Abstract

The standard redox potentials of the one- and two-electron reductions of the title compounds have been determined. The deprotonated form of the dibutylamino compound underwent a base-initiated elimination of the butyl groups and the basicity of the radical anion resulting from one-electron reduction was sufficient to provoke the same type of cleavage through an initial father–son reaction. A multi-step mechanism is proposed for the elimination on the basis of the identification of intermediates.

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