(A) General Discussions of Computational Electrochemistry
(A1) L. K. Bieniasz
"Computational Electrochemistry - An Emerging
Branch of Electrochemical Science".
Meeting Abstracts of the 195 th Meeting of the
Electrochemical Society, Inc., May 2-6, 1999, Seattle, USA.
The Electrochemical Society, Seattle, Washington,
1999., Abstract No. 1000.
(A2) L. K. Bieniasz
" Computational Electrochemistry - A Challenge for the Electrochemical
Community of the 21 st Century".
Abstracts of the 51 st Annual ISE Meeting, 3-8 September, 2000, Warsaw,
Poland. (CD edition, contribution ID 350).
(A3) L. K. Bieniasz
"Towards Computational Electrochemistry - a Kineticist's Perspective"
in: B. E. Conway and R. E. White (Eds.), Modern Aspects of Electrochemistry,
vol. 35,
Kluwer Academic / Plenum Publishers, New York, 2002, pp. 135-195.
(A4) L. K. Bieniasz and D. Britz
"Recent Developments in Digital Simulation of Electroanalytical
Experiments (Review)"
Pol. J. Chem., vol. 78 (2004) 1195.
(A5) L. K. Bieniasz
"A Unifying View of Computational Electrochemistry"
in: Computational Methods in Science and Engineering. Theory and Computation:
Old Problems and New Challenges.
Lectures Presented at the International Conference on Computational
Methods in Science and Engineering 2007
(ICCMSE 2007): Vol. 1. AIP Conference Proceedings, Vol. 963,
2007, pp. 481-486.
(B) Traditional theory of electroanalytical transient methods
(B1) L. Bieniasz
"Influence of Diffusion Coefficient Ratio
DO /DR on Potential-step Chronoamperometric and
Linear Voltammetric Current at Stationary
Planar Electrodes in the Case of a Pseudo-first-order EC Catalytic Reaction
Scheme".
J. Electroanal. Chem., vol. 170 (1984) 77.
(B2) L. Bieniasz
"Solution of the Kinetic Equations for the
Electrochemical Reaction Coupled with the Chemical Catalytic Reaction".
Materials of the V-th Conference of the Socialistic
Countries on the Chemistry of Molten Salts. Kijev, Naukova Dumka, 1984,
p. 6 (in Russian).
(B3) L. K. Bieniasz
"Linear Voltammetric Current Functions for
a Pseudo-first-order EC Catalytic Reaction Scheme with
DO != DR : Series Expansion Algorithm".
J. Electroanal. Chem., vol. 188 (1985) 13.
(B4) L. K. Bieniasz
"Analytical Formulae for Chronoamperometry
of a Charge Neutralisation Process under Conditions of Linear Migration
and Diffusion".
Electrochem. Commun. , vol. 4 (2002) 917.
(C) Development of various modelling methods and strategies for electrochemical kinetics
(C1) L. K. Bieniasz
"Use of the Potential-Step Formulae to Reduce
Computational Time in the Simulation of Linear Voltammetry by Orthogonal
Collocation".
J. Electroanal. Chem., vol. 208 (1986) 165.
(C2) L. K. Bieniasz
"An Efficient Numerical Method of Solving
the Abel Integral Equation for Cyclic Voltammetry".
Comput. Chem., vol. 16 (1992) 311.
(C3) L. K. Bieniasz
"An Efficient Numerical Method of Solving
Integral Equations for Cyclic Voltammetry".
J. Electroanal. Chem., vol. 347 (1993) 15.
(C4) L. K. Bieniasz and D. Britz
"Electrochemical Kinetic Simulations of Mixed
Diffusion / Homogeneous Reaction Problems by the Saul?yev Finite Difference
Algorithms".
Anal. Chim. Acta, vol. 278 (1993) 59.
(C5) L. K. Bieniasz and D. Britz
"Efficiency of Electrochemical Kinetic Simulations
by Orthogonal Collocation and Finite Difference Methods - a Comparison".
Acta Chem. Scand., vol. 47 (1993) 757.
(C6) L. K. Bieniasz
"Use of Dynamically Adaptive Grid Techniques
for the Solution of Electrochemical Kinetic Equations.
Part 1. Introductory Exploration of the Finite
Difference Adaptive Moving Grid Solution of the
One-dimensional, Fast Homogeneous Reaction-Diffusion
Problem with a Reaction Layer".
