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Spectrum and polarization of THz radiation from two-color femtosecond laser breakdown: Theory and experiment

机译:两色飞秒激光击穿的太赫兹辐射的光谱和偏振:理论与实验

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We present a comprehensive experimental and numerical study of spectral, spatial and polarization features of the widely used THz source - plasma of optical breakdown by a two-color femtosecond laser. We show experimentally presence of high-frequency component of THz radiation related to response of neutral gas molecules. Taking into account evolution of phase and polarization of optical pulses propagating through plasma allows to account for the experimentally observed polarization and spectrum of the emitted pulse.
机译:我们提供了广泛使用的太赫兹源的光谱,空间和偏振特性的综合实验和数值研究-通过双色飞秒激光对光进行击穿的等离子体。我们展示了与中性气体分子的响应相关的太赫兹辐射的高频分量的实验存在。考虑到通过等离子体传播的光脉冲的相位和偏振的演变,可以考虑到实验观察到的发射脉冲的偏振和光谱。

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