Starting from (C5Cl4Li)Mn(CO)3, generated in situ, the functional derivatives (C5Cl4R)Mn(CO)3 with R = SnMe3, PPh2, SePh, (SCl5Cl4)Mn(CO)3, CHO, COCl, CONH2, CN, NCO, and NH2 can be obtained. A series of compounds (C5Cl4R)Rh(1,5-COD) with R = H, Me, SiMe3, SiMe2H and SnMe3 can be prepared from (C5Cl5)Rh(1,5-COD) via the lithio derivative. The crystal structure of (C5Cl4CONH2)Mn(CO)3 has been determined
从就地生成的(C 5 Cl 4 Li)Mn(CO)3开始,具有R = SnMe 3,PPh 2,SePh,(SCl 5 Cl 4)的功能衍
生物(C 5 Cl 4 R)Mn(CO)3可以获得Mn(CO)3,CHO,COCl,CONH 2,CN,NCO和NH 2。可以从(C 5 Cl 5)制备一系列具有R = H,Me,SiMe 3,SiMe 2 H和SnMe 3的化合物(C 5 Cl 4 R)Rh(1,5-COD)Rh(1,5-COD)经由
硫代衍
生物。已经确定了(C 5 Cl 4 CONH 2)Mn(CO)3的晶体结构。