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Results: 1-21 |
Results: 21
USE OF SENSITIVITY ANALYSIS IN THE MODELING OF ELECTROCHEMICAL TRANSIENTS - PART 1 - GAINING MORE INSIGHT INTO THE BEHAVIOR OF KINETIC-MODELS (VOL 441, PG 271, 1998)
Authors: BIENIASZ LK SPEISER B
Citation: Lk. Bieniasz et B. Speiser, USE OF SENSITIVITY ANALYSIS IN THE MODELING OF ELECTROCHEMICAL TRANSIENTS - PART 1 - GAINING MORE INSIGHT INTO THE BEHAVIOR OF KINETIC-MODELS (VOL 441, PG 271, 1998), Journal of electroanalytical chemistry [1992], 452(1), 1998, pp. 139-139
USE OF SENSITIVITY ANALYSIS-METHODS IN THE MODELING OF ELECTROCHEMICAL TRANSIENTS - PART 2 - MODEL EXPANSION AND MODEL-REDUCTION
Authors: BIENIASZ LK DUMMLING S SPEISER B WURDE M
Citation: Lk. Bieniasz et al., USE OF SENSITIVITY ANALYSIS-METHODS IN THE MODELING OF ELECTROCHEMICAL TRANSIENTS - PART 2 - MODEL EXPANSION AND MODEL-REDUCTION, Journal of electroanalytical chemistry [1992], 447(1-2), 1998, pp. 173-186
USE OF SENSITIVITY ANALYSIS-METHODS IN THE MODELING OF ELECTROCHEMICAL TRANSIENTS - PART 1 - GAINING MORE INSIGHT INTO THE BEHAVIOR OF KINETIC-MODELS
Authors: BIENIASZ LK SPEISER B
Citation: Lk. Bieniasz et B. Speiser, USE OF SENSITIVITY ANALYSIS-METHODS IN THE MODELING OF ELECTROCHEMICAL TRANSIENTS - PART 1 - GAINING MORE INSIGHT INTO THE BEHAVIOR OF KINETIC-MODELS, Journal of electroanalytical chemistry [1992], 441(1-2), 1998, pp. 271-285
THE EFFECT OF THE DISCRETIZATION OF THE MIXED BOUNDARY-CONDITIONS ON THE NUMERICAL STABILITY OF THE CRANK-NICOLSON ALGORITHM OF ELECTROCHEMICAL KINETIC SIMULATIONS
Authors: BIENIASZ LK OSTERBY O BRITZ D
Citation: Lk. Bieniasz et al., THE EFFECT OF THE DISCRETIZATION OF THE MIXED BOUNDARY-CONDITIONS ON THE NUMERICAL STABILITY OF THE CRANK-NICOLSON ALGORITHM OF ELECTROCHEMICAL KINETIC SIMULATIONS, Computers & chemistry, 21(6), 1997, pp. 391-401
ELSIM - PROBLEM-SOLVING ENVIRONMENT FOR ELECTROCHEMICAL KINETIC SIMULATIONS - VERSION-3.0 SOLUTION OF GOVERNING EQUATIONS ASSOCIATED WITH INTERFACIAL SPECIES, INDEPENDENT OF SPATIAL COORDINATES OR IN ONE-DIMENSIONAL SPACE GEOMETRY
Authors: BIENIASZ LK
Citation: Lk. Bieniasz, ELSIM - PROBLEM-SOLVING ENVIRONMENT FOR ELECTROCHEMICAL KINETIC SIMULATIONS - VERSION-3.0 SOLUTION OF GOVERNING EQUATIONS ASSOCIATED WITH INTERFACIAL SPECIES, INDEPENDENT OF SPATIAL COORDINATES OR IN ONE-DIMENSIONAL SPACE GEOMETRY, Computers & chemistry, 21(1), 1997, pp. 1-12
AUTOMATIC DERIVATION OF THE GOVERNING EQUATIONS THAT DESCRIBE A TRANSIENT ELECTROCHEMICAL EXPERIMENT, GIVEN A REACTION-MECHANISM OF ARBITRARY COMPLEXITY .1. PROBLEM PARAMETERS AND INITIAL CONDITIONS
Authors: BIENIASZ LK
