 8 stages of energy conservation cycle combined engine.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) compression heat recovery equipment provision + various cargo planes (78V) Drive + fuel injection into cold energy Ignition combustion + Acceleration with pressure divided and stored in thermal velocity and cold energy + Various energy conservation cycle combined engine equipped with mercury gravity turbine in 9 stages.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h) water heat exchange equipment to prepare + various cargo planes (78V) Drive + fuel injection into cold energy igniter combustion + Acceleration with pressure divided and stored in thermal velocity and cold energy velocity + Various energy conservation cycle combined engines equipped with mercury gravity turbines in 10 stages.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1 h) to have air heat exchange equipment + various cargo planes (78V) Drive + fuel injection into cold energy igniter combustion + Acceleration with pressure divided and stored in thermal velocity and cold energy velocity + Various energy conservation cycle combined engines equipped with mercury gravity turbine in one stage.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) generator equipped + various cargo planes ( 78V) Drive + cold fuel injection and combustion with combustion + acceleration with heat and cold speed separately stored pressure + + various types of energy storage cycle combined engine with mercury gravity turbine provided in two stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) heat pump equipment + various cargo planes ( 78V) Drive + cold fuel injection ignition combustion + acceleration with heat and cold speed separately + acceleration by pressure stored separately + various energy storage cycle coalesced engines equipped with mercury gravity turbine in 3 stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) compression heat recovery equipment provision + various cargo planes (78V) Drive + fuel injection into cold energy igniter combustion + Acceleration with pressure divided and stored in thermal velocity and cold energy velocity + Various energy conservation cycle combined engines equipped with mercury gravity turbine in 4 stages.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h) water heat exchange equipment to prepare + various cargo planes (78V) Drive + fuel injection into cold energy igniter combustion + Acceleration with pressure divided and stored in thermal velocity and cold energy velocity + Various energy conservation cycle combined engine equipped with mercury gravity turbine in 5 stages.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1 h) to have air heat exchange equipment + various cargo planes (78V) Drive + fuel injection into cold energy igniter combustion + Acceleration by pressure stored separately in heat rate and cold heat rate + Various energy storage cycle combined engine equipped with mercury gravity turbine in 6 stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) generator equipped + various cargo planes ( 78V) Drive + cold fuel injection and combustion with combustion + acceleration with heat and cold speed separately stored + acceleration with various pressures + mercury gravity turbine 7 stages of various energy storage cycle combined engine.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) heat pump equipment + various cargo planes ( 78V) Drive + cold fuel injection ignition combustion + acceleration by thermal energy and cold heat pressure divided by pressure + multistage mercury gravity turbine provided with 8 stages of various energy storage cycle combined engine.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) compression heat recovery equipment provision + various cargo planes (78V) Drive + fuel injection into cold energy igniter combustion + Acceleration with thermal pressure and cold energy speed divided by pressure + Various energy storage cycle combined engine equipped with multistage mercury gravity turbine in 9 stages.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h) water heat exchange equipment to prepare + various cargo planes (78V) Drive + fuel injection to cold heat igniter combustion + acceleration with heat and cold speed separately divided by pressure + multistage mercury gravity turbine provided with 10 stages of various energy storage cycle combined engine.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1 h) to have air heat exchange equipment + various cargo planes (78V) Drive + fuel injection to cold heat igniter combustion + acceleration with thermal speed and cold heat speed divided by pressure + various energy storage cycle coalesced engine equipped with multistage mercury gravity turbine in one stage.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) generator equipped + various cargo planes ( 78V) Drive + cold fuel injection ignition combustion + acceleration by thermal energy and cold heat pressure divided pressure + various energy conservation cycle combined engine which has multistage mercury gravity turbine in two stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to solar thermal gravity rotation plane (39B) + horizontal axis (1 h) heat pump equipment + maximum gravity and sunlight Use limited + (78V) rocket injection + fuel injection to cold heat for ignition + acceleration with thermal speed and cold heat speed divided by pressure + various energy storage cycle combined engines equipped with mercury gravity turbine in 3 stages.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to solar thermal gravity rotation plane (39B) + horizontal axis (1h) compression heat recovery equipment + gravity or sunlight Make maximum use of + + (78V) rocket injection + fuel injection to a cold energy + ignition combustion + acceleration with thermal speed and cold temperature divided pressure + multistage mercury gravity turbine provided with 4 stages of various energy storage cycle combination organ.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to solar thermal gravity rotation plane (39B) + horizontal axis (1h) water heat exchange equipment + gravity or sunlight Make maximum use of + + (78V) rocket injection + fuel injection to a cold energy + ignition combustion + acceleration with thermal speed and cold temperature divided + pressure with multistage mercury gravity turbine provided with 5 stages of multistage mercury gravity turbine organ.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to solar thermal gravity rotation plane (39B) + horizontal axis (1h) air heat exchange equipment + gravity or sunlight Make maximum use of + + (78V) rocket injection + fuel injection to cool heat + fire ignition + acceleration with thermal speed and cold heat speed divided by pressure + mercury gravity turbine equipped with 6 stages of various energy storage cycle combined engines .   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to solar thermal gravity rotation plane (39B) + horizontal axis (1 h) to equip generator + maximum gravity and sunlight Use limited + (78V) rocket injection + fuel injection to cold heat to burn + thermal energy and cold heat speed to save pressure separately + acceleration with various pressure + mercury gravity turbines combined with various energy storage cycle combined engines.   Increase the superheated steam thermal and compressed air cold heat to the solar heat turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) heat pump equipped + cold heat to fuel injection ignition combustion A variety of energy storage cycle combined engines equipped with 8 stages of acceleration + mercury gravity turbines with pressure that is stored separately + thermal temperature and cold temperature.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1 h) compression heat recovery equipment + to inject cold fuel A variety of energy storage cycle combined engines with 9 stages of acceleration + multistage mercury gravity turbines with pressure that is stored separately as ignition + thermal temperature and cold temperature.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1h) water heat exchange equipment + cold injection fuel injection Various energy storage cycle coalescing engines equipped with 10 stages of acceleration + multistage mercury gravity turbines with pressure that is stored separately as ignition + thermal temperature and cold temperature.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1 h) air heat exchange equipment + cold injection fuel injection A variety of energy storage cycle combined engines with ignition and combustion + acceleration with pressure stored separately as thermal velocity and cold thermal velocity + mercury gravity turbine in one stage.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) generator equipped + cold heat to fuel injection ignition combustion A variety of energy storage cycle combined engines equipped with two stages of acceleration + mercury gravity turbine with pressure that is stored separately + thermal temperature and cold temperature.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + have a horizontal axis (1 h) heat pump + fuel injection ignition to cold heat Various energy storage cycle combined engines that are equipped with 3 stages of acceleration + mercury gravity turbine with pressure that is stored separately by burning + thermal speed and cold temperature.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to have a horizontal axis (1 h) compression heat recovery unit + fuel to cold heat A variety of energy storage cycle coalescing engines equipped with four stages of mercury gas turbines with four stages of acceleration, ignition, combustion, acceleration with pressure divided and stored at thermal speed and cold temperature.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to have a horizontal axis (1 h) water heat exchanger + to cool fuel A variety of energy storage cycle coalescing engines equipped with 5 stages of acceleration, multistage mercury gravity turbines, and acceleration / ignition combustion with combustion + pressure that is stored separately as thermal and cold heat speeds.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make solar thermal gravity rotation plane (39B) + equip horizontal axis (1 h) air heat exchanger + cold to fuel A variety of energy storage cycle coalescing engines equipped with six stages of acceleration, ignition, combustion, acceleration with pressure divided and stored in thermal speed and cold temperature, and mercury gravity turbines in six stages.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + have a horizontal axis (1 h) generator + fuel injection ignition to cold heat Various energy storage cycle combined engines that are equipped with 7 stages of acceleration + mercury gravity turbines with pressure that is stored separately by burning + thermal speed and cold temperature.   Increase the superheated steam thermal and compressed air cold heat to the solar heat turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) heat pump equipped + cold heat to fuel injection ignition combustion A variety of energy storage cycle combined engines equipped with 8 stages of acceleration + mercury gravity turbines with pressure that is stored separately + thermal temperature and cold temperature.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1 h) compression heat recovery equipment + to inject cold fuel A variety of energy storage cycle combined engines with 9 stages of acceleration + multistage mercury gravity turbines with pressure that is stored separately as ignition + thermal temperature and cold temperature.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1h) water heat exchange equipment + cold injection fuel injection Various energy storage cycle coalescing engines equipped with 10 stages of acceleration + multistage mercury gravity turbines with pressure that is stored separately as ignition + thermal temperature and cold temperature.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1 h) air heat exchange equipment + cold injection fuel injection A variety of energy storage cycle combined engines with ignition and combustion + acceleration with pressure stored separately as thermal velocity and cold thermal velocity + mercury gravity turbine in one stage.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) generator equipped + cold heat to fuel injection ignition combustion A variety of energy storage cycle combined engines equipped with two stages of acceleration + mercury gravity turbine with pressure that is stored separately + thermal temperature and cold temperature.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into a solar thermal gravity rotary plane (39B) + horizontal axis (1 h) heat pump equipment + various space transportation devices (78 V) Drive + cold fuel injection into fuel + ignition + thermal energy and pressure divided and stored separately + various energy storage cycle combined engines equipped with mercury gravity turbines in 3 stages.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) compression heat recovery equipment preparation + various space return aircraft Various types of energy storage cycle combined engines equipped with four stages of mercury gas turbines with multistage mercury gravity turbines.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h) water heat exchange equipment to prepare + various space return aircraft Various types of energy storage cycle combined engines equipped with five stages of multistage mercury gravity turbines.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1h) air heat exchange equipment + various space return aircraft Various types of energy storage cycle combined engines equipped with six stages of mercury gravity turbines.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary airplane (39B) + make horizontal axis (1 h) generator equipped + various space transportation devices (78 V) Drive + cold fuel injection into fuel + ignition + thermal energy and pressure divided and stored separately + various energy storage cycle combined engines with mercury gravity turbines provided in 7 stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel injection and combustion with combustion + acceleration with heat and cold speed separately stored + acceleration with various pressures + mercury gravity turbines equipped with 8 stages of energy conservation cycle combined engine.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel injection and combustion with combustion + acceleration with heat and cold speed separately stored pressure + multistage mercury gravity turbine with 9 stages of multistage mercury gravity turbines combined engines.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel injection and combustion with combustion + acceleration with heat and cold speed separately stored pressure + multistage mercury gravity turbine with 10 stages of multistage mercury gravity turbines combined engines.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel injection ignition combustion + acceleration with heat and cold speed separately stored pressure + various energy storage cycle combined engine equipped with mercury gravity turbine in one stage.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel injection and combustion with combustion + acceleration with heat and cold speed separately stored pressure + + various types of energy storage cycle combined engine with mercury gravity turbine provided in two stages.   Increase the superheated steam thermal and compressed air cold heat to the solar heat turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) heat pump equipped + cold heat to fuel injection ignition combustion A variety of energy storage cycle combined engines equipped with three stages of acceleration + mercury gravity turbines with pressure that is stored separately in + thermal temperature and cold temperature.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1 h) compression heat recovery equipment + to inject cold fuel A variety of energy storage cycle coalescing engines equipped with four stages of mercury gas turbines with four stages of acceleration + multi-stage mercury gravity turbine with pressure divided and stored divided into heat and cold heat speed.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1h) water heat exchange equipment + cold injection fuel injection A variety of energy storage cycle combined engines with five stages of acceleration + multistage mercury gravity turbines with pressure that is stored separately by ignition + thermal temperature and cold temperature.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1 h) air heat exchange equipment + cold injection fuel injection A variety of energy storage cycle combined engines with six stages of acceleration and mercury gravity turbines with ignition and combustion + thermal storage speed and cold storage speed and divided storage pressure.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) generator equipped + cold heat to fuel injection ignition combustion A variety of energy storage cycle combined engines equipped with 7 stages of acceleration + mercury gravity turbines by pressure stored separately in + thermal speed and cold heat speed.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + have a horizontal axis (1 h) heat pump + fuel injection ignition to cold heat Various energy storage cycle combined engines that are equipped with 8 stages of acceleration + mercury gravity turbines with pressure that is stored separately to burn + thermal speed and cold temperature.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to have a horizontal axis (1 h) compression heat recovery unit + fuel to cold heat A variety of energy storage cycle coalescing engines equipped with 9 stages of acceleration, multistage mercury gravity turbines with injection, ignition, combustion, acceleration with pressure divided and stored in thermal speed and cold temperature.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to have a horizontal axis (1 h) water heat exchanger + to cool fuel A variety of energy storage cycle coalescing engines equipped with 10 stages of acceleration, multistage mercury gravity turbines with injection, ignition, combustion, acceleration with pressure divided and stored in thermal speed and cold temperature.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make solar thermal gravity rotation plane (39B) + equip horizontal axis (1 h) air heat exchanger + cold to fuel A variety of energy storage cycle coalescing engines equipped with injection ignition and combustion + acceleration with a temperature separately stored at thermal speed and cold temperature + mercury gravity turbine in one stage.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + have a horizontal axis (1 h) generator + fuel injection ignition to cold heat Various energy storage cycle combined engines that are equipped with two stages of acceleration + mercury gravity turbine with pressure that is stored separately to burn + thermal speed and cold temperature.   Increase the superheated steam thermal and compressed air cold heat to the solar heat turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) heat pump equipped + cold heat to fuel injection ignition combustion A variety of energy storage cycle combined engines equipped with three stages of acceleration + mercury gravity turbines with pressure that is stored separately in + thermal temperature and cold temperature.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1 h) compression heat recovery equipment + to inject cold fuel A variety of energy storage cycle coalescing engines equipped with four stages of mercury gas turbines with four stages of acceleration + multi-stage mercury gravity turbine with pressure divided and stored divided into heat and cold heat speed.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1h) water heat exchange equipment + cold injection fuel injection A variety of energy storage cycle combined engines with five stages of acceleration + multistage mercury gravity turbines with pressure that is stored separately by ignition + thermal temperature and cold temperature.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1 h) air heat exchange equipment + cold injection fuel injection A variety of energy storage cycle combined engines with six stages of acceleration and mercury gravity turbines with ignition and combustion + thermal storage speed and cold storage speed and divided storage pressure.