J. Electroanal. Chem., vol. 360 (1993) 119.
(C7) L. K. Bieniasz
"Use of Dynamically Adaptive Grid Techniques
for the Solution of Electrochemical Kinetic Equations.
Part 2. An Improved Finite Difference Adaptive
Moving Grid Technique for One-dimensional,
Fast Homogeneous Reaction-Diffusion Problem
with Reaction Layers at the Electrodes".
J. Electroanal. Chem., vol. 374 (1994) 1.
(C8) L. K. Bieniasz
"Use of Dynamically Adaptive Grid Techniques
for the Solution of Electrochemical Kinetic Equations.
Part 3. An Adaptive Moving Grid / Adaptive
Time Step Strategy for Problems with Discontinuous Boundary Conditions
at the Electrodes".
J. Electroanal. Chem., vol. 374 (1994) 23.
(C9) L. K. Bieniasz and D. Britz
"Efficiency of Electrochemical Kinetic Simulations
by Orthogonal Collocation and Finite Difference Methods
- a Comparison. Responses to the Comments
by B. Speiser".
Acta Chem. Scand., vol. 48 (1994) 609.
(C10) L. K. Bieniasz
"Use of Dynamically Adaptive Grid Techniques
for the Solution of Electrochemical Kinetic Equations.
Part 4. The Adaptive Moving Grid Solution
of One-dimensional, Fast Homogeneous Reaction-Diffusion
Problems with Extremely Thin Reaction Zones
Away from the Electrodes".
J. Electroanal. Chem., vol. 379 (1994) 71.
(C11) L. K. Bieniasz and B. Speiser
"Use of Sensitivity Analysis Methods in the
Modelling of Electrochemical Transients.
Part 1. Gaining more Insight into the Behaviour
of Kinetic Models".
J. Electroanal. Chem., vol. 441 (1998) 271.
(C12) L. K. Bieniasz, S. Du"mmling, B. Speiser
and M. Wu"rde
"Use of Sensitivity Analysis Methods in the
Modelling of Electrochemical Transients.
Part 2. Model Expansion and Model Reduction".
J. Electroanal. Chem., vol. 447 (1998) 173.
(C13) L. K. Bieniasz and B. Speiser
"Use of Sensitivity Analysis Methods in the
Modelling of Electrochemical Transients.
Part 3. Statistical Error/Uncertainty Propagation
in Simulation and in Nonlinear Least-Squares Parameter Estimation"
J. Electroanal. Chem., vol. 458 (1998) 209.
(C14) L. K. Bieniasz
"Sensitivity Analysis of Electrochemical Responses-Principles
and Advantages of the
Methodology".
Meeting Abstracts of the 195 th Meeting of the
Electrochemical Society, Inc., May 2-6, 1999, Seattle, USA.
The Electrochemical Society, Seattle, Washington,
1999., Abstract No. 1002.
(C15) L. K. Bieniasz
"Finite-Difference Electrochemical Kinetic
Simulations Using the Rosenbrock Time Integration Scheme"
J. Electroanal. Chem., vol. 469 (1999) 97.
(C16) L. K. Bieniasz
"Use of Dynamically Adaptive Grid Techniques
for the Solution of Electrochemical Kinetic Equations.
Part 5. A Finite-Difference, Adaptive Space/Time
Grid Strategy Based on a Patch-Type
Local Uniform Spatial Grid Refinement, for
Kinetic Models in One-Dimensional Space Geometry".
J. Electroanal. Chem., vol. 481 (2000)
115 and vol. 565 (2004) 131 (corrigendum).
(C17) L. K. Bieniasz
"Use of Dynamically Adaptive Grid Techniques
for the Solution of Electrochemical Kinetic Equations.
Part 6. Testing of the Finite-Difference,
Patch-Adaptive Strategy on Example Models with
Solution Difficulties at the Electrodes,
in One-Dimensional Space Geometry".
J. Electroanal. Chem., vol. 481 (2000)
134 and vol. 565 (2004) 133 (corrigendum).
(C18) L. K. Bieniasz and C. Bureau
"Use of Dynamically Adaptive Grid Techniques
for the Solution of Electrochemical Kinetic Equations.
Part 7. Testing of the Finite-Difference,
Patch-Adaptive Strategy on Example Models with
Moving Reaction Fronts, in One-Dimensional
Space Geometry".
J. Electroanal. Chem., vol. 481 (2000)
152 and vol. 565 (2004) 135 (corrigendum).
