作者:Colin Eaborn、Alan Pidcock、Barry R. Steele
DOI:10.1039/dt9760000767
日期:——
Triorganotin chlorides react with complexes of Pt0 to give products of insertion into the Sn–C rather than the Sn–Cl bond as reported previously. Products of the type cis-[PtR(PPh3)2(SnR′2X)](R = Ph, R′2X = Ph2Cl, MePhCl, Me2Cl, BrPh2, Ph2I, Ph2(OH), Ph2(ONO2), or Ph3) have been obtained from [Pt(C2H4)(PPh3)2] and SnPhR′2X, cis-[PtMe(PPh3)2(SnMe2Cl)] from [Pt(C2H4)(PPh3)2] and SnMe3Cl, and cis-[PtMe(PEt3)2(SnMe3)]
三有机锡氯化物与Pt 0的配合物反应,生成插入到Sn–C中的产物,而不是先前报道的Sn–Cl键。类型的产品顺- [PTR(PPH 3)2(SNR' 2 X)](R =苯基,R' 2 X =苯基2氯,MePhCl中,Me 2氯,BrPh 2中,Ph 2我中,Ph 2( OH)中,Ph 2(ONO 2),或PH 3)已经从[PT(C获得的2 ħ 4)(PPH 3)2 ]和SnPhR' 2 X,顺-[ Pt(C 2 H 4)(PPh 3)2 ]和SnMe 3 Cl的-[PtMe(PPh 3)2(SnMe 2 Cl)]]和顺式-[PtMe(PEt 3)2(SnMe 3)] [Pt(PEt 3)4 ]和SnMe 4。已经重新研究了报道的给出具有Cl和SnR 3配体的配合物的各种反应,并显示了给出具有R和SnR 2的Cl配体的配合物或衍生自它们的配合物。已报道SnPh 3配体转变为Ph配体和Snph2