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) generator equipped + cold heat to fuel injection ignition combustion A variety of energy storage cycle combined engines equipped with 7 stages of acceleration + mercury gravity turbines by pressure stored separately in + thermal speed and cold heat speed.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into a solar thermal gravity rotary plane (39B) + horizontal axis (1 h) heat pump equipment + various space transportation devices (78 V) Drive + cold fuel injection into a fuel + ignition heat + acceleration with pressure divided and stored in the heat rate + cold heat rate + Various energy storage cycle coalesced engines equipped with mercury gravity turbine in 8 stages   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) compression heat recovery equipment preparation + various space return aircraft Various types of energy storage cycle combined engines with 9 stages of multistage mercury gravity turbines.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h) water heat exchange equipment to prepare + various space return aircraft Various types of energy storage cycle combined engines equipped with 10 stages of multistage mercury gravity turbines.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1h) air heat exchange equipment + various space return aircraft Various types of energy storage cycle combined engines with acceleration by means of (78 V) driving + fuel injection ignition combustion in cold energy + acceleration with thermal energy and cold energy speed divided by pressure + mercury gravity turbine in one stage.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary airplane (39B) + make horizontal axis (1 h) generator equipped + various space transportation devices (78 V) Driving + cold fuel injection with fuel + ignition + thermal energy and pressure divided and stored at different speeds + Various energy storage cycle coalescing engines equipped with mercury gravity turbines in two stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel injection ignition combustion + acceleration with heat and cold speed separately + acceleration by pressure stored separately + various energy storage cycle coalesced engines equipped with mercury gravity turbine in 3 stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel injection ignition combustion + acceleration with heat and cold speed separately stored pressure + multistage mercury gravity turbine provided with 4 stages of multistage mercury gravity turbine combined engine.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel injection with fuel combustion + acceleration with heat and cold speed separately stored pressure + multistage mercury gravity turbine equipped with 5 stages of multistage mercury gravity turbine combined engine.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel injection ignition combustion + acceleration by thermal energy and cold heat pressure divided pressure + various energy conservation cycle combined engine equipped with mercury gravity turbine in 6 stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel injection and combustion with combustion + acceleration with heat and cold speed separately stored + acceleration with various pressures + mercury gravity turbine 7 stages of various energy storage cycle combined engine.   Increase the superheated steam thermal and compressed air cold heat to the solar heat turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) heat pump equipped + cold heat to fuel injection ignition combustion A variety of energy storage cycle combined engines equipped with 8 stages of acceleration + mercury gravity turbines with pressure that is stored separately + thermal temperature and cold temperature.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1 h) compression heat recovery equipment + to inject cold fuel A variety of energy storage cycle combined engines with 9 stages of acceleration + multistage mercury gravity turbines with pressure that is stored separately as ignition + thermal temperature and cold temperature.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1h) water heat exchange equipment + cold injection fuel injection Various energy storage cycle coalescing engines equipped with 10 stages of acceleration + multistage mercury gravity turbines with pressure that is stored separately as ignition + thermal temperature and cold temperature.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1 h) air heat exchange equipment + cold injection fuel injection A variety of energy storage cycle combined engines with ignition and combustion + acceleration with pressure stored separately as thermal velocity and cold thermal velocity + mercury gravity turbine in one stage.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) generator equipped + cold heat to fuel injection ignition combustion A variety of energy storage cycle combined engines equipped with two stages of acceleration + mercury gravity turbine with pressure that is stored separately + thermal temperature and cold temperature.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + have a horizontal axis (1 h) heat pump + fuel injection ignition to cold heat Various energy storage cycle combined engines that are equipped with 3 stages of acceleration + mercury gravity turbine with pressure that is stored separately by burning + thermal speed and cold temperature.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to have a horizontal axis (1 h) compression heat recovery unit + fuel to cold heat A variety of energy storage cycle coalescing engines equipped with four stages of mercury gas turbines with four stages of acceleration, ignition, combustion, acceleration with pressure divided and stored at thermal speed and cold temperature.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to have a horizontal axis (1 h) water heat exchanger + to cool fuel A variety of energy storage cycle coalescing engines equipped with 5 stages of acceleration, multistage mercury gravity turbines, and acceleration / ignition combustion with combustion + pressure that is stored separately as thermal and cold heat speeds.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make solar thermal gravity rotation plane (39B) + equip horizontal axis (1 h) air heat exchanger + cold to fuel A variety of energy storage cycle coalescing engines equipped with six stages of acceleration, ignition, combustion, acceleration with pressure divided and stored in thermal speed and cold temperature, and mercury gravity turbines in six stages.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + have a horizontal axis (1 h) generator + fuel injection ignition to cold heat Various energy storage cycle combined engines that are equipped with 7 stages of acceleration + mercury gravity turbines with pressure that is stored separately by burning + thermal speed and cold temperature.   Increase the superheated steam thermal and compressed air cold heat to the solar heat turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) heat pump equipped + cold heat to fuel injection ignition combustion A variety of energy storage cycle combined engines equipped with 8 stages of acceleration + mercury gravity turbines with pressure that is stored separately + thermal temperature and cold temperature.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1 h) compression heat recovery equipment + to inject cold fuel A variety of energy storage cycle combined engines with 9 stages of acceleration + multistage mercury gravity turbines with pressure that is stored separately as ignition + thermal temperature and cold temperature.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1h) water heat exchange equipment + cold injection fuel injection Various energy storage cycle coalescing engines equipped with 10 stages of acceleration + multistage mercury gravity turbines with pressure that is stored separately as ignition + thermal temperature and cold temperature.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1 h) air heat exchange equipment + cold injection fuel injection A variety of energy storage cycle combined engines with ignition and combustion + acceleration with pressure stored separately as thermal velocity and cold thermal velocity + mercury gravity turbine in one stage.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) generator equipped + cold heat to fuel injection ignition combustion A variety of energy storage cycle combined engines equipped with two stages of acceleration + mercury gravity turbine with pressure that is stored separately + thermal temperature and cold temperature.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into a solar thermal gravity rotary plane (39B) + horizontal axis (1 h) heat pump equipment + various space transportation devices (78 V) Drive + cold fuel injection into fuel + ignition + thermal energy and pressure divided and stored separately + various energy storage cycle combined engines equipped with mercury gravity turbines in 3 stages.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) compression heat recovery equipment preparation + various space return aircraft Various types of energy storage cycle combined engines equipped with four stages of mercury gas turbines with multistage mercury gravity turbines.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h) water heat exchange equipment to prepare + various space return aircraft Various types of energy storage cycle combined engines equipped with five stages of multistage mercury gravity turbines.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1h) air heat exchange equipment + various space return aircraft Various types of energy storage cycle combined engines equipped with six stages of mercury gravity turbines.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary airplane (39B) + make horizontal axis (1 h) generator equipped + various space transportation devices (78 V) Drive + cold fuel injection into fuel + ignition + thermal energy and pressure divided and stored separately + various energy storage cycle combined engines with mercury gravity turbines provided in 7 stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel injection and combustion with combustion + acceleration with heat and cold speed separately stored + acceleration with various pressures + mercury gravity turbines equipped with 8 stages of energy conservation cycle combined engine.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel injection and combustion with combustion + acceleration with heat and cold speed separately stored pressure + multistage mercury gravity turbine with 9 stages of multistage mercury gravity turbines combined engines.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel injection and combustion with combustion + acceleration with heat and cold speed separately stored pressure + multistage mercury gravity turbine with 10 stages of multistage mercury gravity turbines combined engines.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel injection ignition combustion + acceleration with heat and cold speed separately stored pressure + various energy storage cycle combined engine equipped with mercury gravity turbine in one stage.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel injection and combustion with combustion + acceleration with heat and cold speed separately stored pressure + + various types of energy storage cycle combined engine with mercury gravity turbine provided in two stages.   Increase the superheated steam thermal and compressed air cold heat to the solar heat turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) heat pump equipped + cold heat to fuel injection ignition combustion A variety of energy storage cycle combined engines equipped with three stages of acceleration + mercury gravity turbines with pressure that is stored separately in + thermal temperature and cold temperature.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1 h) compression heat recovery equipment + to inject cold fuel A variety of energy storage cycle coalescing engines equipped with four stages of mercury gas turbines with four stages of acceleration + multi-stage mercury gravity turbine with pressure divided and stored divided into heat and cold heat speed.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1h) water heat exchange equipment + cold injection fuel injection A variety of energy storage cycle combined engines with five stages of acceleration + multistage mercury gravity turbines with pressure that is stored separately by ignition + thermal temperature and cold temperature.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotation plane (39B) + Drive mercury downwards acceleration turbine driving + Fuel injection ignition combustion to cold heat + Various energy storage cycle coalescing engines driven by acceleration + wedge-type mercury gravity turbine with pressure stored separately in thermal heat rate and cold heat rate.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) generator equipped + cold heat to fuel injection ignition combustion A variety of energy storage cycle combined engines equipped with 7 stages of acceleration + mercury gravity turbines by pressure stored separately in + thermal speed and cold heat speed.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + have a horizontal axis (1 h) heat pump + fuel injection ignition to cold heat Various energy storage cycle combined engines that are equipped with 8 stages of acceleration + mercury gravity turbines with pressure that is stored separately to burn + thermal speed and cold temperature.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to have a horizontal axis (1 h) compression heat recovery unit + fuel to cold heat A variety of energy storage cycle coalescing engines equipped with 9 stages of acceleration, multistage mercury gravity turbines with injection, ignition, combustion, acceleration with pressure divided and stored in thermal speed and cold temperature.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to have a horizontal axis (1 h) water heat exchanger + to cool fuel A variety of energy storage cycle coalescing engines equipped with 10 stages of acceleration, multistage mercury gravity turbines with injection, ignition, combustion, acceleration with pressure divided and stored in thermal speed and cold temperature.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make solar thermal gravity rotation plane (39B) + equip horizontal axis (1 h) air heat exchanger + cold to fuel A variety of energy storage cycle coalescing engines equipped with injection ignition and combustion + acceleration with a temperature separately stored at thermal speed and cold temperature + mercury gravity turbine in one stage.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + have a horizontal axis (1 h) generator + fuel injection ignition to cold heat Various energy storage cycle combined engines that are equipped with two stages of acceleration + mercury gravity turbine with pressure that is stored separately to burn + thermal speed and cold temperature.   Increase the superheated steam thermal and compressed air cold heat to the solar heat turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) heat pump equipped + cold heat to fuel injection ignition combustion A variety of energy storage cycle combined engines equipped with three stages of acceleration + mercury gravity turbines with pressure that is stored separately in + thermal temperature and cold temperature.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1 h) compression heat recovery equipment + to inject cold fuel A variety of energy storage cycle coalescing engines equipped with four stages of mercury gas turbines with four stages of acceleration + multi-stage mercury gravity turbine with pressure divided and stored divided into heat and cold heat speed.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1h) water heat exchange equipment + cold injection fuel injection A variety of energy storage cycle combined engines with five stages of acceleration + multistage mercury gravity turbines with pressure that is stored separately by ignition + thermal temperature and cold temperature.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1 h) air heat exchange equipment + cold injection fuel injection A variety of energy storage cycle combined engines with six stages of acceleration and mercury gravity turbines with ignition and combustion + thermal storage speed and cold storage speed and divided storage pressure.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) generator equipped + cold heat to fuel injection ignition combustion A variety of energy storage cycle combined engines equipped with 7 stages of acceleration + mercury gravity turbines by pressure stored separately in + thermal speed and cold heat speed.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into a solar thermal gravity rotary plane (39B) + horizontal axis (1 h) heat pump equipment + various space transportation devices (78 V) Drive + cold fuel injection into a fuel + ignition heat + acceleration with pressure divided and stored in the heat rate + cold heat rate + Various energy storage cycle coalesced engines equipped with mercury gravity turbine in 8 stages   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) compression heat recovery equipment preparation + various space return aircraft Various types of energy storage cycle combined engines with 9 stages of multistage mercury gravity turbines.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h) water heat exchange equipment to prepare + various space return aircraft Various types of energy storage cycle combined engines equipped with 10 stages of multistage mercury gravity turbines.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1h) air heat exchange equipment + various space return aircraft Various types of energy storage cycle combined engines with acceleration by means of (78 V) driving + fuel injection ignition combustion in cold energy + acceleration with thermal energy and cold energy speed divided by pressure + mercury gravity turbine in one stage.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary airplane (39B) + make horizontal axis (1 h) generator equipped + various space transportation devices (78 V) Driving + cold fuel injection with fuel + ignition + thermal energy and pressure divided and stored at different speeds + Various energy storage cycle coalescing engines equipped with mercury gravity turbines in two stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel injection ignition combustion + acceleration with heat and cold speed separately + acceleration by pressure stored separately + various energy storage cycle coalesced engines equipped with mercury gravity turbine in 3 stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel injection ignition combustion + acceleration with heat and cold speed separately stored pressure + multistage mercury gravity turbine provided with 4 stages of multistage mercury gravity turbine combined engine.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel injection with fuel combustion + acceleration with heat and cold speed separately stored pressure + multistage mercury gravity turbine equipped with 5 stages of multistage mercury gravity turbine combined engine.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel injection ignition combustion + acceleration by thermal energy and cold heat pressure divided pressure + various energy conservation cycle combined engine equipped with mercury gravity turbine in 6 stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel injection and combustion with combustion + acceleration with heat and cold speed separately stored + acceleration with various pressures + mercury gravity turbine 7 stages of various energy storage cycle combined engine.   Increase the superheated steam thermal and compressed air cold heat to the solar heat turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) heat pump equipped + cold heat to fuel injection ignition combustion A variety of energy storage cycle combined engines equipped with 8 stages of acceleration + mercury gravity turbines with pressure that is stored separately + thermal temperature and cold temperature.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1 h) compression heat recovery equipment + to inject cold fuel A variety of energy storage cycle combined engines with 9 stages of acceleration + multistage mercury gravity turbines with pressure that is stored separately as ignition + thermal temperature and cold temperature.