Abstract
We report on measurements of the triply differential cross section for the 4d5/2 inner-shell photoionization in xenon followed by N5O2,3O2,3 Auger decay using electron–electron coincidence spectroscopy. The experimental setup made it possible to obtain the first coincident angular distributions for the (1D2) and (3P2) final states at a photon energy of 97.45 eV. Relative amplitudes and phases describing the photoionization were estimated from these angular distributions.
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