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Real-space multiple-scattering theory of XMCD including spin-orbit interaction in scattering process

机译:XMCD的真实空间多散射理论,包括散射过程中的旋转轨道交互

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The effects of the spin-orbit interaction on surrounding atoms for XMCD spectra are studied by a real-space multiple-scattering theory. The present numerical calculation for Fe K-edge XMCD spectra from BCC iron demonstrates the importance of the spin-orbit interaction on scattering atoms, which has been disregarded in previous works. These effects will be inevitable for K-edge XMCD analyses of light elements surrounded by heavy magnetic atoms.
机译:通过真实空间多散射理论研究了旋转轨道相互作用对XMCD光谱周围原子的影响。来自BCC铁的Fe K-Edge XMCD光谱的本数值证明了旋转轨道相互作用对散射原子的重要性,这在以前的作品中被忽略。这些效果对于由重磁原子包围的轻质元件的K-Edge XMCD分析是不可避免的。

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