Fluorescence studies on the 3d-ionization threshold range in krypton
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Krypton atoms were excited by photons in the energy range from the threshold for photoionization of the 3d-electrons up to 120 eV. and the fluorescence radiation in the spectral range from 780 to 965 A was observed and analyzed. Cross sections for the population of excited states in KrIII with at least one 4s-hole resulting from an Auger transition as the first decay step and for KrII satellites were determined. The energy dependence of the 3d-ionization cross section in the 3d{_5/2}- and the 3d{_3/2}-threshold range was derived from the experimental data. The cross sections for production of KrII states were found to follow the energy dependence of the 3d-cross sections.
@article{urn:nbn:de:hebis:34-2008070722553, author ={Wildberger, M. and Ehresmann, Arno and Schmoranzer, H. and Möbus, B. and Magel, B. and Schartner, K.-H.}, title ={Fluorescence studies on the 3d-ionization threshold range in krypton}, copyright ={https://rightsstatements.org/page/InC/1.0/}, language ={en}, year ={1994} }