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- W2028009163 abstract "We study experimentally and theoretically the production of characteristic $Kensuremath{alpha}$ x-rays during the interaction of intense infrared laser pulse with large ($Nensuremath{sim}{10}^{4}--{10}^{6}$ atoms) argon clusters. We focus on the influence of laser intensity and pulse length on both the total x-ray yields and the charge-state distributions of the emitting cluster argon ions. An experimental optimization of the x-ray yield based on the setup geometry is presented and the role of the effective focal volume is investigated. Our theoretical model is based on a mean-field Monte-Carlo simulation and allows identifying the effective heating of a subensemble of electrons in strong fields as the origin of the observed x-ray emission. Well-controlled experimental conditions allow a quantitative bench marking of absolute x-ray yields as well as charge state distributions of ions having a $K$-shell vacancy. The presence of an optimum pulse duration that maximizes the x-ray yield at constant laser energy is found to be the result of the competition between the single cluster dynamics and the number of clusters participating in the emission." @default.
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- W2028009163 date "2008-11-07" @default.
- W2028009163 modified "2023-09-23" @default.
- W2028009163 title "Effect of pulse duration on the x-ray emission from Ar clusters in intense laser fields" @default.
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- W2028009163 doi "https://doi.org/10.1103/physreva.78.053201" @default.
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