前言
Part1 Basic Program
  Unit1 单句写作基本语法
    1.1 词类
    1.2 插入语、否定、时态、语态、形容词和副词比较级
    1.3 动词非谓语形式
    1.4 从句
Part 2 Science and Professional English
  Unit 2 Stampede on the Superhighway
  Unit 3 Traffic Technology Drives to Clear the Roads
  Unit 4 The Robot Farm
  Unit 5 Analysis of Sinusoidal Current and Voltage
    5.1 RMS (Effective) Values of Current and Voltage
    5.2 Representation of Sinusoidal Time Functions by Vectors and Complex Number
    5.3 Addition of Sinusoidal Time Functions
  Unit 6 Construction and Application of DC Machines
    6.1 Construction of DC Machines
    6.2 Application of DC Machines
  Unit 7 Research on Integrated Monitoring and Prevention System for Stray Current in Metro
    7.1 The Generation of Stray Current and It's Harmfulness
    7.2 The Problems Existing in the Conventional Monitoring and Prevention System for Stray Current
    7.3 The Research on New Integrated Monitoring and Prevention System for Stray Current
    7.4 Conclusion
  Unit 8 Railway Electric Power Feeding Systems
    8.1 Introduction
    8.2 World Railway Electrification Systems
    8.3 History of Railway Electrification in Japan
    8.4 Various Feeding Systems
    8.5 Overhead Line Systems
    8.6 Materials in Overhead Lines
    8.7 Maintenance ofOverhead Lines
Part 3 Focus on Writing
  Unit 9 英文书信及常用应用文的写作
    9.1 信封的写法
    9.2 书信的组成部分和页面安排
    9.3 常用应用文简介
  Unit 10 Formal Letters in English
    10.1 Namecards
    10.2 Conventions ofFormal Letters Writing
    10.3 Formal and Informal Styles
    10.4 Transition Task
  Unit 11 Using Statistics
    11.1 Using Tables
    11.2 Using Bar Charts and Pie Charts
    11.3 Using Graphs
    11.4 Using Charts and Graphs：Writing Task
  Unit 12 科技英语中数字及数学公式的表达
    12.1 数制的问题
    12.2 数字及数学公式表达中常用的词汇
    12.3 科技英语中常用符号及数学式
  Unit 13 科技英语论文写作
    13.1 科技论文的组成部分
    13.2 摘要(Abstract)
    13.3 科技论文及其摘要的写作注意事项
    13.4 科技论文本身内容的构成
Part 4 Scientific Paper Expansion Reading
  Unit 14 Analysis of Rail Potential and Stray Current for Taipei Metro
    14.1 Introduction
    14.2 Characteristics ofTraction Power Substations Grounding
    14.3 Field Tlests
    14.4 Design ofthe Simulation Model
    14.5 Field Test and Simulation Results
    14.6 Conclusion
  Unit 15 Study on Integrated Automation System of Traction Substation for Express Railway Lines
    15.1 Introduction
    15.2 Characteristics
    15.3 Structure
    15.4 Functions
    15.5 Applications
  Unit 16 Stray-Current Corrosion Control in Metros
    16.1 Introduction
    16.2 Rusting
    16.3 Prevention of Rusting
    16.4 Passivation
    16.5 Separate Earthing Systems
    16.6 Controlling Stray Currents
    16.7 Bonding
    16.8 Alternatives
    16.9 Monitoring
    16.10 Trends
    16.11 Acknowledgement
  Unit 17 Stray Current Corrosion in Buried Pipeline
    17.1 Introduction
    17.2 Background
    17.3 Experimental
    17.4 Results
    17.5 Discussion
    17.6 Conclusions
  Unit 18 Simulation Analysis of Zhengzhou Metro Power Supply System Rectifier Unit
    18.1 Introduction
    18.2 Simulation Model
    18.3 Harmonic Analysis of Power Supply System
    18.4 Conclusions
  Unit 19 Analysis and Design of a Single-Axis Automatic Solar Tracking and Power Filtering System for Solar Power Generation
    19.1 Introduction
    19.2 Solar Tracking Dynamics-Single Axis Tracking Near the Earth's Equator
    19.3 Single Axis Solar Tracking Control Circuit Design
    19.4 Solar Power Filtering System
    19.5 Conclusion