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2D Spectrochemical Series of ML6 Metal Complexes for Controlling the Ligand Field Splitting

机译:ML6金属配合物的二维光谱化学系列,用于控制配体场分裂

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摘要

We have studied a novel universal spectrochemical series of the six-coordinated octahedral 3d transition metal complexes that can be used for any combinations of the central metal atoms and the ligand molecules. The spectrochemical series for the six-coordinated octahedral metal complexes can be well explained by the energy level comparison between the metals and ligands using the DV-X alpha method. The two-dimensional spectrochemical series can be applied for expecting of the ligand field splitting energy widths of not only the known compounds but also the unknown ones.
机译:我们已经研究了六配位八面体3d过渡金属配合物的新型通用光谱化学系列,该配合物可用于中心金属原子和配体分子的任何组合。六配位八面体金属配合物的光谱化学系列可以通过使用DV-X alpha方法比较金属和配体之间的能级来很好地解释。二维光谱化学序列可以用于预期不仅已知化合物而且未知化合物的配体场分裂能量宽度。

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