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1h) water heat exchange equipment + cold injection fuel injection Various energy storage cycle coalescing engines equipped with 10 stages of acceleration + multistage mercury gravity turbines with pressure that is stored separately as ignition + thermal temperature and cold temperature.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1 h) air heat exchange equipment + cold injection fuel injection A variety of energy storage cycle combined engines with ignition and combustion + acceleration with pressure stored separately as thermal velocity and cold thermal velocity + mercury gravity turbine in one stage.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) generator equipped + cold heat to fuel injection ignition combustion A variety of energy storage cycle combined engines equipped with two stages of acceleration + mercury gravity turbine with pressure that is stored separately + thermal temperature and cold temperature.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + have a horizontal axis (1 h) heat pump + fuel injection ignition to cold heat Various energy storage cycle combined engines that are equipped with 3 stages of acceleration + mercury gravity turbine with pressure that is stored separately by burning + thermal speed and cold temperature.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to have a horizontal axis (1 h) compression heat recovery unit + fuel to cold heat A variety of energy storage cycle coalescing engines equipped with four stages of mercury gas turbines with four stages of acceleration, ignition, combustion, acceleration with pressure divided and stored at thermal speed and cold temperature.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to have a horizontal axis (1 h) water heat exchanger + to cool fuel A variety of energy storage cycle coalescing engines equipped with 5 stages of acceleration, multistage mercury gravity turbines, and acceleration / ignition combustion with combustion + pressure that is stored separately as thermal and cold heat speeds.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make solar thermal gravity rotation plane (39B) + equip horizontal axis (1 h) air heat exchanger + cold to fuel A variety of energy storage cycle coalescing engines equipped with six stages of acceleration, ignition, combustion, acceleration with pressure divided and stored in thermal speed and cold temperature, and mercury gravity turbines in six stages.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + have a horizontal axis (1 h) generator + fuel injection ignition to cold heat Various energy storage cycle combined engines that are equipped with 7 stages of acceleration + mercury gravity turbines with pressure that is stored separately by burning + thermal speed and cold temperature.   Increase the superheated steam thermal and compressed air cold heat to the solar heat turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) heat pump equipped + cold heat to fuel injection ignition combustion A variety of energy storage cycle combined engines equipped with 8 stages of acceleration + mercury gravity turbines with pressure that is stored separately + thermal temperature and cold temperature.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1 h) compression heat recovery equipment + to inject cold fuel A variety of energy storage cycle combined engines with 9 stages of acceleration + multistage mercury gravity turbines with pressure that is stored separately as ignition + thermal temperature and cold temperature.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1h) water heat exchange equipment + cold injection fuel injection Various energy storage cycle coalescing engines equipped with 10 stages of acceleration + multistage mercury gravity turbines with pressure that is stored separately as ignition + thermal temperature and cold temperature.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1 h) air heat exchange equipment + cold injection fuel injection A variety of energy storage cycle combined engines with ignition and combustion + acceleration with pressure stored separately as thermal velocity and cold thermal velocity + mercury gravity turbine in one stage.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) generator equipped + cold heat to fuel injection ignition combustion A variety of energy storage cycle combined engines equipped with two stages of acceleration + mercury gravity turbine with pressure that is stored separately + thermal temperature and cold temperature.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into a solar thermal gravity rotary plane (39B) + horizontal axis (1 h) heat pump equipment + various space transportation devices (78 V) Drive + cold fuel injection into fuel + ignition + thermal energy and pressure divided and stored separately + various energy storage cycle combined engines equipped with mercury gravity turbines in 3 stages.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) compression heat recovery equipment preparation + various space return aircraft Various types of energy storage cycle combined engines equipped with four stages of mercury gas turbines with multistage mercury gravity turbines.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h) water heat exchange equipment to prepare + various space return aircraft Various types of energy storage cycle combined engines equipped with five stages of multistage mercury gravity turbines.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1h) air heat exchange equipment + various space return aircraft Various types of energy storage cycle combined engines equipped with six stages of mercury gravity turbines.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary airplane (39B) + make horizontal axis (1 h) generator equipped + various space transportation devices (78 V) Drive + cold fuel injection into fuel + ignition + thermal energy and pressure divided and stored separately + various energy storage cycle combined engines with mercury gravity turbines provided in 7 stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel injection and combustion with combustion + acceleration with heat and cold speed separately stored + acceleration with various pressures + mercury gravity turbines equipped with 8 stages of energy conservation cycle combined engine.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel injection and combustion with combustion + acceleration with heat and cold speed separately stored pressure + multistage mercury gravity turbine with 9 stages of multistage mercury gravity turbines combined engines.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel injection and combustion with combustion + acceleration with heat and cold speed separately stored pressure + multistage mercury gravity turbine with 10 stages of multistage mercury gravity turbines combined engines.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel injection ignition combustion + acceleration with heat and cold speed separately stored pressure + various energy storage cycle combined engine equipped with mercury gravity turbine in one stage.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel injection and combustion with combustion + acceleration with heat and cold speed separately stored pressure + + various types of energy storage cycle combined engine with mercury gravity turbine provided in two stages.   Increase the superheated steam thermal and compressed air cold heat to the solar heat turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) heat pump equipped + cold heat to fuel injection ignition combustion A variety of energy storage cycle combined engines equipped with three stages of acceleration + mercury gravity turbines with pressure that is stored separately in + thermal temperature and cold temperature.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1 h) compression heat recovery equipment + to inject cold fuel A variety of energy storage cycle coalescing engines equipped with four stages of mercury gas turbines with four stages of acceleration + multi-stage mercury gravity turbine with pressure divided and stored divided into heat and cold heat speed.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1h) water heat exchange equipment + cold injection fuel injection A variety of energy storage cycle combined engines with five stages of acceleration + multistage mercury gravity turbines with pressure that is stored separately by ignition + thermal temperature and cold temperature.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1 h) air heat exchange equipment + cold injection fuel injection A variety of energy storage cycle combined engines with six stages of acceleration and mercury gravity turbines with ignition and combustion + thermal storage speed and cold storage speed and divided storage pressure.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) generator equipped + cold heat to fuel injection ignition combustion A variety of energy storage cycle combined engines equipped with 7 stages of acceleration + mercury gravity turbines by pressure stored separately in + thermal speed and cold heat speed.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + have a horizontal axis (1 h) heat pump + fuel injection ignition to cold heat Various energy storage cycle combined engines that are equipped with 8 stages of acceleration + mercury gravity turbines with pressure that is stored separately to burn + thermal speed and cold temperature.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to have a horizontal axis (1 h) compression heat recovery unit + fuel to cold heat A variety of energy storage cycle coalescing engines equipped with 9 stages of acceleration, multistage mercury gravity turbines with injection, ignition, combustion, acceleration with pressure divided and stored in thermal speed and cold temperature.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to have a horizontal axis (1 h) water heat exchanger + to cool fuel A variety of energy storage cycle coalescing engines equipped with 10 stages of acceleration, multistage mercury gravity turbines with injection, ignition, combustion, acceleration with pressure divided and stored in thermal speed and cold temperature.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make solar thermal gravity rotation plane (39B) + equip horizontal axis (1 h) air heat exchanger + cold to fuel A variety of energy storage cycle coalescing engines equipped with injection ignition and combustion + acceleration with a temperature separately stored at thermal speed and cold temperature + mercury gravity turbine in one stage.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + have a horizontal axis (1 h) generator + fuel injection ignition to cold heat Various energy storage cycle combined engines that are equipped with two stages of acceleration + mercury gravity turbine with pressure that is stored separately to burn + thermal speed and cold temperature.   Increase the superheated steam thermal and compressed air cold heat to the solar heat turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) heat pump equipped + cold heat to fuel injection ignition combustion A variety of energy storage cycle combined engines equipped with three stages of acceleration + mercury gravity turbines with pressure that is stored separately in + thermal temperature and cold temperature.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1 h) compression heat recovery equipment + to inject cold fuel A variety of energy storage cycle coalescing engines equipped with four stages of mercury gas turbines with four stages of acceleration + multi-stage mercury gravity turbine with pressure divided and stored divided into heat and cold heat speed.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1h) water heat exchange equipment + cold injection fuel injection A variety of energy storage cycle combined engines with five stages of acceleration + multistage mercury gravity turbines with pressure that is stored separately by ignition + thermal temperature and cold temperature.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1 h) air heat exchange equipment + cold injection fuel injection A variety of energy storage cycle combined engines with six stages of acceleration and mercury gravity turbines with ignition and combustion + thermal storage speed and cold storage speed and divided storage pressure.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) generator equipped + cold heat to fuel injection ignition combustion A variety of energy storage cycle combined engines equipped with 7 stages of acceleration + mercury gravity turbines by pressure stored separately in + thermal speed and cold heat speed.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into a solar thermal gravity rotary plane (39B) + horizontal axis (1 h) heat pump equipment + various space transportation devices (78 V) Drive + cold fuel injection into a fuel + ignition heat + acceleration with pressure divided and stored in the heat rate + cold heat rate + Various energy storage cycle coalesced engines equipped with mercury gravity turbine in 8 stages   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) compression heat recovery equipment preparation + various space return aircraft Various types of energy storage cycle combined engines with 9 stages of multistage mercury gravity turbines.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h) water heat exchange equipment to prepare + various space return aircraft Various types of energy storage cycle combined engines equipped with 10 stages of multistage mercury gravity turbines.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1h) air heat exchange equipment + various space return aircraft Various types of energy storage cycle combined engines with acceleration by means of (78 V) driving + fuel injection ignition combustion in cold energy + acceleration with thermal energy and cold energy speed divided by pressure + mercury gravity turbine in one stage.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary airplane (39B) + make horizontal axis (1 h) generator equipped + various space transportation devices (78 V) Driving + cold fuel injection with fuel + ignition + thermal energy and pressure divided and stored at different speeds + Various energy storage cycle coalescing engines equipped with mercury gravity turbines in two stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel injection ignition combustion + acceleration with heat and cold speed separately + acceleration by pressure stored separately + various energy storage cycle coalesced engines equipped with mercury gravity turbine in 3 stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel injection ignition combustion + acceleration with heat and cold speed separately stored pressure + multistage mercury gravity turbine provided with 4 stages of multistage mercury gravity turbine combined engine.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel injection with fuel combustion + acceleration with heat and cold speed separately stored pressure + multistage mercury gravity turbine equipped with 5 stages of multistage mercury gravity turbine combined engine.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel injection ignition combustion + acceleration by thermal energy and cold heat pressure divided pressure + various energy conservation cycle combined engine equipped with mercury gravity turbine in 6 stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel injection and combustion with combustion + acceleration with heat and cold speed separately stored + acceleration with various pressures + mercury gravity turbine 7 stages of various energy storage cycle combined engine.   Increase the superheated steam thermal and compressed air cold heat to the solar heat turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) heat pump equipped + cold heat to fuel injection ignition combustion A variety of energy storage cycle combined engines equipped with 8 stages of acceleration + mercury gravity turbines with pressure that is stored separately + thermal temperature and cold temperature.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1 h) compression heat recovery equipment + to inject cold fuel A variety of energy storage cycle combined engines with 9 stages of acceleration + multistage mercury gravity turbines with pressure that is stored separately as ignition + thermal temperature and cold temperature.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1h) water heat exchange equipment + cold injection fuel injection Various energy storage cycle coalescing engines equipped with 10 stages of acceleration + multistage mercury gravity turbines with pressure that is stored separately as ignition + thermal temperature and cold temperature.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1 h) air heat exchange equipment + cold injection fuel injection A variety of energy storage cycle combined engines with ignition and combustion + acceleration with pressure stored separately as thermal velocity and cold thermal velocity + mercury gravity turbine in one stage.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) generator equipped + cold heat to fuel injection ignition combustion A variety of energy storage cycle combined engines equipped with two stages of acceleration + mercury gravity turbine with pressure that is stored separately + thermal temperature and cold temperature.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + have a horizontal axis (1 h) heat pump + fuel injection ignition to cold heat Various energy storage cycle combined engines that are equipped with 3 stages of acceleration + mercury gravity turbine with pressure that is stored separately by burning + thermal speed and cold temperature.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to have a horizontal axis (1 h) compression heat recovery unit + fuel to cold heat A variety of energy storage cycle coalescing engines equipped with four stages of mercury gas turbines with four stages of acceleration, ignition, combustion, acceleration with pressure divided and stored at thermal speed and cold temperature.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to have a horizontal axis (1 h) water heat exchanger + to cool fuel A variety of energy storage cycle coalescing engines equipped with 5 stages of acceleration, multistage mercury gravity turbines, and acceleration / ignition combustion with combustion + pressure that is stored separately as thermal and cold heat speeds.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make solar thermal gravity rotation plane (39B) + equip horizontal axis (1 h) air heat exchanger + cold to fuel A variety of energy storage cycle coalescing engines equipped with six stages of acceleration, ignition, combustion, acceleration with pressure divided and stored in thermal speed and cold temperature, and mercury gravity turbines in six stages.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + have a horizontal axis (1 h) generator + fuel injection ignition to cold heat Various energy storage cycle combined engines that are equipped with 7 stages of acceleration + mercury gravity turbines with pressure that is stored separately by burning + thermal speed and cold temperature.   Increase the superheated steam thermal and compressed air cold heat to the solar heat turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) heat pump equipped + cold heat to fuel injection ignition combustion A variety of energy storage cycle combined engines equipped with 8 stages of acceleration + mercury gravity turbines with pressure that is stored separately + thermal temperature and cold temperature.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1 h) compression heat recovery equipment + to inject cold fuel A variety of energy storage cycle combined engines with 9 stages of acceleration + multistage mercury gravity turbines with pressure that is stored separately as ignition + thermal temperature and cold temperature.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1h) water heat exchange equipment + cold injection fuel injection Various energy storage cycle coalescing engines equipped with 10 stages of acceleration + multistage mercury gravity turbines with pressure that is stored separately as ignition + thermal temperature and cold temperature.