作者:Anna C Hillier、Sung Ying Liu、Andrea Sella、Mark R.J Elsegood
DOI:10.1016/s0925-8388(00)00655-1
日期:2000.5
the selenolates is discussed in relation to fluxionality and decomposition mechanisms for these complexes. The fluxional behaviour of [Sm(Tp(Me,Me))(2)(S2CNR2)] and [Sm(Tp(Me,Me))(2)(S-2-pyr)] is also described. [Sm(Tp(Me,Me))(2)] reacts with Mn-2(CO)(10) to give [Sm(Tp(Me,Me))(2)]Mn(CO)(5) and small amounts of [Sm(Tp(Me,Me))(2)](2)(mu-O2CH)}Mn(CO)(5) - effectively the room temperature conversion
[Sm(Tp(Me,Me))(2)] 与二硫属化物反应生成一系列等离子配合物 [Sm(Tp(Me,Me))(2)ER] (E = O, S, Se, Te; R = 苯基),其结构已被表征。与这些配合物的流动性和分解机制有关,讨论了硒酸盐的 Tp(Me,Me) 的异常失真。还描述了 [Sm(Tp(Me,Me))(2)(S2CNR2)] 和 [Sm(Tp(Me,Me))(2)(S-2-pyr)] 的通量行为。[Sm(Tp(Me,Me))(2)] 与 Mn-2(CO)(10) 反应生成 [Sm(Tp(Me,Me))(2)]Mn(CO)(5) 和小[Sm(Tp(Me,Me))(2)](2)(mu-O2CH)}Mn(CO)(5) - 有效地将 CO 在室温下转化为甲酸盐。与 Re-2(CO)(10) 的相应反应产生 [Sm(Tp(Me,Me))(2)]Re(CO)(5) 和 [Sm(Tp(Me,Me))(2)]