XUV-attosecond pulses: generation and measurement

R. Kienberger, M. Hentschel, G. Reider, M. Drescher, C. Spielmann, F. Krausz
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引用次数: 4

Abstract

Tunnel emission by and subsequent acceleration of electrons from rare gas atoms in high laser fields has emerged as a powerful process to generate extremely short bursts of electromagnetic radiation in the XUV spectral range. With proper choice of parameters (most importantly, laser driver pulses of only few cycles duration), single XUV-pulses of several 100 attosecond duration can be produced.
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xuv -阿秒脉冲:产生与测量
在高激光场中,稀有气体原子的电子通过隧道发射和随后的加速已经成为一种强大的过程,可以在XUV光谱范围内产生极短的电磁辐射爆发。通过适当的参数选择(最重要的是,只有几个周期持续时间的激光驱动脉冲),可以产生几个100阿秒持续时间的单个xuv脉冲。
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