SEARCH Articles Figures Tables 1.3- Diphenyl pyridine one-electron anodic oxidation Active electronics, oxide dielectric films Aluminum oxide electron configurations Auger electron spectroscopy oxidized Benzene, 1,3,5-trialkylsterically crowded electron-transfer oxidation Binary oxides electronic band structures Bulk electronic structure of simple oxides Calcium oxide electron configurations Carbonyl oxides electronic structure Cerium oxide electronic structure models Contact ion pairs electron-transfer oxidation Coordinated diimine ligands, oxidation electron transfer Core electrons oxidation numbers Diffusion in Mixed Electronic-Ionic Conducting Oxides (MEICs) ELECTRON MICROSCOPY OF HIGH TEMPERATURE SUPERCONDUCTING OXIDES Electron Configurations and Oxidation States Electron Counting and Oxidation State Electron Oxidative phosphorylation Electron Pushing for the Baeyer-Villiger Oxidation Electron Transfer Pathway Coupled to the Oxidation of Ammonia Electron Transfer System Coupled to Oxidation of Ferrous Ion Electron Transfer-Sensitized Photo-oxidation Electron Transport, Oxidative Phosphorylation, and Hydroxylation Electron backscatter diffraction (EBSD) analyses of oxide scale structure Electron carriers in oxidative phosphorylation Electron layered oxides Electron microscopy - oxides Electron microscopy - oxides applied Electron oxidation activation Electron oxide electrodes Electron probe microanalysis, metal oxides Electron scavenger nitrous oxide Electron transfer Oxidative halogenation Electron transfer metal oxide surfaces Electron transfer nitric oxide synthase flavins Electron transfer oxidation Electron transfer oxidation inhibition mechanism Electron transfer oxidized ions Electron transfer processes oxidative fluorination Electron transfer quenching oxidative Electron transfer reactions oxide metal complexes Electron transfer through oxide Electron transfer, coupled with oxidative Electron transfer, coupled with oxidative phosphorylation Electron transfer, oxides Electron transport chain and oxidative phosphorylation Electron transport oxidative phosphorylation Electron transport oxides Electron transport, directed metal oxidation Electron-Deficient C2 Fragments (Cycloadditions Involving Azomethines, Nitrones, Nitrile Oxides, and Dienes) Electron-conducting oxide Electron-transfer oxidation chain process Electron-transfer oxidation formulation Electron-transfer oxidation photochemical activation Electron-transfer oxidation radical ions Electron-transfer oxidation synthetic transformations Electron-transfer oxidation thermal activation Electron-transport system oxidative phosphorylation Electronic Configuration and Oxidation States Electronic Configuration, Oxidation States, Structures Electronic Properties of Zinc Oxide Electronic Structure of Copper Oxide Superconductors Electronic Structure of Oxide Surfaces Electronic conductivity in oxides Electronic configurations oxides Electronic materials oxidation processing Electronic materials traditional oxidation technique Electronic of oxides Electronic oxidation reactions Electronic oxides Electronic oxides Electronic properties, layer anodic oxide layers Electronic properties, passive layers oxide layer Electronic state oxide materials Electronic states oxide glass modeling Electronic structure indium oxide film Electronic structure nitrous oxide Electronic structure of oxide Electronic structure oxidation Electronic structure oxidation states Electrons as Reagents for Oxidation and Reduction Electrons in oxidation-reduction reactions Electrons oxidation Electrons oxidation Electrons oxidation-reduction reactions Electrons oxidized forms Four-electron oxidation Gate oxide thickness, electronic devices Glucose oxidation electron transfer with metal Graphene oxide electron transfer High resolution electron microscopy oxides Inner-sphere electron transfer oxidative addition Introduction single-electron oxidation Ionization potentials, electron affinities and stabilities of oxidation states Iridium-catalyzed water oxidation electronic structure Iron oxide electron transport Iron oxides electronic structure Iron oxides high pressure electronic structure Lose electrons oxidation Magnesium oxide electron transport Metal oxide clusters electronic structures Metal oxide electronic structures Metal oxide reduction electron-transfer reactions Metal oxide-adsorbate interactions electron transfer Metal oxide-based compounds electron transfer reaction Metal oxides electron transport Metal oxides reactions yielding electronically excited Metal oxides, electronic nose technology Metal oxides, interfacial electron Metal oxides, interfacial electron ions effect Metal oxides, secondary electron emission Mitochondrial electron transport and oxidative phosphorylation Mixed ionic and electronic conducting oxides Mixed proton—electron conducting oxide