One-Dimensional Phosphinite Platinum Chains Based on Hydrogen Bonding Interactions and Phosphinite Tetranuclear Platinum(II)-Thallium(I) Complexes.
- Díez, A. 1
- Forniés, J. 2
- Gómez, J. 1
- Lalinde, E. 1
- Martín, A. 2
- Moreno, M.T. 1
- Sánchez, S. 1
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1
Universidad de La Rioja
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2
Instituto de Nanociencia y Materiales de Aragón
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ISSN: 1477-9226
Ano de publicación: 2007
Volume: 33
Páxinas: 3653-3660
Tipo: Artigo
beta Ver similares en nube de resultadosOutras publicacións en: Dalton Transactions
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Resumo
The mononuclear pentafluorophenyl platinum complex containing the chelated diphenylphosphinous acid/diphenylphosphinite system [Pt(C6F 5){(PPh2O)2H}(PPh2OH)] 1 has been prepared and characterised. 1 and the related alkynyl complex [Pt(CCBu t){(PPh2O)2H}(PPh2OH)] 2 form infinite one-dimensional chains in the solid state based on intermolecular O-H⋯O hydrogen bonding interactions. Deprotonation reactions of [PtL{(PPh2O)2H}(PPh2OH)] (L = C 6F5 1, CCBut 2, CCPh 3) with [Tl(acac)] yields tetranuclear Pt2Tl2 complexes [PtL{(PPh2O) 2H}(PPh2O)Tl]2 (L = C6F5 4, CCBut 5, CCPh 6). The structure of the tert-butylalkynyl derivative 5, established by X-ray diffraction, shows two anionic discrete units [Pt(CCBut){(PPh2O)2H}(PPh2O)] - joined by two Tl(i) centres via Tl-O and Pt-Tl bonds. Despite the existence of Pt-Tl interactions, they do not show luminescence. This journal is © The Royal Society of Chemistry.