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Numerical simulations of a 4th harmonic cyclotron maser based on the principle of frequency multiplication

机译:基于倍频原理的第四 回旋加速器激射器的数值模拟

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摘要

Gyrotrons [1–3] have long been considered as one of the most effective devices for generating and amplifying [4] coherent, high-power radiation within the mm-band. This is achieved through the use of the cyclotron resonance maser (CRM) instability [5], whereby a beam of electrons undergo bunching within an applied magnetic field, and emit radiation as a result. However, with increasing pressures for ever higher frequencies, scaling gyrotrons for operation within the sub mm-band has been problematic.
机译:回旋加速器[1-3]一直被认为是在毫米波段内产生和放大[4]相干高功率辐射的最有效装置之一。这是通过使用回旋共振激射器(CRM)不稳定性[5]来实现的,其中电子束在施加的磁场内经历聚束,并因此发出辐射。但是,随着越来越高的频率压力的增加,在亚毫米波段内操作的定标回旋管已经成为问题。

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