调制腔 meaning in English
buncher
Examples
- Calculation for a coupling coefficient of two modulation cavities in a relativistic klystron oscillator
相对论速调管振荡器中两个调制腔耦合系数的计算 - 4 . a nonlinear theoretical model for two - cavity gyroklystron is established . the analytic method on the beam - wave interaction in input cavity and output cavity is studied
四、建立了两腔回旋速调管的非线性模型与理论，探讨了调制腔及输出腔中注?波互作用的研究方法。 - This source will have a power output of about 2 . 5gw with 25 % efficiency at 5 . 2ghz . the input modulate voltage is 125kv and the post - accelerating voltage is 600kv
在调制腔电压125kv 、加速间隙电压600kv和电流15ka时，在c波段获得了峰值功率约2 . 5gw和约25效率的数值模拟结果。 - Basing on the theories of finite element method , analysed computer simulation of high frequency structure in resonator ; 3 . compared effects to resonate frequency and fields caused by coupling slots of buncher in different azimuth ; 4
从有限元理论的角度出发，对计算机仿真计算谐振腔内高频场结构进行了分析探讨； 3比较了调制腔部分耦合缝的位置变化对谐振频率及腔内场的影响； 4 - A virtual cathode oscillator with an axially extracted te10 or te11 mode has been investigated using the pic code . it can emit microwaves axially through an antenna without mode converter or transition waveguide , making the system more simple and compact . the efficiency of this device can be enhanced by employing premodulation cavity , resonant cavity , feedback mechanism , and virtual cathode formed by two electron beams
本文利用物理分析和粒子模拟的方法研究了轴向提取te10 / te11模虚阴极振荡器,结果表明通过引入预调制腔、谐振腔、反馈端面、双电子束阴极等结构,可以实现结构相对紧凑、束波转换效率较高的轴向提取虚阴极振荡器。