Liquid Phase Uniform Mixing Treatment Discharge Device

Abstract

The invention relates to a liquid phase uniform mixing treatment discharge apparatus. The apparatus mainly comprises a quartz tube A, a quartz tube B, a ground electrode, a high-voltage electrode, a dielectric body A and a dielectric body B, wherein the dielectric body A and the dielectric body B are connected through a connecting piece to form a whole body; the quartz tube A is mounted at the top of the dielectric body A; the inner wall of the quartz tube A is plated with a metal film as the ground electrode; a plurality of oblique tubes are axially processed in order in the dielectric body A; the bottoms of the tubes are connected with a ventilation tube; the quartz tube B is mounted in the tube; the high-voltage electrode is mounted in the quartz tube B; a groove is formed in the dielectric body B; the upper part of the groove is cylindrical while the lower part of the groove is semispherical; the arc top of the lower groove is communicated with an air inlet tube; the lower groove is connected with a line tube; a PCB with vent holes is paved in the groove; and the high-voltage electrode in the quartz tube B is connected with the PCB through a lead wire. The apparatus has the advantages of low energy consumption, low requirement, uniformity for disinfection and the like.

Description

technical field [0001] The invention relates to a discharge device, in particular to a liquid phase discharge device. Background technique [0002] At present, non-equilibrium low-temperature plasma discharge has always been a research hotspot in the field of sterilization and disinfection in biology and agronomy. Among them, the high-density non-equilibrium low-temperature plasma generated by liquid-phase discharge has attracted the attention of experts and scholars around the world in recent years. It is known that the structure of the liquid-phase discharge device and the parameters of stable discharge determine the density of the non-equilibrium low-temperature plasma in the solution, the concentration of the active material, the type of active species and other processing elements. Different liquid-phase discharge devices can be designed according to different applications. . However, the existing liquid-phase discharge devices generally have problems such as low effic...

AI Technical Summary

Problems solved by technology

However, the existing liquid-phase discharge devices generally have problems such as low efficiency, high discharge requirements, and uneven sterilization effects, which cannot meet people's needs

Images