§5-1 活塞式内燃机动力循环 §5-2 活塞式内燃机循环比较 §5-3 斯特林（Stirling)循环 §5-4 勃雷登循环（Brayton Cycle） §5-5 提高勃雷登循环热效率的其他途径

 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

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

6-6 reversible and irreversible processes 6-7 The Carnot Cycle (卡诺循环) 6-8 The Carnot Principles (卡诺定理) 6-9 the thermodynamic temperature scale 6-10 The Carnot Heat Engine(卡诺热机) 6-11 The Carnot refrigerator and heat pump 6-11 The carnot refrigerator and heat pump

4-1 分析热力过程的目的及一般方法 4-2 绝热过程 4-3 多变系统的综合分析 4-4 压气机的理论压缩功

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 理想气体与实际气体 2-2 理想气体比热容 2-3 混合气体比热容 2-4 实际气体状态方程

热力系统 工质状态与状态参数 基本状态参数p,v,T 平衡状态 准静态过程，可逆过程 状态方程与坐标图 功和热量； 热力循环：正循环和逆循环

§1-1 热力系统 Thermodynamic system §1-2 状态和状态参数 State and state properties §1-3 基本状态参数 §1-4 平衡状态 Equilibrium state §1-5 状态方程、坐标图 §1-6 准静态过程、可逆过程 §1-7 功量 Work §1-8 热量与熵 Heat and Entropy §1-9 热力循环 Cycle