Abstract

Results are presented from a theoretical study on optimizing the parameters of an electron gun of a powerful multicavity extended interaction klystron at a frequency of 95 GHz, ensuring the formation of a dense annular electron beam and its transport through interaction region with a current transmission coefficient of 99%, with taking into account of the thermal spread of electron velocities at the cathode.

中文翻译：

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大功率W波段扩展相互作用速调管空心光束的电子枪

摘要

通过理论研究得出了结果，该理论研究优化了功能强大的多腔扩展相互作用速调管在95 GHz频率下的电子枪参数，从而确保了密集的环形电子束的形成及其通过相互作用区的传输，电流传输系数为。考虑到阴极上电子速度的热扩散，为99％。