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X-ray Spectroscopy of Highly Charged Ions - Scatterplots
Electron energy-resolved X-ray Spectroscopy
Varying the electron beam energy and allocating the detected X-ray events results in a scatterplot which gives an image of the dependency of the x-ray transitions of the excitation energy.
In particular, this allows to study the resonant process of dielectronic recombination.
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Scatterplot of highly charged krypton
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Scatterplot of the KLL region of highly charged krypton
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Time-resolved X-ray Spectroscopy
Allocation of the X-ray events to the ion trapping time gives an image of the evolution of the ion species and thus provides an insight in the atomic processes in the ion trap.
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Time resolved X-ray spectrum of krypton at an electron energy that is the
excitation energy of the KLL dielectronic resonance of Kr28+
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Time evolution of Kr28+
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