SEARCH Articles Figures Tables A Model for Chemical Reactions in Solution A Qualitative Physical Model for Photochemical Reactions in Solution A closed-form solution for the PARAFAC model APPROXIMATE ANALYTICAL SOLUTIONS FOR MODELS OF THREE-DIMENSIONAL ELECTRODES BY ADOMIANS ECOMPOSITION METHOD Keith Scott and Yan-Ping Sun ntroduction Activity Coefficient Models for Electrolyte Solutions Activity coefficient models regular solution Adsorbents Vacancy Solution model Adsorption from electrolyte solutions Surface complexation models Advection-diffusion modeling of solute transport in tissues Analytical Solution of the Simplified Symmetric Model Analytical Solutions of the Ideal Model Analytical and Numerical Solutions of the Kinetic Models Application of Flexible-Chain Models to Solutions Application of an Interstitial Model for Water to Aqueous Solutions Application of the blob model to aqueous solutions Aqueous solutions modeling Associated Solution Model Associated Solution Model for the Liquid Phase Associated solution model, domain Associated-solution model application Associated-solution model assumptions Atomistic solution models Automata Models of Aqueous Solution Systems Born-Onsager solvent-solute model Carreau model solution Cell model of solution Chemical models of electrolyte solutions Classical solution model Classical solution model molecule Clustering in dilute solutions and Pitzer models Concentration, polymer, model chain solution conformations Confined model systems solutions Conformal solution model Conformal solution model anisotropic Debye-Hiickel/Boltzmann model, solution Definition of the ideal solution model Direct model solution Discussion of the Model and Numerical Solution Dispersed Medium Model of Micellar Solution Dispersed plug flow model solutions Electrode-solution interface model Electrolyte solutions model Electrolyte solutions primitive model Electrostatic solute-solvent interaction models Equilibrium and Quasiequilibrium Solutions to the LG Model Equilibrium-dispersive model numerical solution Explicit model steady-state solution First-order absorption models solution Florys athermic solution model Fowler and Guggenheims quasi-chemical model of the solution General Closed Solution by Combined Model (Approximation) General rate model numerical solution Hamiltonians model solutions Heat transfer model solution procedure Hildebrand solution model Hollow Nanoshell Formation and Collapse in One Run Model for a Solid Solution Information Obtained from Model Solutions Initial model solution Instantaneous absorption models solution Intermolecular interactions, model chain solution conformations Kinetic model analytical solution Kinetic model numerical solutions Lattice model for ideal and regular solutions Lattice models for solutions Linear Isotherm Systems—Solution to the General Model Liquid lattice model ideal solution Liquid lattice model polymer solution Liquid phase associated solution model Liquid solutions activity-coefficient models Lower critical solution temperature Model Lumped pore diffusion model numerical solution Macromolecular models polymer solutions Many-body Hamiltonians model solutions Markov model solution techniques Mass balance equations, setup and solution model Mass transfer model, solution Mathematical modeling solution method specification Mathematical modeling solution process Mathematical models concentrated solution theory Mathematical models dilute solution theory Membrane model solution Membrane permeability modeling solute effect Metal-solution interphase model Micellar solutions models Model Solutions for the Motion of a Hypothetical Economy in Ideal Time Model analytical solution Model and Solution Robustness Model ideal adsorbed solution Model phases solid solution Model solute mass recoveries, concentrated Model solutions Model solutions Model solutions analytical solution Model solutions validation Modeling advanced solution methods Modeling of the Oxide-Solution Interface Modelling polyelectrolyte solutions Models for ionic solutions Models for solution reaction dynamics Models many-body Hamiltonian solutions Models polymeric solutions Models solution systems model Modified Poisson-Boltzmann models electrolyte solutions Molecular Models for Solutions Multiplicity modelling solutions Nonequilibrium stage model solution Nonporous membranes solution-diffusion model Numerical Solution of Chemical Transport Models Numerical Solution of the Column Reactor Model Numerical Solution of the Lumped Pore Diffusion Model Numerical Solution of the Model Equations Numerical Solution of the Model System Numerical Solution of the Two-dimensional Model Numerical Solutions for Diagenetic Models Numerical Solutions of the Equilibrium-Dispersive Model Numerical modelling 5% NaCl solution Numerical modelling solution Numerical solution of model Numerical solution, of complex flow models Numerical solution, of model equations Numerical solutions fluid model equations Numerical solutions mass transfer model equations Optimization of Reaction Models With Solution Mapping Oxide-solution interface constant capacitance model Oxide-solution interface