Photoionization Delay in He, Ne, Ar and Kr
Caryn Palatchi, Marcus Dahlstrom, Anatoli Kheifets, Dietrich, Keiswetter, Dan Canaday, Lou DiMauro, Pierre Agostini
TL;DR
This paper investigates the energy-dependent photoionization delays in noble gases Ne, Ar, and Kr, using helium as a reference to characterize the XUV pulse, providing insights into atomic photoionization dynamics.
Contribution
It introduces a method to measure relative photoionization delays across different noble gases using helium as a reference.
Findings
Measured energy-dependent delays in Ne, Ar, and Kr
Compared delays to helium to characterize XUV pulse
Provides data on atomic photoionization dynamics
Abstract
We study the relative photoionization delay of Ne, Ar and Kr as a function of energy using He as a reference to characterize or XUV pulse.
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