Anion accelerator and application thereof

Abstract

The invention relates to an anion accelerator and an application thereof. The anion accelerator comprises a high-voltage insulation sealing casing, and is characterized in that the high-voltage insulation sealing casing is provided with an input side and a release end and filled with carbon fullerene C60 powder, and the humidity of the carbon fullerene C60 powder is kept to be 85%-95%; an electronic beam bunching electrode is arranged in the high-voltage insulation sealing casing at the input side, and a monopole wire at the input end penetrates through the high-voltage insulation sealing casing and is connected with the electronic beam bunching electrode; and the release end is the carbon fiber tip of the monopole wire, a receiving conduction pole plate is arranged in the high-voltage insulation sealing casing at the release end, and the root of the carbon fiber emitting tip penetrates through the high-voltage insulation sealing casing and is in butt joint with the conduction pole plate. During application, a negative electron generated by an anion generator is transmitted to the electronic beam bunching electrode of the anion accelerator through the monopole wire, purified and accelerated by the carbon fullerene C60 powder, received by the receiving conduction pole plate and emitted by the carbon fiber emitting tip.

Description

technical field [0001] The invention relates to a negative ion accelerator and its application. Background technique [0002] At present, the method of artificially generating negative ions is generally a cutting-edge corona discharge air negative ion generator, which uses 220V AC to output negative DC high voltage through a rectifier oscillator and a booster to supply the tip for corona discharge, so that the air is ionized to generate air negative ions. [0003] In the domestic and foreign markets including Japan, the United States, Britain, France, Germany and other countries, at present, negative high voltage sources are basically used to make carbon fibers into discharge electrodes (also called "discharge antennas"). The carbon fiber electrode monopole is placed in the space, so that the electrode ejects electrons to the surrounding space at high speed. Electrons are quickly captured by air ions to form negative air ions. The negative high voltage of this type of te...

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Problems solved by technology

Although this method can obtain relatively pure negative ions, it is difficult to simulate the natural ecology of negative ions in the natural environment

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