Molybdenum oxidation, electron spin New understanding of defect mechanisms in oxidation catalysis from dynamic electron microscopy Nickel oxide electronic properties Nitric oxide synthase electron transfer Nitric oxide, reaction mechanisms with electron transfer reactions Nitrile oxides, cycloaddition with electron-deficient dipolarophiles Nitrogen oxidation electron transfer Nitrogen oxide three-electron bond Nitrous oxide electron scavenging One electron oxidation and reduction One-Electron Oxidation Processes One-Electron Oxidation of Nucleobases One-Electron Reduction and Oxidation in Nonaqueous Solvents One-electron enzymatic oxidation One-electron oxidant One-electron oxidation activation One-electron oxidation mechanism One-electron oxidation of nucleobase One-electron oxidation of selenium and tellurium compounds One-electron oxidation potential One-electron oxidation/reduction Organic electron acceptors oxidants Outlook Higher Electron Mobilities in Zinc Oxide Over-oxidation single electron transfer mechanism Oxidants reduction, electron transfer Oxidation Numbers Keeping Tabs on Electrons Oxidation Numbers Keeping Track of Electrons Oxidation State and Electron Count Oxidation States Electron Bookkeeping Oxidation and Reduction Reactions Electronic Interpretations Oxidation by Loss of Electrons Oxidation catalysts, tunable electronic Oxidation chain-breaking electron acceptors Oxidation electron donor Oxidation electron transfer-induced Oxidation inhibition mechanism, electron Oxidation numbers using valence electrons Oxidation of Metallocenes and Electron Transfer Reactions Oxidation of electrons Oxidation one-electron Oxidation potentials electron donors Oxidation processing of electronic materials Oxidation reactions, nonadiabatic electron transfer Oxidation, aerobic, site electron transport Oxidation, by electron transfer Oxidation-reduction electron transfer Oxidation-reduction reaction with partial electron transfer Oxidation-reduction reactions Electron configuration Oxidation-reduction reactions Intermolecular electron transfer Oxidation-reduction reactions Intramolecular electron transfer Oxidation-reduction reactions electron movement Oxidation-reduction reactions electron transfer Oxidation-reduction reactions hydrated electron Oxidative activation electronic structure Oxidative addition electron transfer Oxidative addition outer-sphere electron-transfer Oxidative electron transfer Oxidative electron transfer, molecular Oxidative phosphorylation and the electron transport chain Oxidative phosphorylation electron transfer Oxidative phosphorylation electron transport release from Oxidative phosphorylation electron-motive force Oxidative phosphorylation electron-transfer potential Oxidative stability electron spin resonance spectroscopy Oxide electron tunneling Oxide electronic structures Oxide valence electronic structure Oxides electronic properties Oxides, electronic state Oxidized Having lost electrons Oxidized Having lost electrons chemical reaction Oxidized electron transfer mediator Oxidizing agent reactant that accepts electrons from another Perovskite oxides oxygen pressure dependence, electronic Photoinduced Electron-transfer Oxidation Proton-Electron Conducting Oxides Quinone diacetals electron-transfer oxidation Radical cations electron-transfer oxidation Radical electron oxidation Reduction potentials electron-transfer oxidation Reorganization energy electron-transfer oxidation Scanning electron microscopy aluminium oxide Scanning electron microscopy copper oxide Scanning electron microscopy metal oxide deposition Scanning electron microscopy oxide Scanning electron microscopy oxide layer thickness Scanning electron microscopy oxide precipitate Scanning electron microscopy zinc oxide Sensitizers electronically excited, oxidation Simple oxides, structural and electronic phase transitions Single electron transfer oxidation Single-electron oxidant Single-electron oxidation Singly occupied molecular orbital single electron transfer oxidation Skill 22.1 Using chemical principles (including thermodynamics) to analyze important biochemical processes (e.g., synthesis, degradation, electron transport, oxidative phosphorylation) Solvated electron standard oxidation potential Solvent cage electron-transfer oxidation Sputtering, Electron Bombardment, Oxide-Chloride Conversion Titanium oxide electronic properties Titanium oxide electronic structure Titanium oxidized, Auger electron Transmission electron microscopy manganese oxide Trapped Electrons in Water and Deuterium Oxide Tungsten oxide electron microscopy Two-Electron Oxidation Processes Two-electron oxidation Two-electron oxidation mechanisms Vanadium oxide, electron paramagnetic Vanadium oxide, electron paramagnetic complexation Vanadium oxides, bulk electronic Water four-electron oxidation Zirconium oxide electronic conductivity