The co-ordination geometry of the monomeric rhenium complexes mer-[ReIIICl3(L)3] (L = py 1, 3,5-lut 2, 4-pic 3) has been determined in the solid state by single X-ray diffraction of the representative complex 2 and in solution by proton NMR spectroscopy. Only a single stable conformation has been found in the solid state and in solution, under the experimental conditions utilised. The NMR spectra of the related complexes mer-[ReIIICl3(L)2(PPh3)] (L = py 4, 3,5-lut 5, 4-vinpy 6) have also been reported for comparison purposes.

Synthesis and NMR investigation on mer-[ReIIICl3(L)3] and mer-[ReIIICl3(L)2(PPh3)] complexes (L = pyridine-like ligand). X-ray structure of mer-[ReIIICl3(3,5-lut)3]

Tisato F;Refosco F;
1998

Abstract

The co-ordination geometry of the monomeric rhenium complexes mer-[ReIIICl3(L)3] (L = py 1, 3,5-lut 2, 4-pic 3) has been determined in the solid state by single X-ray diffraction of the representative complex 2 and in solution by proton NMR spectroscopy. Only a single stable conformation has been found in the solid state and in solution, under the experimental conditions utilised. The NMR spectra of the related complexes mer-[ReIIICl3(L)2(PPh3)] (L = py 4, 3,5-lut 5, 4-vinpy 6) have also been reported for comparison purposes.
1998
CHIMICA INORGANICA E DELLE SUPERFICI
Istituto di Chimica della Materia Condensata e di Tecnologie per l'Energia - ICMATE
Crystal structure
NMR
Pyridine
Rhenium
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Descrizione: Synthesis and NMR investigation on mer-[ReIIICl3(L)3] and mer-[ReIIICl3(L)2(PPh3)] complexes (L = pyridine-like ligand).
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/20.500.14243/120540
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