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Excited States at Interfaces of a Metal-Supported Ultrathin Oxide Film

We report layer-resolved measurements of the \textit{unoccupied} electronic structure of ultrathin MgO films grown on Ag(001). The metal-induced gap states at the metal/oxide interface, the oxide band gap as well as a surface core exciton involving an image-potential state of the vacuum are revealed through resonant Auger spectroscopy of the Mg $KL_{23}L_{23}$ Auger transition. Our results demonstrate how to obtain new insights on \textit{empty} states at interfaces of metal-supported ultrathin oxide films.

preprint2015arXivOpen access
T. JaouenE. RazzoliC. DidiotG. MonneyB. HildebrandF. VaniniM. MuntwilerP. Aebi
cond-mat.mtrl-sci
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Open access8 authors1 topic
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T. JaouenE. RazzoliC. DidiotG. MonneyB. HildebrandF. VaniniM. MuntwilerP. Aebi

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