characterization, and C(sp2)−CF3 reductive elimination of stable aryl[tris(trifluoromethyl)]cuprate(III) complexes [nBu4N][Cu(Ar)(CF3)3] are described. Mechanistic investigations, including kinetic studies, studies of the effect of temperature, solvent, and the para substituent of the aryl group, as well as DFT calculations, suggest that the C(sp2)−CF3 reductive elimination proceeds through a concerted
描述了稳定的芳基[三(三氟甲基)]铜(III)配合物[ n Bu 4 N] [Cu(Ar)(CF 3)3 ]的合成,表征和C(sp 2)-CF 3还原消除。机械研究,包括动力学研究,温度,溶剂和芳基对位取代基的影响研究以及DFT计算,均表明C(sp 2)-CF 3的还原消除是通过协调一致的碳进行的。碳键形成途径。