Abstract
We present a set of angle integrated inverse photoemission spectra from FeS 2 taken in the ultraviolet region (12−25eV) in the isochromat mode; this is the first application of photon energy dependent isochromat inverse photoemission to a transition metal sulfide. It will be shown that the spectra can be simply interpreted in terms of the available single-particle ground state calculations. The data will also be discussed in the light of present theories on correlated systems.
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