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Use of valence delta, δ~V in the molecular connectivity calculations and correlation with molar refraction

机译:化合价δ〜V在分子连通性计算中的应用以及与摩尔折射的相关性

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摘要

Molecular connectivity calculations have been carried out for highly anisotropic bidentate ligands (C_(2v) symmetry), organometallic substrates of the formulae, R2MX2 (where R is an alkyl group and X is a halogen atom) and organometallic chelates of the formulae, R2MLX (where L is a bidentate ligand). Multiple Chi, ~mX_t~v with reference to valence delta, δ~v have been calculated for the hydrogen suppressed graphs (skeletal structures) for each molecule and have been correlated with molar refractions. These correlations will play a vital role in the SAR studies of biologically active molecules.
机译:已针对高度各向异性的双齿配体(C_(2v)对称性),分子式为R2MX2(其中R为烷基,X为卤原子)的有机金属底物和分子式为R2MLX(其中L是双齿配体)。对于每个分子的氢抑制图(骨架结构),已经计算了相对于化合价δ,δ〜v的多个Chi,〜mX_t〜v,并与摩尔折射相关。这些相关性将在生物活性分子的SAR研究中发挥至关重要的作用。

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