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Versatile halogenation via a CNHC^Csp3 palladacycle intermediate.

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Stable cyclopalladated complexes containing an (sp3)C-Pd bond were synthesized via α-CH2 deprotonation and palladation of N-alkyl groups of carbene ligands bearing electron-withdrawing substituents. The strong electron donating strengths of the… Click to show full abstract

Stable cyclopalladated complexes containing an (sp3)C-Pd bond were synthesized via α-CH2 deprotonation and palladation of N-alkyl groups of carbene ligands bearing electron-withdrawing substituents. The strong electron donating strengths of the resulting CNHC^Csp3 chelators were experimentally identified, and the palladacycle underwent template-directed, versatile C-halogenation with X2.

Keywords: cnhc csp3; palladacycle; halogenation via; versatile halogenation

Journal Title: Dalton transactions
Year Published: 2023

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