Abstract
Electrochemical arylation of cobalt chelates with diphenyliodonium salts occurs at low cathodic potentials (viz., potential of the first reduction wave of the diphenyliodonium salt) and affords the phenyl derivatives of CoIII chelates containing the σ-Co—C(sp2) bond. Nickel complexes should be arylated at higher cathodic potentials because it is necessary to generate paramagnetic NiI complexes.
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