The reactivity of Me3SnMn(CO)5, (CH2CHCH2)3SnMn(CO)5, Me3SnFeCp(CO)2, and Me2Sn[FeCp(CO)2]2 has been investigated with respect to iodine, organomercury chlorides, trialkyl- and triarylchlorosilane, inorganic chlorides (SiCl4, SnCl4, TiCl4, ZnCl2, HgCl2) and Mn2(CO)l0.
The reactivity of metal—metal bonds VIII. A comparative study of the SiFe, GeFe and SnFe bonds, and some further reactions of the SnMn bond
作者:R.E.J. Bichler、M.R. Booth、H.C. Clark
DOI:10.1016/s0022-328x(00)91575-4
日期:1970.8
The reactions of (CH3)3SnMn(CO)5 with perfluoropropene, perfluoro-2-butyne and perfluorocyclobutene are described. Similar reactions of (CH3)3MFe(CO)2(π-C5H5) (M = Si, Ge, or Sn) with perfluorocyclobutene, perfluoro-2-butyne, and 3,3,3-trifluoropropyne are described, leading to the characterization of insertion products of the types (CH3)3M(CF3)CC(CF3)Fe(CO)2(π-C5H5) and (CH3)3MC2H(CF3)Fe(CO)2(π-C5H5)
描述了(CH 3)3 SnMn(CO)5与全氟丙烯,全氟-2-丁炔和全氟环丁烯的反应。的(CH类似的反应3)3 MFE(CO)2(π-C 5 H ^ 5)(M =硅,锗,或锡)与perfluorocyclobutene,全氟-2-丁炔,3,3,3-三氟丙炔被描述,导致的类型的插入产品的表征(CH 3)3 M(CF 3)CC(CF 3)的Fe(CO)2(π-C 5 H ^ 5)和(CH 3)3 MC 2H(CF 3)的Fe(CO)2(π-C 5 H ^ 5)。当M = Sn时,还形成了通过从1/1插入产物中消除三甲基氟化锡而形成的其他产物。这些反应的机制似乎涉及四中心类型的过渡物种。
Organotin reagents for the synthesis of π-allyl, π-cyclopentadienyl, π-indenyl, and other related π-enyl carbonyl derivatives of the transition metals
作者:Edward W. Abel、Stephen Moorhouse
DOI:10.1039/dt9730001706
日期:——
Organotin compounds such as allyltrimethyltin, cyclopentadienyl trimethyltin, indenyltrimethyltin etc., react with a wide variety of metal carbonyl halides and other metal carbonyl compounds to afford the corresponding π-enyl metal carbonyl derivatives. In many cases conditions are very mild and yields are high, thus commending the reactions for extensive synthetic applications. The possible mechanisms
Some observations on pentacarbonylmanganese-substituted tin hydrides
作者:Stephen P. Foster、Kenneth M. Mackay
DOI:10.1016/s0022-328x(00)98826-0
日期:1983.5
The substituted tin hydrides, (CO)5MnSnH3, (CO)5MnSnMeH2, and (CO)5-MnSnMe2H, have been synthesised and characterised with reasonable certainty by IR, MS and 1H NMR spectroscopy, despite some difficulties with decomposition. (CO)5MnSnH3 is the least stable, steadily eliminating HMn(CO)5 at room temperature.