作者:Kato, Natsuki、Seki, Yuta、Nanjo, Takeshi、Takemoto, Yoshiji
DOI:10.1021/acs.orglett.4c01613
日期:——
enable the direct reductive transformation of a variety of secondary and tertiary aliphatic bromides. A series of experimental and theoretical results suggested that the D–A molecules promote direct C–Br bond cleavage triggered by the excitation of the complex between the catalyst and the aliphatic bromide and that the alkyl groups significantly contribute to the stabilization of the complex, which
我们报道了新的基于吡啶的供体-受体(D-A)分子,它能够直接还原转化各种仲和叔脂肪族溴化物。一系列实验和理论结果表明,D-A分子促进了由催化剂和脂肪族溴化物之间的络合物激发引发的直接C-Br键断裂,并且烷基对络合物的稳定有显着贡献,这提高其励磁效率。