Electrochemical Engineering Principles

About

Features

• presents principles and equations for analyzing electrochemical systems — and explores thermodynamics, kinetics, and mass transport.

• explains the techniques for modeling electrochemical cells.

• provides the calculation procedures for current and potential distribution.

• contains illustrations of several industrial electrochemical applications — e.g., electric vehicle and chlor-alkali process.

Description

Sample Content

Table of Contents

 1. Introduction.


 2. Basic Concepts.


 3. Thermodynamics.


 4. Phase Equilibrium.


 5. Electrode Kinetics.


 6. Ionic Mass Transport.


 7. Modeling and Simulation.


 8. Experimental Methods.


 9. Applications.


Appendix A: Conversion Factors and Fundamental Constants.


Appendix B: Standard Electrode Potentials.


Appendix C: Equivalent Conductances.


Appendix D: Activity Coefficients of Electrolytes at 25 degrees C.


Appendix E: Mass Transport Correlations.


Appendix F: Computer Program for a One-dimensional Cell.


Appendix G: Computer Program for a Two-dimensional L-cell.

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