Citation: Lk. Bieniasz, AUTOMATIC DERIVATION OF THE GOVERNING EQUATIONS THAT DESCRIBE A TRANSIENT ELECTROCHEMICAL EXPERIMENT, GIVEN A REACTION-MECHANISM OF ARBITRARY COMPLEXITY .1. PROBLEM PARAMETERS AND INITIAL CONDITIONS, Journal of electroanalytical chemistry [1992], 406(1-2), 1996, pp. 33-43
AUTOMATIC DERIVATION OF THE GOVERNING EQUATIONS THAT DESCRIBE A TRANSIENT ELECTROCHEMICAL EXPERIMENT, GIVEN A REACTION-MECHANISM OF ARBITRARY COMPLEXITY .2. GOVERNING EQUATIONS IN ONE-DIMENSIONAL GEOMETRY
Authors: BIENIASZ LK
Citation: Lk. Bieniasz, AUTOMATIC DERIVATION OF THE GOVERNING EQUATIONS THAT DESCRIBE A TRANSIENT ELECTROCHEMICAL EXPERIMENT, GIVEN A REACTION-MECHANISM OF ARBITRARY COMPLEXITY .2. GOVERNING EQUATIONS IN ONE-DIMENSIONAL GEOMETRY, Journal of electroanalytical chemistry [1992], 406(1-2), 1996, pp. 45-52
A METHOD-ORIENTED APPROACH TO THE FORMULATION OF ALGORITHMS FOR ELECTROCHEMICAL KINETIC SIMULATIONS .2. EXTENSION TO KINETIC PROBLEMS CHARACTERIZED BY THE SIMULTANEOUS PRESENCE OF BULK AND INTERFACIAL SPECIES
Authors: BIENIASZ LK
Citation: Lk. Bieniasz, A METHOD-ORIENTED APPROACH TO THE FORMULATION OF ALGORITHMS FOR ELECTROCHEMICAL KINETIC SIMULATIONS .2. EXTENSION TO KINETIC PROBLEMS CHARACTERIZED BY THE SIMULTANEOUS PRESENCE OF BULK AND INTERFACIAL SPECIES, Journal of electroanalytical chemistry [1992], 404(2), 1996, pp. 195-208
A REACTION COMPILER FOR ELECTROCHEMICAL KINETICS
Authors: BIENIASZ LK
Citation: Lk. Bieniasz, A REACTION COMPILER FOR ELECTROCHEMICAL KINETICS, Computers & chemistry, 20(4), 1996, pp. 403-418
NUMERICAL STABILITY OF FINITE-DIFFERENCE ALGORITHMS FOR ELECTROCHEMICAL KINETIC SIMULATIONS - MATRIX STABILITY ANALYSIS OF THE CLASSIC EXPLICIT, FULLY IMPLICIT AND CRANK-NICOLSON METHODS, EXTENDED TO THE 3-POINT AND 4-POINT GRADIENT APPROXIMATION AT THE ELECTRODES
Authors: BIENIASZ LK OSTERBY O BRITZ D
Citation: Lk. Bieniasz et al., NUMERICAL STABILITY OF FINITE-DIFFERENCE ALGORITHMS FOR ELECTROCHEMICAL KINETIC SIMULATIONS - MATRIX STABILITY ANALYSIS OF THE CLASSIC EXPLICIT, FULLY IMPLICIT AND CRANK-NICOLSON METHODS, EXTENDED TO THE 3-POINT AND 4-POINT GRADIENT APPROXIMATION AT THE ELECTRODES, Computers & chemistry, 19(4), 1995, pp. 351-355
NUMERICAL STABILITY OF THE SAULYEV FINITE-DIFFERENCE ALGORITHMS FOR ELECTROCHEMICAL KINETIC SIMULATIONS - MATRIX STABILITY ANALYSIS FOR AN EXAMPLE PROBLEM INVOLVING MIXED BOUNDARY-CONDITIONS
Authors: BIENIASZ LK OSTERBY O BRITZ D
Citation: Lk. Bieniasz et al., NUMERICAL STABILITY OF THE SAULYEV FINITE-DIFFERENCE ALGORITHMS FOR ELECTROCHEMICAL KINETIC SIMULATIONS - MATRIX STABILITY ANALYSIS FOR AN EXAMPLE PROBLEM INVOLVING MIXED BOUNDARY-CONDITIONS, Computers & chemistry, 19(4), 1995, pp. 357-370
