SEARCH Articles Figures Tables A Model for m-LPPP Electronic Structure A Model for the Electron Transfer Complex A simple model for electron-transfer reactions Ammonia localized electron model Atomic models electron-wave model Bond energy localized electron model Bonding in Complex Ions The Localized Electron Model Bonding localized electron model Cerium oxide electronic structure models Charged-particle state electron models Classical electron analog model Classical electron analog models, nonadiabatic Classical electron analog models, nonadiabatic semiclassical mapping Cluster model electronic structure Collective electron models Combining the Localized Electron and Molecular Orbital Models Completely free electron model Complex ions localized electron model Conduction electrons nearly free electron model Conductivity, electronic Anderson model Core electron-binding energies modeling Covalent bonding electron model Covalent bonds electron model Covalent bonds localized electron model Delocalized electrons combined model Dielectric continuum model, electron-transfer Dielectric response electron oscillator model Dissociative electron transfer Morse curve model Drude free-electron model Electrical breakdown electronic models Electrochemical Modeling of Electronic Systems Electromagnetic theory electron model Electron Capture Detector kinetic Model Electron Transfer Mechanisms in Molybdenum and Tungsten Model Compounds Electron Tunneling Model Electron classical model Electron cloud atomic model Electron correlation expansion, independent particle model Electron correlation models Electron correlation, model description Electron count in a complex the covalent model Electron covalent models Electron density Thomas-Fermi statistical model Electron density maps model building Electron density maps modeling Electron density modeling Electron density modeling Crystallographic Electron density space-filling model Electron gas model Electron hopping diffusion model Electron hopping model Electron impact ionization model Electron lattice models Electron models Electron models equilibrium state equations Electron noncovalent models Electron orbital models Electron promotion model Electron quantum-mechanical model Electron repulsion model Electron scattering analytical models Electron sea model Electron spherical wave model Electron spin mechanical model Electron transfer Marcus model Electron transfer Marcus-Hush model Electron transfer classical model Electron transfer kinetic model, flavocytochrome Electron transfer model approximation Electron transfer model systems Electron transfer models Electron transfer models for Electron transfer pathway model Electron transfer porphyrin-based models Electron transfer proteins, modeling Electron transfer quantum mechanical model Electron transfer rate model rates Electron transfer semi-classical model Electron transfer semiclassical model Electron transfer superexchange model Electron transfer theoretical models Electron transfer tunneling pathway model Electron transport, theoretical models Electron trapping modelling Electron-Dot Model of Bonding Lewis Structures Electron-density model Electron-dot model of bonding Electron-in-a-box model Electron-sea model, of metals Electron-solid scattering models Electron-transfer reactions superoxide dismutase models Electron-wave model Electronic Distortion Model Electronic Models of Electrical Breakdown Electronic Properties of Alloys and Theoretical Models Electronic band model Electronic components, process modeling Electronic conduction theory Drude model Electronic conductivity model Electronic configuration quantum mechanical model Electronic data interchange models Electronic gas model Electronic model molecules Electronic model, matrix elements Electronic polaron model Electronic polaron model band narrowing Electronic process models Electronic shell model Electronic state, excited, numerical model Electronic states oxide glass modeling Electronic states silicate glass model Electronic structural model Electronic structural model analysis Electronic structural model fragment orbital type Electronic structural model problems Electronic structure computations hybrid models Electronic structure methods independent-particle models Electronic structure models Electronic structure qualitative models Electronic structures, intermolecular interaction models Electronic tunneling model Electronically conducting polymer conductivity models Electrons Bohr model Electrons Lewis model Electrons Thomas-Fermi model Electrons electron-pair repulsion model Electrons jellium model Electrons model and Electrons plum pudding model Electrons vector model Electrons, crystalline solid materials energy band model Embedded cluster model electronic states Equilibrium state parameters, electron models Excitation, electronic hopping model Experimental Test of Bridge-assisted Electron Transfer Models Experimental Testing of the Electron Transfer Models Fokker-Planck Modeling of the Electronic Localization Formalisms for the Explicit Inclusion of Electronic Polarizability in Molecular Modeling and Dynamics Studies Free Electron Gas and the Jellium Model Free Electron Model in One Dimension Free electron gas model Free electron model Free electron model, Pauli exclusion Free-electron Modelling Free-electron model aromatic molecules Free-electron model highest occupied molecular orbital Free-electron model lowest unoccupied molecular orbital Free-electron molecular orbital model Free-electron molecular orbital model