A detailed investigation of the electronic structure of Pd(111) clean surface is presented in terms of a LCAO band model. Results including surface bands and local densities of states are given and a comparison with recently performed photoemission experiments is presented. For hυ = 21.2 eV we find that the angle resolved distribution curves can be explained in terms of initial state density and k║ conserving transitions. For lower photon energies a mixture of bulk transition calculations and surface density of states seems more appropriate. Comparison with previous theoretical work is also presented.
A THEORETICAL STUDY OF THE ELECTRONIC STRUCTURE OF PD (111) CLEAN SURFACE / Bisi, Olmes; CALANDRA BUONAURA, Carlo. - In: SURFACE SCIENCE. - ISSN 0039-6028. - STAMPA. - 83:(1979), pp. 83-92.
A THEORETICAL STUDY OF THE ELECTRONIC STRUCTURE OF PD (111) CLEAN SURFACE
BISI, Olmes;CALANDRA BUONAURA, Carlo
1979
Abstract
A detailed investigation of the electronic structure of Pd(111) clean surface is presented in terms of a LCAO band model. Results including surface bands and local densities of states are given and a comparison with recently performed photoemission experiments is presented. For hυ = 21.2 eV we find that the angle resolved distribution curves can be explained in terms of initial state density and k║ conserving transitions. For lower photon energies a mixture of bulk transition calculations and surface density of states seems more appropriate. Comparison with previous theoretical work is also presented.
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