CN105698575A

CN105698575A - Heat efficiency medium conductor

Info

Publication number: CN105698575A
Application number: CN201410702903.4A
Authority: CN
Inventors: 黄斌
Original assignee: Individual
Current assignee: Individual
Priority date: 2014-11-29
Filing date: 2014-11-29
Publication date: 2016-06-22

Abstract

The invention discloses a heat efficiency medium conductor. A heat efficiency medium is added in a vacuum chamber, and by the pressure effect in the vacuum chamber, heat transfer efficiency of the heat efficiency medium is higher than that of the same material by hundreds of times. The invention further discloses a heat efficiency utilization method. Therefore, the temperature of a heated heat efficiency medium is raised and the heat efficiency medium is evaporated rapidly, pressure difference is generated, steam flows to a cold end of the vacuum chamber and transfers heat circularly, and rapid heat efficiency is achieved. The heat efficiency medium conductor is simple in structure, reasonable in design and rapid in heat efficiency.

Description

A kind of thermal effect medium conductor

Technical field

The present invention relates to a kind of thermal effect medium conductor, including adding thermal effect medium formula in vacuum chamber。

Background technology

Passing heat conducting material to find before more than 100 years, Ang Nisi finds that some materials lose resistance in a particular state completely, and Ang Nisi is by its called after superconducting phenomenon, it is worth mentioning at this point that, finding of Ang Nisi is closely related with the helium liquefaction that he completes before。

At present, heat-transfer matcrial heating is a kind of tradition operational mode, because of consume energy big, heat transfer is slow, efficiency is low, and the defect such as service life is short。For this, various conduction patterns have been carried out systematic research by scientific circles, conduction technique in space technology is transformed, thus developing into medium superconductive technology, and apply in thermal effect system, technique greatly reduces energy consumption, has nontoxic, tasteless, non-corrosiveness, inexplosive advantage, overcomes the speed of high-power heat transmission。

But, along with the development of social progress and science and technology, the heat transfer rate of the heater of prior art cannot meet the requirements at the higher level of actual production, life, and how solving this technical problem becomes the direction that these those skilled in the art make great efforts。

Summary of the invention

For above-mentioned the deficiencies in the prior art part, the invention provides a kind of thermal effect medium conductor, utilize thermal effect medium, there is heat transfer rate faster, thus being fully solved the problems referred to above。

The technical solution used in the present invention is: a kind of thermal effect medium conductor, including vacuum chamber, has vacuum-sealed cavity in vacuum chamber, it is characterised in that: there is thermal effect medium in described vacuum-sealed cavity。

Utilize a kind of method of said apparatus, it is characterized in that: make the vacuum chamber structure of hollow, adopt plug closure vacuum chamber one end, in vacuum chamber, inject thermal effect medium and block the vacuum chamber other end, hollow region is evacuated, makes hollow region form full thermal effect dielectric, utilize thermal effect medium, streamed with high steam in vacuum enclosure, along the method for indoor temperature difference circulating heat transfer。

As preferably, described thermal effect medium is that chemical formulation forms。

Thermal effect medium for above-mentioned thermal conductor device, it is characterized in that: this thermal effect medium is to be catalyst by media element 1, KMnO4,2, pure water filling liquid, 3, metal powder, 4, reducing agent (N2H4) and strong oxidizer H2O2,5, CO(HN2) active synergist (when heating mixing, namely produces substantial amounts of steam and air pressure, release heat) a kind of thermal effect medium of composition, wherein each component accounts for: catalyst 3-5 gram；Pure water 10-15 gram；Metal powder 200-250 gram；Reducing agent 2-3 gram；Oxidant 6-10 gram；Active synergist 3-5 gram。

The utilization structural approach of thermal conductor is as follows: thermal conductor is the heat transfer piece that a kind of heat conductivility is extremely strong, utilizes vacuum gasifying pressure, injects thermal effect medium so that it in particular circumstances rapid atomization reach quickly transmission effect。Heat transference efficiency exceeds hundreds times than the metal of same material。By vacuum-sealed cavity and to fill thermal effect medium be the Main Ingredients and Appearance that heat transmission is used in vacuum chamber, for this, heating one end vacuum chamber, liquid medium will evaporate, its indoor generation pressure differential, makes the cold end heat transfer that steam flow is indoor, and circulates the method carrying out quickly transmission。Compared with prior art, it is an advantage of the current invention that: simple in construction, reasonable in design, heat transfer speed is fast, and heat exchange is fast, and cold-starting, energy consumption is little, nontoxic, corrosion-free, "dead", is widely used。

