Multi-needle electrodes surface discharge behavior observed by Pockels effect technique

Yongchang Zhu, T. Takada, D. Tu
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Abstract

The Pockels effect technique is improved so that it is capable of observing the dynamic behavior of the surface charge distribution. Electrons are the main carriers responsible for the surface discharge. Positive streamer channels can also be deflected in an electric field. Surface charges distort the surface field, and the resulting field in turn deflects streamer channels into much more irregular tree patterns. However complicated the trajectory of streamer channels becomes, the channels never cross each other.
用波克尔斯效应技术观察多针电极的表面放电行为
改进了波克尔斯效应技术,使其能够观察表面电荷分布的动态行为。电子是负责表面放电的主要载体。正流光通道也可以在电场中偏转。表面电荷扭曲了表面场,而产生的场反过来又使流光通道偏转成更不规则的树状图案。无论流道的轨迹如何复杂,流道都不会相互交叉。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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