2019Asian Journal of Organic ChemistryRequires access

Applications of Diphosphines in Radical Reactions

Shinichi Kawaguchi, Akiya Ogawa

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Abstract

Abstract Recently, the importance of organophosphorus compounds in organic chemistry has increased. Diphosphines are an attractive source of phosphorus containing two phosphorus groups, which can theoretically be introduced into a carbon framework with high atom economy. There are several diphosphine derivatives, which are closely related to diphosphines, but their reactivities are completely different. In this Minireview, we describe various phosphination reactions with diphosphines and their derivatives under radical conditions.

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What this paper is about

Abstract Recently, the importance of organophosphorus compounds in organic chemistry has increased. Diphosphines are an attractive source of phosphorus containing two phosphorus groups, which can theoretically be introduced into a carbon framework with high atom economy. There are several diphosphine derivatives, which are closely related to diphosphines, but their reactivities are completely different. In this Minireview, we describe various phosphination reactions with diphosphines and their derivatives under radical conditions.

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Available abstract

Abstract Recently, the importance of organophosphorus compounds in organic chemistry has increased. Diphosphines are an attractive source of phosphorus containing two phosphorus groups, which can theoretically be introduced into a carbon framework with high atom economy. There are several diphosphine derivatives, which are closely related to diphosphines, but their reactivities are completely different. In this Minireview, we describe various phosphination reactions with diphosphines and their derivatives under radical conditions.

Key concepts: Diphosphines, Chemistry, Phosphorus, Carbon atom, Organic chemistry, Combinatorial chemistry, Catalysis, Ring (chemistry)

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