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Possible physical mechanisms of large-scale heating of non-metal crystals by femtosecond laser pulses

机译:由飞秒激光脉冲的大规模加热非金属晶体的可能的物理机制

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摘要

There is proposed and described a physical model for possible sequence of effects induced by femtosecond high-intensity laser pulses in semiconductor and dielectric crystals. Basic points of the model are considered on the basis of the simplest estimations allowing to judge if the points do not contradict general physical regulations. Main advantage of the proposed model is capability of explaining extremely deep heating induced by super-short laser pulses and drilling of high-aspect holes.
机译:提出并描述了由半导体和介电晶体中的飞秒高强度激光脉冲引起的可能效果序列的物理模型。基于最简单的估计,考虑模型的基本要点,允许判断该点是否与一般性实际规定相矛盾。所提出的模型的主要优点是通过超短路激光脉冲和钻孔诱导的高度孔的极端加热能力。

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