•Classification of Thermodynamics Cycles •Analysis & Calculation of Power Cycles Carnot Vapor Cycle, Rankie Cycle, Regeneration Rankie Cycle,Reheat Rankie Cycle • Cogeneration • Gas Refrigeration Cycle • Vapor-Compression Refrigeration Cycle • Refrigerant • Other Refrigeration Cycles

5.1 Introduction 5.2 Calculation of exergy 5.2.1 Work resource 5.2.2 Heat exergy 5.2.3 Low temperature heat exergy 5.2.4 Inner energy exergy 5.2.5 Enthalpy exergy 5.3 Exergy loss 5.4 exergy equation 5.5 Exergy efficiency

•Thermodynamic Process of Ideal-Gas •Thermodynamic Process of Vapor and Humidity Air • Throttling Process Analysis • Thermodynamic Process for Typical Devices

•Ideal-Gas Equation of State •Heat Capacity, Specific Heat, Internal Energy & Enthalpy • Property of Ideal-Gas and Its Mixture • Real-Gas & Derivation from Ideal-Gas • Property Diagrams of Phase-Change process for Pure Substances •Thermodynamic property of humidity air (moisture)

• First Law of Thermodynamics • Energy Forms and Energy Transfer .Work, Heat and Mass • Energy Balance for Closed System • Energy Balance for Open System • Energy Balance for Steady-Flow System

大连理工大学：《工程热力学》课程教学资源（PPT课件）1 基本概念 Basic Concepts of Thermodynamics

大连理工大学：《工程热力学》课程教学资源（PPT课件）0 绪论（热力学基础 Foundation of Thermodynamics）

河南工程学院：《纺织品印花工艺学》课程教学资源（授课教案，打印版）

河南工程学院：《纺织品印花工艺学》课程教学资源（教案讲义，打印版）

绪论 . 3 第一章 晶体几何基础. 8 第二章 晶体化学基础. 23 第三章 晶体结构. 30 第四章 晶体结构缺陷. 36 第五章：熔体和非晶态固体 . 53 第六章：固体表面与界面 . 62 第七章：相平衡. 70 第八章：扩散. 119 第九章：相变. 131 第十章：固相反应. 145 第十一章：烧结. 153