(C19) L. K. Bieniasz
"Automatic Digital Simulation of Electroanalytical
Experiments".
Abstracts of the 51 st Annual ISE Meeting, 3-8 September, 2000, Warsaw,
Poland. (CD edition, contribution ID 671).
(C20) L. K. Bieniasz
"Use of Dynamically Adaptive Grid Techniques
for the Solution of Electrochemical Kinetic Equations.
Patch-adaptive Simulation of Moving Fronts
in Non-Linear Diffusion Models of the Switching of Conductive Polymers".
Electrochem. Commun., vol. 3 (2001) 149.
[ should be regarded as Part 8 of the series ].
(C21) L. K. Bieniasz and D. Britz
"Chronopotentiometry at a Microband Electrode:
Simulation Study Using a Rosenbrock Time Integration Scheme
for Differential-Algebraic Equations, and
a Direct Sparse Solver"
J. Electroanal. Chem., vol. 503 (2001)
141.
(C22) L. K. Bieniasz
"Extension of the Thomas Algorithm to a Class
of Algebraic Linear Equation Systems Involving Quasi-Block-Tridiagonal
Matrices
with Isolated Block-Pentadiagonal Rows, Assuming
Variable Block Dimensions"
Computing, vol. 67 (2001) 269 and vol.
70 (2003) 275 (erratum).
(C23) L. K. Bieniasz
"Use of Dynamically Adaptive Grid Techniques
for the Solution of Electrochemical Kinetic Equations.
Advantage of Time Step Adaptation, Using Example
of Current Spikes in Linear Potential Sweep
Voltammograms for the EqrevEqrev-DISP Reaction
Mechanism".
Electrochem. Commun., vol. 4 (2002) 5.
[ should be regarded as Part 9 of the series ].
(C24) L. K. Bieniasz
"Use of Dynamically Adaptive Grid Techniques
for the Solution of Electrochemical Kinetic Equations.
Part 10. Extension of the Patch-Adaptive
Strategy to Kinetic Models Involving Spatially Localised Unknowns at the
Boundaries,
Multiple Space Intervals, and Non-Local Boundary
Conditions, in One-Dimensional Space Geometry"
J. Electroanal. Chem., vol. 527 (2002)
1 and vol. 565 (2004) 137 (corrigendum).
(C25) L. K. Bieniasz
"Use of Dynamically Adaptive Grid Techniques
for the Solution of Electrochemical Kinetic Equations.
Part 11. Patch_Adaptive Simulation of
Example Transient Experiments Described by Kinetic Models Involving Simultaneously
Distributed and Localised Unknowns, in One-Dimensional
Space Geometry"
J. Electroanal. Chem., vol. 527 (2002)
11 and vol. 565 (2004) 139 (corrigendum).
(C26) L. K. Bieniasz
"Use of Dynamically Adaptive Grid Techniques
for the Solution of Electrochemical Kinetic Equations.
Part 12. Patch-Adaptive Simulation
of Example Transient Experiments Described by Kinetic Models Defined Over
Multiple
Space Intervals in One-Dimensional Space Geometry"
J. Electroanal. Chem., vol. 527 (2002)
21 and vol. 565 (2004) 141 (corrigendum).
(C27) L. K. Bieniasz
"Use of Dynamically Adaptive Grid Techniques
for the Solution of Electrochemical Kinetic Equations.
Part 13. Patch-Adaptive Simulation
of Wave Propagation Along Ring Electrodes. One-Dimensional Approximation"
J. Electroanal. Chem., vol. 529 (2002)
51 and vol. 565 (2004) 143 (corrigendum).
(C28) L. K. Bieniasz
"Use of the Numerov Method to Improve the
Accuracy of the Spatial Discretisation in Finite-Difference Electrochemical
Kinetic Simulations"
Comput. Chem., vol. 26 (2002) 633.
(C29) L. K. Bieniasz
"High-Order Accurate One Sided Finite-Difference
Approximations to Concentration Gradients at the Boundaries,
for the Simulation of Electrochemical Reaction-Diffusion
Problems in One-Dimensional Space Geometry".
Comput. Biol. Chem., vol. 27 (2003) 315.
(C30) L. K. Bieniasz
"Comments on the paper by M. Rudolph, entitled
"Digital Simulations on Unequally Spaced Grids. Part 1.
Critical Remarks on Using the Point Methods
by Discretisation on a Transformed Grid" [J. Electroanal. Chem. 529 (2002)
97]"
J. Electroanal. Chem., vol. 558 (2003)
167.
