1 Software and Software Engineering 2 Process Models 3 Agility and Process 4 Recommended Process Model 5 Human Aspects of Software Engineering 6 Principles That Guide Practice 7 Understanding Requirements 8 Requirements Modeling—A Recommended Approach 9 Design Concepts 10 Architectural Design—A Recommended Approach 11 Component-Level Design 12 User Experience Design 13 Design for Mobility 14 Pattern-Based Design 15 Quality Concepts 16 Reviews—A Recommended Approach 17 Software Quality Assurance 18 Software Security Engineering 19 Software Testing—Component Level 20 Software Testing—Integration Level 21 Software Testing—Specialized Testing for Mobility 22 Software Configuration Management 23 Software Metrics and Analytics 24 Project Management Concepts 25 Creating a Viable Software Plan 26 Risk Management 27 A Strategy for Software Support 28 Software Process Improvement 29 Emerging Trends in Software Engineering 30 Concluding Comments

一、 《电机拖动与 PLC 实训》教学大纲-3 二、 实训内容（必做）设计任务及指导书-6 实训一：《传送带的自动控制模拟实训》设计任务及指导书-6 实训二：《四层楼电梯自动控制》设计任务及指导书-8 实训三：《水池水位监测及多台水泵自动调度控制模拟》设计任务及指导书-10 实训四：《步进电机自动控制》设计任务及指导书-12 三、 附表：S7-200 的 SIMATIC 指令集简表-13

第一节 地质环境 13.1 Geological Environment 13.1.1 Environemnt and Geological Environment 13.1.2 Contents of Environmental Geology 13.1.3 Advances in Environmental Geology 13.1.4 City and Geological Environment 13.1.5 Geological Environment and Mankind’s Health 13.1.6 Waste Disposal and Geological Environment 第二节 地质灾害 13.2 Geological Disasters 13.2.1 Types of Geological Disasters 13.2.2 Earthquakes

本次环评对象为下浒山水库工程，不包括下浒山水库灌区工程。下浒山水库工程开发任务为：以防洪、灌溉、供水为主，兼顾发电。工程为Ⅱ等工程，大（2）型水库。正常蓄水位115m，总库容2.02亿m3，防洪库容0.44亿m3。灌溉农田35.08万亩，灌溉引用流量22.8m3/s。城镇年供水量0.1335亿m3，电站装机容量15MW，年发电量3505万kW·h。坝址选定为上坝址（下浒山），坝型为碾压混凝土重力坝，最大坝高74.5m，右岸布置岸边式地面厂房。工程施工总工期36个月，工程静态总投资101690.53万元

Chapter 1 Second quantization and coherent states Chapter 2 Green’s functions Chapter 3 Functional integrals Chapter 4 Perturbation theory Chapter 5 Effective action theory and energy functionals Chapter 6 Theory of electron liquid Chapter 7 Phase transitions and spontaneous symmetry breaking

1．掌握偏振光、旋光性、比旋光度。2．掌握手性、对映性、非对映性，内消旋体、外消旋体等概念。3．掌握Fischer投影的规则以及Fischer投影式和Newman式，透视式的转换。4．掌握含有一个和两个手性碳原子化合物的R/S标记法。5．理解对称因素，识别指定结构的对称因素。6．理解对映异构体理化性质差异及外消旋体的化学拆分原理。7．了解手性合成、环状化合物的立体异构

§3.1 自发变化的共同特征 §3.2 热力学第二定律 §3.3 Carnot定理 §3.4 熵的概念 §3.5 Clausius不等式与熵增加原理 §3.6 热力学基本方程与T-S图 §3.7 熵变的计算 §3.8 熵和能量退降 §3.9 热力学第二定律的本质和熵的统计意义 §3.10 Helmholtz和Gibbs自由能 §3.11 变化的方向与平衡条件 §3.13 几个热力学函数间的关系 §3.12 △G的计算示例 §3.14 热力学第三定律及规定熵 *§3.15 绝对零度不能到达的原理 *§3.16 不可逆过程热力学简介 *§3.17 信息熵浅释

Unit 1 My First Job Unit 2 American Homes and British Homes Unit 3 What is in a Name? Unit 4 Doing Away with the King's English Unit 5 England as seen by Americans Unit 6 The First Day at School Unit 7 Computers Unit 8 The Missing Monarchs Unit 9 The Risks of Life Unit 10 Words can Give You Power Unit 11 The Transaction Unit 12 The Message Behind the Smile Unit 13 A Delightful Village Unit 14 The Mystery of the White Gardenia Unit 15 For or Against Smoking in Public Places Unit 1 Someone Waiting Unit 2 Football Unit 3 The Snake Bite Unit 4 He was My Father Unit 5 The English Countryside Unit 6 Suffering to Be Beautiful Unit 7 Waiting for a Call Unit 8 Secret Messages to Ourselves Unit 9 All That' s Happening in the Music World Unit 10 Teenager's Nightmare the English Countryside Unit 11 Understanding Your Owner Unit 12 Transforming Mars Unit 13 The Mud-backs Unit 14 The Japanese Ageing Suit Unit 15 Have You Seen the Tree? Unit 1 My Father Unit 2 Why My Great-uncle Gave up the Ministry

§2-1 Plane Stress Problem and Plane Strain Problem §2-2 Equilibrium Differential Equation §2-3 The Stress State at a Point in a Plane Problem §2-4 Geometrical Equation. The Displacement of the Rigid Body §2-5 Physical Equation §2-6 Boundary Conditions §2-7 Saint-Venant’s Principle and Its Application §2-8 Solving the Plane Problem According to the Displacement §2-9 Solving the Plane Problem According to the Stress. Compatibility Equations §2-10 The Simplification under the Constant Body Force. Stress Function

6.1 Source terms in momentum equations and two key issues in numerically solving momentum equation 6.1.1 Introduction 6.1.2 Source in momentum equations 6.1.3 Two key issues in solving flow field 6.2 Staggered grid system and discretization of momentum equation 6.2.1 Staggered grid(交叉网格) 6.2.2 Discretization of momentum equation in staggered grid 6.2.3 Interpolation in staggered grid 6.2.4 Remarks 1. Flow rate at a node 2. Density at interface 3. Conductance at interface 6.3 Pressure correction methods for N-S equation 6.3.1 Basic idea of pressure correction methods 6.3.2 Equations for velocity corrections of u ’, v ’ 6.3.3 Derivation of equation of pressure correction p ’ 6.3.4 Boundary condition for pressure correction