采用近似皮尔斯法设计了毫米波行波管窄束电子枪

Hongtao Liang, C. Ruan, Q. Xue
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引用次数: 0

摘要

提出了一种近似皮尔斯法,为将同心球体平移到同轴圆柱体上设计一维压缩窄板束电子枪提供了一种方便的理论分析方法。通过理论计算和参数分析,利用三维仿真软件设计了轴对称梁和窄板梁的对比穿孔枪。仿真结果表明,在电流为0.14A、电压为22kV的条件下,两种模型产生的光束与期望的射束非常匹配,可以在一个方向上获得四倍的束压缩。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A narrow sheet beam electron gun designed by approximate Pierce method for the millimeter wave TWT
An approximate Pierce method is proposed which gives a convenient and theoretical analysis way for a one-dimensional compressed narrow sheet beam electron gun design by translating concentric spheres to fit coaxial cylinders. Using the theoretical calculation and the parameters analysis, the comparative Pierce gun for axially symmetric beam and narrow sheet beam are designed by 3-D simulation software. The simulation results show both models generate the beams closely matched the desired gun with the current of 0.14A, and the voltage of 22kV, which can obtain the beam compression by a factor of four in one direction.
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