Decade spanning radiofrequency emission from ultrashort laser generated plasma

J. Elle, A. Englesbe, T. Garrett, A. Janicek, A. Lucero, A. Schmitt-Sody, E. Thornton
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Abstract

The unique electron distribution, timescales and geometry of ultrashort pulse laser generated plasmas are a novel source of radio-frequency electromagnetic emission, with a bandwidth larger than 70 GHz. To identify the emission mechanism, we characterize the RF signal for a wide variety of experimental conditions.
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超短激光产生的等离子体的十年期射频发射
超短脉冲激光产生的等离子体具有独特的电子分布、时间尺度和几何形状,是一种带宽大于70 GHz的新型射频电磁发射源。为了确定发射机制,我们在各种实验条件下对射频信号进行了表征。
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