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Experimental Determination of Chemical Hydridization in Rutile TiO2 Using Site-Specific X-Ray Photoelectron Spectroscopy

Published

Author(s)

Joseph Woicik, E J. Nelson, L Kronik, M Jain, J R. Chelikowsky, D Heskett, L E. Berman, G S. Herman

Abstract

X-ray photoelectron spectroscopy (XPS) has emerged as a premier method by which to study the chemical bonding in solids. Owing to the conservation of energy between the incident photon and the ejected photoelectron, XPS has provided much direct and important information pertaining to the occupied electronic density of states for many materials. However, because XPS measures the transition probabilities between the initial, bound-state valence electrons and the final, plane-wave continuum-state photoelectrons, the technique does not render the density of occupied electronic states. Rather, it produces the density of these states modulated by the electronic transition-probability matrix elements.
Citation
NSLS Science Highlights

Keywords

bound-state valence electrons, plane-wave continuum-state photoelectron, x-ray photoelectron spectroscopy (XPS)

Citation

Woicik, J. , Nelson, E. , Kronik, L. , Jain, M. , Chelikowsky, J. , Heskett, D. , Berman, L. and Herman, G. (2017), Experimental Determination of Chemical Hydridization in Rutile TiO<sub>2</sub> Using Site-Specific X-Ray Photoelectron Spectroscopy, NSLS Science Highlights (Accessed March 4, 2024)
Created February 19, 2017