SEARCH Articles Figures Tables 6-Membered rings substituents Activation or Deactivation by Substituents on a Benzene Ring Analogs with C-methyl (and Other Hydrocarbon) Substituents in the Piperidine Ring Anomeric equilibria ring substituent effects Aromatic Rings with Boron and Silicon Substituents Aromatic rings, as substituents Benzene ring, complexes, electronic substituent effects Benzene rings carbon-13 substituent increments Benzene rings substituents inductive effects Carbocations oxygen ring substituents Conformations, pyranose rings axial-equatorial substituents Cyclopentadienyl-ring substituents Directing Effects of Substituents in Conjugation with the Benzene Ring Effect of ring substituents Effects of a Polar Substituent and Heteroatoms in the Ring Effects of the Thiazole Ring on Substituents Elimination substituents, ring closure Equatorial/axial ring substituents FULLY CONJUGATED RINGS REACTIVITY OF SUBSTITUENTS Five-membered rings substituents Introduction of substituents on the carbocyclic ring Isomers ring substituents Miscellaneous Reactions of Substituents Attached to Ring Carbon Atoms Nomenclature organic substituent groups and ring Organic Substituent Groups and Ring Organic Substituent Groups and Ring Systems Orientation Effects of Ring Substituents Oxidation of Alkyl Substituents on the Aromatic Ring Part E Competing Effects Multi-substituent Rings Polystyrene phenyl ring substituents Pyrazole rings substituents REACTIVITY AT SUBSTITUENTS ATTACHED TO RING CARBON ATOMS REACTIVITY AT SUBSTITUENTS ATTACHED TO THE AZIRIDINE RING NITROGEN ATOM Radical reactions involving ring substituents Reactions of Ring Substituents Reactions of Substituents Attached to Ring Carbon Atoms Reactions of substituents involving ring transformations Reactions of substituents not directly attached to the heterocyclic ring Reactions of substituents on benzene rings Reactivity of Substituents Attached to Ring Carbon Atoms Reactivity of Substituents Attached to Ring Carbons Reactivity of Substituents Attached to Ring Heteroatoms Reactivity of Substituents Attached to Ring Nitrogen Atoms Reactivity of Substituents Attached to Ring Nitrogens Reactivity of Substituents Attached to the Ring Carbon Atoms Reactivity of Substituents Attached to the Ring Nitrogen Atom Reactivity of benzene rings activating and deactivating substituents Ring containing substituents, lateral Ring substituents, hydrocarbon cores Ring-activating substituents Ring-chain tautomerism substituents Ring-deactivating substituents Ring-fusion substituents Ring-opening polymerization substituent effects SUBSTITUENT EFFECTS ON THE REACTIVITY OF BENZENE RINGS Substituent Effects in Substituted Aromatic Rings Substituent Effects on the Ring-Metal Bond Substituent effects benzene ring Substituent effects rings Substituent effects small rings Substituent effects, benzene rings reactivity Substituent effects, benzene rings reactivity ring substituents effect Substituent ring assemblies Substituent-ring interactions, electron density Substituent-ring interactions, electron density model Substituents Attached to Ring Nitrogens Substituents Attached to Ring Sulfur Atoms Substituents Located on Both Rings Substituents Located on One Ring Substituents Located on the Hydroxylated Ring Substituents Located on the Other Ring Substituents attached to ring nitrogen atoms Substituents benzene ring Substituents ring-fused Sugar ring substituents, extension Sugar ring substituents, extension stereoselective Introduction Why Substituents Activate or Deactivate a Benzene Ring