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Experimental relativistic plasma microwave electronics

机译:实验相对论等离子体微波电子

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摘要

Experimental studies in relativistic microwave electronics of plasma at the Prokhorov General Physics Institute are reviewed. Radiation of electromagnetic waves by a high-current relativistic electron beam injected into plasma is explored. Experimental data are compared with the results of an analytic theory and numerical simulations. Fast electronic frequency tuning of microwave radiation has been realized in an experimental setup, which is difficult to implement in vacuum relativistic microwave electronics. This is the main accomplishment of the research from the perspective of possible uses in various applications.
机译:综述了Prokhorov通用物理研究所等离子相对论微波电子的实验研究。 探索通过注入等离子体的高电流相对论电子束辐射电磁波。 将实验数据与分析理论和数值模拟的结果进行比较。 在实验设置中实现了微波辐射的快速电子频率调谐,这在真空相对论微波电子器件中难以实现。 这是从各种应用中可能用途的角度来研究研究的主要成就。

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