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2020•Angewandte Chemie International EditionOpen access

Reversible Reductive Elimination in Aluminum(II) Dihydrides

Rosalyn L. Falconer, Gary S. Nichol, Ivan V. Smolyar, Scott L. Cockroft, Michael J. Cowley

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Abstract

Abstract Oxidative addition and reductive elimination are defining reactions of transition‐metal organometallic chemistry. In main‐group chemistry, oxidative addition is now well‐established but reductive elimination reactions are not yet general in the same way. Herein, we report dihydrodialanes supported by amidophosphine ligands. The ligand serves as a stereochemical reporter for reversible reductive elimination/oxidative addition chemistry involving AlIand AlIIIintermediates.

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Abstract Oxidative addition and reductive elimination are defining reactions of transition‐metal organometallic chemistry. In main‐group chemistry, oxidative addition is now well‐established but reductive elimination reactions are not yet general in the same way. Herein, we report dihydrodialanes supported by amidophosphine ligands. The ligand serves as a stereochemical reporter for reversible reductive elimination/oxidative addition chemistry involving AlIand AlIIIintermediates.

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Available abstract

Abstract Oxidative addition and reductive elimination are defining reactions of transition‐metal organometallic chemistry. In main‐group chemistry, oxidative addition is now well‐established but reductive elimination reactions are not yet general in the same way. Herein, we report dihydrodialanes supported by amidophosphine ligands. The ligand serves as a stereochemical reporter for reversible reductive elimination/oxidative addition chemistry involving AlIand AlIIIintermediates.

Key concepts: Reductive elimination, Oxidative addition, Chemistry, Elimination reaction, Oxidative phosphorylation, Combinatorial chemistry, Ligand (biochemistry), Medicinal chemistry

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