版权所有：华东理工大学物理化学教研室,Physical Chemistry,Ying Hu (Fifth edition),Bilingual Program,Physical chemistry is the branch of chemistry, that develops principles of the subject. By employing theories and experimental methods of physics and mathematics, it studies the principles of equilibria and rates in chemical reactions including phase and pVT changes, and the relations between those principles and microscopic structures of substances. It serves as the theoretical basis of the whole chemistry science.,Preface,Principles of equilibria The rules concerning the variations of energy, volume and amount of substance from one equilibrium state to another due to the variation of conditions,Preface,Principles of rates The rules concerning the transports of energy, momentum and substance, as well as the changes of amount of substances with time in chemical reactions.,For chemical industry and chemical engineering, the favorable equilibria and rates are the preconditions toward the realization of large-scale production for chemical substances and materials.,Framework for studying principles of equilibria and rates,Preface,Quantum theory and spectroscopy,Statistical thermodynamics,Chemical rates,Equilibrium thermodynamics,Extension (Special topics),Bottom,Up,Molecular approach,Preface,Contents,Part I Equilibrium,Part II Rate,Part III Structure,Part IV Statistics,Part V Extension,Concerning the theoretical methods on the macroscopic level for studying the principles of equilibria.,Concerning the theoretical methods on the macroscopic level for studying the principles of rates.,Concerning the theoretical methods on the microscopic level.,Concerning the theoretical methods on the transition level from microscopic to macroscopic,Both the principles of equilibria and rates, both the general principles and the characteristics of substances, all the experimental, semi-empirical and theoretical methods, a comprehensive and multi-level discussion of them concerning not only macroscopic but also microscopic are presented in each topic.,Preface,Chapter 1 pVT Relations and Thermal Properties of Substances Chapter 2 Laws and Fundamental Equations in Thermodynamics Chapter 3 Thermodynamics of Multi-component Systems, Fugacity and Activity Chapter 4 Phase Equilibria Chapter 5 Chemical Equilibria,Part I Equilibrium,Preface,Chapter 6 Transport Phenomena Chapter 7 Chemical Kinetics Chapter 8 Kinetics of Various types of Chemical Reactions,Part II Rate,Preface,Chapter 9 Basics of Quantum Mechanics Chapter 10 Theories of Chemical Bonds and Intermolecular Forces Chapter 11 Basic Principles of Spectroscopy,Part III Structure,Preface,Chapter 12 Statistical Mechanics for Independent-Particle Systems Chapter 13 Statistical Mechanics for Dependent-Particle Systems Chapter 14 Rate Theories,Part IV Statistics,Preface,Chapter 15 Interfacial Phenomena Chapter 16 Electrolyte Solutions Chapter 17 Electrochemistry Chapter 18 Colloids,Part V Extension,