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1 h) air heat exchange equipment + cold injection fuel injection A variety of energy storage cycle combined engines with ignition and combustion + acceleration with pressure stored separately as thermal velocity and cold thermal velocity + mercury gravity turbine in one stage.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) generator equipped + cold heat to fuel injection ignition combustion A variety of energy storage cycle combined engines equipped with two stages of acceleration + mercury gravity turbine with pressure that is stored separately + thermal temperature and cold temperature.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into a solar thermal gravity rotary plane (39B) + horizontal axis (1 h) heat pump equipment + various space transportation devices (78 V) Drive + cold fuel injection into fuel + ignition + thermal energy and pressure divided and stored separately + various energy storage cycle combined engines equipped with mercury gravity turbines in 3 stages.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) compression heat recovery equipment preparation + various space return aircraft Various types of energy storage cycle combined engines equipped with four stages of mercury gas turbines with multistage mercury gravity turbines.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h) water heat exchange equipment to prepare + various space return aircraft Various types of energy storage cycle combined engines equipped with five stages of multistage mercury gravity turbines.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1h) air heat exchange equipment + various space return aircraft Various types of energy storage cycle combined engines equipped with six stages of mercury gravity turbines.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary airplane (39B) + make horizontal axis (1 h) generator equipped + various space transportation devices (78 V) Drive + cold fuel injection into fuel + ignition + thermal energy and pressure divided and stored separately + various energy storage cycle combined engines with mercury gravity turbines provided in 7 stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel injection and combustion with combustion + acceleration with heat and cold speed separately stored + acceleration with various pressures + mercury gravity turbines equipped with 8 stages of energy conservation cycle combined engine.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel injection and combustion with combustion + acceleration with heat and cold speed separately stored pressure + multistage mercury gravity turbine with 9 stages of multistage mercury gravity turbines combined engines.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel injection and combustion with combustion + acceleration with heat and cold speed separately stored pressure + multistage mercury gravity turbine with 10 stages of multistage mercury gravity turbines combined engines.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel injection ignition combustion + acceleration with heat and cold speed separately stored pressure + various energy storage cycle combined engine equipped with mercury gravity turbine in one stage.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel injection and combustion with combustion + acceleration with heat and cold speed separately stored pressure + + various types of energy storage cycle combined engine with mercury gravity turbine provided in two stages.   Increase the superheated steam thermal and compressed air cold heat to the solar heat turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) heat pump equipped + cold heat to fuel injection ignition combustion A variety of energy storage cycle combined engines equipped with three stages of acceleration + mercury gravity turbines with pressure that is stored separately in + thermal temperature and cold temperature.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1 h) compression heat recovery equipment + to inject cold fuel A variety of energy storage cycle coalescing engines equipped with four stages of mercury gas turbines with four stages of acceleration + multi-stage mercury gravity turbine with pressure divided and stored divided into heat and cold heat speed.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1h) water heat exchange equipment + cold injection fuel injection A variety of energy storage cycle combined engines with five stages of acceleration + multistage mercury gravity turbines with pressure that is stored separately by ignition + thermal temperature and cold temperature.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1 h) air heat exchange equipment + cold injection fuel injection A variety of energy storage cycle combined engines with six stages of acceleration and mercury gravity turbines with ignition and combustion + thermal storage speed and cold storage speed and divided storage pressure.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) generator equipped + cold heat to fuel injection ignition combustion A variety of energy storage cycle combined engines equipped with 7 stages of acceleration + mercury gravity turbines by pressure stored separately in + thermal speed and cold heat speed.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + have a horizontal axis (1 h) heat pump + fuel injection ignition to cold heat Various energy storage cycle combined engines that are equipped with 8 stages of acceleration + mercury gravity turbines with pressure that is stored separately to burn + thermal speed and cold temperature.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to have a horizontal axis (1 h) compression heat recovery unit + fuel to cold heat A variety of energy storage cycle coalescing engines equipped with 9 stages of acceleration, multistage mercury gravity turbines with injection, ignition, combustion, acceleration with pressure divided and stored in thermal speed and cold temperature.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to have a horizontal axis (1 h) water heat exchanger + to cool fuel A variety of energy storage cycle coalescing engines equipped with 10 stages of acceleration, multistage mercury gravity turbines with injection, ignition, combustion, acceleration with pressure divided and stored in thermal speed and cold temperature.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make solar thermal gravity rotation plane (39B) + equip horizontal axis (1 h) air heat exchanger + cold to fuel A variety of energy storage cycle coalescing engines equipped with injection ignition and combustion + acceleration with a temperature separately stored at thermal speed and cold temperature + mercury gravity turbine in one stage.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + have a horizontal axis (1 h) generator + fuel injection ignition to cold heat Various energy storage cycle combined engines that are equipped with two stages of acceleration + mercury gravity turbine with pressure that is stored separately to burn + thermal speed and cold temperature.   Increase the superheated steam thermal and compressed air cold heat to the solar heat turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) heat pump equipped + cold heat to fuel injection ignition combustion A variety of energy storage cycle combined engines equipped with three stages of acceleration + mercury gravity turbines with pressure that is stored separately in + thermal temperature and cold temperature.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1 h) compression heat recovery equipment + to inject cold fuel A variety of energy storage cycle coalescing engines equipped with four stages of mercury gas turbines with four stages of acceleration + multi-stage mercury gravity turbine with pressure divided and stored divided into heat and cold heat speed.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1h) water heat exchange equipment + cold injection fuel injection A variety of energy storage cycle combined engines with five stages of acceleration + multistage mercury gravity turbines with pressure that is stored separately by ignition + thermal temperature and cold temperature.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1 h) air heat exchange equipment + cold injection fuel injection A variety of energy storage cycle combined engines with six stages of acceleration and mercury gravity turbines with ignition and combustion + thermal storage speed and cold storage speed and divided storage pressure.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) generator equipped + cold heat to fuel injection ignition combustion A variety of energy storage cycle combined engines equipped with 7 stages of acceleration + mercury gravity turbines by pressure stored separately in + thermal speed and cold heat speed.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into a solar thermal gravity rotary plane (39B) + horizontal axis (1 h) heat pump equipment + various space transportation devices (78 V) Drive + cold fuel injection into a fuel + ignition heat + acceleration with pressure divided and stored in the heat rate + cold heat rate + Various energy storage cycle coalesced engines equipped with mercury gravity turbine in 8 stages   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) compression heat recovery equipment preparation + various space return aircraft Various types of energy storage cycle combined engines with 9 stages of multistage mercury gravity turbines.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h) water heat exchange equipment to prepare + various space return aircraft Various types of energy storage cycle combined engines equipped with 10 stages of multistage mercury gravity turbines.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1h) air heat exchange equipment + various space return aircraft Various types of energy storage cycle combined engines with acceleration by means of (78 V) driving + fuel injection ignition combustion in cold energy + acceleration with thermal energy and cold energy speed divided by pressure + mercury gravity turbine in one stage.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary airplane (39B) + make horizontal axis (1 h) generator equipped + various space transportation devices (78 V) Driving + cold fuel injection with fuel + ignition + thermal energy and pressure divided and stored at different speeds + Various energy storage cycle coalescing engines equipped with mercury gravity turbines in two stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel injection ignition combustion + acceleration with heat and cold speed separately + acceleration by pressure stored separately + various energy storage cycle coalesced engines equipped with mercury gravity turbine in 3 stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel injection ignition combustion + acceleration with heat and cold speed separately stored pressure + multistage mercury gravity turbine provided with 4 stages of multistage mercury gravity turbine combined engine.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel injection with fuel combustion + acceleration with heat and cold speed separately stored pressure + multistage mercury gravity turbine equipped with 5 stages of multistage mercury gravity turbine combined engine.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel injection ignition combustion + acceleration by thermal energy and cold heat pressure divided pressure + various energy conservation cycle combined engine equipped with mercury gravity turbine in 6 stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel injection and combustion with combustion + acceleration with heat and cold speed separately stored + acceleration with various pressures + mercury gravity turbine 7 stages of various energy storage cycle combined engine.   Solar thermal turbine drive species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotation plane (39B) + configuration to accelerate mercury + intake air path length lens and sunlight A variety of energy storage cycle coalescing engines equipped with eight stages of mercury gravity turbines, with acceleration and pressure divided separately between thermal energy and cold heat speed.   Solar thermal turbine drive species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotation plane (39B) + configuration to accelerate mercury + intake air path length lens and sunlight A variety of energy storage cycle coalescing engines equipped with 9 stages of multistage mercury gravity turbines + acceleration with the heat rate and cold heat rate separately stored with the heat rate and the cold rate.   Solar thermal turbine drive species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotation plane (39B) + configuration to accelerate mercury + intake air path length lens and sunlight A variety of energy storage cycle coalescing engines equipped with 10 stages of multistage mercury gravity turbines + acceleration with the pressure divided and stored in thermal energy and cold energy rate.   Solar thermal turbine drive species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotation plane (39B) + configuration to accelerate mercury + intake air path length lens and sunlight A variety of energy storage cycle coalescing engines with one stage of acceleration + mercury gravity turbines with a pressure divided and stored as thermal energy and cold energy.   Solar thermal turbine drive species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotation plane (39B) + configuration to accelerate mercury + intake air path length lens and sunlight A variety of energy storage cycle coalescing engines equipped with two stages of mercury gravity turbines + two stages of acceleration with the pressure divided and stored separately into thermal energy and cold energy.   Solar thermal turbine drive species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotation plane (39B) + configuration to accelerate mercury + intake air path length lens and sunlight A variety of energy storage cycle coalescing engines equipped with three stages of mercury gravity turbines + acceleration with the pressure divided and stored separately into thermal energy and cold energy rate.   Solar thermal turbine drive species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotation plane (39B) + configuration to accelerate mercury + intake air path length lens and sunlight A variety of energy storage cycle coalescing engines equipped with 4 stages of multistage mercury gravity turbines with acceleration + multi-stage mercury gravity turbines with pressure that is divided and stored as thermal energy and cold energy rate.   Solar thermal turbine drive species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotation plane (39B) + configuration to accelerate mercury + intake air path length lens and sunlight A variety of energy storage cycle coalescing engines equipped with 5 stages of multistage mercury gravity turbines + acceleration with the heat rate and cold heat rate separately stored with heat injection and combustion + thermal energy and cold heat rate   Solar thermal turbine drive species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotation plane (39B) + configuration to accelerate mercury + intake air path length lens and sunlight A variety of energy storage cycle coalescing engines equipped with six stages of mercury gravity turbines, with acceleration and pressure divided separately between thermal energy and cold heat speed.   Solar thermal turbine drive species to increase superheated steam thermal and compressed air cold heat + combined engine injection part (78V) solar thermal gravity rotation plane (39B) + configuration to accelerate mercury + intake air path length lens and sunlight A variety of energy storage cycle coalescing engines equipped with 7 stages of mercury gravity turbines, with acceleration and pressure divided and stored separately into thermal energy and cold energy.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) heat pump equipment + various cargo planes ( 78V) Drive + cold fuel injection and combustion with combustion + acceleration with heat and cold speed separately stored + acceleration with various pressures + mercury gravity turbines equipped with 8 stages of energy conservation cycle combined engine.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) compression heat recovery equipment provision + various cargo planes (78V) Drive + fuel injection into cold energy Ignition combustion + Acceleration with pressure divided and stored in thermal velocity and cold energy + Various energy conservation cycle combined engines equipped with multistage mercury gravity turbine in 9 stages.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h) water heat exchange equipment to prepare + various cargo planes (78V) Drive + fuel injection into cold energy Ignition combustion + Acceleration by pressure stored separately in thermal speed and cold temperature + Various energy storage cycle combined engine equipped with multistage mercury gravity turbine in 10 stages.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1 h) to have air heat exchange equipment + various cargo planes (78V) Drive + fuel injection into cold energy igniter combustion + Acceleration with pressure divided and stored in thermal velocity and cold energy velocity + Various energy conservation cycle combined engines equipped with mercury gravity turbine in one stage.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) generator equipped + various cargo planes ( 78V) Drive + cold fuel injection and combustion with combustion + acceleration with heat and cold speed separately stored pressure + + various types of energy storage cycle combined engine with mercury gravity turbine provided in two stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) heat pump equipment + various cargo planes ( 78V) Drive + cold fuel injection ignition combustion + acceleration with heat and cold speed separately + acceleration by pressure stored separately + various energy storage cycle coalesced engines equipped with mercury gravity turbine in 3 stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) compression heat recovery equipment provision + various cargo planes (78V) Drive + fuel injection into cold energy igniter combustion + Acceleration with pressure divided and stored in thermal velocity and cold energy velocity + Various energy conservation cycle combined engines equipped with mercury gravity turbine in 4 stages.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h) water heat exchange equipment to prepare + various cargo planes (78V) Drive + fuel injection into cold energy igniter combustion + Acceleration with pressure divided and stored in thermal velocity and cold energy velocity + Various energy conservation cycle combined engine equipped with mercury gravity turbine in 5 stages.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1 h) to have air heat exchange equipment + various cargo planes (78V) Drive + fuel injection into cold energy igniter combustion + Acceleration by pressure stored separately in heat rate and cold heat rate + Various energy storage cycle combined engine equipped with mercury gravity turbine in 6 stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) generator equipped + various cargo planes ( 78V) Drive + cold fuel injection and combustion with combustion + acceleration with heat and cold speed separately stored + acceleration with various pressures + mercury gravity turbine 7 stages of various energy storage cycle combined engine.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) heat pump equipment + various cargo planes ( 78V) Drive + cold fuel injection into fuel + ignition + thermal heat rate and cold heat speed with split pressure acceleration + multi-stage mercury gravity turbine provided with eight stages of various energy storage cycle combined engine.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) compression heat recovery equipment provision + various cargo planes (78V) Drive + fuel injection into cold energy Ignition combustion + Acceleration with pressure divided and stored in thermal velocity and cold energy + Various energy conservation cycle combined engines equipped with multistage mercury gravity turbine in 9 stages.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h) water heat exchange equipment to prepare + various cargo planes (78V) Drive + fuel injection into cold energy Ignition combustion + Acceleration by pressure stored separately in thermal speed and cold temperature + Various energy storage cycle combined engine equipped with multistage mercury gravity turbine in 10 stages.