Scientific Study & Research: Chemistry & Chemical Engineering, Biotechnology, Food Industry (Feb 2011)

Bu4NSO4SnPh3•Ph3PO: SYNTHESIS AND SPECTROSCOPIC STUDIES

  • Bernard Mahieu,
  • Libasse Diop,
  • Serge Renamy

Journal volume & issue
Vol. 12, no. 1
pp. 85 – 87

Abstract

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On allowing Bu4NSO4SnPh3 to react with Ph3PO, the adduct Bu4NSO4SnPh3•Ph3PO is obtained. The IR and Mössbauer data allow to conclude to the cleavage of the Bu4NSO4SnPh3 chain and the coordination of Ph3PO to the tin (IV) centre leading to discrete ionic structure containing a trans bipyramidal trigonal SnC3O2 arrangement with SO42- and Ph3PO being in an apical positions.

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