Abstract

Copper complexes, generated by the treatment of CuCl2 with EtMgCl, catalyze a reductive coupling reaction of perfluoroarenes with 1,3-dienes via C–F bond cleavage, in which the internal carbon of 1,3-dienes preferably reacts with perfluoroarenes giving rise to branched allylated perfluoroarenes as a major coupling product.

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