《热动力学(第2版)(英文版)》是一部讲述热动力学的教程，从连续力学的观点出发讲述了热动力学基础。通过流术语描述物理过程和物理量平衡，作者运用独特的方法讲述了水力学电学、力学和热动力学。这样很明显熵成为热过程的基本性质，温度成为相应的势。流、熵平衡的结果理论提供了热动力理论的基础。这本扩展修订了的第二版教材，包括许多新材料，这些材料有关动力化学过程、热电学、和热过程与化学过程的显式动力模型。为了使这本教材对不同水平的热动力和物理化学的学生能够适应，包括的内容被分为基础部分和更高等和规范的部分。
Introduction. From Metaphors to Models of HeatPARTⅠ. Processes， Energy， and Dynamical Models1Storage and Flow of Fluids and Electricity2Energy in Physical Processes3Transport and Balance of MomentumPARTⅡ. Thermal and Chemical Processes4Storage， Flow， and Production of Heat5The Response of Simple Materials to Heat6Transformation and Transport of Substances7The Transport of Heat8Flow Systems and Convective Transports9Minimization of Entropy ProductionPARTⅢ. A Dynamical Theory of Heat10 Thermodynamics of Spatially Uniform Systems11 Thermodynamics of Continuous Systems12 Thermodynamics and Radiative TransferPARTⅣ. Special Processes and Systems13 Conduction and Coupled Transports14 Convective Heat Transfer15 Phase Change， Mixtures， and Engines16 Solar RadiationAPPENDIX 1 Lists of Tables2Lists of Symbols3Glossary4Answers to Questions5Some Solutions to End of Chapter Problems6ReferencesIndex
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