applicable C−H functionalization platform enabled the step‐economical transformation of aldehydes, ketones, and imines under additive‐free reaction conditions. In contrast to palladium, rhodium, ruthenium, rhenium, iridium, nickel, and cobalt catalysis, solely manganese(I) complexes outcompeted the innate substrate control, clearly highlighting the unique power of manganese(I) C−H activation catalysis
C = Het键(Het =杂原子)的便捷加氢芳基化是通过用户友好的有机
金属CH活化以位置选择的方式完成的。广泛适用的CH功能化平台可在无添加剂的反应条件下实现醛,酮和
亚胺的分步经济转化。与
钯,
铑,
钌,rh,
铱,
镍和
钴的催化作用相反,仅
锰(I)配合物的竞争能力超过了先天的底物控制,这清楚地突出了
锰(I)CH活化催化的独特能力。