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Theoretical investigation and modeling of mid-infrared pulse generation in a GaAs crystal using 30 fs pulses from fiber-optical laser

机译:利用光纤激光器的30 fs脉冲在GaAs晶体中产生中红外脉冲的理论研究和建模

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摘要

The results of the THz radiation generation via interaction of 30 fs fiber-optical lasers pulses with the wavelengths of 1.98 and 1.55 μm in GaAs are presented. Numerical time-integration by the finite-difference method of nonlinear Maxwell-equation systems has been performed. The process of mid-infrared pulse generation obtained from spectral filtration of a supercontinuum formed in the pump-pulse spectrum at the output of GaAs is studied.
机译:给出了在GaAs中通过波长为1.98和1.55μm的30 fs光纤激光脉冲相互作用产生THz辐射的结果。通过非线性麦克斯韦方程组的有限差分方法进行了数值时间积分。研究了由GaAs输出的泵浦脉冲光谱中形成的超连续谱的光谱过滤得到的中红外脉冲的产生过程。

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