 Aims and Subjects  为什么要学习统计热力学  History  Methods  统计热力学可怕吗？

§3.1 自发变化的共同特征 §3.2 热力学第二定律 §3.3 Carnot定理 §3.4 熵的概念 §3.5 Clausius不等式与熵增加原理 §3.6 热力学基本方程与T-S图 §3.7 熵变的计算 §3.8 熵和能量退降 §3.9 热力学第二定律的本质和熵的统计意义 §3.10 Helmholtz和Gibbs自由能 §3.11 变化的方向与平衡条件 §3.13 几个热力学函数间的关系 §3.12 △G的计算示例 §3.14 热力学第三定律及规定熵 *§3.15 绝对零度不能到达的原理 *§3.16 不可逆过程热力学简介 *§3.17 信息熵浅释

Part 1: Fuel Cell Characterization Part 2: Fuel Cell Voltage Part 3: Fuel Cell Efficiency Part 4: Butler-Volmer Equation Part 5: Electrical Conduction Part 6: Charge transport Part 7: Mass Transport

1 What Is Density Functional Theory? 2 DFT Calculations for Simple Solids 3 Nuts and Bolts of DFT Calculations 4 DFT Calculations for Surfaces of Solids 5 DFT Calculations of Vibrational Frequencies 6 Calculating Rates of Chemical Processes Using Transition State Theory 7 Equilibrium Phase Diagrams from Ab Initio Thermodynamics 8 Electronic Structure and Magnetic Properties 9 Ab Initio Molecular Dynamics 10 Accuracy and Methods beyond “Standard” Calculations

• Historical introduction to ferromagnetism • Curie point of ferromagnetic Bose gas • Thermodynamics of ferromagnetic Bose gas • Spin dynamics in ferromagnetic condensates • Brief summary

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上海交通大学：《热力系统设计与实践 Design and Practice of Thermodynamic System》课程教学资源（2017课件）第21-24讲 化学热力学基础（Introduction of Chemical Thermodynamics）

上海交通大学：《大学化学 Chemistry》教学资源（课件讲稿）Chapter 19 Chemical Thermodynamics（2/3）

Surface energy surface tension Effect of surface curvature ·Vapor pressure ·Solubility of small particles ·Wetting of surfaces

Surface energy surface tension Effect of surface curvature Vapor pressure Solubility of small particles ·Wetting of surfaces ·Gibbs absorption isotherm