Experimental and theoretical surface core-level shifts of aluminum (100) and (111)

@inproceedings{Borg2004ExperimentalAT,
  title={Experimental and theoretical surface core-level shifts of aluminum (100) and (111)},
  author={Mikael Borg and Martin Birgersson and Maria Smedh and Anders Mikkelsen and D. L. Adams and R. E. Nyholm and Carl-Olof Almbladh and Jesper N. Andersen},
  year={2004}
}
The surface core-level shifts of Al(111) and Al(100) have been measured using high-resolution core-level photoemission spectroscopy and calculated using density functional theory (DFT). For Al(100), the 2p core-level shift of the first (second) layer was determined to be –75 meV (+20 meV) from experiment and –71 meV (+20 meV) from the DFT calculations. For Al(111), the corresponding values are –27 meV (0 meV) from experiment and –14 meV (–) from the DFT calculations. Core-level splittings… CONTINUE READING