Accompanying drawing explanation

Fig. 1 is the schematic diagram of a kind of structure of the present invention。

Detailed description of the invention

Below in conjunction with drawings and the specific embodiments, the present invention is described in further detail。

As it is shown in figure 1, a kind of thermal effect medium conductor 1, including vacuum chamber 3, vacuum chamber 3 is filled with thermal effect medium 2。

Described thermal effect medium has the advantages that the latent heat of vaporization is big, can produce high-energy physics change when thermal effect medium is heated vaporization, and in vacuum chamber, steam is brought rapidly up。

In use, this vacuum chamber 3 outer end can excite thermal effect medium the temperature of 25 DEG C, thus producing high pressure steam flow in vacuum-sealed cavity 3, high pressure steam flow is delivered to rapidly cold end, then refluxes again, so comes and goes flowing thus realizing the quick transmission of heat。

Utilize a kind of method of above-mentioned thermal conductor device, it is characterized in that: make the vacuum chamber 3 of hollow, thermal effect medium is injected in vacuum chamber 3, extracting vacuum adopts plug closure vacuum chamber 3 one end, hollow region is made to form the high voltage style of full thermal effect medium, utilize thermal effect medium in vacuum enclosure, with the method for high steam form cyclic transmission。

It is be catalyst by media element 1, KMnO4 for above-mentioned a kind of thermal effect medium, 2, pure water filling liquid, 3, metal powder, 4, reducing agent N2H4 and strong oxidizer H2O2,5, CO(HN2) active synergist, substantial amounts of steam and air pressure, a kind of heat conducting medium of release heat composition is produced when heating mixing。

Wherein the weight shared by each component is: catalyst 3-5 gram；Pure water 10-15 gram；Metal powder 200-250 gram；Reducing agent 2-3 gram；Oxidant 6-10 gram；Active synergist 3-5 gram。

The preparation process of described thermal effect medium is as follows: first conductor 1 vacuum chamber 3 carries out oxidation processes, then carries out being quantitatively adding thermal effect medium 2 in vacuum chamber 3, carry out inner vacuum simultaneously and take out pressure, at that be sintered by the incubator of 180 degree and application method。

Same at long 100 millimeters, under 12 millimeters of same sizes of diameter, spend in environment at 35 DEG C, water is heated to 100 DEG C of degree, one end is put in hot water, and the other end detects the temperature difference of its transmission, i.e. heater heating transport and other material heater heat generation rate relative temperature difference data such as following table of the present invention:

The thermal conductor heat conduction temperature difference 4% of the present invention, starts 10 seconds, heater temperature 96.8 DEG C；The copper heater heat conduction temperature difference 55%, starts 1200 seconds, heater temperature 43 DEG C；The aluminum thermal conductor heat conduction temperature difference 58%, starts 1200 seconds, heater temperature 41。5 DEG C；The irony thermal conductor heat conduction temperature difference 62%, starts 1200 seconds, heater temperature 36.5 DEG C。

From we can clearly find out above, the heater electro-heat equipment of the present invention has more excellent thermal conductivity than the heater of other prior aries, and faster, heat loss is less for heat transfer speed。

Realization in order to demonstrate the invention, describes above-mentioned detailed description of the invention。But other of the present invention change and modifications, and will be readily apparent to one having ordinary skill, any amendment, change or the imitation conversion within the scope of essence disclosed in this invention and basic principle broadly falls into the claims of the present invention。

Claims

1. a thermal effect medium conductor, including vacuum chamber, there is in vacuum chamber vacuum-sealed cavity, in described vacuum-sealed cavity, have thermal effect medium, utilize the heat dissipating method of above-mentioned heater electro-heat equipment, it is characterized in that: make the vacuum chamber of hollow, in vacuum chamber, inject thermal effect medium and block the vacuum chamber other end, forming hyperbar, under the effect of thermal effect medium, with the streamed circulating heat transfer of high steam, reach thermal effect and act on rapidly。

2. there is thermal effect medium in above-mentioned vacuum-sealed cavity, it is characterized in that: this thermal effect medium is to be catalyst by media element 1, KMnO4,2, pure water filling liquid, 3, metal powder, 4, reducing agent (N2H4) and strong oxidizer H2O2,5, CO(HN2) active synergist (when heating mixing, namely produces substantial amounts of steam and air pressure, release heat) a kind of heat conducting medium of composition, wherein each component accounts for: catalyst 3-5 gram；Pure water 10-15 gram；Metal powder 200-250 gram；Reducing agent 2-3 gram；Oxidant 6-10 gram；Active synergist 3-5 gram。