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首页> 外文期刊>IEEE Transactions on Plasma Science >Self-excitation of spurious oscillations in the drift region of gyrotrons and their influence on gyrotron operation
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Self-excitation of spurious oscillations in the drift region of gyrotrons and their influence on gyrotron operation

机译:回旋管漂移区中寄生振荡的自激及其对回旋管运行的影响

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摘要

Stable operation of gyrotron devices is often limited by spurious oscillations in the drift region where the external magnetic field is nonuniform. Analytical expressions for start-oscillation currents and frequencies of auto-oscillations in gyrotrons with weakly inhomogeneous DC magnetic fields have been published. These expressions are used to calculate the starting currents and frequencies of the spurious oscillations excited in the drift region of a TE/sub 021/ mode gyrotron. The results of numerical simulations are in agreement with experimental measurements of spurious oscillations in our gyrotron. It is shown that self-excitation of these spurious oscillations leads to a sharp decrease in efficiency due to mode competition between desired and spurious modes.
机译:回旋加速器设备的稳定运行通常受到外部磁场不均匀的漂移区域中的寄生振荡的限制。已经公开了具有弱非均匀直流磁场的回旋管中的起始振荡电流和自激振荡频率的解析表达式。这些表达式用于计算在TE / sub 021 /模式回旋管的漂移区中激发的寄生振荡的起始电流和频率。数值模拟的结果与我们回旋管中寄生振荡的实验测量结果一致。结果表明,由于期望模式和寄生模式之间的模式竞争,这些寄生振荡的自激导致效率急剧下降。

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