2013Unpublished venueRequires access

The SNAr Reactions: Mechanistic Aspects

François Terrier

Open publisher page 10 citations

Abstract

This chapter contains sections titled: Introduction Activation of the Aromatic System: Driving Force for SNAr Reactions Leaving Group, Nucleophile, Solvent, and Medium Effects Effects of Specific Structural Variations in the Activated Ring Spectral Evidence for the Intermediacy of α-Complexes in SNAr Reactions Base Catalysis in SNAr Reactions Regioselectivity in SNAr Reactions Asymmetric SNAr Substitutions Concerted SNAr Substitutions Conclusion References

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What this paper is about

This chapter contains sections titled: Introduction Activation of the Aromatic System: Driving Force for SNAr Reactions Leaving Group, Nucleophile, Solvent, and Medium Effects Effects of Specific Structural Variations in the Activated Ring Spectral Evidence for the Intermediacy of α-Complexes in SNAr Reactions Base Catalysis in SNAr Reactions Regioselectivity in SNAr Reactions Asymmetric SNAr Substitutions Concerted SNAr Substitutions Conclusion References

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Available abstract

This chapter contains sections titled: Introduction Activation of the Aromatic System: Driving Force for SNAr Reactions Leaving Group, Nucleophile, Solvent, and Medium Effects Effects of Specific Structural Variations in the Activated Ring Spectral Evidence for the Intermediacy of α-Complexes in SNAr Reactions Base Catalysis in SNAr Reactions Regioselectivity in SNAr Reactions Asymmetric SNAr Substitutions Concerted SNAr Substitutions Conclusion References

Key concepts: Nucleophilic aromatic substitution, Chemistry, Regioselectivity, Nucleophile, Leaving group, Nucleophilic substitution, Ring (chemistry), Substitution reaction

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