| 2069 - 2069 |
Double-Layer Modeling
Trasatti S |
| 2071 - 2078 |
Mesoscopic Description of an Electrochemical Interface
Brodsky A |
| 2079 - 2088 |
Electrocapillarity of Oriented Molecules
Sanfeld A, Lavielle L |
| 2089 - 2095 |
Semiempirical Modeling of the Properties of the Electrode/Electrolyte Interface in the Presence of Specific Anion Adsorption
Lamperski S |
| 2097 - 2105 |
Microscopic Description of the Electrode Surface and Double-Layer Capacity at the Electrode/Solution Interface
Amokrane S |
| 2107 - 2113 |
Field Theoretic Approach of Electrified Interfaces
Stafiej J, Dymitrowska M, Badiali JP |
| 2115 - 2124 |
Effective Surface-Charge for Symmetrical Electrolytes in the Primitive Model Double-Layer
Ennis J, Marecelja S, Kjellander R |
| 2125 - 2130 |
Application of the Mpb Theory to the Analysis of the Ion-Free Layer Thickness
Andreu R, Molero M, Calvente JJ, Outhwaite CW, Bhuiyan LB |
| 2131 - 2144 |
Structure and Dynamics of Water and Hydrated Ions Near Platinum and, Mercury Surfaces as Studied by MD Simulations
Spohr E, Toth G, Heinzinger K |
| 2145 - 2158 |
Molecular-Dynamics Study of Interfacial Electric-Fields
Glosli JN, Philpott MR |
| 2159 - 2170 |
A Unified Treatment of the Equilibrium Properties of Electrosorbed Layers Composed of Neutral and Ionic Species
Nikitas P |
| 2171 - 2174 |
Modeling of 2D First-Order Phase-Transitions in Adsorption Layers at the Metal/Electrolyte Interface
Retter U |
| 2175 - 2184 |
Lattice-Gas Models of Adsorption in the Double-Layer
Rikvold PA, Zhang J, Sung YE, Wieckowski A |
| 2185 - 2206 |
Recent Developments in the Theory of Metal Upd
Leiva E |
| 2207 - 2227 |
Phase-Transitions at Electrode Interfaces
Blum L, Huckaby DA, Legault M |
| 2229 - 2251 |
Studies of the Interdependence of Electronic and Atomic Dynamics and Structure at the Electrode-Electrolyte Interface
Halley JW |
| 2253 - 2265 |
Contemporary Quantum-Chemical Modeling of Electrified Interfaces
Nazmutdinov RR, Shapnik MS |
| 2267 - 2273 |
A Semiempirical Quantum-Chemistry Approach to Possible Structures and Energies of Hydrogen-Atoms Adsorbed on Pt(100) and Pt(111) Clusters at a Simulated Pt/Aqueous Electrochemical Interface
Zinola CF, Arvia AJ |
| 2275 - 2283 |
Active-Sites of Pt Surfaces from Ab-Initio Cluster Model Molecular Electrostatic Potential Maps
Zurita S, Rubio J, Illas F |
| 2285 - 2291 |
Halogen Ions Adsorption at Silver and Platinum Surfaces - A Quantum-Chemical Study
Pacchioni G |
| 2293 - 2305 |
Mineral Hydroxides - From Homogeneous to Heterogeneous Modeling
Koopal LK |
| 2307 - 2312 |
Surface Electrochemistry of Oxides - Thermodynamic and Model Approaches
Petrii OA |
| 2313 - 2320 |
Potential Distribution Across the Electroactive-Polymer Film Between the Metal and Solution as a Function of the Film Charging Level
Vorotyntsev MA, Rubashkin AA, Badiali JP |
| 2321 - 2327 |
Theory of Ion-Transfer Kinetics at a Viscous Immiscible Liquid/Liquid Interface by Means of the Langevin Equation
Aoki K |
| 2329 - 2338 |
Electron and Ion Transfer-Reactions on Metal-Electrodes
Schmickler W |