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1 h) to have air heat exchange equipment + various cargo planes (78V) Drive + fuel injection to cold heat igniter combustion + acceleration with heat and cold speed separately divided by pressure + acceleration + multi-stage mercury gravity turbine in one stage various energy storage cycle combined engine.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) generator equipped + various cargo planes ( 78V) Drive + cold fuel injection and combustion with combustion + acceleration with heat and cold speed separately stored pressure + multistage mercury gravity turbine provided with two stages of multistage mercury gravity turbine combined engine.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) heat pump equipment + various cargo planes ( 78V) Drive + cold fuel injection and combustion with combustion + acceleration with heat and cold speed separately stored + multistage mercury gravity turbine with three stages of multistage mercury gravity turbines installed at various pressures.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) compression heat recovery equipment provision + various cargo planes (78V) Drive + fuel injection into cold energy Ignition combustion + Acceleration by pressure stored separately in thermal speed and cold temperature + Various energy storage cycle combined engine equipped with multistage mercury gravity turbine in 4 stages.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h) water heat exchange equipment to prepare + various cargo planes (78V) Drive + fuel injection into cold energy Ignition combustion + Acceleration with pressure divided and stored in thermal velocity and cold energy + Various energy conservation cycle combined engine equipped with multistage mercury gravity turbine in 5 stages.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1 h) to have air heat exchange equipment + various cargo planes (78V) Drive + fuel injection into cold energy Ignition combustion + Acceleration by pressure stored separately in thermal speed and cold temperature + Various energy storage cycle combined engine equipped with multistage mercury gravity turbine in 6 stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) generator equipped + various cargo planes ( 78V) Drive + cold fuel injection with fuel combustion + acceleration with heat and cold speed separately stored + multistage mercury gravity turbine with 7 stages of multistage mercury gravity turbines combined engines.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) heat pump equipment + various cargo planes ( 78V) Drive + cold fuel injection and combustion with combustion + acceleration with heat and cold speed separately stored + acceleration with various pressures + mercury gravity turbines equipped with 8 stages of energy conservation cycle combined engine.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) compression heat recovery equipment provision + various cargo planes (78V) Drive + fuel injection into cold energy Ignition combustion + Acceleration with pressure divided and stored in thermal velocity and cold energy + Various energy conservation cycle combined engine equipped with mercury gravity turbine in 9 stages.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h) water heat exchange equipment to prepare + various cargo planes (78V) Drive + fuel injection into cold energy igniter combustion + Acceleration with pressure divided and stored in thermal velocity and cold energy velocity + Various energy conservation cycle combined engines equipped with mercury gravity turbines in 10 stages.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1 h) to have air heat exchange equipment + various cargo planes (78V) Drive + fuel injection into cold energy igniter combustion + Acceleration with pressure divided and stored in thermal velocity and cold energy velocity + Various energy conservation cycle combined engines equipped with mercury gravity turbine in one stage.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) generator equipped + various cargo planes ( 78V) Drive + cold fuel injection and combustion with combustion + acceleration with heat and cold speed separately stored pressure + + various types of energy storage cycle combined engine with mercury gravity turbine provided in two stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) heat pump equipment + various cargo planes ( 78V) Drive + cold fuel injection ignition combustion + acceleration with heat and cold speed separately + acceleration by pressure stored separately + various energy storage cycle coalesced engines equipped with mercury gravity turbine in 3 stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) compression heat recovery equipment provision + various cargo planes (78V) Drive + fuel injection into cold energy igniter combustion + Acceleration with pressure divided and stored in thermal velocity and cold energy velocity + Various energy conservation cycle combined engines equipped with mercury gravity turbine in 4 stages.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h) water heat exchange equipment to prepare + various cargo planes (78V) Drive + fuel injection into cold energy igniter combustion + Acceleration with pressure divided and stored in thermal velocity and cold energy velocity + Various energy conservation cycle combined engine equipped with mercury gravity turbine in 5 stages.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1 h) to have air heat exchange equipment + various cargo planes (78V) Drive + fuel injection into cold energy igniter combustion + Acceleration by pressure stored separately in heat rate and cold heat rate + Various energy storage cycle combined engine equipped with mercury gravity turbine in 6 stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) generator equipped + various cargo planes ( 78V) Drive + cold fuel injection and combustion with combustion + acceleration with heat and cold speed separately stored + acceleration with various pressures + mercury gravity turbine 7 stages of various energy storage cycle combined engine.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) heat pump equipment + various cargo planes ( 78V) Drive + cold fuel injection ignition combustion + acceleration by thermal energy and cold heat pressure divided by pressure + multistage mercury gravity turbine provided with 8 stages of various energy storage cycle combined engine.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) compression heat recovery equipment provision + various cargo planes (78V) Drive + fuel injection into cold energy igniter combustion + Acceleration with thermal pressure and cold energy speed divided by pressure + Various energy storage cycle combined engine equipped with multistage mercury gravity turbine in 9 stages.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h) water heat exchange equipment to prepare + various cargo planes (78V) Drive + fuel injection to cold heat igniter combustion + acceleration with heat and cold speed separately divided by pressure + multistage mercury gravity turbine provided with 10 stages of various energy storage cycle combined engine.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1 h) to have air heat exchange equipment + various cargo planes (78V) Drive + fuel injection to cold heat igniter combustion + acceleration with thermal speed and cold heat speed divided by pressure + various energy storage cycle coalesced engine equipped with multistage mercury gravity turbine in one stage.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into solar thermal gravity rotary plane (39B) + horizontal axis (1 h) generator equipped + various cargo planes ( 78V) Drive + cold fuel injection ignition combustion + acceleration by thermal energy and cold heat pressure divided pressure + various energy conservation cycle combined engine which has multistage mercury gravity turbine in two stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to solar thermal gravity rotation plane (39B) + horizontal axis (1 h) heat pump equipment + maximum gravity and sunlight Use limited + (78V) rocket injection + fuel injection to cold heat for ignition + acceleration with thermal speed and cold heat speed divided by pressure + various energy storage cycle combined engines equipped with mercury gravity turbine in 3 stages.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to solar thermal gravity rotation plane (39B) + horizontal axis (1h) compression heat recovery equipment + gravity or sunlight Make maximum use of + + (78V) rocket injection + fuel injection to a cold energy + ignition combustion + acceleration with thermal speed and cold temperature divided pressure + multistage mercury gravity turbine provided with 4 stages of various energy storage cycle combination organ.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to solar thermal gravity rotation plane (39B) + horizontal axis (1h) water heat exchange equipment + gravity or sunlight Make maximum use of + + (78V) rocket injection + fuel injection to a cold energy + ignition combustion + acceleration with thermal speed and cold temperature divided + pressure with multistage mercury gravity turbine provided with 5 stages of multistage mercury gravity turbine organ.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to solar thermal gravity rotation plane (39B) + horizontal axis (1h) air heat exchange equipment + gravity or sunlight Make maximum use of + + (78V) rocket injection + fuel injection to cool heat + fire ignition + acceleration with thermal speed and cold heat speed divided by pressure + mercury gravity turbine equipped with 6 stages of various energy storage cycle combined engines .   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to solar thermal gravity rotation plane (39B) + horizontal axis (1 h) to equip generator + maximum gravity and sunlight Use limited + (78V) rocket injection + fuel injection to cold heat to burn + thermal energy and cold heat speed to save pressure separately + acceleration with various pressure + mercury gravity turbines combined with various energy storage cycle combined engines.   Increase the superheated steam thermal and compressed air cold heat to the solar heat turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) heat pump equipped + cold heat to fuel injection ignition combustion A variety of energy storage cycle combined engines equipped with 8 stages of acceleration + mercury gravity turbines with pressure that is stored separately + thermal temperature and cold temperature.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1 h) compression heat recovery equipment + to inject cold fuel A variety of energy storage cycle combined engines with 9 stages of acceleration + multistage mercury gravity turbines with pressure that is stored separately as ignition + thermal temperature and cold temperature.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1h) water heat exchange equipment + cold injection fuel injection Various energy storage cycle coalescing engines equipped with 10 stages of acceleration + multistage mercury gravity turbines with pressure that is stored separately as ignition + thermal temperature and cold temperature.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1 h) air heat exchange equipment + cold injection fuel injection A variety of energy storage cycle combined engines with ignition and combustion + acceleration with pressure stored separately as thermal velocity and cold thermal velocity + mercury gravity turbine in one stage.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) generator equipped + cold heat to fuel injection ignition combustion A variety of energy storage cycle combined engines equipped with two stages of acceleration + mercury gravity turbine with pressure that is stored separately + thermal temperature and cold temperature.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + have a horizontal axis (1 h) heat pump + fuel injection ignition to cold heat Various energy storage cycle combined engines that are equipped with 3 stages of acceleration + mercury gravity turbine with pressure that is stored separately by burning + thermal speed and cold temperature.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to have a horizontal axis (1 h) compression heat recovery unit + fuel to cold heat A variety of energy storage cycle coalescing engines equipped with four stages of mercury gas turbines with four stages of acceleration, ignition, combustion, acceleration with pressure divided and stored at thermal speed and cold temperature.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to have a horizontal axis (1 h) water heat exchanger + to cool fuel A variety of energy storage cycle coalescing engines equipped with 5 stages of acceleration, multistage mercury gravity turbines, and acceleration / ignition combustion with combustion + pressure that is stored separately as thermal and cold heat speeds.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make solar thermal gravity rotation plane (39B) + equip horizontal axis (1 h) air heat exchanger + cold to fuel A variety of energy storage cycle coalescing engines equipped with six stages of acceleration, ignition, combustion, acceleration with pressure divided and stored in thermal speed and cold temperature, and mercury gravity turbines in six stages.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + have a horizontal axis (1 h) generator + fuel injection ignition to cold heat Various energy storage cycle combined engines that are equipped with 7 stages of acceleration + mercury gravity turbines with pressure that is stored separately by burning + thermal speed and cold temperature.   Increase the superheated steam thermal and compressed air cold heat to the solar heat turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) heat pump equipped + cold heat to fuel injection ignition combustion A variety of energy storage cycle combined engines equipped with 8 stages of acceleration + mercury gravity turbines with pressure that is stored separately + thermal temperature and cold temperature.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1 h) compression heat recovery equipment + to inject cold fuel A variety of energy storage cycle combined engines with 9 stages of acceleration + multistage mercury gravity turbines with pressure that is stored separately as ignition + thermal temperature and cold temperature.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1h) water heat exchange equipment + cold injection fuel injection Various energy storage cycle coalescing engines equipped with 10 stages of acceleration + multistage mercury gravity turbines with pressure that is stored separately as ignition + thermal temperature and cold temperature.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1 h) air heat exchange equipment + cold injection fuel injection A variety of energy storage cycle combined engines with ignition and combustion + acceleration with pressure stored separately as thermal velocity and cold thermal velocity + mercury gravity turbine in one stage.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) generator equipped + cold heat to fuel injection ignition combustion A variety of energy storage cycle combined engines equipped with two stages of acceleration + mercury gravity turbine with pressure that is stored separately + thermal temperature and cold temperature.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into a solar thermal gravity rotary plane (39B) + horizontal axis (1 h) heat pump equipment + various space transportation devices (78 V) Drive + cold fuel injection into fuel + ignition + thermal energy and pressure divided and stored separately + various energy storage cycle combined engines equipped with mercury gravity turbines in 3 stages.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) compression heat recovery equipment preparation + various space return aircraft Various types of energy storage cycle combined engines equipped with four stages of mercury gas turbines with multistage mercury gravity turbines.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h) water heat exchange equipment to prepare + various space return aircraft Various types of energy storage cycle combined engines equipped with five stages of multistage mercury gravity turbines.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1h) air heat exchange equipment + various space return aircraft Various types of energy storage cycle combined engines equipped with six stages of mercury gravity turbines.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary airplane (39B) + make horizontal axis (1 h) generator equipped + various space transportation devices (78 V) Drive + cold fuel injection into fuel + ignition + thermal energy and pressure divided and stored separately + various energy storage cycle combined engines with mercury gravity turbines provided in 7 stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel injection and combustion with combustion + acceleration with heat and cold speed separately stored + acceleration with various pressures + mercury gravity turbines equipped with 8 stages of energy conservation cycle combined engine.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel injection and combustion with combustion + acceleration with heat and cold speed separately stored pressure + multistage mercury gravity turbine with 9 stages of multistage mercury gravity turbines combined engines.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel injection and combustion with combustion + acceleration with heat and cold speed separately stored pressure + multistage mercury gravity turbine with 10 stages of multistage mercury gravity turbines combined engines.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel injection ignition combustion + acceleration with heat and cold speed separately stored pressure + various energy storage cycle combined engine equipped with mercury gravity turbine in one stage.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel injection and combustion with combustion + acceleration with heat and cold speed separately stored pressure + + various types of energy storage cycle combined engine with mercury gravity turbine provided in two stages.   Increase the superheated steam thermal and compressed air cold heat to the solar heat turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) heat pump equipped + cold heat to fuel injection ignition combustion A variety of energy storage cycle combined engines equipped with three stages of acceleration + mercury gravity turbines with pressure that is stored separately in + thermal temperature and cold temperature.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1 h) compression heat recovery equipment + to inject cold fuel A variety of energy storage cycle coalescing engines equipped with four stages of mercury gas turbines with four stages of acceleration + multi-stage mercury gravity turbine with pressure divided and stored divided into heat and cold heat speed.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1h) water heat exchange equipment + cold injection fuel injection A variety of energy storage cycle combined engines with five stages of acceleration + multistage mercury gravity turbines with pressure that is stored separately by ignition + thermal temperature and cold temperature.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1 h) air heat exchange equipment + cold injection fuel injection A variety of energy storage cycle combined engines with six stages of acceleration and mercury gravity turbines with ignition and combustion + thermal storage speed and cold storage speed and divided storage pressure.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) generator equipped + cold heat to fuel injection ignition combustion A variety of energy storage cycle combined engines equipped with 7 stages of acceleration + mercury gravity turbines by pressure stored separately in + thermal speed and cold heat speed.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + have a horizontal axis (1 h) heat pump + fuel injection ignition to cold heat Various energy storage cycle combined engines that are equipped with 8 stages of acceleration + mercury gravity turbines with pressure that is stored separately to burn + thermal speed and cold temperature.