Mixed gas plasma collector tube

Abstract

The invention discloses a mixed gas plasma collector tube which comprises a sealed container, wherein a low-pressure gas material is filled in the sealed container; electrode plates are arranged in the sealed container; the low-pressure gas material is prepared from two or more out of hydrogen, nitrogen, helium, neon, argon, krypton, xenon and the like, and the pressure of the material is 1*10<-5> to 1*10<-1>Pa. According to the mixed gas plasma collector tube, electric energy can be output under the conditions of no mechanical movement, no external power, no noise, no release of heat energy, no visible light, no toxic substance leakage and no release of harmful electromagnetic waves.

Description

technical field [0001] The invention relates to a mixed gas plasma collector. Background technique [0002] Existing small electronic devices mainly use various batteries as power sources. However, whether it is a non-rechargeable carbon-zinc battery, manganese-zinc battery, alkaline battery, or a nickel-cadmium battery, nickel-metal hydride battery, lithium-ion battery, zinc-air battery, etc. that can be recharged many times, an electrolyte is required. The presence of the electrolyte first increases the weight of the battery, which affects the lightness and movement of the electronic device. Secondly, the battery with electrolyte always has the problem of leakage when it is used for a long time. The electrolyte in the battery is generally a highly alkaline hydroxide compound, which is extremely corrosive, and the battery leakage will corrode the spring of the battery case. Chips, resulting in corrosion and poor contact or non-conduction of the circuit, affecting the norm...

AI Technical Summary

Problems solved by technology

The presence of electrolyte, first of all, increases the weight of the battery, which affects the lightness and movement of electronic equipment.

Secondly, the battery with electrolyte always has the problem of leakage when it is used for a long time. The electrolyte in the battery is generally a highly alkaline hydroxide compound, which is extremely corrosive, and the battery leakage will corrode the spring of the battery case. chip, resulting in corrosion and poor contact or non-conduction of the circuit, affecting the normal use of electronic equipment

Third, the battery with electrolyte will swell when the battery life ends, and its volume will increase, and it will get stuck in the battery box and cause trouble

[0004]However, for decades, in the study of the Penning ionization effect, people have studied the application of the Penning ionization effect in lighting, but the Panning ionization effect The self-sustained discharge phenomenon in Ning ionization, especially the self-sustained dark discharge phenomenon, is rarely studied. For some specific types and specific proportions of mixed gases, they can be affected by cosmic rays, high-energy particles, solar ultraviolet rays, Excited by environmental factors such as radiation in the earth's crust and atmosphere, based on the inelastic collision between free electrons and basic gas atoms, photons in the extreme ultraviolet spectrum (wavelength 121nm~10nm, energy level 10.2eV~124eV) are released, resulting in impurity gas atoms The phenomenon of self-sustained dark discharge and cascading ionization (avalanche ionization) to generate high-density free electrons has not attracted enough attention

There is a lack of in-depth research on the method of collecting and outputting electric energy and its application by simply using the basic physical laws of collision motion and interaction between electrons, protons, atoms, and photons to produce gas atom ionization effects

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