gives Os(η3-C3H5)2(CH2CMe3)4. X-Ray crystal structures of the two diruthenium hexa-alkyls, the ruthenium oxoalkyl, and the diosmium tetra-alkylbis(allyl) have been determined. The ruthenium(V) oxo trimethylsilylmethyl has been shown to react stoicheiometrically with propene to give the epoxide. It also reacts with PhNCO and Me3SiNPMe3 to give the respective ruthenium(V) imido complexes, Ru2(NR)2(CH2SiMe3)6
                                    MgRCl或MgR 2(R = CH 2 SiMe 3或CH 2 
CME 3)与Ru 2(µ-O 2 
CME)4 Cl或OS 2(µO 2 
CME)4 Cl 2的相互作用产生化合物M 2 R 6和M 2 R 4(µ-O 2 
CME)2;二
钌(II)
四乙酸,RU 2(μ-O 2 
CME)4,形成在某些烷基化这些的。Ru 2的相互作用[R 4(μ-O 2 
CME)2与MgMe 2或MGET 2给出了相应的混合六烷基。Ru 2 R 6与氧的相互作用产生独特的
钌(V)氧代烷基R 3 Ru(O)Ru(O)R 3,而OS 2(µ-O 2 
CME)2(CH 2 
CME 3)4与烯丙基卤化物给OS(η 3 -C 3 H ^ 5)2(CH 2 
CME 3)4。已经确定了两个六烷基六
钌,氧代烷基
钌和四烷基双(烯丙基)di的X射线晶体结构。
钌( V)羰基三甲基甲
硅烷基甲基已显示出与
丙烯化学计量地反应生成
环氧化物。它还与PhNCO和Me