爆炸电子发射等离子体过程的特性

Ping Wu, Jun Sun, Yibing Cao, Y. Teng
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引用次数: 2

摘要

阴极等离子体是爆炸电子发射中的一种基本现象。用分幅相机研究了环形爆炸发射阴极(EECs)的等离子体特性。等离子体照片表明,等离子体的发展过程比电子发射过程慢,并且具有明显的持续效应,使得阴极等离子体在高压脉冲后需要几微秒才能完全消散。照片还表明,引导磁场和正极材料对阴极放电二极管的发射均匀性有显著影响。
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Characteristics of plasma process in explosive electron emission
Cathode Plasma is a basic phenomenon in explosive electron emission (EEE). This paper addresses the plasma characteristics of annular explosive emission cathodes (EECs) with a framing camera. The plasma photographs show that the plasma development proceeds slower than the electron emission process and has a significant persistence effect which makes the cathode plasma need several microseconds to dissipate thoroughly after the high-voltage pulse. The photographs also show that the guiding magnetic field and cathode material have significant influences on emission uniformity of EECs.
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