NUMERICAL STABILITY OF FINITE-DIFFERENCE ALGORITHMS FOR ELECTROCHEMICAL KINETIC SIMULATIONS - MATRIX STABILITY ANALYSIS OF THE CLASSIC EXPLICIT, FULLY IMPLICIT AND CRANK-NICOLSON METHODS AND TYPICAL PROBLEMS INVOLVING MIXED BOUNDARY-CONDITIONS
Authors: BIENIASZ LK OSTERBY O BRITZ D
Citation: Lk. Bieniasz et al., NUMERICAL STABILITY OF FINITE-DIFFERENCE ALGORITHMS FOR ELECTROCHEMICAL KINETIC SIMULATIONS - MATRIX STABILITY ANALYSIS OF THE CLASSIC EXPLICIT, FULLY IMPLICIT AND CRANK-NICOLSON METHODS AND TYPICAL PROBLEMS INVOLVING MIXED BOUNDARY-CONDITIONS, Computers & chemistry, 19(2), 1995, pp. 121-136
USE OF DYNAMICALLY ADAPTIVE-GRID TECHNIQUES FOR THE SOLUTION OF ELECTROCHEMICAL KINETIC-EQUATIONS .4. THE ADAPTIVE MOVING-GRID SOLUTION OF ONE-DIMENSIONAL FAST HOMOGENEOUS REACTION-DIFFUSION PROBLEMS WITH EXTREMELY THIN REACTION ZONES AWAY FROM THE ELECTRODES
Authors: BIENIASZ LK
Citation: Lk. Bieniasz, USE OF DYNAMICALLY ADAPTIVE-GRID TECHNIQUES FOR THE SOLUTION OF ELECTROCHEMICAL KINETIC-EQUATIONS .4. THE ADAPTIVE MOVING-GRID SOLUTION OF ONE-DIMENSIONAL FAST HOMOGENEOUS REACTION-DIFFUSION PROBLEMS WITH EXTREMELY THIN REACTION ZONES AWAY FROM THE ELECTRODES, Journal of electroanalytical chemistry [1992], 379(1-2), 1994, pp. 71-87
USE OF DYNAMICALLY ADAPTIVE-GRID TECHNIQUES FOR THE SOLUTION OF ELECTROCHEMICAL KINETIC-EQUATIONS .2. AN IMPROVED FINITE-DIFFERENCE ADAPTIVE MOVING GRID TECHNIQUE FOR ONE-DIMENSIONAL FAST HOMOGENEOUS REACTION-DIFFUSION PROBLEMS WITH REACTION LAYERS AT THE ELECTRODES
Authors: BIENIASZ LK
Citation: Lk. Bieniasz, USE OF DYNAMICALLY ADAPTIVE-GRID TECHNIQUES FOR THE SOLUTION OF ELECTROCHEMICAL KINETIC-EQUATIONS .2. AN IMPROVED FINITE-DIFFERENCE ADAPTIVE MOVING GRID TECHNIQUE FOR ONE-DIMENSIONAL FAST HOMOGENEOUS REACTION-DIFFUSION PROBLEMS WITH REACTION LAYERS AT THE ELECTRODES, Journal of electroanalytical chemistry [1992], 374(1-2), 1994, pp. 1-22
USE OF DYNAMICALLY ADAPTIVE-GRID TECHNIQUES FOR THE SOLUTION OF ELECTROCHEMICAL KINETIC-EQUATIONS .3. AN ADAPTIVE MOVING GRID ADAPTIVE TIME-STEP STRATEGY FOR PROBLEMS WITH DISCONTINUOUS BOUNDARY-CONDITIONS AT THE ELECTRODES
Authors: BIENIASZ LK
Citation: Lk. Bieniasz, USE OF DYNAMICALLY ADAPTIVE-GRID TECHNIQUES FOR THE SOLUTION OF ELECTROCHEMICAL KINETIC-EQUATIONS .3. AN ADAPTIVE MOVING GRID ADAPTIVE TIME-STEP STRATEGY FOR PROBLEMS WITH DISCONTINUOUS BOUNDARY-CONDITIONS AT THE ELECTRODES, Journal of electroanalytical chemistry [1992], 374(1-2), 1994, pp. 23-35
EFFICIENCY OF ELECTROCHEMICAL KINETIC SIMULATIONS BY ORTHOGONAL COLLOCATION AND FINITE-DIFFERENCE METHODS - A COMPARISON
Authors: BIENIASZ LK BRITZ D
