Measuring Method and Confirmation of H^-, D^- Ion Current by Sheet Plasma I

J. Uramoto
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Abstract

Usually, it is very difficult to separate an electron current from H- or D- ion current under volume production, because both electrons and H- or D- ions are extracted from a discharge plasma in H2 or D2 gas. However, H- or D-ion current by volume production in the sheet plasma can be easily separated from electron current by using the weak magnetic field applied to the sheet plasma itself. Then, if the H- or D- ion current is compared with positive ion (mainly H+3 or D+3) current which is extracted by changing sign of the acceleration voltage from plus (for H- or D- ion) to minus, the H-or D- ion current can be confirmed more exactly.
薄片等离子体H^-、D^-离子电流的测量方法及验证[j]
通常,在批量生产中很难将电子电流与H或D离子电流分离,因为电子和H或D离子都是从H2或D2气体中的放电等离子体中提取出来的。然而,通过使用施加在等离子体片上的弱磁场,在等离子体片中批量生产的氢离子或d离子电流可以很容易地与电子电流分离。然后,将H-或D-离子电流与加速电压由正(H-或D-离子)变为负(H-或D-离子)提取的正离子(主要是H+3或D+3)电流进行比较,可以更准确地确定H-或D-离子电流。
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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