6.1 蒸汽动力循环 6.2 节流膨胀与作外功的绝热膨胀 6.3 制冷循环 6.4 深冷循环

3.1 热力学性质间的关系 3.2 热力学性质的计算 3.3 逸度与逸度系数 3.4 两相系统的热力学性质及热力学图表

▪ 7.1 相平衡的判据与相律 ▪ 7.2 汽液平衡相图 ▪ 7.3 汽液平衡的计算 ▪ 7.4 液液平衡 ▪ 7.5 气液平衡 ▪ 7.6 习题计算

▪ 5.1 能量平衡方程 ▪ 5.2 功热间的转化 ▪ 5.3 熵函数 ▪ 5.4 理想功、损失功及热力学效率 ▪ 5.5 有效能和无效能 ▪ 5.6 有效能衡算及有效能效率 ▪ 5.7 化工过程与系统的有效能分析

2.1 纯物质的P-V-T关系 2.2 气体的状态方程 2.3 对比态原理及其应用 2.4 真实气体混合物的P-V-T关系 2.5 液体的P-V-T性质 2.6 习题计算

1.1 化工热力学研究的对象 1.2 化工热力学的研究方法 1.3 名词与定义

5.2 Translation between Work and Heat 5.3 Entropy and Entropy Change 5.4 Ideal Work，Lost Work and Thermal Efficiency 5.5 Available energy and unavailable energy

11.1 Fundamental Property Relation 11.2 The chemical Potential and Phase Equilibrium 11.3 Partial Properties 11.4 Ideal-Gas Mixture 11.5 Fugacity and Fugacity Coefficient: Pure Species 11.6 Fugacity and Fugacity Coefficient: Species in Solution 11.7 Generalized Correlations for the Fugacity Coefficient 11.8 The Ideal Solution 11.9 Excess Properties

8.1 The steam power plant 8.3 Jet Engines; Rocket Engines 8.2 Internal-Combustion Engines

6.1 property Relations for Homogeneous Phase 6.2 Residual Properties 6.3 Residual Properties by Equations of State 6.4 Two-phase systems 6.5 Thermodynamic Diagrams 6.6 Tables of Thermodynamic Properties 6.7 Generalized Property Correlations for Gases