《热力学——电极反应的真实热效应(英文版)(精)》（作者方正）搜集了方正教授本人执笔撰写在国内外期刊发表的数2余篇论文，代表他在冶金物理化学不同领域中的一些有创见性的工作，《热力学——电极反应的真实热效应(英文版)(精)》内容渋及电极过程热电化学，冶金热力学模型，电解质溶液，缓冲气体氧化势及物质的热力学性质等，特别是电极过程热电化学，首次建立起电极过程绝对标度，

Chapter 1 On Thermoelectrochemistry

 1.1 Theory and Application of Thermoelectrochemistry

 1.2 Some Basic Matters on the Heat Effects at Electrode-Electrolyte Interfaces

 1.3 Thermoelectrochemistry and Its Application to Metallurgical Research

 1.4 The Electrochemical Pehier Heat of the Standard Hydrogen Electrode Reaction

 1.5 Response to "Comment on ' The Electrochemical Pehier Heat of the Standard Hydrogen Electrode Reaction' by Zheng Fang et al"

 1.6 Basic Equations for Thermo-electrochemistry and the Entropy Change of the Standard Hydrogen Electrode Reaction

 1.7 The Pehier Heat and the Standard Electrode Potential of Ferro ferricyanide Couple at 298.15K Determined by Electrochemical calorimetry

 1.8 Determination of the Entropy Changes for Electrode Reaction and Dilute Enthalpy of Some Ions by Thermoelectrochemical Technology

 References

Chapter 2 On Solution Chemistry

 2.1 A New Model for Predicting Thermodynamic Properties of Ternary Metallic Solution from Binary Components

 2.2 A Metallic Solution Model with Adjustable Parameter for DescribingTernary Thermodynamic Properties from Its Binary Constituei

 2.3 A Model Describing the Osmotic Coefficients and the Activities of Water for Electrolyte Solutions

……

Chapter 1 On Thermoelectrochemistry

 1.1 Theory and Application of Thermoelectrochemistry

 1.2 Some Basic Matters on the Heat Effects at Electrode-Electrolyte Interfaces

 1.3 Thermoelectrochemistry and Its Application to Metallurgical Research

 1.4 The Electrochemical Pehier Heat of the Standard Hydrogen Electrode Reaction

 1.5 Response to "Comment on ' The Electrochemical Pehier Heat of the Standard Hydrogen Electrode Reaction' by Zheng Fang et al"

 1.6 Basic Equations for Thermo-electrochemistry and the Entropy Change of the Standard Hydrogen Electrode Reaction

 1.7 The Pehier Heat and the Standard Electrode Potential of Ferro ferricyanide Couple at 298.15K Determined by Electrochemical calorimetry

 1.8 Determination of the Entropy Changes for Electrode Reaction and Dilute Enthalpy of Some Ions by Thermoelectrochemical Technology

 References

Chapter 2 On Solution Chemistry

 2.1 A New Model for Predicting Thermodynamic Properties of Ternary Metallic Solution from Binary Components

 2.2 A Metallic Solution Model with Adjustable Parameter for DescribingTernary Thermodynamic Properties from Its Binary Constituei

 2.3 A Model Describing the Osmotic Coefficients and the Activities of Water for Electrolyte Solutions

……

Chapter3 On Phase Boundaries of Multicomponent System

Chapter4 On Oxygen Potentials of Buffer Gases

Chapter5 On Thermodynamic Properties of Substances