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- W2013409087 abstract "We have carried out extensive one- and three-step angle-resolved photoemission spectroscopy (ARPES) intensity computations on Ni(100) within the band theory framework based on the local spin-density approximation. The results show a good overall level of accord with the recent high-resolution ARPES experiments on Ni(100) which probe the majority- and minority-spin ${ensuremath{Sigma}}_{1}$ band along the $ensuremath{Gamma}ensuremath{-}K$ direction near the Fermi energy ${(E}_{F}),$ uncertainties inherent in our first-principles approach notwithstanding. The ${mathbf{k}}_{ensuremath{Vert}}$ and energy dependencies of various spectral features are delineated in terms of the interplay between changes in the initial- and final-state bands and the associated transition matrix elements. The remarkable decrease observed with decreasing ${k}_{ensuremath{Vert}}$ in the ARPES intensity of the majority-spin ${ensuremath{Sigma}}_{1}$ band as it disperses below the ${E}_{F}$ as well as an enhanced spin polarization of the photoemitted electrons from the ${E}_{F}$ is shown to arise from the presence of a band gap in the final-state spectrum." @default.
- W2013409087 created "2016-06-24" @default.
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- W2013409087 date "2002-12-16" @default.
- W2013409087 modified "2023-10-02" @default.
- W2013409087 title "High-resolution angle-resolved photoemission spectra from Ni(100): Matrix element effects and spin-resolved initial and final state bands" @default.
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- W2013409087 doi "https://doi.org/10.1103/physrevb.66.235107" @default.
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