Development of the directional Langmuir probe for the charged particle flow measurement

S. Masaki, H. Nakano, M. Kisaki, E. Rattanawongnara, K. Nagaoka, K. Ikeda, Y. Fujiwara, M. Osakabe, K. Tsumori
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引用次数: 1

Abstract

The extraction mechanism of negative ion beams is affected by the behavior of positive and negative ions near the extraction apertures. Flow of the charged particles in a hydrogen discharge were measured with a newly developed directional photodetachment probe which has a single probe tip. Compared with our previous multiple-tip directional probe, the single-tip directional probe was able to measure fine flow structure of the positive and the negative ions without spatial ambiguity associated with electron deflection magnetic field and density gradient. The single-tip probe observed the turning of the flow of the negative hydrogen ion by increasing the bias voltage in the extraction region of the negative ion source.
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用于带电粒子流测量的定向朗缪尔探针的研制
负离子束的萃取机制受萃取孔附近正离子和负离子行为的影响。用一种新型的单探针头定向光分离探针测量了氢气放电中带电粒子的流动。与我们之前的多探针探针相比,单探针探针能够测量正负离子的精细流动结构,没有与电子偏转磁场和密度梯度相关的空间模糊性。单探针通过提高负离子源萃取区偏置电压,观察到负氢离子流动的转向。
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