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Spatial splitting of femtosecond laser pulse induced by infrared plasma grating

机译:红外等离子光栅引起的飞秒激光脉冲的空间分裂

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摘要

Spatial splitting of a probe femtosecond filament induced by plasma grating is observed in air. The refractive index is redistributed by the leading part of the probe pulse, inducing the defocusing of the trailing part with slight modification of its propagation direction. After undergoing a few cycles of total reflection between two plasma walls, the trailing part is refocused at the trailing part of the plasma grating and escapes.
机译:在空气中观察到由等离子体光栅引起的探针飞秒长丝的空间分裂。折射率被探针脉​​冲的前导部分重新分布,诱导尾随部分的散焦,其传播方向轻微修改。在两个等离子体壁之间经过几个总反射循环之后,尾随部分在等离子体光栅和逃逸的尾部重新聚焦。

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