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首页> 外文期刊>Dalton transactions: An international journal of inorganic chemistry >Computational and carbon-13 NMR studies of Pt-C bonds in P-C-P pincer complexes
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Computational and carbon-13 NMR studies of Pt-C bonds in P-C-P pincer complexes

机译:P-C-P夹钳复合物中Pt-C键的计算和碳13 NMR研究

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A C-13{H-1} NMR based investigation was conducted to examine the electronic properties of C(aryl)-M bonds and their trans influence in P-C(aryl)-P pincer complexes. A series of structurally related platinum pincer complexes were rationally designed and their corresponding C-13-Pt-195 coupling constants were systematically examined. By methodical substitution of the ligand trans to the organometallic C(aryl)-Pt bond, this study revealed the significant influence of the ligands on the nature of the C(aryl)-M bonds. The single crystal X-ray analysis of the complexes and computational studies further confirmed the observations that the C-M bond exhibits significant pi-character.
机译:进行了基于C-13 {H-1} NMR的研究,以检查C(芳基)-M键的电子性质以及它们在P-C(芳基)-P夹杂物中的反式影响。合理设计了一系列结构相关的铂钳配合物,并系统地研究了其相应的C-13-Pt-195偶联常数。通过系统地将配体反式取代为有机金属C(芳基)-Pt键,这项研究揭示了配体对C(芳基)-M键性质的重大影响。配合物的单晶X射线分析和计算研究进一步证实了C-M键具有显着的pi特性的观察结果。

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