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Cobalt/rhodium carbonyl dimer

Tn transition Group Villa, complexes of iron, cobalt, nickel and rhodium are active in CO3 dcoxygenation. The reactivity of a series of metal carbonyl anions with carbon dioxide has been found to parallel their relative nucleophilicities. The highly nucleophilic (CpFefCO) ] reacts to form the dimer [CpFefCO) ] 2 and carbonate, whereas (CofCO) ]" is unrcactivc [284]. [Pg.202]

See other pages where Cobalt/rhodium carbonyl dimer is mentioned: [Pg.669] [Pg.668] [Pg.148] [Pg.358] [Pg.292] [Pg.121] [Pg.8] [Pg.292] [Pg.117] [Pg.6] [Pg.146] [Pg.332]

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Cobalt carbonyl dimer

Cobalt carbonylation

Cobalt dimer

Dimeric Cobalt carbonyl dimer

Dimeric Cobalt/rhodium carbonyl dimer

Dimeric Rhodium carbonyl dimer

Dimeric carbonyls

Rhodium carbonyl dimer

Rhodium carbonylation

Rhodium carbonyls

Rhodium dimer

Rhodium dimerization