This result is in contrast to that for one-hole states involving the N/sub 2,3/ shell such a model fails completely to account for the xenon 4p photoemission spectrum. The agreement for the xenon M/sub 4,5/N/sub 2,3/N/sub 4,5/ spectrum is less good, but is close enough to indicate the approximate validity of the independent-electron model. The agreement between theory and experiment is excellent for the M/sub 4,5/N/sub more » 4,5/N/sub 4,5/ spectra of both xenon and iodine. The relative line energies and intensities for all of the xenon spectra and for iodine M/sub 4,5/N/sub 4,5/N/sub 4,5/ spectra have been calculated in the mixed-coupling scheme. In order to reduce satellite backgrounds, the M/sub 4,5/N/sub 4,5/N/sub 4,5/ spectra were also taken using primary-beam energies just below the core-ionization energy of the M/sub 3/ levels of iodine and xenon. High-resolution M/sub 4,5/N/sub 2,3/N/sub 4,5/, M/sub 4,5/N/sub 4,5/N/sub 4,5/, and M/sub 4,5/N/sub 4,5/O Auger spectra from I/sub 2/ vapor and from Xe gas have been measured using electron-beam excitation. Moreover the experiment shows that the final lifetime broadening is much greater in the final states corresponding to lower outgoing photon energies than in the states corresponding to higher outgoing photon energies. We consider the x-ray resonant Raman scattering (RRS) in La in the whole M excitation giving the same spectrum within the experimental accuracy.
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