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首页> 外文期刊>Journal of Molecular Structure. Theochem: Applications of Theoretical Chemistry to Organic, Inorganic and Biological Problems >Metal-metal closed-shell interaction in M_2X_2(M-Ag,Cu;X=Cl,Br,I) and related copounds [Ag_2Br_2](PH_3)_3 and [Cu_2Cl_2](PH_3)_2:an RHF,MP2 and DFT study
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Metal-metal closed-shell interaction in M_2X_2(M-Ag,Cu;X=Cl,Br,I) and related copounds [Ag_2Br_2](PH_3)_3 and [Cu_2Cl_2](PH_3)_2:an RHF,MP2 and DFT study

机译:M_2X_2(M-Ag,Cu; X = Cl,Br,I)和相关化合物[Ag_2Br_2](PH_3)_3和[Cu_2Cl_2](PH_3)_2中金属与金属的闭壳相互作用:RHF,MP2和DFT研究

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Calculations for compounds(1-6)of models M_2X_2(M-Ag,Cu;X=Cl,Br,I)were performed at HF,MP2 and DFT levels with different basis sets. Geometry optimisations were then performed, and the results were compared with a statistical summary of X-ray values. Using the same procedure, calculations on the experimental related compounds [Ag_2Br_2](PH_3)_3 and [Cu_2Cl_2](PH_3)_2 (7-8) were done and the theoretical structures were compared with the experimental ones. Theoretical studies of the charge density were also conducted in order also conducted in order to analyse the structure and the possible bonding nature of the Metal-Metal and Metal-Ligand interaction. No M...M interaction was found for the experimentally related compounds 7 and 8.
机译:在HF,MP2和DFT含量不同的基础上,对M_2X_2(M-Ag,Cu; X = Cl,Br,I)模型的化合物(1-6)进行了计算。然后进行几何优化,并将结果与​​X射线值的统计摘要进行比较。用相同的方法,对实验相关化合物[Ag_2Br_2](PH_3)_3和[Cu_2Cl_2](PH_3)_2(7-8)进行了计算,并将理论结构与实验结构进行了比较。还进行了电荷密度的理论研究,以分析金属-金属和金属-配体相互作用的结构和可能的键合性质。实验相关化合物7和8没有发现M ... M相互作用。

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