SEARCH Articles Figures Tables Actinide complexes phenols Anodic Homocoupling of Anions, at-Complexes, Organometallics and Phenolates Boron trifluoride-phenol complex Chromium carbene complexes phenol ring Guest complexes phenols Halogenated complex phenols Iron complexes phenols Lewis acids complexes with phenols Lignin, complexes with cellulose phenols from Manganese complexes phenols Metal complexes with phenols Miscellaneous Fungal Metabolites and Other Complex Phenols Molybdenum complexes reaction with phenols Paramagnetic complexes phenolate ligands Phenol Oxidation Catalyzed by Polymer-Cu Complexes Phenol cobalt complex catalyzed Phenol complex with iron, charge transfer Phenol iron complex catalyzed Phenol sulfolane complex Phenol, 2- cobalt complexes Phenol, cyclodextrin inclusion complexes Phenol, rhodium complex Phenol-(Water), 1 n 4 Complexes Phenol-4-phenylenediamine complex Phenol-4-sulfonic acid, 2- copper complexes Phenol-Benzonitrile Hydrogen-bonded Complex Phenol-acetonitrile complex Phenol-amine complexes Phenol-argon complexes Phenol-base complexation enthalpies Phenol-tetrahydrofuran complex Phenol-water complex Phenol-water complex spectrum Phenolate bridged complexes Phenolic acids metal complexes Phenols Chromium carbene complexes Phenols catalysts, palladium complexes Phenols cyclodextrin inclusion complexes with Phenols electron-donor-acceptor complex Phenols metal complexes Phenols reactions with copper complexes Phenols substituted), complexes Phenols, complex formation with Phenols, reaction with metal complexes Phthalocyanine complexes phenols Polyether-phenol complex Riboflavin complexes with phenols Silanols complexes with phenol The most stable complexes of mono- and dihydrated phenol