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Compensation of optical path lengths in extreme-ultraviolet and soft-x-ray monochromators for ultrafast pulses

机译:极紫外和软X射线单色仪中的光路长度补偿,用于超快脉冲

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摘要

The extraction of the spectrum corresponding to a single extreme-ultraviolet ultrashort pulse embedded in an extended spectrum may alter the duration of the pulse itself. This is due to the spectral filtering of optics andthe differences in the optical path of the rays caused by ordinary diffraction when a grating is used. The basic mechanism that leads to the latter effect is the differerence of one wavelength of the path length of two rays diffracted at the first order by nearby grating grooves. A study of these effects and some possible solutions obtained from using a pair of diffraction gratings is presented. The aim of this study is the selection without dispersion of one or more high-order laser harmonics produced by a pulse lasting a few femtoseconds and interacting with a gas jet.
机译:与嵌入扩展频谱中的单个极紫外超短脉冲相对应的频谱提取可能会改变脉冲本身的持续时间。这是由于光学系统的光谱滤波以及使用光栅时由普通衍射引起的光线的光路差异所致。导致后一种效应的基本机理是由附近的光栅沟槽以第一级衍射的两条光线的光程长度的一个波长之差。提出了对这些影响的研究以及通过使用一对衍射光栅获得的一些可能解决方案。这项研究的目的是选择不分散一个或多个持续数飞秒并与气体相互作用的脉冲产生的高阶激光谐波。

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