摘要
本文基于回旋管电子回旋脉塞原理,利用回旋管的自洽非线性理论和粒子模拟仿真程序,模拟仿真并设计了W波段低电压回旋振荡管,该管采用基次谐波工作方式,工作模式为TE02模。经过大量的粒子模拟仿真,比较系统地研究分析了电子注工作参数对回旋振荡管输出功率及其效率的影响。粒子模拟仿真结果表明:设计的回旋振荡管在电压30.0k V、电流3.0A、速度横纵比1.5的条件下获得了33.4k W的输出功率,电子效率约37%。
引文
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