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Plasma Imaging and Optimization of Energy Deposition during Femtosecond-laser Processing

机译:飞秒激光加工期间能量沉积的等离子体成像和优化

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The presentation will provide an overview of our work on plasma imaging techniques for assessing the interaction of fs-laser pulses with dielectrics. Either time-integrated or, time-resolved, these techniques can be used in experimental conditions similar to those used during fs-laser processing. Their use unveils a number of mechanisms that deteriorate the spatial distribution of energy deposition. These effects can be assessed and minimized leading to highly optimized laser written structures.
机译:该演示将概述我们对等离子体成像技术的工作,用于评估FS激光脉冲与电介质的相互作用。时间集成或时间分辨,这些技术可用于类似于FS激光加工期间使用的实验条件。它们的用途推出了许多机制来恶化能量沉积的空间分布。可以评估这些效果,并最小化导致高度优化的激光书面结构。

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