Small-molecular-cluster water-body-dispersion device with optomagnetic quantum effect

Abstract

The invention discloses a small-molecular-cluster water-body-dispersion device with an optomagnetic quantum effect. The device comprises a shell, a water inlet and a water outlet, and is characterizedin that a processor consists of the shell, a magnetic field generator, a photon emitter and a shielding shell; the shell has a tubular structure; the magnetic field generator is arranged outside theshell; the shielding shell is arranged outside the magnetic field generator; and the photon emitter is arranged in the shell, wherein the photon emitter consists of a light source, a light source protecting tube and a photocatalyst. With the adoption of the magnetic field generator and the photon emitter, the device has the magneto-magnetic quantum effect, the recombination probability of electronhole pairs is reduced, and the photoreaction speed is improved; the energy level of water molecules is increased, the hydrogen bonds between the water molecules are broken to small clusters of 5-7 water molecules, and the magnetic field and light waves act directly on the water body, have an dissociation effect on the hydrogen bonds between the water molecules, greatly change the electronegativity of the water molecules, and has an inactivation effect on bacteria. The quantum generator provided by the invention is suitable for the application of various water treatment devices.

Description

technical field [0001] The invention relates to the technical field of water body treatment, in particular to a photomagnetic quantum effect small molecular group water body discrete device. Background technique [0002] At present, there are many devices and products for water quality treatment, especially for magnetized water processors, ultraviolet water processors, radio frequency water processors, and magnetoelectric water processors. The decomposition of hydrogen bonds between water molecules and the change of the potential of the water body are used to illustrate the effect on the water body; the ultraviolet processor is mainly realized from the perspective of the inactivation of bacteria and viruses by light waves with a wavelength of 254.7nm. Therefore, the above-mentioned devices all have a single function for water body treatment, and cannot achieve the functions of purifying and dispersing water molecules. [0003] In order to solve the problem of small molecule...

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Problems solved by technology

Therefore, the above-mentioned devices have a single function for water treatment, and cannot achieve the functions of purifying and dispersing water molecules.

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