Summary of the discovery and related research results of the bow single phenomenon of the micro plasma flame machine

• Categories:Technical Support
• Author:Plasma cleaning machine-CRF plasma plasma equipment-plasma surface treatment machine manufacturer-chengfeng intelligent manufacturing
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• Time of issue:2021-10-23
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(Summary description)Summary of the discovery and related research results of the bow single phenomenon of the micro plasma flame machine: Teschke and Kedzierski et al. published two papers in 2005, showing photos of helium-plasma jets taken with ICCD (such as enhanced charge-coupled sensors), and they discovered the phenomenon of "plasmon bow single". Since then, related research papers on the plasma bow monogram of the micro plasma flame machine have sprung up. The micro plasma flame machine is a technological process equipment that uses low-temperature plasma plasma to plasma the surface of the material. Since the discovery of plasma, there are many types of plasma research, including the plasma bow of the micro plasma flame machine. The discussion of the phenomenon. Lu and Laroussi found that the plasma bowing phenomenon has nothing to do with the specific electrode configuration. At the same time, in order to explain the plasma bowing phenomenon that occurs in the helium gas flow channel, they proposed a new photon preionization mechanism, but there are still many related problems to be solved. . Sands and others in 2008 found that the discharge of the jet area and the DBD area should be independent of each other. Through a series of specially designed experiments, Jiang et al. further confirmed this view and clearly showed that the plasma jet is essentially a corona discharge formed in the helium channel by the uneven electric field at the edge of the high-voltage electrode, although the experiment adopted The DBD structure is changed, but the jet is actually not related to DBD! To confirm this point, they showed devices with single-electrode and bare-electrode structures, which can generate completely similar plasma jets. In addition, their experiments also show that the discharge generated by a plasma jet device with a coaxial DBD structure such as Teschke should have three plasma regions. Chengfeng Zhizao has focused on the research and development of miniature plasma flame machines for 20 years. If you want to know more product details or have questions about the use of the equipment, please click on the Chengfeng Zhizao online customer service, waiting for your call!