H]−, Mes=mesityl), which contains the first unsupported ZnMg bond. Two equivalents of [L*ZnMg(MesNacnac)] react with ZnBr2 or ZnBr2(tmeda) to give the mixed valence, two‐coordinate, linear tri‐zinc complex, [L*ZnIZn0ZnIL*], and the first zinc(I) halide complex, [L*ZnZnBr(tmeda)], respectively. The analogues [L*ZnMZnL*] (M=Cd or Hg), were also prepared, the Cd species contains the first ZnCd bond
用
镁(I)二聚体还原各种极庞大的酰胺基第12组
金属卤化物配合物[LMX(THF)0.1 ](L =酰胺; M = Zn,Cd或Hg; X =卤化物),得到两坐标
金属(I)二聚体的同源序列[L'MML'](L'= N(Ar †)(SiMe 3),Ar † = C 6 H 2 C(H)Ph 2 } 2 Pr i ‐2,6,4); 和正式的
锌(0)络合物[L * ZnMg(Mes Nacnac)](L * = N(Ar *)(SiPr i 3); Ar * = C 6 H 2 C(H)Ph 2 } 2 Me ‐2,6,4; Mes Nacnac = [(MesNCMe)2CH] -,Mes = mesityl),其包含第一个不支持的ZnMg键。两当量的[L * ZnMg(Mes Nacnac)]与ZnBr 2或ZnBr 2(tmeda)反应,得到混合化合价,二坐标,线性三
锌络合物,[L *