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to have a horizontal axis (1 h) compression heat recovery unit + fuel to cold heat A variety of energy storage cycle coalescing engines equipped with 9 stages of acceleration, multistage mercury gravity turbines with injection, ignition, combustion, acceleration with pressure divided and stored in thermal speed and cold temperature.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to have a horizontal axis (1 h) water heat exchanger + to cool fuel A variety of energy storage cycle coalescing engines equipped with 10 stages of acceleration, multistage mercury gravity turbines with injection, ignition, combustion, acceleration with pressure divided and stored in thermal speed and cold temperature.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make solar thermal gravity rotation plane (39B) + equip horizontal axis (1 h) air heat exchanger + cold to fuel A variety of energy storage cycle coalescing engines equipped with injection ignition and combustion + acceleration with a temperature separately stored at thermal speed and cold temperature + mercury gravity turbine in one stage.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + have a horizontal axis (1 h) generator + fuel injection ignition to cold heat Various energy storage cycle combined engines that are equipped with two stages of acceleration + mercury gravity turbine with pressure that is stored separately to burn + thermal speed and cold temperature.   Increase the superheated steam thermal and compressed air cold heat to the solar heat turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) heat pump equipped + cold heat to fuel injection ignition combustion A variety of energy storage cycle combined engines equipped with three stages of acceleration + mercury gravity turbines with pressure that is stored separately in + thermal temperature and cold temperature.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1 h) compression heat recovery equipment + to inject cold fuel A variety of energy storage cycle coalescing engines equipped with four stages of mercury gas turbines with four stages of acceleration + multi-stage mercury gravity turbine with pressure divided and stored divided into heat and cold heat speed.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1h) water heat exchange equipment + cold injection fuel injection A variety of energy storage cycle combined engines with five stages of acceleration + multistage mercury gravity turbines with pressure that is stored separately by ignition + thermal temperature and cold temperature.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1 h) air heat exchange equipment + cold injection fuel injection A variety of energy storage cycle combined engines with six stages of acceleration and mercury gravity turbines with ignition and combustion + thermal storage speed and cold storage speed and divided storage pressure.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) generator equipped + cold heat to fuel injection ignition combustion A variety of energy storage cycle combined engines equipped with 7 stages of acceleration + mercury gravity turbines by pressure stored separately in + thermal speed and cold heat speed.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into a solar thermal gravity rotary plane (39B) + horizontal axis (1 h) heat pump equipment + various space transportation devices (78 V) Drive + cold fuel injection into a fuel + ignition heat + acceleration with pressure divided and stored in the heat rate + cold heat rate + Various energy storage cycle coalesced engines equipped with mercury gravity turbine in 8 stages   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) compression heat recovery equipment preparation + various space return aircraft Various types of energy storage cycle combined engines with 9 stages of multistage mercury gravity turbines.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h) water heat exchange equipment to prepare + various space return aircraft Various types of energy storage cycle combined engines equipped with 10 stages of multistage mercury gravity turbines.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1h) air heat exchange equipment + various space return aircraft Various types of energy storage cycle combined engines with acceleration by means of (78 V) driving + fuel injection ignition combustion in cold energy + acceleration with thermal energy and cold energy speed divided by pressure + mercury gravity turbine in one stage.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary airplane (39B) + make horizontal axis (1 h) generator equipped + various space transportation devices (78 V) Driving + cold fuel injection with fuel + ignition + thermal energy and pressure divided and stored at different speeds + Various energy storage cycle coalescing engines equipped with mercury gravity turbines in two stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel injection ignition combustion + acceleration with heat and cold speed separately + acceleration by pressure stored separately + various energy storage cycle coalesced engines equipped with mercury gravity turbine in 3 stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel injection ignition combustion + acceleration with heat and cold speed separately stored pressure + multistage mercury gravity turbine provided with 4 stages of multistage mercury gravity turbine combined engine.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel injection with fuel combustion + acceleration with heat and cold speed separately stored pressure + multistage mercury gravity turbine equipped with 5 stages of multistage mercury gravity turbine combined engine.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel injection ignition combustion + acceleration by thermal energy and cold heat pressure divided pressure + various energy conservation cycle combined engine equipped with mercury gravity turbine in 6 stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel injection and combustion with combustion + acceleration with heat and cold speed separately stored + acceleration with various pressures + mercury gravity turbine 7 stages of various energy storage cycle combined engine.   Increase the superheated steam thermal and compressed air cold heat to the solar heat turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) heat pump equipped + cold heat to fuel injection ignition combustion A variety of energy storage cycle combined engines equipped with 8 stages of acceleration + mercury gravity turbines with pressure that is stored separately + thermal temperature and cold temperature.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1 h) compression heat recovery equipment + to inject cold fuel A variety of energy storage cycle combined engines with 9 stages of acceleration + multistage mercury gravity turbines with pressure that is stored separately as ignition + thermal temperature and cold temperature.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1h) water heat exchange equipment + cold injection fuel injection Various energy storage cycle coalescing engines equipped with 10 stages of acceleration + multistage mercury gravity turbines with pressure that is stored separately as ignition + thermal temperature and cold temperature.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1 h) air heat exchange equipment + cold injection fuel injection A variety of energy storage cycle combined engines with ignition and combustion + acceleration with pressure stored separately as thermal velocity and cold thermal velocity + mercury gravity turbine in one stage.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) generator equipped + cold heat to fuel injection ignition combustion A variety of energy storage cycle combined engines equipped with two stages of acceleration + mercury gravity turbine with pressure that is stored separately + thermal temperature and cold temperature.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + have a horizontal axis (1 h) heat pump + fuel injection ignition to cold heat Various energy storage cycle combined engines that are equipped with 3 stages of acceleration + mercury gravity turbine with pressure that is stored separately by burning + thermal speed and cold temperature.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to have a horizontal axis (1 h) compression heat recovery unit + fuel to cold heat A variety of energy storage cycle coalescing engines equipped with four stages of mercury gas turbines with four stages of acceleration, ignition, combustion, acceleration with pressure divided and stored at thermal speed and cold temperature.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to have a horizontal axis (1 h) water heat exchanger + to cool fuel A variety of energy storage cycle coalescing engines equipped with 5 stages of acceleration, multistage mercury gravity turbines, and acceleration / ignition combustion with combustion + pressure that is stored separately as thermal and cold heat speeds.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make solar thermal gravity rotation plane (39B) + equip horizontal axis (1 h) air heat exchanger + cold to fuel A variety of energy storage cycle coalescing engines equipped with six stages of acceleration, ignition, combustion, acceleration with pressure divided and stored in thermal speed and cold temperature, and mercury gravity turbines in six stages.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + have a horizontal axis (1 h) generator + fuel injection ignition to cold heat Various energy storage cycle combined engines that are equipped with 7 stages of acceleration + mercury gravity turbines with pressure that is stored separately by burning + thermal speed and cold temperature.   Increase the superheated steam thermal and compressed air cold heat to the solar heat turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) heat pump equipped + cold heat to fuel injection ignition combustion A variety of energy storage cycle combined engines equipped with 8 stages of acceleration + mercury gravity turbines with pressure that is stored separately + thermal temperature and cold temperature.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1 h) compression heat recovery equipment + to inject cold fuel A variety of energy storage cycle combined engines with 9 stages of acceleration + multistage mercury gravity turbines with pressure that is stored separately as ignition + thermal temperature and cold temperature.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1h) water heat exchange equipment + cold injection fuel injection Various energy storage cycle coalescing engines equipped with 10 stages of acceleration + multistage mercury gravity turbines with pressure that is stored separately as ignition + thermal temperature and cold temperature.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1 h) air heat exchange equipment + cold injection fuel injection A variety of energy storage cycle combined engines with ignition and combustion + acceleration with pressure stored separately as thermal velocity and cold thermal velocity + mercury gravity turbine in one stage.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) generator equipped + cold heat to fuel injection ignition combustion A variety of energy storage cycle combined engines equipped with two stages of acceleration + mercury gravity turbine with pressure that is stored separately + thermal temperature and cold temperature.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) into a solar thermal gravity rotary plane (39B) + horizontal axis (1 h) heat pump equipment + various space transportation devices (78 V) Drive + cold fuel injection into fuel + ignition + thermal energy and pressure divided and stored separately + various energy storage cycle combined engines equipped with mercury gravity turbines in 3 stages.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) compression heat recovery equipment preparation + various space return aircraft Various types of energy storage cycle combined engines equipped with four stages of mercury gas turbines with multistage mercury gravity turbines.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + horizontal axis (1h) water heat exchange equipment to prepare + various space return aircraft Various types of energy storage cycle combined engines equipped with five stages of multistage mercury gravity turbines.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1h) air heat exchange equipment + various space return aircraft Various types of energy storage cycle combined engines equipped with six stages of mercury gravity turbines.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary airplane (39B) + make horizontal axis (1 h) generator equipped + various space transportation devices (78 V) Drive + cold fuel injection into fuel + ignition + thermal energy and pressure divided and stored separately + various energy storage cycle combined engines with mercury gravity turbines provided in 7 stages.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel injection and combustion with combustion + acceleration with heat and cold speed separately stored + acceleration with various pressures + mercury gravity turbines equipped with 8 stages of energy conservation cycle combined engine.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel injection and combustion with combustion + acceleration with heat and cold speed separately stored pressure + multistage mercury gravity turbine with 9 stages of multistage mercury gravity turbines combined engines.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel injection and combustion with combustion + acceleration with heat and cold speed separately stored pressure + multistage mercury gravity turbine with 10 stages of multistage mercury gravity turbines combined engines.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel injection ignition combustion + acceleration with heat and cold speed separately stored pressure + various energy storage cycle combined engine equipped with mercury gravity turbine in one stage.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + Make combined engine injection part (78V) solar thermal gravity rotary plane (39B) + Make mercury downward accelerating solar thermal turbine driving species + Various airliners 78V) Drive + cold fuel injection and combustion with combustion + acceleration with heat and cold speed separately stored pressure + + various types of energy storage cycle combined engine with mercury gravity turbine provided in two stages.   Increase the superheated steam thermal and compressed air cold heat to the solar heat turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) heat pump equipped + cold heat to fuel injection ignition combustion A variety of energy storage cycle combined engines equipped with three stages of acceleration + mercury gravity turbines with pressure that is stored separately in + thermal temperature and cold temperature.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1 h) compression heat recovery equipment + to inject cold fuel A variety of energy storage cycle coalescing engines equipped with four stages of mercury gas turbines with four stages of acceleration + multi-stage mercury gravity turbine with pressure divided and stored divided into heat and cold heat speed.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1h) water heat exchange equipment + cold injection fuel injection A variety of energy storage cycle combined engines with five stages of acceleration + multistage mercury gravity turbines with pressure that is stored separately by ignition + thermal temperature and cold temperature.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1 h) air heat exchange equipment + cold injection fuel injection A variety of energy storage cycle combined engines with six stages of acceleration and mercury gravity turbines with ignition and combustion + thermal storage speed and cold storage speed and divided storage pressure.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) generator equipped + cold heat to fuel injection ignition combustion A variety of energy storage cycle combined engines equipped with 7 stages of acceleration + mercury gravity turbines by pressure stored separately in + thermal speed and cold heat speed.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + have a horizontal axis (1 h) heat pump + fuel injection ignition to cold heat Various energy storage cycle combined engines that are equipped with 8 stages of acceleration + mercury gravity turbines with pressure that is stored separately to burn + thermal speed and cold temperature.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to have a horizontal axis (1 h) compression heat recovery unit + fuel to cold heat A variety of energy storage cycle coalescing engines equipped with 9 stages of acceleration, multistage mercury gravity turbines with injection, ignition, combustion, acceleration with pressure divided and stored in thermal speed and cold temperature.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to have a horizontal axis (1 h) water heat exchanger + to cool fuel A variety of energy storage cycle coalescing engines equipped with 10 stages of acceleration, multistage mercury gravity turbines with injection, ignition, combustion, acceleration with pressure divided and stored in thermal speed and cold temperature.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make solar thermal gravity rotation plane (39B) + equip horizontal axis (1 h) air heat exchanger + cold to fuel A variety of energy storage cycle coalescing engines equipped with injection ignition and combustion + acceleration with a temperature separately stored at thermal speed and cold temperature + mercury gravity turbine in one stage.   To increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) to make a solar thermal gravity rotary plane (39B) + have a horizontal axis (1 h) generator + fuel injection ignition to cold heat Various energy storage cycle combined engines that are equipped with two stages of acceleration + mercury gravity turbine with pressure that is stored separately to burn + thermal speed and cold temperature.   Increase the superheated steam thermal and compressed air cold heat to the solar heat turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) heat pump equipped + cold heat to fuel injection ignition combustion A variety of energy storage cycle combined engines equipped with three stages of acceleration + mercury gravity turbines with pressure that is stored separately in + thermal temperature and cold temperature.   To increase the superheated steam thermal and compressed air cold heat to the solar thermal turbine driving species + to make a combined engine injection part (78V) a solar thermal gravity rotary plane (39B) + to make a horizontal axis (1 h) compression heat recovery equipment + to inject cold fuel A variety of energy storage cycle coalescing engines equipped with four stages of mercury gas turbines with four stages of acceleration + multi-stage mercury gravity turbine with pressure divided and stored divided into heat and cold heat speed.   Increase superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1h) water heat exchange equipment + cold injection fuel injection A variety of energy storage cycle combined engines with five stages of acceleration + multistage mercury gravity turbines with pressure that is stored separately by ignition + thermal temperature and cold temperature.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotation plane (39B) + horizontal axis (1 h) air heat exchange equipment + cold injection fuel injection A variety of energy storage cycle combined engines with six stages of acceleration and mercury gravity turbines with ignition and combustion + thermal storage speed and cold storage speed and divided storage pressure.   Increase the superheated steam thermal and compressed air cold heat to solar thermal turbine driving species + combine engine injection part (78V) solar thermal gravity rotary plane (39B) + horizontal axis (1h) generator equipped + cold heat to fuel injection ignition combustion A variety of energy storage cycle combined engines equipped with 7 stages of acceleration + mercury gravity turbines by pressure stored separately in + thermal speed and cold heat speed.   