The catalytic activity of Fe2(CO)6(SMe)2 in CO substitution reactions on several transition-metal carbonyl complexes is reported and compared with the results obtained with other reagents. Experimental evidence has been gained to support the view that radical species are involved in these reactions and a possible pathway is proposed to explain the catalytic cycle.

Activation of the M-CO Bond in Transition-Metal Complexes. Fe2(CO)6(SMe)2 and Phosphine-Substituted Derivatives as Good Catalysts in Metal-Carbonyl Substitution Reactions

AIME, Silvio;BOTTA, Mauro;GOBETTO, Roberto;OSELLA, Domenico
1985

Abstract

The catalytic activity of Fe2(CO)6(SMe)2 in CO substitution reactions on several transition-metal carbonyl complexes is reported and compared with the results obtained with other reagents. Experimental evidence has been gained to support the view that radical species are involved in these reactions and a possible pathway is proposed to explain the catalytic cycle.
4
1475
1476
TRANSITION METAL CARBONYL COMPLEXES; CATALYSIS; NMR; PHOSPHINE
Aime, Silvio; Botta, Mauro; Gobetto, Roberto; Osella, Domenico
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Utilizza questo identificativo per citare o creare un link a questo documento: http://hdl.handle.net/2318/116906
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