1、加产物的立体选择性 2、过氧化物放应—反马加成始 3、KMnO4氧化的应用 4、3氧化的应用 5、a-H的取代反应

1、1,2加成和1,4加成 2、双烯合成 3、炔H的活泼性 4、库切罗夫重排

3.7 热力学第二定律的本质和熵的统计意义 3.8 Concentrating on the system

5.1 The conditions of chemical equilibrium and affinity of chemical reaction 5.2 The equilibrium constant of a reaction and isothermal equation 5.3 Heterogeneous chemical equilibrium 5.4 Determination of equilibrium constants 5.5 The standard Gibbs function of formation 5.8 Coupling reaction 5.7 Chemical equilibrium of simultaneous reaction 5.6 The response of reactions to the conditions

4.1 Introduction 4.2 Expressions of concentration 4.3 Partial molar properties 4.4 Two empirical laws in dilute liquid solutions 4.5 Chemical potential of each component in gaseous mixtures 4.6 Liquid mixtures 4.7 Chemical potential of each component in dilute liquid solutions . 4.8 Colligative properties in dilute liquid solutions 4.9 Gibbs-Duhem relations 4.10 Non-ideal liquid solutions 4.11 Distribution law

2.1 Preface to the thermodynamics 2.2 The thermodynamic first law 2.3 Quasi-static process and reversible process 2.4 Enthalpy 2.5 Heat capacity 2.6 The first law in ideal gases

3.1 Common feature of spontaneous change 3.2 The second law of thermodynamics 3.3 Carnot cycle and Carnot principle 3.4 Definition of entropy 3.5 Clausius inequality ; principle of increase of entropy 3.6 Calculate the change of entropy 3.7 Statistical view of entropy 3.8 Helmholtz function and Gibbs function 3.9 Direction of change and conditions in equilibrium 3.10 Calculate of G 3.11 Relations of thermodynamic functions 3.12 Clapeyron equation 3.13 The third law and conventional entropy

3.1 Common feature of spontaneous change 3.2 The second law of thermodynamics 3.3 Carnot cycle and Carnot principle 3.4 Definition of entropy 3.5 Clausius inequality ; principle of increase of entropy 3.6 Calculate the change of entropy 3.7 Statistical view of entropy 3.8 Helmholtz function and Gibbs function 3.9 Direction of change and conditions in equilibrium 3.10 Calculate of G 3.11 Relations of thermodynamic functions 3.12 Clapeyron equation 3.13 The third law and conventional entropy

§12.1 胶体系统的制备 §12.2 胶体系统的光学性质 §12.3 胶体系统的动力性质 §12.4 溶胶系统的电学性质 §12.5 溶胶的稳定性与聚沉

§7.1 电解质溶液的导电机理及法拉第定律 §7.2 离子的迁移数 §7.3 电导、电导率和摩尔电导率 §7.4 平均离子活度因子及德拜-休克尔极限公式 §7.5 可逆电池及其电动势的测定 §7.6 原电池热力学 §7.7 电极电势和液体接界电势 §7.8 电极的种类 §7.9 原电池设计举例 §7.10 原电池设计举例分解电压 §7.11 原电池设计举例极化作用 §7.12 原电池设计举例电解时电极反应