Evidence for a π-donor effect in transition metal-carbon bonds from H—D coupling constants

J. D. Duncan, J. C. Green, M. Green, K. Mclauchlan
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引用次数: 10

Abstract

The coupling constants JH–D of the CH2D group in the deuteriomethyl derivatives, π-C5H5Fe(CO)2CH2D, π-C5H5(Mo or W)(CO)3CH2D, Mn(CO)5CH2D, π-C5H5Ni(Ph3P)R (where R = CH2D, m- or p-C6H4CH2D), and XPt(Et3P)2CH2D (where X = Br, NO3, or SCN), have been determined. The sign of JH–D in the iron compound has been shown to be negative. The magnitudes of JH–H are discussed in terms of a π-donor effect from the metal to the neighbouring carbon.
从H-D耦合常数看过渡金属-碳键π-施主效应
测定了氘甲基衍生物中π-C5H5Fe(CO)2CH2D、π-C5H5(Mo或W)(CO)3CH2D、Mn(CO)5CH2D、π-C5H5Ni(Ph3P)R(其中R = CH2D、m-或p-C6H4CH2D)和XPt(Et3P)2CH2D(其中X = Br、NO3或SCN)的耦合常数JH-D。铁化合物中JH-D的符号为负。从金属到邻近碳的π给体效应的角度讨论了JH-H的大小。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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