周期性分层克尔介质中10微焦脉冲的高效时间压缩
Efficient temporal compression of 10-µJ pulses in periodic layered Kerr media.
作者信息
Wang Wenchao, Eisenberg Yishai, Chen Yi-Hao, Xu Chris, Wise Frank
出版信息
Opt Lett. 2024 Oct 15;49(20):5787-5790. doi: 10.1364/OL.539381.
Abstract
Pulse compression based on periodic layered Kerr media has been demonstrated as an effective technique for femtosecond pulses with energies around 100 µJ or more. We report such a compressor designed for pulses in the 10-µJ range, which is valuable for many applications. Pulses from a fiber chirped-pulse amplifier are compressed from 300 fs to as short as 60 fs, with good pulse and beam quality. The compressor is a simple and efficient way to extend the performance of common Yb-based sources of pulses with microjoule energies.
摘要
基于周期性分层克尔介质的脉冲压缩已被证明是一种用于能量约为100 μJ或更高的飞秒脉冲的有效技术。我们报道了一种为10 μJ范围内的脉冲设计的压缩器，这对许多应用来说很有价值。来自光纤啁啾脉冲放大器的脉冲从300 fs压缩至短至60 fs，具有良好的脉冲和光束质量。该压缩器是一种简单有效的方法，可扩展常见的基于镱的微焦耳能量脉冲源的性能。
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