首页> 外文期刊>Physical review, E. Statistical physics, plasmas, fluids, and related interdisciplinary topics >Experimental observation of short-pulse upshifted frequency microwaves from a laser-created overdense plasma - art. no. 036505
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Experimental observation of short-pulse upshifted frequency microwaves from a laser-created overdense plasma - art. no. 036505

机译:来自激光产生的过稠等离子体的短脉冲升频微波的实验观察-艺术没有。 036505

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摘要

A short and frequency upshifted from a source microwave pulse is experimentally generated by the over-dense plasma that is rapidly created by a laser. The source wave, whose frequency is 9 GHz, is propagating in the waveguide filled with tetrakis-dimethyl-amino-ethylene gas, which is to be converted to the overdense plasma by the laser. The detected frequency of the pulse is over 31.4 GHz and its duration is 10 ns. This technique has the potential for the generation of a tunable frequency source. [References: 17]
机译:实验中,由激光迅速产生的过密等离子体会产生从源微波脉冲产生的短波和频率升频。频率为9 GHz的源波在充满四-二甲基-氨基-乙烯气体的波导中传播,该气体将被激光转换为过密度的等离子体。检测到的脉冲频率超过31.4 GHz,其持续时间为10 ns。该技术具有产生可调频率源的潜力。 [参考:17]

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