7-1 Entropy 7-2 the increase of entropy principle (熵增原理) 7-3 Entropy change of pure substances (tables) 7-4 Isentropic processes (等熵过程) 7-5 Property diagrams involving entropy (T-S) (H-S) 7-6 what is entropy? 7-7 The T ds relations 7-8 ENTROPY CHANGE OF LIQUIDS AND SOLIDS 7-9 THE ENTROPY CHANGE OF IDEAL GASES 7-10 REVERSIBLE STEADY-FLOW WORK 7-11 MINIMIZING THE COMPRESSOR WORK

6-1 introduction to the second law 6-2 thermal energy reservoirs 6-3 heat engines (热机) 6-3 heat engines (热机)－－steam power plant 6-3 heat engines– thermal efficiency (热效率) 6-3 heat engines (热机) – thermal efficiency 6-4 Refrigerators and heat pumps 6-5 perpetual-motion machines （永动机）

2.1 理想气体的状态方程 Equation of State for Ideal Gas 2.2 理想气体的比热 Specific Heat of Ideal Gas 2.3 混合理想气体的性质 Properties of Ideal Gas Mixtures

6.1 Basic conceptions (基本概念) 6.2 Phase change Process of Pure Substance (纯质的 相变过程) 6.3 Property Tables (水蒸气性质表) 6.4 h-s diagrams for Water Vapor (水蒸气的h-s图) 6.5 Thermodynamic Processes of Water Vapor (水蒸气的热力过程)

 9.1 Basic Power Cycle using Water Vapor--- Rankine Cycle (基本蒸汽动力循环---朗肯循环)  9.2 The Diesel Cycle (狄塞尔循环)  9.3 燃气轮机装置循环

8.1 声速与马赫数 Velocity of Sound and Mach Number 8.2 一维定熵稳定流动 One dimensional Isentropic Steady Flow 8.3 喷管出口流速和流量的计算 Outlet Velocity and Flow rate Calculation for Nozzles 8.4具有摩擦的绝热稳定流动 Adiabatic steady flow with friction 8.5 绝热节流 Adiabatic throttling

8-1 概述 8-2 单级活塞式压气机工作原理和理论耗功量 8-3 余隙容积的影响 8-4 多级压缩和级间冷却 8-5 叶轮式压气机工作原理

9-1 循环分析的目的与一般方法 9-2 活塞式内燃机循环 9-3 活塞式内燃机的理想循环 9-4 活塞式内燃机各种理想循环热力比较 9-5 活塞式热气发动机及其循环 9-6 燃气轮机装置循环

1-1 工质和热力系统 1-2 状态参数 1-3 平衡状态 1-4 热力过程 1-5 功和热量 1-6 热力循环

§1 关于水蒸气的几个概念 §2 水的定压加热汽化过程 §3 水和水蒸汽的状态参数 §4 水蒸气表和图 §5 水蒸气的基本过程