description Generalized electronic polaron model Geometrical Model of the Electron Half-electron Model Half-electron model, definition Heterogeneous electron transfer Butler-Volmer model Hot Electron Model Huckel model, free-electron Huckel theory electron densities, model Hybridization and the Localized Electron Model Independent-electron models Independent-electron models Hartree Independent-electron models Hartree-Fock Independent-electron models density functional theory Independent-electron models local-density approximation Independent-electron models orbital functional theory Interstitial electron model Johnsons Interstitial Electron Model for Metals Lewis electron pair model Lewis electron pair model electrons probabilities Lewis electron pair model probability Localized Electron Model for Molecules Localized electron model Lewis structures Localized electron model alkanes Localized electron model ammonia molecule Localized electron model hybrid orbitals Localized electron model limitations Localized electron model summary Localized electron model three parts Localized electron orbital models Localized-electron model Lorentz electron model MO Models of Electronic Excitation MO model, electronic excitation light absorption Many-Electron Theoretical Models Marcus model of electron transfer Metal clusters electronic model Metals free electron model Model Electron system, electronic states Model electronic Hamiltonian Modeling electron transfer from Modeling first electron transfer Modeling first electron transfer reaction centers Modelling Molecules Electronic States Modelling of Electronic Structure in the Models and theories valence-shell electron-pair repulsion Models independent particle, electron correlation Models many-electron molecules Models of Bond-Breaking Ion and Electron Transfer Reactions Models of Electron Density in Molecules Models of electrochemical electron transfer kinetics Models of electron transport Models, of electron density Molecular Geometry The Valence Shell Electron Pair Repulsion Model Molecular geometry and the valence-shell electron pair repulsion model Molecular modeling, electronic polarizability Molecular modelling electronic structure Molecular orbitals electron model Nearly free electron model Nitrogen localized electron model One-Electron Density Matrix Models One-Electron MO Models One-Electron Theoretical Models One-electron model Orbitals localized electron model Outer-sphere electron transfer classical model Perimeter free electron model Photoinduced electron transfer reaction center models Photosynthetic bacteria electron-transfer models Plane-Wave Expansion - The Free-Electron Models Polarizable continuum model excited electronic states Polyhedral skeletal electron pair model Primary event electron transfer model Qualitative models, electronic structure calculations Quantum Model of Bonding Electrons in Crystal Quantum Model of Free Electrons in Crystal Quantum Model of Quasi-Free Electrons in Crystals Quantum Model of Tight-Binding Electrons in Crystal Quantum mechanical model electron spin Quasi-Free Electronic Model of Solids Radical electron model Reaction center proteins, modeling electron transfer from Real-time dynamics of electron migration in a model water cluster anion system Rectangular band model electronic energy Relativistic model Hamiltonians for many-electron systems Ruthenium electron-transfer protein models Schrbdinger equations, model electronic Sea of electrons model Simple quantum chemical models of electronic excitation Skill 1.3c-Predict molecular geometries using Lewis dot structures and hybridized atomic orbitals, e.g., valence shell electron pair repulsion model (VSEPR) Solar cells, modeling electron diffusion length Solvated electron models Sommerfeld free-electron model Spin-boson model, electron-transfer Substituent-ring interactions, electron density model Summary of 7r-electron models Surface electron gas model The -electron Zero Differential Overlap Models The All Valence Electron NDO models The Band Model of Electrons in Solids The Free Electron Model The Free Electron Model and Thermionic Emission The Free Electron Model of Metallic Bonding The Free Electron Model of a Metal The Lewis electron-pair model The Localized Electron Bonding Model The Marcus-Hush Model of Electron Transfer The Non-Interacting Electron Model The One-Electron Model The Valence Shell Electron Pair Repulsion (VSEPR) model The Valence Shell Electron Pair Repulsion model The electrostatic model and non-bonding electron pairs The independent-electron model as a quantum field theory Theoretical Model. Electronic Structure Theoretical Models of Electron Transport Theoretical Models of the Solvated Electron Theoretical ionic models—the modified electron-gas approach Thermodynamics of Electron Trapping and Solvation in the Quasi-ballistic Model Three center four electron bond model Topological electron-counting model Uniform electron gas model VSEPR model shell electron-pair repulsion Valence Shell Electron Pair Repulsion model Group 15 elements Valence Shell Electron-pair Repulsion VSEPR) model Valence electron models Valence electrons VSEPR) model application Valence shell electron pair repulsion bonding models Valence shell electron pair repulsion model Valence shell electron pair repulsion model repulsions Valence shell electron-pair VSEPR model Valence shell electron-pair repulsion model. See Valence-shell electron-pair repulsion model lone pairs Valence-shell electron-pair repulsion model pairs Wave Model of the Electron