Virtual photon catalytic apparatus, and method for catalytic treatment with virtual photon catalytic apparatus

Abstract

The invention relates to a virtual photon catalytic apparatus, and a method for catalytic treatment with the virtual photon catalytic apparatus. The virtual photon catalytic apparatus comprises a shell and a catalytic unit arranged in the shell, wherein the catalytic unit comprises a rectangular magnet group, magnetic force reinforcing columns and magnetic conductive shoes; SS poles and NN poles of rectangular magnets in the rectangular magnet group form corresponding magnetic field center magnetic lines; the magnetic force reinforcing columns are used for reinforcing magnetic force from a magnetic field center to corresponding magnetic field edges; the magnetic conductive shoes conduct and concentrate magnetic fields from the magnetic field center to corresponding magnetic field edges; and angles at the joints of the two ends of each magnetic conductive shoe and the central wall of the magnetic conductive shoe are greater than 90 degrees. According to the invention, the magnetic conductive shoes with above-90-DEG angle at the joints of the two ends and the central walls of the magnetic conductive shoes are employed for magnetic conduction, and the magnetic force reinforcing columns are used for reinforcing the magnetic field intensity of the catalytic apparatus from the magnetic field center to corresponding magnetic field edges, so the efficiency of catalytic treatment is improved, and the catalytic apparatus can be extensively applied to catalysis, accelerated cracking or polymerization of a variety of substances and to crop growth and domestic water treatment.

Description

technical field [0001] The invention relates to the technical field of catalysis, in particular, the invention relates to a virtual photon catalysis device and a catalytic treatment method using the catalysis device. Background technique [0002] According to quantum mechanics, pure magnetic field and pure electric field are the effects caused by virtual photons. Theoretically, photons are the medium through which all electromagnetic effects can be manifested. The catalytic device of the invention utilizes the virtual photon effect of the magnetic field to transform the substance to be catalyzed into an excimer state so that it can fully react. The substances to be catalyzed by the catalytic device of the present invention are not limited to various chemicals, and are also suitable for various civil and industrial water treatment and agricultural applications. [0003] The working principle of the existing magnetization device is to use the planar magnetic field of the mag...

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Problems solved by technology

[0004] The above-mentioned method of magnetization cannot make reasonable use of the magnetic field formed by the device. Because the magnetic field strength of the magnetic field center of the magnetic field plane is different from that of the magnetic field edge, the utilization rate of the magnetic field strength acting on the magnetization is different, resulting in incomplete magnetization treatment, making The chemical reaction efficiency is low, and the effect of using the magnetization device is not obvious

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