Conversion of an electromagnetic wave into a periodic train of solitons under cyclotron resonance interaction with a backward beam of unexcited electron-oscillators.
Conversion of an electromagnetic wave into a periodic train of solitons under cyclotron resonance interaction with a backward beam of unexcited electron-oscillators.
复制标题
在与未受激电子振荡器的后向光束的回旋共振相互作用下，将电磁波转换为周期孤子串。
DOI：
10.1103/physrevlett.113.143901
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发表时间：
2014
影响因子：
8.6
通讯作者：
V. Zaslavsky
中科院分区：
文献类型：
--
作者：
I. Zotova;N. Ginzburg;A. Sergeev;E. Kocharovskaya;V. Zaslavsky
通过与反向运动的非激发回旋加速器电子束的共振相互作用，证明了将连续的强微波辐射转化为周期性短脉冲序列的可能性。在这样一个系统中，有一定的参数范围，在此范围内，入射的平稳信号分裂成一系列短脉冲，每个短脉冲都可以解释为一个孤子。提出利用这一效应对短波回旋管的辐射进行调幅。
The possibility of the conversion of intense continuous microwave radiation into a periodic train of short pulses by means of resonant interaction with a beam of unexcited cyclotron electron oscillators moving backward is shown. In such a system there is a certain range of parameters where the incident stationary signal splits into a train of short pulses and each of them can be interpreted as a soliton. It is proposed to use this effect for amplitude modulation of radiation of short wavelength gyrotrons.