这是本介绍电化学分析技术的书，我觉得对于掌握实验技术非常有用，书似乎也不贵，90美元，呵呵，不知道哪个学校买了。 Laboratory Techniques in Electroanalytical Chemistry Second Edition, Revised and Expanded Edited by Peter T. Kissinger and William R. Heineman Published by Marcel Dekker, 1996. Table of Contents 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
到Google上没找到，找了个《电化学百科全书》 -------------------------------------------------------------------------------- Return to: Encyclopedia Home Page --- Table of Contents --- Author Index --- Search --- Dictionary --- ESTIR Home Page --- YCES Home Page -------------------------------------------------------------------------------- Electrochemistry Encyclopedia (http://electrochem.cwru.edu/ed/encycl/) -------------------------------------------------------------------------------- Subject Index a -- b -- c -- d -- e -- f -- g -- h -- i -- j -- k -- l -- m -- n -- o -- p -- q -- r -- s -- t -- u -- v -- w -- x -- y -- z -------------------------------------------------------------------------------- acid rain damage, electrochemical response in plants action potentials in green plants actuators adiponitrile, electrolytic production alkali production alkaline cell (battery) nonrechargeable alkaline zinc-manganese dioxide cell (battery) aluminum anodic oxide films on anodizing electrolytic production production from non-terrestrial resources use in electrolytic capacitors use of carbon in production aluminum oxide by anodizing aluminum in aluminum electrolytic production in electrolytic capacitors analytical chemistry analytical eletrochemistry anodic oxide films in electrolytic capacitors artificial muscle anodic protection against corrosion anodizing use in electrolytic capacitors artificial nose artificial olfaction -------------------------------------------------------------------------------- barrier type oxide films in electrolytic capacitors battery nonrechergeable use of carbon Bayer process for alumina production biomimetics bleach production brine electrolysis -------------------------------------------------------------------------------- cadmium electrolytic production calcium production from non-terrestrial resources capacitor electrochemical electrolytic carbon cell (battery) electrochemical uses carbon dioxide reduction from non-terrestrial resources cathodic protection against corrosion caustic (soda) production chemical analysis chlorate production chlorine production in brine electrolysis use of carbon in production cobalt electrolytic production compact layer see electrochemical double layer convection effect of magnetic field copper electrolytic production electrolytic refining corrosion electrochemistry of corrosion fatigue corrosion inhibitor crevice corrosion -------------------------------------------------------------------------------- diaphragm cell use in brine electrolysis diffuse layer see electrochemical double layer double-layer capacitance in electrochemical capacitors double-layer capacitor see electrochemical capacitor drilling, eletrochemical dropping-mercury electrode -------------------------------------------------------------------------------- EAP eel, electric electric double layer see also electrochemical double layer of the Earth electric eel electric fish electric organs in animals (organ discharges) electric potentials in green plants electric signal propagation in green plants electric vehicles powered by electrochemical capacitors electroactive polymer electronalytical chemistry polarography and Jaroslav Heyrovsky the past, present, and future of electroanalytical chemistry eletrochemical analysis electrochemical capacitor use of carbon electrochemical double layer structure of eletrochemical drilling electrochemical energy storage using electrochemical capacitors eletrochemical grindind eletrochemical machining electrochemical nose eletrochemical polishing eletrochemical shaping eletrochemistry, analytical electrochemistry of plant life electrodeposition see electroplating electrodialysis for waste treatment eletrogrinding electrolocation electrolytic capacitor anodic oxide film dielectric eletrolytic drilling eletrolytic grinding eletrolytic machining eletrolytic polishing electrolytic production adiponitrile alkali aluminum bleach cadmium caustic chlorate chlorine cobalt copper from non-terrestrial resources hypochlorite lead nickel nylon, precursor of (adiponitrile) organic compunds perchlorate sodium hydroxide zinc eletrolytic shaping eletromachining electronic nose electroorientation electroplating effect of magnetic field eletropolishing electroreception electrorefining see metal refining electrosensory circuits electrowinning see electrolytic production energy storage see electrochemical energy storage E-nose environmental applications of electrochemistry environmental effects on green plants, electrical response erosion corrosion extra-terrestrial resource processing -------------------------------------------------------------------------------- fish, electric flashlight cell (battery) flotation in waste treatment of metal ores fuel cell use of carbon -------------------------------------------------------------------------------- galvanic corrosion gas sensor in the electrochemical nose gold production Gouy-Chapman layer see double-layer capacitance graphite electrochemical uses green plants, electrochemistry of grinding, eletrochemical --------------------------------------------------------------------------------