A variety of energy storage cycle coalescing engines, equipped with eight stages of mercury gravity turbines capable of fully automated processing, in combination with a (78V) solar thermal gravity rotary airplane (39B), metal ball liquid metal gravity solar thermal turbines.   There are 9 stages of mercury gravity turbines capable of fully automatic processing, and (78V) solar thermal gravity rotary airplane (39B) metal spheres liquid metal gravity combined with various types of energy storage cycle engines driven by solar thermal turbines.   Various energy conservation cycle combined engines equipped with 10 stages of mercury gravity turbines capable of fully automatic processing and using a (78V) solar thermal gravity rotary airplane (39B) metal sphere liquid metal gravity solar thermal turbine in combination.   Various energy conservation cycle combined engines equipped with a mercury gravity turbine capable of fully automatic processing in one stage and driven in combination with a (78V) solar thermal gravity rotary airplane (39B) metal sphere liquid metal gravity solar heat turbine.   Various energy conservation cycle combined engines equipped with two stages of mercury gravity turbines capable of fully automatic processing and (78V) solar thermal gravity rotary airplane (39B) metal sphere liquid metal gravity solar heat turbine combined use.   A variety of energy storage cycle coalescing engines, equipped with three stages of mercury gravity turbines capable of fully automated processing, and driven in combination with a (78 V) solar thermal gravity rotary airplane (39B) metal sphere liquid metal gravity turbine.   A variety of energy storage cycle coalescing engines, equipped with four stages of mercury gravity turbines capable of fully automated processing, and driven in combination with a (78 V) solar thermal gravity rotary airplane (39B) metal sphere liquid metal gravity turbine.   A variety of energy storage cycle coalescing engines, equipped with five stages of mercury gravity turbines capable of fully automatic processing, (78V) solar thermal gravity rotary airplane (39B), metal sphere liquid metal gravity turbine combined use.   A variety of energy storage cycle coalescing engines, equipped with six stages of mercury gravity turbines capable of fully automated processing, and driven in combination with a (78V) solar thermal gravity rotary airplane (39B) metal sphere liquid metal gravity turbine.   A variety of energy storage cycle coalescing engines, equipped with 7 stages of mercury gravity turbines capable of fully automated processing, and driven in combination with a (78V) solar thermal gravity rotary airplane (39B) metal sphere liquid metal gravity turbine.   Various energy storage cycle combined engines with mercury gravity turbine blade cross section (4A) provided 25 times and combined engine injection part (78V) solar thermal gravity rotary airplane (39B) metal sphere liquid metal gravity turbine combined drive.   Various energy conservation cycle combined engines that double mercury mercury turbine blade section (4A) and combine engine injection part (78V) solar thermal gravity rotary airplane (39B) metal sphere liquid metal gravity turbine combined drive.   Various energy conservation cycle combined engines that triple mercury mercury turbine blade section (4A) and combine engine injection part (78V) solar thermal gravity rotary airplane (39B) metal sphere liquid metal gravity turbine combined drive.   A variety of energy storage cycle combined engines that are equipped with a mercury gravity turbine blade cross section (4A) quadrupled and combined engine injection part (78V) solar thermal gravity rotary plane (39B) metal sphere liquid metal gravity turbine combined drive.   A variety of energy storage cycle combined engines that are equipped with a mercury gravity turbine blade cross section (4A) by 5 times to make combined engine injection part (78V) solar thermal gravity rotary airplane (39B) metal sphere liquid metal gravity turbine combined drive.   A variety of energy storage cycle combined engines with a mercury gravity turbine blade cross section (4A) provided by 6 times and combined engine injection part (78V) solar thermal gravity rotary airplane (39B) liquid metal gravity solar thermal turbine combined drive.   A variety of energy storage cycle combined engines with a 7-fold mercury gravity turbine blade cross section (4A) and combined drive unit (78V) solar thermal gravity rotary airplane (39B) liquid metal gravity solar thermal turbine combined drive.   A variety of energy storage cycle combined engines with an 8-fold mercury gravity turbine blade section (4A) and combined engine injection part (78V) solar thermal gravity rotary airplane (39B) liquid metal gravity solar thermal turbine combined drive.   Various energy storage cycle combined engines with 9 times mercury gravity turbine blade section (4A) and combined engine injection part (78V) solar thermal gravity rotary airplane (39B) liquid metal gravity solar thermal turbine combined drive.   A variety of energy storage cycle combined engines with 10 times mercury gravity turbine blade cross section (4A) and combined engine injection part (78V) solar thermal gravity rotary airplane (39B) liquid metal gravity solar thermal turbine combined drive.   A variety of energy storage cycle combined engines with 11g mercury gravity turbine blade cross section (4A) and combined engine injection part (78V) solar thermal gravity rotary airplane (39B) liquid metal gravity solar thermal turbine combined drive.   A variety of energy storage cycle combined engines with a 12-fold mercury gravity turbine blade section (4A) and combined drive unit (78V) solar thermal gravity rotary airplane (39B) liquid metal gravity solar thermal turbine combined drive.   A variety of energy storage cycle combined engines with a 13-fold mercury gravity turbine blade section (4A) and combined drive unit (78V) solar thermal gravity rotary airplane (39B) liquid metal gravity solar thermal turbine combined drive.   A variety of energy storage cycle combined engines with a 14-fold mercury gravity turbine blade cross section (4A) and combined drive unit (78V) solar thermal gravity rotary plane (39B) liquid metal gravity solar thermal turbine combined drive.   A variety of energy storage cycle combined engines with a 15-fold mercury gravity turbine blade section (4A) and combined drive unit (78V) solar thermal gravity rotary airplane (39B) liquid metal gravity solar thermal turbine combined drive.   A variety of energy storage cycle combined engines with 16x mercury gravity turbine blade cross section (4A) and combined engine injection part (78V) solar thermal gravity rotary airplane (39B) metal sphere mercury gravity solar thermal turbine combined drive.   A variety of energy storage cycle combined engines with a 17-fold mercury gravity turbine blade section (4A) and combined drive unit (78V) solar thermal gravity rotary airplane (39B) metal sphere mercury gravity solar thermal turbine combined drive.   A variety of energy storage cycle combined engines with 18x mercury gravity turbine blade section (4A) and combined engine injection part (78V) solar thermal gravity rotary plane (39B) metal sphere mercury gravity solar thermal turbine combined drive.   A variety of energy storage cycle combined engines with a mercury gravity turbine blade section (4A) of 19 times and combined engine injection part (78V) solar thermal gravity rotary plane (39B) metal sphere mercury gravity solar thermal turbine combined drive.   Various energy conservation cycle combined engines with mercury gravity turbine blade section (4A) provided 20 times and combined engine injection part (78V) solar thermal gravity rotary airplane (39B) metal sphere mercury gravity solar thermal turbine combined drive.   A variety of energy storage cycle combined engines with a mercury gravity turbine blade section (4A) of 21 times and combined engine injection part (78V) solar thermal gravity rotary plane (39B) metal sphere mercury gravity solar thermal turbine combined drive.   A variety of energy storage cycle combined engines with 22x mercury gravity turbine blade cross section (4A) and combined engine injection part (78V) solar thermal gravity rotary plane (39B) metal sphere mercury gravity solar thermal turbine combined drive.   A variety of energy storage cycle combined engines with a mercury gravity turbine blade section (4A) 23 times larger and combined engine injection part (78V) solar thermal gravity rotary plane (39B) metal sphere mercury gravity solar thermal turbine combined drive.   A variety of energy storage cycle combined engines with 24x mercury gravity turbine blade section (4A) and combined engine injection part (78V) solar thermal gravity rotary plane (39B) metal sphere mercury gravity solar thermal turbine combined drive.   Various energy conservation cycle combined engines with mercury gravity turbine blade cross section (4B) provided 25 times and combined engine injection part (78V) solar thermal gravity rotary plane (39B) metal sphere mercury gravity solar thermal turbine combined drive.   Various energy preservation cycle combined engines which double mercury mercury turbine blade section (4B) and make combined engine injection part (78V) solar thermal gravity rotary airplane (39B) liquid metal gravity solar thermal turbine combined drive.   Various energy storage cycle coalescing engines equipped with a mercury gravity turbine blade section (4B) tripled and combined engine injection part (78V) solar thermal gravity rotary airplane (39B) liquid metal gravity solar thermal turbine combined drive.   A variety of energy storage cycle combined engines with quadrupled mercury gravity turbine blade cross section (4B) and combined drive unit (78V) solar thermal gravity rotary airplane (39B) liquid metal gravity solar thermal turbine combined drive.   Various energy conservation cycle combined engines with a mercury gravity turbine blade cross section (4B) provided 5 times and combined engine injection part (78V) solar thermal gravity rotary airplane (39B) liquid metal gravity solar thermal turbine combined drive.   A variety of energy storage cycle combined engines with a mercury gravity turbine blade cross section (4B) provided by 6 times and combined engine injection part (78V) solar thermal gravity rotary airplane (39B) liquid metal gravity solar thermal turbine combined drive.   A variety of energy storage cycle combined engines with a 7-fold mercury gravity turbine blade cross section (4B) and combined drive unit (78V) solar thermal gravity rotary airplane (39B) liquid metal gravity solar thermal turbine combined drive.   Various energy conservation cycle combined engines with a mercury gravity turbine blade cross section (4B) eight times as large as the combined engine injection part (78V) solar thermal gravity rotary plane (39B) liquid metal gravity solar thermal turbine combined drive.   A variety of energy storage cycle combined engines with 9 times the mercury gravity turbine blade cross section (4B) and combined driving of the engine injection part (78V) solar thermal gravity rotary airplane (39B) liquid metal gravity solar thermal turbine combined drive.   Various energy conservation cycle combined engines with 10 times mercury gravity turbine blade cross section (4B) and combined engine injection part (78V) solar thermal gravity rotary airplane (39B) liquid metal gravity solar thermal turbine combined drive.   A variety of energy storage cycle combined engines with 11g mercury gravity turbine blade cross section (4B) and combined engine injection part (78V) solar thermal gravity rotary airplane (39B) liquid metal gravity solar thermal turbine combined drive.   A variety of energy storage cycle combined engines with 12 times the mercury gravity turbine blade section (4B) and combined driving of the engine injection part (78V), solar thermal gravity rotary plane (39B), metal sphere liquid metal gravity turbine combined driving.   A variety of energy storage cycle combined engines with a mercury gravity turbine blade section (4B) 13 times as large as the combined engine injection part (78V) solar thermal gravity rotary plane (39B) metal ball liquid metal gravity turbine combined drive.   A variety of energy storage cycle combined engines with a 14-fold mercury gravity turbine blade cross section (4B) and combined driving of the engine injection part (78V) solar thermal gravity rotary plane (39B) metal sphere liquid metal gravity turbine combined drive.   A variety of energy storage cycle combined engines with 15 times the mercury gravity turbine blade section (4B) and combined driving of the engine injection part (78V) solar thermal gravity rotary airplane (39B) metal sphere liquid metal gravity turbine combined driving.   A variety of energy storage cycle combined engines with 16x mercury gravity turbine blade cross section (4B) and combined drive system (78V) solar thermal gravity rotary plane (39B) metal sphere liquid metal gravity turbine combined drive.   A variety of energy storage cycle combined engines with a 17-fold mercury gravity turbine blade section (4B) and combined drive of a combined engine injection part (78V) solar thermal gravity rotary plane (39B) coated metal sphere mercury gravity turbine combined drive.   A variety of energy storage cycle combined engines with 18 times the mercury gravity turbine blade section (4B) and combined drive of the combined engine injection part (78V) solar thermal gravity rotary airplane (39B) coated metal sphere mercury gravity turbine combined use drive.   A variety of energy storage cycle combined engines with 19 times the mercury gravity turbine blade cross section (4B) and combined drive of the combined engine injection part (78V) solar thermal gravity rotary plane (39B) coated metal sphere mercury gravity turbine combined use drive.   A variety of energy storage cycle combined engines with 20 times the mercury gravity turbine blade cross section (4B) and combined drive of the combined engine injection part (78V) solar thermal gravity rotary airplane (39B) coated metal sphere mercury gravity turbine combined use drive.   A variety of energy storage cycle combined engines with 21g of mercury gravity turbine blade section (4B) and combined driving of engine jet part (78V), solar thermal gravity rotary airplane (39B), coated metal spheres and mercury gravity turbine combined drive.   A variety of energy storage cycle combined engines with a 22-fold mercury gravity turbine blade cross section (4B) and combined driving of the engine injection part (78V) solar thermal gravity rotary plane (39B) with metal sphere mercury gravity solar thermal turbine combined driving.   A variety of energy storage cycle combined engines with a 23-fold mercury gravity turbine blade section (4B) and combined drive unit (78V) solar thermal gravity rotary plane (39B) metal sphere mercury gravity solar thermal turbine combined drive.   A variety of energy storage cycle combined engines with 24 times the mercury gravity turbine blade section (4B) and combined drive unit (78V) solar thermal gravity rotary airplane (39B) metal sphere mercury gravity solar thermal turbine combined drive.   Various energy conservation cycle combined engines with mercury gravity turbine blade cross section (4C) 25 times larger and combined engine injection part (78V) solar thermal gravity rotary plane (39B) metal sphere mercury gravity solar thermal turbine combined drive.   Various energy preservation cycle combined engines which double mercury mercury turbine blade section (4C) and combine engine injection part (78V) solar thermal gravity rotary airplane (39B) metal sphere mercury gravity solar thermal turbine combined drive.   Various energy preservation cycle combined engines which triple mercury mercury turbine blade section (4C) and make combined engine injection part (78V) solar thermal gravity rotary airplane (39B) metal sphere mercury gravity solar thermal turbine combined drive.   Various energy conservation cycle combined engines with quadrupled mercury gravity turbine blade cross section (4C) and combined drive system (78V) solar thermal gravity rotary plane (39B) metal sphere mercury gravity solar thermal turbine combined drive.   A variety of energy storage cycle combined engines that are equipped with a mercury gravity turbine blade cross section (4C) by a factor of 5 to drive the combined engine injection part (78V) solar thermal gravity rotary airplane (39B) metal sphere mercury gravity solar thermal turbine combined use.   Various energy conservation cycle combined engines with a mercury gravity turbine blade cross section (4C) of 6 times and combined engine injection part (78V) solar thermal gravity rotary airplane (39B) metal sphere mercury gravity solar thermal turbine combined drive.   A variety of energy storage cycle combined engines with a 7-fold mercury gravity turbine blade section (4C) and a combined engine injection part (78V) solar thermal gravity rotary plane (39B) metal sphere mercury gravity solar thermal turbine combined drive.   A variety of energy storage cycle combined engines with an 8-fold mercury gravity turbine blade section (4C) and a combined engine injection part (78V) solar thermal gravity rotary plane (39B) coated metal sphere mercury ball turbine combined drive.   A variety of energy storage cycle combined engines with 9 times the mercury gravity turbine blade section (4C) and combined drive of the combined engine injection part (78V) solar thermal gravity rotary airplane (39B) coated metal sphere mercury gravity turbine combined use drive.   A variety of energy storage cycle combined engines with 10 times the mercury gravity turbine blade cross section (4C) and combined drive of the combined engine injection part (78V) solar thermal gravity rotary airplane (39B) coated metal sphere mercury gravity turbine combined drive.   A variety of energy storage cycle combined engines with 11g of mercury gravity turbine blade cross section (4C) and combined driving of engine jet part (78V), solar thermal gravity rotary plane (39B), coated metal spheres and mercury gravity turbine combined drive.   A variety of energy storage cycle combined engines with 12 times the mercury gravity turbine blade section (4C) and combined drive of the combined engine injection part (78V) solar thermal gravity rotary airplane (39B) coated metal sphere mercury gravity turbine combined drive.   A variety of energy storage cycle combined engines with a 13-fold mercury gravity turbine blade cross section (4C) and combined drive of a combined engine injection part (78V) solar thermal gravity rotary plane (39B) coated metal sphere mercury gravity turbine combined drive.   A variety of energy storage cycle combined engines with a 14-fold mercury gravity turbine blade cross section (4C) and combined drive of a combined engine injection part (78 V) solar thermal gravity rotary airplane (39B) coated metal sphere mercury gravity turbine combined drive.   A variety of energy storage cycle combined engines with 15 times the mercury gravity turbine blade section (4C) and combined drive of the combined engine injection part (78V) solar thermal gravity rotary airplane (39B) coated metal sphere mercury gravity turbine combined drive.   A variety of energy storage cycle combined engines with 16 times the mercury gravity turbine blade cross section (4C) and combined drive of the combined engine injection part (78V) solar thermal gravity rotary plane (39B) coated metal sphere mercury gravity turbine combined drive.   A variety of energy storage cycle combined engines with a 17-fold mercury gravity turbine blade cross section (4C) and combined drive of a combined engine injection part (78V) solar thermal gravity rotary airplane (39B) coated metal sphere mercury gravity turbine combined drive.   A variety of energy storage cycle combined engines with a mercury gravity turbine blade cross section (4C) of 18 times and combined engine injection part (78V) solar thermal gravity rotary plane (39B) metal ball gravity impact reduction turbine combined drive.   A variety of energy storage cycle combined engines with 19 times mercury gravity turbine blade cross section (4C) and combined engine injection part (78V) solar thermal gravity rotary plane (39B) metal ball gravity impact reduction turbine combined drive.   