(C31) L. K. Bieniasz
"Use of Dynamically Adaptive Grid Techniques
for the Solution of Electrochemical Kinetic Equations.
Part 14. Extension of the Patch-Adaptive
Strategy to Time-Dependent Models Involving Migration-Diffusion Transport
in One-Dimensional Space Geometry, and its
Application to Example Transient Experiments Described by Nernst-Planck-Poisson
Equations".
J. Electroanal. Chem., vol. 565 (2004) 251.
(C32) L. K. Bieniasz
"Use of Dynamically Adaptive Grid Techniques
for the Solution of Electrochemical Kinetic Equations.
Part 15. Patch-Adaptive Simulation
of Example Transient Experiments Described by Nernst-Planck-Electroneutrality
Equations
in One-Dimensional Space Geometry".
J. Electroanal. Chem., vol. 565 (2004)
273.
(C33) L. K. Bieniasz
"Improving the Accuracy of the Spatial Discretisation
in Finite-Difference Electrochemical Kinetic Simulations,
by Means of the Extended Numerov Method".
J. Comput. Chem., vol. 25 (2004) 1075.
(C34) L. K. Bieniasz
"A Fourth-Order Accurate, Numerov-Type, Three-Point
Finite-Difference Discretisation of
Electrochemical Reaction-Diffusion Equations
on Non-Uniform (Exponentially Expanding)
Spatial Grids in One-Dimensional Space Geometry".
J. Comput. Chem., vol. 25 (2004) 1515.
(C35) L. K. Bieniasz
"A Singularity Correction Procedure for Digital
Simulation of Potential-Step
Chronoamperometric Transients in One-Dimensional
Homogeneous Reaction-Diffusion Systems".
Electrochim. Acta, vol. 50 (2005) 3253.
(C36) L. K. Bieniasz and H. Rabitz
"High Dimensional Model Representation of
Cyclic Voltammograms".
Anal. Chem., vol. 78 (2006) 1807.
(C37) L. K. Bieniasz
"A Fourth-Order Accurate, Three-Point Compact
Approximation of the Boundary Gradient, for
Electrochemical Kinetic Simulations by the
Extended Numerov Method".
Electrochim. Acta, vol. 52 (2007) 2203.
(C38) L. K. Bieniasz and H. Rabitz
"Extraction of Parameters and their Error
Distributions from Cyclic Voltammograms Using Bootstrap
Re-sampling Enhanced by Solution Maps: A Computational
Study".
Anal. Chem., vol. 78 (2006) 8430.
(C39) L. K. Bieniasz
"Development of an Adaptive Finite-Difference Strategy for the Automatic
Simulation of
Transient Experiments in Electrochemical Kinetics".
In: T. Simos and G. Maroulis (Eds.), Recent Progress in Computational
Sciences and Engineering,
Proceedings of the International Conference of Computational Methods
in Sciences and Engineering
(ICCMSE) 2006, Chania, Crete, Greece.
Lecture Series on Computer and Computational Sciences, Vol. 7A,
2006, p. 50.
(C40) L. K. Bieniasz and H. Rabitz
"A Solution Mapping Technique for the Rapid Computation of Theoretical
Cyclic Voltammograms
for Experimental Data Analysis in Electrochemical Kinetics".
In: T. Simos and G. Maroulis (Eds.), Recent Progress in Computational
Sciences and Engineering,
Proceedings of the International Conference of Computational Methods
in Sciences and Engineering
(ICCMSE) 2006, Chania, Crete, Greece.
Lecture Series on Computer and Computational Sciences, Vol. 7A,
2006, p. 54.
(C41) L. K. Bieniasz
"Use of Dynamically Adaptive Grid Techniques
for the Solution of Electrochemical Kinetic Equations.
Part 16. Patch-Adaptive Strategy
Combined with the Extended Numerov Spatial Discretization".
Electrochim. Acta, vol. 52 (2007) 3929.
(C42) L. K. Bieniasz
"A Set of Compact Finite-Difference Approximations
to First and Second Derivatives, Related to the
Extended Numerov Method of Chawla on Non-Uniform
Grids".
Computing, 81 (2007) 77.
(C43) L. K. Bieniasz
"Two New Compact Finite-Difference Schemes
for the Solution of Boundary Value Problems in
Second-Order Non-linear Ordinary Differential
Equations, Using Non-uniform Grids".
