Abstract
Core level photo-emission studies of the Cr 3s level in NaCrS2 are presented and discussed in terms of various models for the screening processes involved and of the intra-atomic exchange interactions. The data support a screening model in which excitations occur on the neighbouring ligand atoms, rather than one in which excitations result in the transfer of an electron from the ligands to the Cr 3d shell. Angle-resolved measurements of the intensity of the two major components of the magnetically induced 3s multiplet are also presented, and these indicate the possibility of spin-dependent diffraction in the final state.
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