Engish in electrochemistry

　　1 Introduction
　　 1.1 The Scope of Electrochemistry
　　 1.2 The Nature ofElectrode Reactions
　　 1.3 Thermodynamics and Kinetics
　　 1.4 Methods for Studying Electrode Reactions
　　 1.5 Applications of Eleetroeheraistry
　　2 Introduction to the Fundamental Concepts of Electrochemistry
　　 2.1 Introduction
　　 2.2 Electrochemical Cells and Reactions
　　 2.3 Electron Transfer
　　 2.4 Mass Transport
　　 2.5 The Interaction d Electron Transfer and Mass Transport
　　 2.6 Coupled Chemical Reactions
　　 2.7 Adsorption
　　 2.8 Phase Formation
　　3 Kinetics of Electrode Reactions
　　 3.1 Intnxluefon
　　 3.2 Essentials of Electrode Reactions
　　 3.3 Bufle-Volmer Model of Electrode Kinetics
　　 3.4 Implications of the Butler-Volmer Model for the One-step, One-electron Process
　　 3.5 Multistep Mechanisms
　　4 The Electrical Double Layer
　　 4.1 Introduction
　　 4.2 The Thermodynamics of Charged Interfaces
　　 4.3 The Statute d the Electrical Double Layer
　　 4.4 The Adsorption Isotherm
　　 4.5 The Effect of Doubly Layer Structure on Electrode Kinetics
　　 4.6 Experimental Methods
　　5 Electrodamical Experiments
　　 5.1 Introduction
　　 5.2 Electro& Materials
　　 5.3 The Working Electrode: Preparation and Cleaning
　　 5.4 The CeU: Measurements at Equilibrium
　　 5.5 The Cell: Measurements away from Equilihrium
　　 5.6 Calibration of Electrodes and Cells
　　 5.7 Insmanentation: General
　　 5.8 Analgue Instrumentation
　　6 Potential Sweep Techniques and Cyclic Voltammetry
　　 6.1 Introduction
　　 6.2 Reversible Reactions
　　 6.3 Irreversible Systems
　　 6.4 Coupled Homogeneous Reactions
　　 6.5 mnstrations of the Use of Cyclic Vohammetry for the Study of Coupled Chemical Reactions
　　 6.6 Surface Processes
　　 6.7 More Recent Developments
　　7 Polarography and Pulse Voltammetry
　　 7.1 Introduction
　　 7.2 Behavior at Polarographic Eleetredes
　　 7.3 Pulse Voltammetry
　　8 Alternating Current Techniques
　　 8.1 Introduction
　　 8.2 A.C. Theory
　　 8.3 Measuring the Impedance of an Electrochemical Cell
　　 8.4 Applications of Impedance Analysis
　　9 Corrosion
　　 9.1 Introduction
　　 9.2 Fundamentals
　　 9.3 Types of Metallic Corrosion
　　 9.4 Electrochemical Methods of Avoiding Conrrsion
　　10 Bioelectrochemistry
　　 10.1 Introduction
　　 10.2 The Electrochemical Interfaeo between Biomoleeules
　　 10.3 Nerve Impulse and Cardiovascular Electrochemistry
　　 10.4 Oxidative Phesphorvlafion
　　 10.5 Bioenergetics
　　 10.6 Bioeleetrocatalysis
　　 10.7 Bioelectroanalysis
　　 10.8 Future Perspectives
　　Reference