Metal complex catalysts electroreductive coupling

ELECTROREDUCTIVE COUPLING USING METAL COMPLEX CATALYSTS... [Pg.106]

Organic electroreductive coupling reactions using transition-metal complexes as catalysts have been widely investigated. Reviews on the subject have been published [89, 90]. The method involving the most common transition-metal complexes (nickel, cobalt, palladium) appears to be a useful tool to synthetize heterocycles from organic halides via radical intermediates. Nickel catalyst precursors are nickel(II) salts that are cathodically reduced either to nickel(I) or to nickel(O) and cobalt catalyst... [Pg.361]

Organic Electroreductive Coupling Reactions Using Transition Metal Complexes as Catalysts... [Pg.141]

Organic Electroreductive Coupling Reactions using Transition Metal Complexes as Catalysts Table 2. Reductive electropolymerisation of aryl dihalides using nickel catalysts... [Pg.149]

Nedelec, J.-Y., J. Perichon, and Troupel, M. Organic Electroreductive Coupling Reactions Using Transition Metal Complexes as Catalysts. 185, 141-174 (1997). [Pg.181]

N d lec J-Y,P richon J,Troupel M (1997) Organic Electroreductive Coupling Reactions Using Transition Metal Complexes as Catalysts. 185 141-174 Nicotra F (1997) Synthesis of C-Glycosides of Biological Interest. 187 55-83 Nishimura J,see Inokuma S (1994) 172 87-118 Nolte RJM,see Sijbesma RP (1995) 175 25-56 Nordahl A,see Carlson R (1993) 166 1-64... [Pg.319]

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