Abstract A multiple-scattering cluster method is employed to calculate the oxygen K-edge near-edge X-ray absorption fine structure of N2O/Ir(110) and its monolayer. Two peaks and one weak resonance appear in both cases. The selfconsistent field DV-X calculations of the peaks and resonance show that the physical origin of the pre-edge peak x is different from those of the main peak 1 and the other weak resonance σ1. This setup is intrinsic to the N2O monolayer, owing to the interaction between the neighbouring molecular chains in the monolayer and partly to the adsorbed atomic oxygen, according to both the theoretical and experimental data.
Wu Tai-Quan(吴太权), Zhu Ping(朱萍), Wang Xin-Yan(王新燕), and Luo Hong-Lei (罗宏雷) A theoretical study of the oxygen K-edge near-edge X-ray absorption ne structure of N2O/Ir(110) 2012 Chin. Phys. B 21 076801
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