The influence of the valence band shape and of the 5d band shape on the Ce4+ L3 X-ray
absorption edge spectrum is checked for Ce compounds in the frame of the Anderson …

Many-body final states in X-ray absorption near-edge structure (XANES) using synchrotron
radiation are a unique tool for probing quantum many-body initial states in complex …

Coulomb interactions are evaluated by the theoretical analysis of these spectra. It is shown
that all the experimental results are well reproduced by the theoretical calculation with a set …

The experimental sulfur XANES spectra in Sm x Gd 1− x S system have been measured and
analyzed in the framework of one-electron multiple scattering theory. It was found that sulfur …

The x-ray absorption near edge structure (XANES), developed in these last 40 years using
synchrotron radiation, is a unique tool probing electronic correlations in complex systems via …

Theory of the La 2 p 3 d 3 d resonant Auger electron spectroscopy for insulating La-
compounds is presented for the process that the incident photon is tuned to resonate with 2 …

A review of the photoelectron and Auger data reported for the recently discovered high
temperature superconductors reveals that the surfaces of these materials are highly reactive …

The emerging scenario of superstripes for high temperature superconductors is presented.
The complexity of the electronic structure of doped cuprates results from two electronic …

The purpose of this paper is to present recent theoretical attempts to explain consistently
various core level spectra in an insulator Ce02 and to compare obtained electronic …

Core level spectroscopy is one of the most powerful tools in the study of 4f electron state of
rare earth systems. Spectra of 3d core photoemission (3d-XPS) and 2p core …