diffuse double layer model Oxide-solution interface electrostatic models Oxide-solution interface model Oxide-solution interfaces, theoretical model Particulate flow model solution Pervaporation solution diffusion model Polymer solution properties, model Polymer solution properties, model interactions Process Model and the Solution Method Quasichemical solution model Random walk model, molecule solution Reactive transport model numerical solution Regular Solution model application Regular solution model defined Regular solution model for a two sub-lattice system Regular solution model general Regular solution model mixing enthalpy Regular solution model mixing entropy Regular solution model temperature Regular solution modelling Regular solution modelling phase diagrams Results for HR solute in dilute solutions of the primitive cluster model Reverse osmosis solution-diffusion model Rigid solutions, partially, model Robustness, model/solution Segregation model solution Selectivity solution-diffusion model Semidilute polymer solutions Blob model Simple Models for Nonideal Solutions Simple model for mixed surfactant solutions Simple solution diffusion model Simple solution model Simplified solute model Soil solution model Solid-solution Model Solute Orientation The Shape Model Solute Partitioning Model Solute clusters model steel Solute model Solute model Solute retention displacement model Solute transport model Solution Kinetic Models Solution Properties of Model Branched Polymers Solution Techniques for Models Producing PDEs Solution diffusion model Solution diffusion model assumptions Solution diffusion model multicomponent Solution diffusion model single-component Solution diffusion model solubility, permeants Solution diffusion model sorption isotherms Solution diffusion model sorption process Solution diffusion model transport equation through membrane Solution lattice model Solution models Bragg-Williams Solution models Flory Solution models Redlich-Kister Solution models ideal Solution models quasi-chemical Solution models quasi-regular Solution models reciprocal ionic Solution models regular Solution models solutions Solution of Stochastic Model Solution of the Model Solution of the Model Equations Solution of the Robust Model Solution phase models Solution phase models Aqueous solutions Solution phase models cellular model Solution phase models central atom model Solution phase models complex’ model Solution phase models dilute solutions Solution phase models ideal solutions Solution phase models interstitial solutions Solution phase models line compounds Solution phenomenological models Solution systems model Solution systems model aqueous solutions modeling Solution systems model dissolution application Solution systems model hydrophobic effect Solution systems model probability Solution systems model rules Solution systems model solute Solution systems model structure Solution theory modeling Solution, athermal models Solution, concentrated lattice model Solution-Diffusion Model for Single Gas Transport Solution-Diffusion Model for the Transport of Binary Gas Mixtures Solution-Precipitation Model for Creep Solution-diffusion imperfection models Solution-diffusion model for Solution-diffusion model relationships Solution-diffusion model relationships development Solution-diffusion transport model Solution-phase reactions, surface complexation models Solutions of model Solutions of the Brusselator Model Solutions of the effective-particle model Solutions robust model Solutions, Mixtures, and Models Solvation parameter model solute descriptors Solvent-solute descriptor models Solvent/solute partitioning models Some Practical Hints on Application of UNIQUAC Solution Model Sphere-Model for the Solution of Iodine in Ethanol Steady-State Model Solution Surface complexation models oxide-solution interface Surface complexation models solid-solution interface Surfactant solutions, thermodynamics mass action model Surfactant solutions, thermodynamics pseudo-phase model Surfactants in Solution Experimental Observations and Models Temperature field, solutal model The Information Obtained from Model Solutions The Interaction Between Simulation and Models for Solution Reaction Dynamics The Model and Its Solution The Molecular Model and Its Solution The One-Dimensional Model of Solutions The Pauling model and its solution The Solution of Stochastic Models with Analytical Methods The Solution-Diffusion Model The ideal solution model The microscopic model of a perfect solution The quasi-chemical method of modeling solutions Theoretical models for individual surfactant solutions Thermodynamic Modeling of Supercritical Fluid-Solute Phase Behavior Thermodynamic model ideal solution Thermodynamic model regular solution Thermodynamic model, polymer solution Transition-state model, for solution reactions Transport model solution-diffusion imperfection Tube model in concentrate solutions and melts Turbulent solutal convection model Two-Zone Model Solutions UNIQUAC model extended to ionic solutions Vacancy Solution Model Vapor transport, solution-diffusion model Zero-order absorption models solution