Portable plasma diverter

Abstract

The invention discloses a portable plasma diverter and relates to the field of plasma generation devices. The portable plasma diverter comprises a plasma generation component, a plasma screening component and an insulation shell, wherein the plasma generation component is used for generating uniform plasma and comprises a power source, an electrode, a transformer and a dielectric tube, the dielectric tube is a hollow tube, the radial section of the dielectric tube is circular, the electrode is arranged inside the dielectric tube, one end of the transformer is connected with an electrode interface, and the other end of the electrode interface is connected with the electrode; the plasma screening component is used for performing screening on the plasma and comprises an axial flow fan and a magnetic ring, the magnetic ring is arranged outside the dielectric tube in a sleeving mode, a certain gap is formed between the magnetic ring and the dielectric tube, and the axial flow fan is arranged at the end, away from the electrode interface, of the transformer; and the insulation shell is used for supporting and fixing the plasma generation component and the plasma screening component. According to the portable plasma diverter, the axial flow fan and the magnetic ring are used as the plasma screening component, the axial flow fan accelerates plasma circulation, then the magnetic ring performs screening on the plasma, and therefore a better jet effect is achieved.

Description

technical field [0001] The invention relates to the field of plasma generating devices, in particular to a portable plasma splitter. Background technique [0002] Plasma is the fourth state of matter, which is different from gaseous properties. It has good electrical conductivity and thermal conductivity, and its specific heat capacity is proportional to temperature. At high temperatures, the specific heat capacity is hundreds of times higher than that of gas. For example, when plasma is generated at atmospheric pressure, the temperature of electrons is abnormal High, while the temperature of ions and neutral particles is close to room temperature. According to the above characteristics, the technology is applied in many fields. For example: biomedicine, military aerospace, industry and so on. The drive power supply of the mature plasma generator is an external power supply, which is expensive, bulky, and complicated to install. The low-voltage end of the power supply equi...

AI Technical Summary

Problems solved by technology

The drive power supply of the mature plasma generator is an external power supply, which is expensive, bulky, and complicated to install. The low-voltage end of the power supply equipment and the body shell need to be grounded to provide ground potential through wires, and some use the human body as a The low-voltage end conducts electricity. This method has the characteristics of poor on-off stability, and the human body has potential safety hazards as a low-voltage conductor. Therefore, the current plasma generation device cannot be miniaturized, and it is not suitable for extensive and large-scale applications.

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