J. Comput. Meth. Sci. Eng., 8 (2008) 3.
(C44) L. K. Bieniasz
"Experiments with a Local Adaptive Grid h-Refinement
for the Finite-Difference Solution of
BVPs in Singularly Perturbed Second-Order
ODEs".
Appl. Math. Comput., 195 (2008) 196.
(C45) L. K. Bieniasz
"Adaptive Solution of BVPs in Singularly Perturbed
Second-Order ODEs, by the Extended Numerov Method
Combined with an Iterative Local Grid h-Refinement".
Appl. Math. Comput., 198 (2008) 665.
(C46) L. K. Bieniasz
"An Adaptive Huber Method with Local Error
Control, for the Numerical Solution of the First
Kind Abel Integral Equations".
Computing, in press.
(D) Investigations of the numerical stability of simulation methods used in electrochemistry
(D1) L. K. Bieniasz
"The von Neumann Stability of Finite Difference
Algorithms for the Electrochemical Kinetic Simulation
of Diffusion Coupled with Homogeneous Reactions".
J. Electroanal. Chem., vol. 345 (1993) 13.
(D2) L. K. Bieniasz, O. Østerby and D.
Britz
"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".
Comput. Chem., vol. 19 (1995) 121.
(D3) L. K. Bieniasz, O. Østerby and D.
Britz
"Numerical Stability of the Saul'yev Finite
Difference Algorithms for Electrochemical Kinetic Simulations:
Matrix Stability Analysis of an Example Problem
Involving Mixed Boundary Conditions".
Comput. Chem., vol. 19 (1995) 357.
(D4) L. K. Bieniasz, O. Østerby and D.
Britz
"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- and 4- point Gradient Approximation
at the Electrodes".
Comput. Chem., vol. 19 (1995) 351.
(D5) L. K. Bieniasz, O. Østerby and D.
Britz
"The Effect of the Discretization of the Mixed
Boundary Conditions on the Numerical Stability of the
Crank-Nicolson Algorithm of Electrochemical
Kinetic Simulations ".
Comput. Chem., vol. 21 (1997) 391.
(E) Development of a universal Problem Solving Environment for the modelling of electrochemical transients
(E1) L. K. Bieniasz
"ELSIM - A User-friendly PC Program for Electrochemical
Kinetic Simulations.
Version 1.0 - Solution of Integral Equations
for Linear Scan and Cyclic Voltammetry".
Comput. Chem., vol. 16 (1992) 11.
(E2) L. K. Bieniasz
"A Method Oriented Approach to the Formulation
of Algorithms for Electrochemical Kinetic Simulations".
J. Electroanal. Chem., vol. 340 (1992) 19.
(E3) L. K. Bieniasz
"ELSIM - A PC Program for Electrochemical
Kinetic Simulations
Version 2.0 -Solution of the Sets of Kinetic
Partial Differential Equations in One-dimensional Geometry,
Using Finite Difference and Orthogonal Collocation
Methods".
Comput. Chem., vol. 17 (1993) 355.
(E4) L. K. Bieniasz
"Design Issues of ELSIM - A Programming Problem
Solving Environment for Electrochemical Kinetic Simulations, and Related
Research".
International Society of Electrochemistry, 46
th Annual Meeting, Xiamen, China, 1995,
Extended Abstracts, vol. 1, abstract I-2-29.
(E5) L. K. Bieniasz
"A Method Oriented Approach to the Formulation
of Algorithms for Electrochemical Kinetic Simulations.
Part 2. Extension to kinetic problems characterized
by the simultaneous presence of bulk and interfacial species".
J. Electroanal. Chem., vol. 404 (1996) 195.
(E6) L. K. Bieniasz
"Automatic Derivation of the Governing Equations
that Describe a Transient Electrochemical Experiment,
Given a Reaction Mechanism of Arbitrary Complexity.
Part 1. Problem Parameters and Initial Conditions".
J. Electroanal. Chem., vol. 406 (1996) 33.
(E7) L. K. Bieniasz
"Automatic Derivation of the Governing Equations
that Describe a Transient Electrochemical Experiment,
Given a Reaction Mechanism of Arbitrary Complexity.
Part 2. Governing Equations in One-dimensional
Geometry".
J. Electroanal. Chem., vol. 406 (1996) 45.
(E8) L. K. Bieniasz
"A Reaction Compiler for Electrochemical Kinetics".
Comput. Chem., vol. 20 (1996) 403.
