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Experimental study of the plasma cathode electron gun

机译:等离子阴极电子枪的实验研究

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摘要

The high-power microwave devices with plasma-filled have been unique properties. One of the major problems associated with plasma-filled microwave sources is that ions from the plasma drift toward the gun regions of the tube. This bombardment is particularly dangerous for the gun, where high-energy ion impacts can damage the cathode surface and degrade its electron emission capabilities. One of the techniques investigated to mitigate this issue is to replace the material cathode with plasma cathode. A unique plasma cathode electron gun are investigated in detail experimentally in this paper. The PCE-gun has been operated at pulser voltage up to 8KV, discharge current up to 166A, and pulse lengths of up to 60μs.
机译:具有等离子体填充的高功率微波设备具有独特的性能。与等离子体填充的微波源相关的主要问题之一是来自等离子体的离子向管的喷枪区域漂移。这种轰击对于喷枪而言尤其危险,因为高能离子撞击会损坏阴极表面并降低其电子发射能力。为减轻该问题而研究的一种技术是用等离子阴极代替材料阴极。本文通过实验详细研究了独特的等离子阴极电子枪。 PCE喷枪的脉冲发生器电压高达8KV,放电电流高达166A,脉冲长度高达60μs。

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