professor zheng fang is working in chemistry&chemical engineedng college。central south univemity．he is an advisor for dog,or s degree studenls．in 1978，fang puraued graduate studies at the central south university of technology。where he completed his ph。d．his thesis advisor was xinmin chen。a famous chemist of_{physical chemistw for process metallurgy． jpon graduation，fang was appointed instructor in chemistry and rose to the rank of professor in l 991．he was dunn9 1 993 to serve as the researcher to study foam extraction of the rare metal in the chemistry department of the manitoba university in canada．when homed。he served as the chief librarian of the university until 2005．he began to study on the thermoelectrochemistry (tec)at his early time．from l 993 through now，except teaching of the courses such as physicochemistry．mhermodymu'nios of electrolyte solution and thermodynamics for metallurgical processes for undergraduate and graduate students。fang has taken his time to supervise and complete several reseamh subjects supported by the national natural science foundation of china．
目录
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
