俄罗斯MM频段MW功率级回旋管

A. Litvak, V. Myasnikov, G. Denisov, E. Tai, V. Zapevalov, M. Agapova, A. Chirkov, A. Kuftin, V. Nichiporenko, L. Popov, E. Soluyanova, S. Usachev
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引用次数: 0

摘要

现代高功率回旋管能够产生功率高达(1-1.5)MW的射频辐射,总效率为(45-60)%,频率范围为(30-170)GHz,在准连续波状态下提供长达1000秒的脉冲持续时间。这些独特参数的实现,首先是由于稳定的螺旋电子束在强磁场下通过超大圆柱谐振器传输,并对管内所有受热表面进行充分冷却。回旋管安装了降压集电极、内置高效的高阶工作谐振模准光变换器和CVD金刚石盘输出窗口等重要部件。所有这些都是为了降低管内功耗,从而使回旋管长脉冲/连续波/1MW运行足够可靠。
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Russian gyrotrons of MW power level in MM frequency band
Modern high power gyrotron is capable to generate RF radiation of a power up to (1-1.5) MW with total efficiency of (45-60)% at a frequency range of (30-170) GHz in quasi-CW regime providing pulse duration up to 1000 s. These unique parameters can be achieved first of all due to effective interaction of stable helical electron beam transported through oversized cylindrical resonator in a strong magnetic field and adequate cooling of all heated surfaces inside tube. Gyrotron is rigged with such important components as depressed collector, high-efficient built-in quasi-optical converter of high-order operating resonator mode into paraxial wave beam, and output window with disc of CVD diamond. All these elements aimed to decrease power dissipation inside tube, and thus make long pulse/CW/1MW operation of gyrotron reliable enough.
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