Perspectives of parametric generation of coherent XUV radiation at ELI Beamlines facility

O. Hort, M. Jurkovic, J. Nejdl, V. Strelkov
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Abstract

The main workhorse of the production of coherent XUV attosecond pulses, and therefore a tool of choice for atomic and molecular physics applications, is the high-order harmonic generation technique (HHG). The HHG technique, however, has its limits: it cannot deliver high-energy XUV pulses. The HHG's problem is fundamental: the HHG process is very inefficient, which strongly limits XUV applicability. We propose to use a recently demonstrated powerful alternative technique of XUV generation, based on the high-order parametric processes. We discuss the results and the feasibility at the unique ELI Beamlines laser facility.
ELI光束线设备相干XUV辐射参量产生的展望
高次谐波产生技术(HHG)是产生相干XUV阿秒脉冲的主要技术,因此也是原子和分子物理应用的首选工具。然而,HHG技术有其局限性:它不能提供高能XUV脉冲。HHG的问题是根本的:HHG过程非常低效,这极大地限制了XUV的适用性。我们建议使用最近展示的基于高阶参数过程的XUV生成的强大替代技术。我们讨论了在独特的ELI光束线激光设备上的结果和可行性。
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