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The possibility of amplification and generation of higher harmonics in a microwave device with turbulent electron flow (Natural experiment and phenomenological model)

机译:带有湍流电子流的微波设备中放大和产生高次谐波的可能性(自然实验和现象学模型)

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摘要

A generator of turbulent electron beams in an independent mode and in the mode of amplification of an external single-frequency signal is experimentally investigated. The formation of higher harmonic components in the spectrum of output radiation of the generator is shown experimentally. The phenomenological model of the turbulent electron flow is constructed on the basis of a chain of interacting "electron vortices" described by the modified nonlinear Van-der-Pol differential equations. The modes of independent dynamics and the mode of amplification of an external harmonic signal are considered. The results of numerical modeling and experimental investigations are compared. The qualitative correspondence of the behavior of the dependences obtained from the experimental investigation of the generator of turbulent electron beams and the results obtained from numerical modeling is shown.
机译:实验研究了独立模式和外部单频信号放大模式下的湍流电子束发生器。实验显示了发电机输出辐射频谱中高次谐波成分的形成。湍流电子流的现象学模型是基于由改进的非线性Van-der-Pol微分方程描述的相互作用的“电子涡旋”链构建的。考虑了独立动力学的模式和外部谐波信号的放大模式。比较了数值模拟和实验研究的结果。显示了从湍流电子束发生器的实验研究获得的依赖关系的行为的定性对应关系,以及从数值模型获得的结果。

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