The title complex has been prepared by direct reaction of [Co3(CO)9CCl] with [PPh4][Rh(CO)4] in the molar ratio 1 :4 in tetrahydrofuran solution, and characterized by chemical and crystallographic methods. The anion belongs to the family of octahedral carbido-carbonyl clusters (86 valence electrons) with 13 ligands. The Co atoms are found to be contiguous with no trace of Co/Rh disorder. The ligand distribution differs from that of the analogous homometallic species [CO6C(CO)13]2- and [Rh6C(CO)13]2-. The factors controlling the ligand arrangements in the three species are discussed.
Albano, V., Braga, D., Grepioni, F., DELLA PERGOLA, R., Garlaschelli, L., Fumagalli, A. (1989). New Carbide Clusters in the Cobalt Subgroup .17. Preparation and structural characterization of the mixed-metal octahedral Dianion [CO2RH4C(CO)13]2- AS ITS [PPH4]+ SALT. JOURNAL OF THE CHEMICAL SOCIETY DALTON TRANSACTIONS(5), 879-883 [10.1039/dt9890000879].
New Carbide Clusters in the Cobalt Subgroup .17. Preparation and structural characterization of the mixed-metal octahedral Dianion [CO2RH4C(CO)13]2- AS ITS [PPH4]+ SALT
DELLA PERGOLA, ROBERTO;
1989
Abstract
The title complex has been prepared by direct reaction of [Co3(CO)9CCl] with [PPh4][Rh(CO)4] in the molar ratio 1 :4 in tetrahydrofuran solution, and characterized by chemical and crystallographic methods. The anion belongs to the family of octahedral carbido-carbonyl clusters (86 valence electrons) with 13 ligands. The Co atoms are found to be contiguous with no trace of Co/Rh disorder. The ligand distribution differs from that of the analogous homometallic species [CO6C(CO)13]2- and [Rh6C(CO)13]2-. The factors controlling the ligand arrangements in the three species are discussed.File | Dimensione | Formato | |
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