Method for collecting and using fuel additive 76Br

An additive, 76br technology, applied in the direction of fuel, petroleum industry, liquid carbon-containing fuel, etc., can solve the problems of unfavorable and impact on the earth's environment

Inactive Publication Date: 2012-02-08
张建新
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Problems solved by technology

The former is a non-renewable mineral energy, while the latter will inevitably produce radioacti

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Embodiment Construction

[0013] The most important implementation step in the present invention is, selenium 76 Se powder is doped with iodine in a certain proportion, such as one percent 127 I. Under the irradiation of solar neutrino pulse wave, iodine 127 I is capable of three closely related cold fission reactions: 4v e + 127 I → 88 Sr+ 39 K+4e; 4v e + 88 Sr → 76 Kr+ 12 C+4e; 76 Kr → 54 Fe+ 16 O+ 4 He+2n (see the theoretical explanation below for details); when the above-mentioned cold nuclear fission reaction occurs, a micro-explosion occurs in the selenium-iodine powder, and the "gap" in the selenium-iodine powder increases and increases, which also makes the temperature in these regions instantaneous The rising change of , both of which are very conducive to the generation of 76 Br evaporates quickly and efficiently from the powder.

[0014] in powder 127 When a cold nuclear fission reaction occurs with a high probability, the temperature in the first chamber will rise significan...

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Abstract

The invention discloses a method for collecting and using a fuel additive 76Br, which comprises the following steps: I. generating a solar neutrino impulse wave by adopting a method of generating the solar neutrino impulse wave; II. condensing and then collecting the liquid 76Br by adopting a communicating collection system which can be sealed and is provided with three chambers; III. injecting helium into a valve at the top part of the third chamber of the collection system, discharging air in glassware by a valve at the bottom part of a first chamber, and after the display of a barometer reaches one normal atmospheric pressure, sealing the collection system; IV. putting the collection system on a device doing a vertical helical motion; V. respectively controlling the first chamber in the collection system to be about 30 DEG C and the third chamber to be about 10 DEG C by adopting two small air conditioners; and VI. doping the collected liquid 76Br into liquid fuel, such as commonly used gasoline and diesel, according to a certain proportion (such as, 1:100,000), doping a small amount of water, and fully stirring and diluting for use.

Description

technical field [0001] The invention relates to a fuel additive 76 Methods of collection and use of Br. Background technique [0002] It is known that in 1996, self-consistent consideration of correlation, continuum, and RCHB theory of spin-orbit interaction naturally gave a microcosmic self-consistent description of the nuclear halo phenomenon; scientists mainly use accelerators to achieve high-energy collisions between nuclei, resulting in The types of halo nuclei are uncertain, and the number is extremely small. The production of halo nuclei in the world is mainly limited to a few major scientific laboratories, and there is no technology based on the theory of halo nuclei to develop and utilize nuclear energy. [0003] It is known that when oil and coal are burned, chemical energy is released, 235 U 239 Pu( 238 What is released during the fission of heavy nuclei such as U) is nuclear energy. The former is non-renewable mineral energy, while the latter will inevitably...

Claims

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Application Information

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IPC IPC(8): G21G1/12C10L1/12
Inventor 张建新
Owner 张建新
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