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Using scanned-energy mode photoelectron diffraction of the N 1s photoemission, combined with multiple scattering modelling calculations, the structure of the Cu(100)c(2x2)-N has been investigated. While the results are broadly consistent with N adsorption in a fourfold coordinated hollow site, almost coplanar with the outermost layer, this model can only be fitted to the data with unphysically large...
The local adsorption structure of oxygen on Cu(100) has been studied using O1s scanned-energy mode photoelectron diffraction. A detailed quantitative determination of the structure of the 0.5 ML (√2x2√2)R45 o -O ordered phase confirms the missing-row character of this reconstruction and agrees well with earlier structural determinations of this phase by other methods, the adsorbed O atoms...
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