脉冲微等离子体中的离子静电加速度

T. Yanagidaira, S. Kawahara, K. Tsuruta
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摘要

利用脉冲电弧膨胀后气体压力和密度的暂时降低来加速微等离子体中的离子。该装置由三个电极组成:两个轴向电极用于产生电弧等离子体,一个径向电极用于加速离子。冲击波是由膨胀的等离子体驱动的,周围的空气被从电极之间的体积中扫出去。在电极周围形成离子鞘,并获得几百伏的加速电压(离子鞘上的电压)
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Ion Electrostatic Acceleration in a Pulsed Micro Plasma
Temporal lowering of gas pressure and density after expansion of pulsed arc was utilized for acceleration of ions in a micro plasma. The device consists of three electrodes: two axial electrodes for producing arc plasma, and an electrode in the radial direction for accelerating ions. A shockwave is driven by expanding plasma, and surrounding air is swept out of the volume between electrodes. An ion sheath was formed around electrodes and accelerating voltage (voltage across ion sheath) of several hundred volts was obtained
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