Preparation and spectroscopic studies of some reactions of lithium derivatives of silanol, disilylphosphine, and related compounds
作者:Stephen Cradock、E. A. V. Ebsworth、David W. H. Rankin、W. John Savage
DOI:10.1039/dt9760001661
日期:——
reacts with Y(SiH3)2(Y = O, S, or Se) or Z(SiH3)3(Z = P or As) in diethyl ether to give Li(YSiH3) or Li[Z(SiH3)2]; these compounds have been characterised by i.r., Raman, and n.m.r. spectroscopy, and some of their reactionswith halides have been studied. Trisilylamine does not react cleanly with LiMe to form an analogous compound. The n.m.r. spectra of solutions containing both Li(YSiH3) and Y(SiH3)2
Silyl and germyl complexes of platinum and palladium. Part 4. Reactions between four-co-ordinated halogenohydridobis(triethylphosphine)platinum(II) complexes and silyl-amines or -phosphines
作者:E. A. V. Ebsworth、Joyce M. Edward、David W. H. Rankin
DOI:10.1039/dt9760001673
日期:——
Reactions between NH(SiH3)2 and trans-[PtH(I)(PEt3)2] give trans-[PtI(PEt3)2(H2SiNHSiH3)] and trans-[PtI(PEt3)2(SiH2)}2NH]; with N(SiH3)3, only trans-[PtI(PEt3)2H2SiN(SiH3)2}] is formed, probably for steric reasons. With PH2(SiH3) or PH(SiH3)2, PH3 and trans-[PtI(PEt3)2(SiH3)] are produced; P(SiH3)3 reacts with a four-fold excess of trans-[PtH(I)(PEt3)2] to give PH3 and trans-[PtI(PEt3)2(SiH3)],