Citation: Lk. Bieniasz et D. Britz, EFFICIENCY OF ELECTROCHEMICAL KINETIC SIMULATIONS BY ORTHOGONAL COLLOCATION AND FINITE-DIFFERENCE METHODS - A COMPARISON, Acta chemica Scandinavica, 48(7), 1994, pp. 609-610
USE OF DYNAMICALLY ADAPTIVE-GRID TECHNIQUES FOR THE SOLUTION OF ELECTROCHEMICAL KINETIC-EQUATIONS .1. INTRODUCTORY EXPLORATION OF THE FINITE-DIFFERENCE ADAPTIVE MOVING GRID SOLUTION OF THE ONE-DIMENSIONAL FASTHOMOGENEOUS REACTION-DIFFUSION PROBLEM WITH A REACTION LAYER
Authors: BIENIASZ LK
Citation: Lk. Bieniasz, USE OF DYNAMICALLY ADAPTIVE-GRID TECHNIQUES FOR THE SOLUTION OF ELECTROCHEMICAL KINETIC-EQUATIONS .1. INTRODUCTORY EXPLORATION OF THE FINITE-DIFFERENCE ADAPTIVE MOVING GRID SOLUTION OF THE ONE-DIMENSIONAL FASTHOMOGENEOUS REACTION-DIFFUSION PROBLEM WITH A REACTION LAYER, Journal of electroanalytical chemistry [1992], 360(1-2), 1993, pp. 119-138
KINETICS OF THE OXYGEN-ELECTRODE REACTION IN MOLTEN LI-ANALYSIS OF THE LINEAR SCAN VOLTAMMETRIC CURVES FOR THE 1ST REDUCTION PROCESS AT MONOCRYSTALLINE NIO ELECTRODES(NA CARBONATE EUTECTIC .6. QUANTITATIVE)
Authors: BIENIASZ LK TOMCZYK P
Citation: Lk. Bieniasz et P. Tomczyk, KINETICS OF THE OXYGEN-ELECTRODE REACTION IN MOLTEN LI-ANALYSIS OF THE LINEAR SCAN VOLTAMMETRIC CURVES FOR THE 1ST REDUCTION PROCESS AT MONOCRYSTALLINE NIO ELECTRODES(NA CARBONATE EUTECTIC .6. QUANTITATIVE), Journal of electroanalytical chemistry [1992], 353(1-2), 1993, pp. 195-208
EFFICIENCY OF ELECTROCHEMICAL KINETIC SIMULATIONS BY ORTHOGONAL COLLOCATION AND FINITE-DIFFERENCE METHODS - A COMPARISON
Authors: BIENIASZ LK BRITZ D
Citation: Lk. Bieniasz et D. Britz, EFFICIENCY OF ELECTROCHEMICAL KINETIC SIMULATIONS BY ORTHOGONAL COLLOCATION AND FINITE-DIFFERENCE METHODS - A COMPARISON, Acta chemica Scandinavica, 47(8), 1993, pp. 757-767
ELSIM - A PC PROGRAM FOR ELECTROCHEMICAL KINETIC SIMULATIONS - VERSION-2.0 - SOLUTION OF THE SETS OF KINETIC PARTIAL-DIFFERENTIAL EQUATIONSIN ONE-DIMENSIONAL GEOMETRY, USING FINITE-DIFFERENCE AND ORTHOGONAL COLLOCATION METHODS
Authors: BIENIASZ LK
Citation: Lk. Bieniasz, ELSIM - A PC PROGRAM FOR ELECTROCHEMICAL KINETIC SIMULATIONS - VERSION-2.0 - SOLUTION OF THE SETS OF KINETIC PARTIAL-DIFFERENTIAL EQUATIONSIN ONE-DIMENSIONAL GEOMETRY, USING FINITE-DIFFERENCE AND ORTHOGONAL COLLOCATION METHODS, Computers & chemistry, 17(4), 1993, pp. 355-368
ELECTROCHEMICAL KINETIC SIMULATIONS OF MIXED DIFFUSION HOMOGENEOUS REACTION PROBLEMS BY THE SAULYEV FINITE-DIFFERENCE ALGORITHMS
Authors: BIENIASZ LK BRITZ D
Citation: Lk. Bieniasz et D. Britz, ELECTROCHEMICAL KINETIC SIMULATIONS OF MIXED DIFFUSION HOMOGENEOUS REACTION PROBLEMS BY THE SAULYEV FINITE-DIFFERENCE ALGORITHMS, Analytica chimica acta, 278(1), 1993, pp. 59-70
Risultati: 1-21 |