Hall-Heroult process for aluminum production "heavy-duty" cell (battery) Helmholtz layer see electrochemical double layer Heyrovsky and polarography history of electrochemistry Jaroslav Heyrovsky and polarography Volta and the "Pile" hydrogen production from non-terrestrial resources production in brine electrolysis hypochlorite production -------------------------------------------------------------------------------- industrial organic electroshyntesis insect damage, electrochemical response in plants intergranular corrosion iron production from non-terrestrial resources -------------------------------------------------------------------------------- lead electrolytic production electrolytic refining Leclanche cell (battery) lithium cell (battery) load leveling using electrochemical capacitors -------------------------------------------------------------------------------- machining, eletrochemical magnesium-manganese dioxide cell (battery) magnetic effects in electrochemistry Mars, resource processing membrane cell use in brine electrolysis mercury cell nonrechargeable cell (battery) use in brine electrolysis metal deposition see electroplating metal oxide films anodic metal plating see electroplating metal production aluminum cadmium cobalt copper gold from non-terrestrial resources lead molybdenum nickel platinum silver zinc metal refining copper lead nickel silver mixing effect of magnetic field molybdenum production Moon, resource processing -------------------------------------------------------------------------------- nanotechnology aluminum oxide films as templates in nickel electrolytic production electrolytic refining niobium anodic oxide films on anodizing use in electrolytic capacitors noneletrochemists, electrochemistry for nonrechargeable cell (battery) non-terrestrial resource processing nylon, electrolytic production of precursor (adiponitrile) -------------------------------------------------------------------------------- organic compounds, electrolytic production oxide films anodic oxygen production from non-terrestrial resources -------------------------------------------------------------------------------- passivation perchlorate production pile, voltaic pitting corrosion plant life, electrochemistry of polarography platinum production polishing, eletrochemical pollution abatement pseudocapacitance in electrochemical capacitors porous anodic oxide films -------------------------------------------------------------------------------- recycling robotics -------------------------------------------------------------------------------- sensor array in the electrochemical nose shaping, eletrochemical silicon production from non-terrestrial resources silver electrolytic refining production silver oxide cell (battery) smart implants smell sodium chlorate production sodium hydroxide production sodium hypochlorite production soil remediation sulfide ores, metal winning from smoothing, eletrochemical supercapacitor see electrochemical capacitor -------------------------------------------------------------------------------- tantalum anodic oxide films on anodizing use in electrolytic capacitors taste titanium anodic oxide films on anodizing tungsten anodic oxide films on anodizing -------------------------------------------------------------------------------- ultracapacitor see electrochemical capacitor uniform corrosion -------------------------------------------------------------------------------- Volta, Alessandro Voltaic pile -------------------------------------------------------------------------------- waste treatment water disinfection -------------------------------------------------------------------------------- zinc electrolytic production zinc-air (oxygen) cell (battery) zinc-manganese dioxide cell (battery) zinc-mercury oxide cell (battery) zinc-silver oxide cell (battery) zirconium anodic oxide films on anodizing --------------------------------------------------------------------------------
The Encyclopedia is hosted by the Ernest B. Yeager Center for Electrochemical Sciences (YCES) and the Chemical Engineering Department, Case Western Reserve University , Cleveland, Ohio. Copyright Notice. Edited by Zoltan Nagy (nagy@anl.gov) The Center for Electrochemical Science and Engineering and Department of Chemical and Environmental Engineering, Illinois Institute of Technology, Chicago, Illinois.
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