FINAL ION-CHARGE RESOLVING ELECTRON-SPECTROSCOPY FOR THE INVESTIGATION OF ATOMIC PHOTOIONIZATION PROCESSES - XE IN THE REGION OF THE 4D-]EPSILON-F RESONANCE
T. Luhmann et al., FINAL ION-CHARGE RESOLVING ELECTRON-SPECTROSCOPY FOR THE INVESTIGATION OF ATOMIC PHOTOIONIZATION PROCESSES - XE IN THE REGION OF THE 4D-]EPSILON-F RESONANCE, Physical review. A, 57(1), 1998, pp. 282-291
Electron-ion coincidence spectroscopy of energy-analyzed electrons and
charge-separated ions is used to investigate complex decay processes
of atoms after inner-shell photoionization with monochromatized synchr
otron radiation. Improvements in the experimental technique allow a co
mplete electron spectrum resolved into the different contributions of
the final ion-charge states to be measured. This method of final ion-c
harge resolving electron spectroscopy is demonstrated by the example o
f xenon for different photoionization processes in the region of the 4
d-->epsilon f resonance. [S1050-2947(98)04401-1].