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Intensities of 4f-4f transitions in glass materials

机译:玻璃材料中4f-4f跃迁的强度

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In this article we review some of the basic aspects of rare earth spectroscopy applied to vitreous materials. The characteristics of the intra-atomic free ion and ligand field interactions, as well as the formalisms of the forced electric dipole and dynamic coupling mechanisms of 4f–4f intensities, are outlined. The contribution of the later mechanism to the 4f–4f intensities is critically discussed, a point that has been commonly overlooked in the literature of rare earth doped glasses. The observed correlation between the empirical intensity parameter W2 and the covalence of the ion first coordination shell is discussed accordingly to the theoretical predictions.
机译:在本文中,我们回顾了应用于玻璃材料的稀土光谱学的一些基本方面。概述了原子内自由离子和配体场相互作用的特性,以及强迫电偶极子的形式学和4f–4f强度的动态耦合机制。严格讨论了后一种机制对4f-4f强度的贡献,这一点在稀土掺杂玻璃的文献中通常被忽略。根据理论预测讨论了经验强度参数W2和离子第一配位壳的价之间的相关性。

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