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Reactions with primary stannylphosphines - synthesis of open-chain and cyclic-oligomeric tin phosphorus-compounds (1995)

Abstract
Metathetical reactions of P-lithio salts of sterically crowded primary stannylphosphines (t)Bu(3)SnPH(2) and (t)Bu(2)Sn(PH2)(2) with organochlorosilanes and -stannanes were investigated. Reactions of (t)Bu(3)SnPHLi (I) with dichlorides R(2)ECl(2) or (R(2)SnCl)(2)PH yield the secondary stannylphosphines ((t)Bu(3)SnPH)(2)ER(2) (III: E = Si, R = Me; IV: E = Sn, R = (t)Bu) and ((t)Bu(3)SnPHSn(t)Bu(2))(2)PH (V), respectively. In the corresponding reaction of I with Me(2)SnCl(2), the cyclic tertiary stannylphosphine (Me(2)SnPSn(t)Bu(3))(2) (VI) is formed by condensation of (t)Bu(3)SnPH(2). Cyclocondensations yielding tertiary stannylphosphines also occur in the salt reactions of chlorostannanes or -silanes with the dilithio compound (t)Bu(2)Sn(PHLi)(2) (II). With Me(3)SnCl, the P,P'-bis(stannyl)-subst. diphosphadistannetane ((t)Bu(2)SnPSnMe(3))(2) (VII) is obtained. Me(3)SiCl reacts to give the homologous P,P'-bis(silyl) derivative ((t)Bu(2)SnPSiMe(3))(2) (VIII). Some properties of these new compounds are reported.

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Publisher Elsevier science sa lausanne
Repository Lirias is a research document repository at KULeuven (Belgium)
Keywords tin, phosphorus, oligomeric compounds, synthesis stannylphosphines, primary, diphosphadistannetanes, butyltin element compounds
Type Description (Metadata) only, IT, article
Language English
Relation Journal of Organometallic Chemistry vol:487 issue:1-2 pages:17-21