The results show that there exist the cathode dark space region and negative glow region, and the hollow cathode effect is in evidence.
结果表明在放电过程中存在明显的阴极位降区和负辉区,空心阴极效应明显,存在高能电子以及放电空间中以径向电场为主。
参考来源 - 微空心阴极放电的计算机模拟·2,447,543篇论文数据，部分数据来源于NoteExpress
Especially, analyze qualitatively the effect that the cathode magnetic field Angle contributes to beam ratio and prove it by calculation.
特别的是，文章中定性分析了阴极磁场角对电子注速度比的影响，并通过计算获得证明。
Practice shows that improve the metal electrical crystallization in the cathode polarization effect, can improve the generation of the nucleation rate, easy to get crystallization meticulous coating.
实践表明：提高金属电结晶时的阴极极化作用，可以提高晶核的生成速度，便于获得结晶细致的镀层。
But can't think that the larger the cathode polarization effect the better.
但是不能认为阴极极化作用愈大愈好。
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