微秒等离子体开启开关的电动力学

O. Zabaidullin, M. Nitiahinskii
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引用次数: 0

摘要

对等离子体活塞式等离子体开启开关和微秒式等离子体开启开关的动力学特性进行了数值研究。发现了传导相位时间与等离子体桥截面上的粒子数和阴极附近的电子磁化值(霍尔参数)的关系。模拟结果表明,稀薄间隙产生现象可以在考虑霍尔效应的磁流体力学框架内描述,而不需要使用侵蚀理论。
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Electrodynamics of a microsecond plasma opening switch
Dynamics of a plasma opening switch (POS), operating like a plasma piston and of a microsecond POS are numerically studied. Dependance of the conduction phase time versus both a number of particles in a plasma bridge cross-section and an electron magnetization value (Hall parameter) near a cathode is found. Results of modeling indicate, that the phenomena of rarefied gap production could be described in the frame of magnetohydrodynamics (MHD) with account of the Hall effect, without using the erosion theory.
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