This paper explores the generation and distribution, the influences on electron motion and interactions of the self-magnetic field in the relativistic magnetron.
针对相对论磁控管中自磁场的产生与分布、自磁场对电子运动的影响以及自磁场对互作用的影响进行了深入分析。
On the bipolar-pulse mode HIPIB apparatus, a planar diode model of self-magnetic field MID is proposed for analysis of the diode behaviour during the negative pulse stage.
通过建立平面离子二极管模型，分析了负脉冲阶段二极管中初始等离子体的形成。
At the same time it also calculates the growth rate of the instability generated by the self-magnetic field. The results are in agreement with those of complicated calculations once perfectly.
同时计算了由自磁场产生的不稳定性增长率，其结果与先前完全的、复杂计算的结果相一致。
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