Electrochemistry Book

	Preface
Ch. 1	Electrode Potentials	1
1.2	Electrochemical Cell Thermodynamics	5
1.3	Some Uses of Standard Potentials	13
1.4	Measurement of Cell Potentials	27
1.5	Reference and Indicator Electrodes	31
1.6	Ion-Selective Electrodes	35
1.7	Chemical Analysis by Potentiometry	39
1.8	Batteries and Fuel Cells	44
Ch. 2	The Electrified Interface	59
2.1	The Electric Double Layer	59
2.2	Some Properties of Colloids	68
2.3	Electrokinetic Phenomena	73
2.4	Electrophoresis and Related Phenomena	81
2.5	Electrode Double-Layer Effects	85
2.6	Debye-Huckel Theory	90
Ch. 3	Electrolytic Conductance	109
3.1	Conductivity	109
3.2	Conductance Applications	125
3.3	Diffusion	128
3.4	Membrane and Liquid Junction Potentials	136
Ch. 4	Voltammetry of Reversible Systems	151
4.1	Diffusion-Limited Current	152
4.2	Experimental Techniques	165
4.3	A Survey of Electroanalytical Methods	174
4.4	Cyclic Voltammetry	183
4.5	Polarography	194
4.6	Polarographic Variations	201
4.7	The Rotating-Disk Electrode	207
4.8	Microelectrodes	215
4.9	Applications	223
Ch. 5	Mechanisms of Electrode Processes	247
5.2	Spectroelectrochemistry	257
5.3	Steady-State Voltammetry and Polarography	269
5.4	Chronoamperometry and Chronopotentiometry	287
5.5	Cyclic Voltammetry	296
Ch. 6	Electron-Transfer Kinetics	315
6.1	Kinetics of Electron Transfer	315
6.2	Current-Overpotential Curves	325
6.3	Electron-Transfer Rates from Voltammetry	338
6.4	Faradaic Impedance	351
Ch. 7	Electrolysis	371
7.1	Bulk Electrolysis	371
7.2	Analytical Applications of Electrolysis	376
7.3	Electrosynthesis	390
7.4	Industrial Electrolysis Processes	396
7.5	Corrosion	412
	App.1 Bibliography	427
	App.2 Symbols and Units	433
	App.3 Electrochemical Data	438
	App.4 Laplace Transform Methods	448
	App.5 Digital Simulation Methods	462
	App.6 Answers to Selected Problems	467
	Author Index	472
	Subject Index	477