Fundamentals of Electrochemical Process Design: A Tutorial Book

1	Important Considerations in Electrochemical Plant Design	3
2	Considerations in Design of Industrial Organic Electrosyntheses	19
3	Electrode Materials: An Overview	32
4	Electrodialysis: Basic Industrial Process Design and Uses	51
5	Mathematical Modeling of Batteries	64
6	Modeling as a Tool in the Design of High Temperature Fuel Cells	79
7	Tutorial: Polymer Electrolyte Membrane Fuel Cells (PEMFC)	93
8	Continuous Strip Plating: Design Considerations and Modeling	108
9	Electrophoretic Deposition Process Design	125
10	Electrostatic Systems and Electrochemical Systems	141
11	Reaction Engineering and Analysis	155
12	The Simulation of Mass-Transfer Effects for Electrochemical Cell	172
13	Thermal Aspects of Electrolyzer Design	185
14	Impinging Jet Electrochemical Cell Design	200
15	Computer Simulation of Cathodic Protection Systems	207
16	Boundary Element Calculations in Design	221
17	Mathematical Modeling of Parallel Plate Reactors	237
18	Process Design of Electrochemical Waste Treatment Technologies	252
19	Structure/Function Modeling: A Rational Approach to Ion Exchange Membrane Design	266
20	Development of a Bipolar Cell for Lithium Production	280
21	Use of Zr/ZrO[subscript 2] as a Counter Electrode for the Minimization of Loss Reactions - Single-Compartment Electrolysis Cells	291
22	Influence of Electromigration on Polarization Curves for Parallel Electrode Reactions in the Absence of Supporting Electrolyte	304