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Results: 1-7 |
Results: 7
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
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
SOME NUMERICAL INVESTIGATIONS OF THE STABILITY OF ELECTROCHEMICAL DIGITAL-SIMULATION, PARTICULARLY AS AFFECTED BY 1ST-ORDER HOMOGENEOUS REACTIONS
Authors: BRITZ D OSTERBY O
Citation: D. Britz et O. Osterby, SOME NUMERICAL INVESTIGATIONS OF THE STABILITY OF ELECTROCHEMICAL DIGITAL-SIMULATION, PARTICULARLY AS AFFECTED BY 1ST-ORDER HOMOGENEOUS REACTIONS, Journal of electroanalytical chemistry [1992], 368(1-2), 1994, pp. 143-147
CORNEAL TOPOGRAPHY - PHOTOKERATOSCOPY INCLUDING THE CENTRAL REGION
Authors: ANDERSEN J KOCHJENSEN P OSTERBY O
Citation: J. Andersen et al., CORNEAL TOPOGRAPHY - PHOTOKERATOSCOPY INCLUDING THE CENTRAL REGION, Acta ophthalmologica, 71(2), 1993, pp. 145-150
CORNEAL TOPOGRAPHY - IMAGE-PROCESSING AND NUMERICAL-ANALYSIS OF KERATOSCOPY
Authors: ANDERSEN J KOCHJENSEN P OSTERBY O
Citation: J. Andersen et al., CORNEAL TOPOGRAPHY - IMAGE-PROCESSING AND NUMERICAL-ANALYSIS OF KERATOSCOPY, Acta ophthalmologica, 71(2), 1993, pp. 151-159
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