作者:Dieter Sellmann、Ulrich Reineke
DOI:10.1016/0022-328x(86)80354-0
日期:1986.10
of FeCl2 · 4H2O with bmae-Na2 and CO in MeOH at ambient temperatures yields [Fe(CO)2bmae]; by analogous procedures [Fe(PMe3)2bmae], [Fe(CO)2bmab] and [Fe(PMe3)2bmab] are obtained. Heating as well as UV irradiation of [Fe(CO)2bmae] in solution lead to reversible CO elimination and the formation of [Fe(bmae)] respectively; in the presence of PMe3, the complex [Fe(CO)(PMe3)bmae] forms. The same reactions
分别合成了具有四齿硫醇盐胺配体bmae 2-和bmab 2-的铁(II)和钼(II)配合物,以便与含有四齿硫醇盐-硫醚配体dttd 2- [bmae 2 - = 1,2-双(2-巯基苯胺基)乙烷(-2); bmab 2- = 2,3-双(2-巯基苯胺基)丁烷(-2); dttd 2-= 2,3; 8,9-二苯并-1,4,7,10-四硫杂癸烷(-2)]。FeCl 2 ·4H 2 O与bmae-Na 2和CO在MeOH中的环境温度下反应,生成[Fe(CO)2 bmae];通过类似的程序[Fe(PMe 3)2 bmae],[铁(CO)2 bmab]和[铁(PME 3)2 bmab]获得。溶液中的[Fe(CO)2 bmae]的加热和紫外线照射分别导致可逆的CO消除和[Fe(bmae)]的形成;在PMe 3存在下,形成[Fe(CO)(PMe 3)bmae]复合物。用[Fe(bmab)]配合物观察到相