(E9) L. K. Bieniasz
"ELSIM - A 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".
Comput. Chem., vol. 21(1997) 1.
(F) Modelling of electrochemical oscillators / pattern formation phenomena
(F1) A. Karantonis, L. Bieniasz and S. Nakabayashi
"The Combined Unidirectional and Local Coupling
in a Spatially One-Dimensional Model of Oscillatory Metal Electrodissolution.
Patch-Adaptive Simulation Study"
Phys. Chem. Chem. Phys., vol. 5 (2003) 1831.
(G) Studies of the kinetics of the hydrogen electrode in molten carbonates
(G1) L. Suski, L. Bieniasz, A. Gil and J. Wyrwa
"Kinetics of Anodic Processes in Molten Carbonate
Fuel Cell.
Part I. Voltammetry of Hydrogen on Pt Electrodes
in Molten Carbonates + Solid Matrix Electrolytes".
Pol. J. Chem., vol. 56 (1982) 1465.
(G2) L. Bieniasz and L. Suski
"Kinetics of Anodic Processes in Molten Carbonate
Fuel Cell.
Part II. Equations for Non-stationary Diffusion
Controlled Second Order Electrochemical Process:
Red+A = Ox1 +Ox2 +ne".
Pol. J. Chem., vol. 57 (1983) 161.
(G3) L. K. Bieniasz
"The Potential-Step Method Theory for a Linked
Mechanism Involving an Adsorption Step, a Charge-Transfer Step
and Diffusion in the Case of Very Low Coverages
of the Intermediate".
J. Electroanal. Chem., vol. 195 (1985) 419.
(G4) L. K. Bieniasz
"The Linked Mechanism of the Hydrogen Electrode
Reaction in Molten Carbonates".
J. Electroanal. Chem., vol. 197 (1986) 387.
(G5) L. Bieniasz and L. Suski
"Simulation of Cyclic Voltammetry for the
Linked Mechanism of the Hydrogen Electrode Reaction in Molten Carbonates".
J. Electroanal. Chem., vol. 249 (1988) 155.
(G6) L. Bieniasz
"Computer Simulation of the Hydrogen Electrode
Kinetics in Molten Carbonates, for the Linked Mechanism (Adsorption-Activation)".
Materials of the IX th Symposium of Electrochemical
Section of Polish Chemical Society - Karniowice near Cracow-June 1-3, 1987,
Ed. Pawel Nowak, Drukarnia Narodowa w Krakowie,
Kraków 1988, p. 89.
(H) Studies of the kinetics of the oxygen electrode reaction in molten carbonates
(H1) L. K. Bieniasz
"Kinetics of the Oxygen Electrode Reaction
in Molten (Li / Na) Carbonate Eutectic.
Part II: Theory of Linear Scan Voltammetry
and Potential Step Chronoamperometry for the Reaction mO + ne = qR Initially
at Equilibrium".
J. Electroanal. Chem., vol. 304 (1991) 101.
(H2) P. Tomczyk and L. K. Bieniasz
"Kinetics of the Oxygen Electrode Reaction
in Molten (Li / Na) Carbonate Eutectic.
Part III: Quantitative Analysis of the Linear
Scan Voltammetric Curves for the First Reduction Process at Au Electrodes".
J. Electroanal. Chem., vol. 304 (1991) 111.
(H3) P. Tomczyk, L. Bieniasz and G. Mordarski
"Kinetics of the Oxygen Electrode Reaction
at Golden Electrode in Molten (Li / Na) Carbonate Eutectic".
Molten Salt Chemistry and Technology, (Ed. M.
Chemla and D. Deviliers),
Materials Science Forum, vol. 70-73, Trans. Tech.
Publications, Switzerland-Germany-UK-USA, 1991, p. 617.
(H4) L. K. Bieniasz and P. Tomczyk
"Kinetics of the Oxygen Electrode Reaction
in Molten (Li / Na) Carbonate Eutectic.
Part VI: Quantitative Analysis of the Linear
Scan Voltammetric Curves for the First Reduction Process at Monocrystalline
NiO Electrodes".
J. Electroanal. Chem., vol. 353 (1993) 195.
(I) Other
(I1) L. Bieniasz, J. Moscinski, P. Nizegorodcew
and Z. Rycerz
"Monte Carlo Simulation of the Emergency Shut-down
System for the High-Temperature Pebble Bed Nuclear Reactor".
Ann. Nucl. Energy, vol. 10 (1983) 299.