A variety of energy storage cycle combined engines with a 20x mercury gravity turbine blade section (4C) and combined engine injection part (78V) solar thermal gravity rotary airplane (39B) metal ball gravity impact reduction turbine combined drive.   Various energy storage cycle combined engines with 21g mercury gravity turbine blade cross section (4C) and combined engine injection part (78V) solar thermal gravity rotary plane (39B) metal ball gravity impact reduction turbine combined drive.   A variety of energy storage cycle combined engines with 22x mercury gravity turbine blade section (4C) and combined engine injection part (78V) solar thermal gravity rotary plane (39B) metal ball gravity impact reduction turbine combined drive.   A variety of energy storage cycle combined engines with a 23-fold mercury gravity turbine blade section (4C) and a combined engine injection part (78V) solar thermal gravity rotary plane (39B) metal ball gravity impact reduction turbine combined drive.   A variety of energy storage cycle combined engines with a 24x mercury gravity turbine blade section (4C) and combined engine injection part (78V) solar thermal gravity rotary plane (39B) metal ball gravity impact reduction turbine combined drive.   A variety of energy storage cycle combined engines with a 25x mercury gravity turbine blade section (4D) and combined engine injection part (78V) solar thermal gravity rotary airplane (39B) metal ball gravity impact reduction turbine combined drive.   Various energy conservation cycle combined engines that double mercury mercury turbine blade section (4D) and combine engine injection part (78V) solar thermal gravity rotary plane (39B) with metal ball gravity impact reduction turbine combined drive.   Various energy preservation cycle combined engines which triple mercury mercury turbine blade section (4D) and combine engine injection part (78V) solar thermal gravity rotary airplane (39B) metal ball gravity impact reduction turbine combined drive.   A variety of energy storage cycle combined engines with quadruple mercury gravity turbine blade cross section (4D) and combined engine injection part (78V) solar thermal gravity rotary plane (39B) ratio critical material gravity impact reduction turbine combined drive.   Various energy conservation cycle combined engines that are equipped with mercury gravity turbine blade cross section (4D) 5 times and combined engine injection part (78V) solar thermal gravity rotary airplane (39B) ratio critical substance gravity impact reduction turbine combined drive.   Various energy storage cycle combined engines that are equipped with a mercury gravity turbine blade cross section (4D) by 6 times and combined engine injection part (78V) solar thermal gravity rotary plane (39B) ratio critical substance gravity impact reduction turbine combined drive.   A variety of energy storage cycle combined engines with a 7-fold mercury gravity turbine blade section (4D) and combined engine injection part (78V) solar thermal gravity rotary plane (39B) ratio critical material gravity impact reduction turbine combined drive.   A variety of energy storage cycle combined engines with a mercury gravity turbine blade section (4D) eight times as large as the combined engine injection part (78V) solar thermal gravity rotary plane (39B) ratio critical material gravity impact reduction turbine combined drive.   Various energy storage cycle combined engines with 9 times mercury gravity turbine blade cross section (4D) and combined engine injection part (78V) solar thermal gravity rotary plane (39B) ratio critical material gravity impact reduction turbine combined drive.   Various energy conservation cycle combined engines that are equipped with 10 times mercury gravity turbine blade cross section (4D) and combined engine injection part (78V) solar thermal gravity rotary plane (39B) ratio critical substance gravity impact reduction turbine combined drive.   A variety of energy storage cycle combined engines with 11g mercury gravity turbine blade cross section (4D) and combined engine injection part (78V) solar thermal gravity rotary plane (39B) ratio critical material gravity impact reduction turbine combined drive.   A variety of energy storage cycle combined engines with 12 times the mercury gravity turbine blade section (4D) and combined engine injection part (78V) solar thermal gravity rotary plane (39B) ratio critical material gravity impact reduction turbine combined drive.   A variety of energy storage cycle combined engines with a mercury gravity turbine blade section (4D) 13 times as large as the combined engine injection part (78V) solar thermal gravity rotary plane (39B) ratio critical material gravity impact reduction turbine combined drive.   A variety of energy storage cycle combined engines with a 14-fold mercury gravity turbine blade cross section (4D) and combined engine injection part (78V) solar thermal gravity rotary plane (39B) metal ball gravity impact reduction turbine combined drive.   A variety of energy storage cycle combined engines with a 15-fold mercury gravity turbine blade section (4D) and combined engine injection part (78V) solar thermal gravity rotary plane (39B) metal ball gravity impact reduction turbine combined drive.   A variety of energy storage cycle combined engines with 16x mercury gravity turbine blade section (4D) and combined engine injection part (78V) solar thermal gravity rotary plane (39B) metal ball gravity impact reduction turbine combined drive.   A variety of energy storage cycle combined engines with 17x mercury gravity turbine blade cross section (4D) and combined engine injection part (78V) solar thermal gravity rotary plane (39B) metal ball gravity impact reduction turbine combined drive.   A variety of energy storage cycle combined engines with 18x mercury gravity turbine blade cross section (4D) and combined engine injection part (78V) solar thermal gravity rotary plane (39B) metal ball gravity impact reduction turbine combined drive.   A variety of energy storage cycle combined engines with a mercury gravity turbine blade section (4D) of 19 times and combined engine injection part (78V) solar thermal gravity rotary plane (39B) metal ball gravity impact reduction turbine combined drive.   A variety of energy storage cycle combined engines with 20x mercury gravity turbine blade section (4D) and combined engine injection part (78V) solar thermal gravity rotary plane (39B) metal ball gravity impact reduction turbine combined drive.   A variety of energy storage cycle combined engines with 21x mercury gravity turbine blade cross section (4D) and combined engine injection part (78V) solar thermal gravity rotary plane (39B) metal ball gravity impact reduction turbine combined drive.   A variety of energy storage cycle coalescing engines equipped with a mercury gravity turbine blade section (4D) 22 times and combined engine injection part (78V) solar thermal gravity rotary plane (39B) metal ball gravity impact reduction turbine combined drive.   A variety of energy storage cycle combined engines with a mercury gravity turbine blade section (4D) 23 times larger and combined engine injection part (78V) solar thermal gravity rotary plane (39B) metal ball gravity impact reduction turbine combined drive.   A variety of energy storage cycle combined engines with 24x mercury gravity turbine blade cross section (4D) and combined engine injection part (78V) solar thermal gravity rotary airplane (39B) coated metal sphere gravity impact reduction turbine combined drive.   A variety of energy storage cycle combined engines with a mercury gravity turbine blade section (4E) 25 times larger and combined engine injection part (78V) solar thermal gravity rotary airplane (39B) coated metal sphere gravity impact reduction turbine combined drive.   Various energy preservation cycle combined engines which double mercury mercury turbine blade section (4E) and combine engine injection part (78V) solar thermal gravity rotary airplane (39B) coated metal sphere gravity impact reduction turbine combined drive.   Various energy storage cycle combined engines that triple mercury mercury turbine blade section (4E) and combine engine injection part (78V) solar thermal gravity rotary plane (39B) coated metal sphere gravity impact reduction turbine combined drive.   A variety of energy storage cycle combined engines with quadruple mercury gravity turbine blade cross section (4E) to drive combined engine injection part (78V) solar thermal gravity rotary plane (39B) coated metal sphere gravity impact reduction turbine combined drive.   A variety of energy storage cycle combined engines with a 5x mercury gravity turbine blade section (4E) and combined driving of the engine injection part (78V) solar thermal gravity rotary plane (39B) coated metal sphere gravity impact reduction turbine combined drive.   Various energy storage cycle combined engines with 6 times mercury gravity turbine blade section (4E) and combined engine injection part (78V) solar thermal gravity rotary airplane (39B) coated metal sphere gravity impact reduction turbine combined drive.   A variety of energy storage cycle combined engines with a 7-fold mercury gravity turbine blade cross section (4E) and combined drive system (78V) solar thermal gravity rotary airplane (39B) coated metal sphere gravity impact reduction turbine combined drive.   A variety of energy storage cycle combined engines with an 8-fold mercury gravity turbine blade section (4E) and combined drive system (78V) solar thermal gravity rotary plane (39B) coated metal sphere gravity impact reduction turbine combined drive.   Various energy storage cycle combined engines with 9 times mercury gravity turbine blade section (4E) and combined engine injection part (78V) solar thermal gravity rotary airplane (39B) coated metal sphere gravity impact reduction turbine combined drive.   Various energy storage cycle coalescing engines with mercury gravity turbine blade cross section (4E) provided 10 times and combined engine injection part (78V) solar thermal gravity rotary plane (39B) ratio critical material gravity impact reduction turbine combined drive.   A variety of energy storage cycle combined engines with 11g mercury gravity turbine blade cross section (4E) and combined engine injection part (78V) solar thermal gravity rotary plane (39B) ratio critical material gravity impact reduction turbine combined drive.   A variety of energy storage cycle combined engines with 12 times the mercury gravity turbine blade cross section (4E) and combined drive system (78V) solar thermal gravity rotary plane (39B) ratio critical material gravity impact reduction turbine combined drive.   Various energy storage cycle combined engines with 13 times mercury gravity turbine blade section (4E) and combined engine injection part (78V) solar thermal gravity rotary plane (39B) ratio critical material gravity impact reduction turbine combined drive.   A variety of energy storage cycle combined engines with a 14-fold mercury gravity turbine blade section (4E) and combined engine injection part (78V) solar thermal gravity rotary plane (39B) ratio critical material gravity impact reduction turbine combined drive.   A variety of energy storage cycle combined engines with a mercury gravity turbine blade section (4E) of 15 times and combined engine injection part (78V) solar thermal gravity rotary plane (39B) ratio critical material gravity impact reduction turbine combined drive.   Various energy storage cycle combined engines with 16 times mercury gravity turbine blade section (4E) and combined engine injection part (78V) solar thermal gravity rotary plane (39B) ratio critical material gravity impact reduction turbine combined drive.   A variety of energy storage cycle combined engines with 17x mercury gravity turbine blade section (4E) and combined engine injection part (78V) solar thermal gravity rotary plane (39B) ratio critical material gravity impact reduction turbine combined drive.   A variety of energy storage cycle combined engines with a mercury gravity turbine blade section (4E) of 18 times and combined engine injection part (78V) solar thermal gravity rotary plane (39B) ratio critical material gravity impact reduction turbine combined drive.   Various energy storage cycle combined engines with 19 times mercury gravity turbine blade cross section (4E) and combined engine injection part (78V) solar thermal gravity rotary airplane (39B) ratio critical material gravity impact reduction turbine combined drive.   A variety of energy storage cycle combined engines with a 20x mercury gravity turbine blade cross section (4E) and combined driving of the engine injection part (78V) solar thermal gravity rotary airplane (39B) coated metal sphere gravity impact reduction turbine combined drive.   A variety of energy storage cycle combined engines with a mercury gravity turbine blade section (4E) of 21 times and combined engine injection part (78V) solar thermal gravity rotary plane (39B) coated metal sphere gravity impact reduction turbine combined drive.   A variety of energy storage cycle coalescing engines that are provided with a mercury gravity turbine blade cross section (4E) 22 times to make a combined engine injection part (78V) solar thermal gravity rotary airplane (39B) coated metal sphere gravity impact reduction turbine combined drive.   A variety of energy storage cycle combined engines with a 23-fold mercury gravity turbine blade section (4E) and combined drive system (78V) solar thermal gravity rotary airplane (39B) coated metal sphere gravity impact reduction turbine combined drive.   A variety of energy storage cycle combined engines with 24x mercury gravity turbine blade section (4E) and combined engine injection part (78V) solar thermal gravity rotary plane (39B) coated metal sphere gravity impact reduction turbine combined drive.   A variety of energy storage cycle combined engines with a mercury gravity turbine blade section (4F) 25 times larger and combined engine injection part (78V) solar thermal gravity rotary airplane (39B) coated metal sphere gravity impact reduction turbine combined drive.   Various energy preservation cycle combined engines which double mercury mercury turbine blade section (4F) and combine engine injection part (78V) solar thermal gravity rotary airplane (39B) coated metal sphere gravity impact reduction turbine combined drive.   Various energy storage cycle combined engines that triple mercury mercury turbine blade cross section (4F) and make combined engine injection part (78V) solar thermal gravity rotary airplane (39B) coated metal sphere gravity impact reduction turbine combined drive.   A variety of energy storage cycle combined engines with quadrupled mercury gravity turbine blade cross section (4F) to drive combined engine injection part (78V) solar thermal gravity rotary plane (39B) coated metal sphere gravity impact reduction turbine combined use drive.   A variety of energy storage cycle combined engines with a 5x mercury gravity turbine blade section (4F) and combined driving of the engine injection part (78V) solar thermal gravity rotary airplane (39B) coated metal sphere gravity impact reduction turbine combined drive.   A variety of energy storage cycle combined engines that are equipped with a mercury gravity turbine blade cross section (4F) by 6 times and combined engine injection part (78V) solar thermal gravity rotary airplane (39B) metal ball gravity impact reduction turbine combined drive.   A variety of energy storage cycle combined engines with a 7-fold mercury gravity turbine blade section (4F) and combined engine injection part (78V) solar thermal gravity rotary plane (39B) metal ball gravity impact reduction turbine combined drive.   A variety of energy storage cycle combined engines with an 8-fold mercury gravity turbine blade section (4F) and combined engine injection part (78V) solar thermal gravity rotary plane (39B) metal ball gravity impact reduction turbine combined drive.   Various energy storage cycle combined engines with 9 times mercury gravity turbine blade section (4F) and combined engine injection part (78V) solar thermal gravity rotary airplane (39B) metal ball gravity impact reduction turbine combined drive.   Various energy storage cycle combined engines with 10 times mercury gravity turbine blade section (4F) and combined engine injection part (78V) solar thermal gravity rotary plane (39B) metal ball gravity impact reduction turbine combined drive.   A variety of energy storage cycle combined engines with 11g mercury gravity turbine blade cross section (4F) and combined engine injection part (78V) solar thermal gravity rotary plane (39B) metal ball gravity impact reduction turbine combined drive.   A variety of energy storage cycle combined engines with 12 times the mercury gravity turbine blade section (4F) and combined engine injection part (78V) solar thermal gravity rotary plane (39B) metal ball gravity impact reduction turbine combined drive.   Various energy storage cycle combined engines with a mercury gravity turbine blade section (4F) 13 times as large as the combined engine injection part (78V) solar thermal gravity rotary plane (39B) metal ball gravity impact reduction turbine combined drive.   A variety of energy storage cycle combined engines with a 14-fold mercury gravity turbine blade section (4F) and combined engine injection part (78V) solar thermal gravity rotary plane (39B) metal ball gravity impact reduction turbine combined drive.   A variety of energy storage cycle combined engines with a 15-fold mercury gravity turbine blade section (4F) and combined engine injection part (78V) solar thermal gravity rotary airplane (39B) metal ball gravity impact reduction turbine combined drive.   Various energy storage cycle combined engines with 16 times mercury gravity turbine blade section (4F) and combined engine injection part (78V) solar thermal gravity rotary plane (39B) ratio critical material gravity impact reduction turbine combined drive.   Various energy conservation cycle combined engines that are equipped with mercury gravity turbine blade cross section (4F) 17 times and combined engine injection part (78V) solar thermal gravity rotary plane (39B) ratio critical substance gravity impact reduction turbine combined drive.   Various energy storage cycle combined engines with 18 times mercury gravity turbine blade section (4F) and combined engine injection part (78V) solar thermal gravity rotary plane (39B) ratio critical material gravity impact reduction turbine combined drive.   Various energy storage cycle combined engines with 19 times mercury gravity turbine blade section (4F) and combined engine injection part (78V) solar thermal gravity rotary plane (39B) ratio critical material gravity impact reduction turbine combined drive.   Various energy storage cycle coalescing engines equipped with mercury gravity turbine blade cross section (4F) 20 times and combined engine injection part (78V) solar thermal gravity rotary plane (39B) ratio critical substance gravity impact reduction turbine combined drive.   Various energy storage cycle combined engines with mercury gravity turbine blade cross section (4F) 21 times and combined engine injection part (78V) solar thermal gravity rotary plane (39B) ratio critical material gravity impact reduction turbine combined drive.   A variety of energy storage cycle combined engines with 22x mercury gravity turbine blade section (4F) and combined engine injection part (78V) solar thermal gravity rotary plane (39B) ratio critical material gravity impact reduction turbine combined drive.   A variety of energy storage cycle combined engines with a mercury gravity turbine blade section (4F) of 23 times and combined engine injection part (78V) solar thermal gravity rotary plane (39B) ratio critical material gravity impact reduction turbine combined drive.   Various energy conservation cycle combined engines that combine mercury jet turbine blade cross section (4F) 24 times and combine engine injection part (78V) solar thermal gravity rotary plane (39B) ratio critical substance gravity impact reduction turbine combined drive.   Mercury gravity turbine driven species heats mercury or sunlight heated air by heat pump to suction compression high temperature, heat is recovered by separate heat of solar heat by compression heat recovery unit (2C), suction compression is performed by heat pump, heat recovery A variety of energy storage cycle coalescing engines that drive (78V) (39B) to produce superheated steam propellant + compressed air oxidant.