Journal article
Alignment of Xe II and Xe III ionic states after the decay of the Xe I 4d5/2⁹6p ₀P₀ autoionization resonance
Publication Details
Authors: | Ehresmann, A.; Schäffer, H.; Vollweiler, F.; Mentzel, G.; Magel, B.; Schartner, K.; Schmoranzer, H. |
Publication year: | 1998 |
Journal: | Journal of Physics B: Atomic, Molecular and Optical Physics |
Pages range : | 1487-1501 |
Volume number: | 31 |
ISSN: | 0953-4075 |
URN / URL: |
Abstract
The angular dependence of the UV/VIS and VUV fluorescence was measured to determine the alignment of Xe II and Xe III ionic states populated via the decay of the Xe I 4d5/296p LPL autoionization resonance through (multi-step) spectator-Auger or Auger-shake transitions. The anisotropy of the fluorescence radiation and the alignment parameter were also determined for a decay cascade involving electron as well as fluorescence transitions starting from the Xe I 4d5/296p LPLresonance and ending in the Xe II ground state 5s25p5 2P3/2.
The angular dependence of the UV/VIS and VUV fluorescence was measured to determine the alignment of Xe II and Xe III ionic states populated via the decay of the Xe I 4d5/296p LPL autoionization resonance through (multi-step) spectator-Auger or Auger-shake transitions. The anisotropy of the fluorescence radiation and the alignment parameter were also determined for a decay cascade involving electron as well as fluorescence transitions starting from the Xe I 4d5/296p LPLresonance and ending in the Xe II ground state 5s25p5 2P3/2.
