Laboratory Techniques in Electroanalytical Chemistry Second Edition, Revised and Expanded Edited by Peter T. Kissinger and William R. Heineman Published by Marcel Dekker, 1996.
This practical, intuitive approach to electroanalytical chemistry presents both fundamental concepts and experimental techniques without confusing technical jargon or needlessly extensive mathematics. It is a valuable reference for chemists in a variety of fields and an important textbook for graduate or upper-level undergraduate students enrolled in instrumental analysis or analytical chemistry courses.
This second edition encompasses 1000 pages and offers authoritative contributions from forty experts. It is well illustrated (1050 illustrations, tables, photographs or equations) and documented (1640 citations).
"…an excellent and comprehensive survey… "…should be found on the bookshelf of every electrochemist." —Trends in Analytical Chemistry
"My advice to fellow electrochemists is to buy two copies—one to keep for a handy reference and a second to lend to the army of friends and colleagues who are apt to descend upon us in search of the answers that they've heard the book can provide." —Analytical Chemistry
"…well-produced, readable and up-to-date…provides much for the practised electroanalytical chemist as well as for the neophyte researcher." —Education in Chemistry
An Overview, Peter T. Kissinger Fundamental Concepts of Analytical Electrochemistry, Peter T. Kissinger, Carl R. Preddy, Ronald E. Shoup, and William R. Heineman Large-Amplitude Controlled-Potential Techniques, William R. Heineman and Peter T. Kissinger Small-Amplitude Controlled-Potential Techniques, Peter T. Kissinger and Thomas H. Ridgway Introduction to Analog Instrumentation, Peter T. Kissinger Overcoming Solution Resistance with Stability and Grace in Potentiostatic Circuits, David K. Roe Conductivity and Conductometry, F. James Holler and Christie G. Enke Electrochemical Cells, Fred M. Hawkridge Carbon Electrodes, Richard L. McCreery and Kristin K. Cline Film Electrodes, James L. Anderson and Nicholas Winograd Microelectrodes, Adrian C. Michael and R. Mark Wightman Chemically Modified Electrodes, Charles R. Martin and Colby A. Foss, Jr. Mercury Electrodes, Zbigniew Galus Solvents and Supporting Electrolytes, Albert J. Fry Electrochemical Studies at Reduced Temperature, Dennis H. Evans and Susan A. Lerke Electroanalytical Chemistry in Molten Salts, Charles L. Hussey Vacuum-Line Techniques, Vladimir Katovic, Michael A. May, and Csaba P. Keszthelyi Electrochemistry in the Dry Box, Steven N. Frank and Su-Moon Park Digital Simulation of Electrochemical Problems, J.T. Maloy Evaluation of Mechanisms of Organic Reactions, M. Dale Hawley Electroorganic Synthesis, Eberhard Steckhan Instructional Examples of Electrode Mechanisms of Transition Metal Complexes, William E. Geiger Electrochemical Preconcentration, Joseph Wang Controlled-Current Coulometry, David J. Curran Electrochemistry in Pharmaceutical Analysis, Marvin A. Brooks and Eric W. Tsai Electrochemical Detection in Liquid Chromatography and Capillary Electrophoresis, Susan M. Lunte, Craig E. Lunte, and Peter T. Kissinger Photonic Electrochemistry, Andrew B. Bocarsly, Hiroyasu Tachikawa, and Larry R. Faulkner Principles and Techniques of Electrochemical-Electron Paramagnetic Resonance Experiments, Ira B. Goldberg and Ted M. McKinney
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