Fractional Diversion of Discharge Current into Conductive Bodies in Contact with Plasmas

A. F. Alexandrov, H. Lee, C. Choi, V. Plaksin, V. Riaby, V. Savinov
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Abstract

The phenomenon of discharge current diversion by conductive parts (electrodes, design elements or substrates) in contact with plasmas is considered for both DC and AC discharges. For the first time, atmospheric plasmatrons are analysed together with the glow discharge devices. A special experiment has been carried out that proved directly the correctness of the proposed approach. The negative sides of the phenomenon are discussed. In some practical cases, non-evident problems are formulated and their solutions are proposed
放电电流分流到与等离子体接触的导电体
在直流和交流放电中,考虑了与等离子体接触的导电部件(电极、设计元件或衬底)引起的放电电流分流现象。首次将大气等离子体与辉光放电装置结合在一起进行分析。一个专门的实验直接证明了所提出方法的正确性。讨论了这种现象的消极方面。在一些实际案例中,提出了一些不明显的问题,并提出了解决方案
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