SEARCH Articles Figures Tables Biological models metal-containing sites Chemical models of metal-citrate aqueous complexation Classical models of metal desorption from semiconductor surfaces Closest Sphere Packings as Models for Metal Crystals Constant capacitance model metal adsorption Construction of Sheet Metal Part Models Dewar model, metal-olefin bond Diffuse layer model metal surface complexation constants Drude-model metal Electrokinetic Modeling of Heavy Metals Electron-sea model, of metals Electronegativity model, metal/organic Empirical models, metal hydrides Enzymes metal complex models Expanded metal model Granular metal island model Interrupted metallic model Ionic polymer-metal composite models Ionic polymer-metal composites actuation model Ionic polymer-metal composites electromechanical modeling Jellium model of metal Jellium model, metal cluster potentials Johnsons Interstitial Electron Model for Metals Kinetic models of structural relaxations in metallic glasses Kinetically enhanced metalation model Mathematical Modeling Dimensionless Numbers Governing Electrochemical Promotion and Metal-Support Interactions Metal Clusters as Models for Hydrodesulfurization Catalysts Metal Gouy-Chapman diffuse-charge model Metal Helmholtz compact double-layer model Metal Stern model Metal Systems for Group Transferases and Their Models Metal absorption, chemical modeling Metal binding model Metal cluster compounds polyhedral models Metal clusters Hamiltonian model Metal clusters PSEP model Metal clusters charge transfer model Metal clusters electronic model Metal clusters geometrical models Metal clusters jellium model Metal clusters reactivity model Metal detoxification model Metal dissolution model Metal empirical models Metal hydrides bonding models Metal island model Metal matrix composites models Metal model reaction Metal model systems Metal oxide models Metal particle, physical model Metal salts Modeling Metal-Sulfur Clusters as the Functional Models for Metalloenzymes Metal-citrate aqueous complexation, chemical models Metal-coated model Metal-enhanced fluorescence model Metal-ligand nonbonded models Metal-oxide photochemistry, photophysics and modelling Metal-oxo-surface model Metal-solution interphase model Metal-titanium dioxide model systems Metal/metalloid adsorption, modeling Metallic bonding model Metallic bonds molecular-orbital model Metallic cylinder model Metallic molecular-orbital model Metals Jellium model Metals force constant models Metals free electron model Metals molecular orbital model Metals surface complexation models Metals uniform background model Model catalysts metal single crystals Model catalysts metal-support interactions Model formulations metals Modeling of Electrode Interactions with Metal Clusters Modeling with Transition-metal Complexes Modeling, metal absorption Models metal cluster potentials Models metal-citrate complexation Models metal-silicate equilibria Models of Metal Binding Models, for transition-metal Molecular modeling metal complexes with open Molecular modelling metal complexes Molecular modelling metal-polymer interactions Molecular modelling transition metal complexes Monte Carlo Simulation Method and the Model for Metal Deposition Mouse models metals Multiscale modeling metals Precious Metal Catalyst Mechanism and Reactor Kinetics Modeling Quantum Mechanical Modelling - Equilibrium Structures of Isolated Metal Complexes Redox Reactions Involving Metals in Other Biological and Model Systems Schottky-Mott model metal/organic interfaces Sheet metal part models Shell Model metal oxides Simple Model for Metal-Insulator Transition Simple Model of a Transition Metal Supported metals mathematical models Surface chemistry metal cluster models The Free Electron Model of Metallic Bonding The Free Electron Model of a Metal The Purpose of Studying Model-Supported Metals Toxic metal speciation models Transition metal model Transition metal model construction Transition-metal model complexes Triple layer model metal adsorption Vacuum-metal interface model