Unit 1 Thermodynamics Foundation
  Intensive Reading Basic Concepts and Definitions
  Extensive Reading Thermodynamic Systems
  Reading Material Pressure
Unit 2 Thermodynamics Application
  Intensive Reading Application of the Principles of Thermodynamics to Steady-flow
  Components of Engineering Systems
  Extensive Reading Power and Enthalpy
  Reading Material The First Law of Thermodynamics
Unit 3 Gaseous Fuel
  Intensive Reading Manufactured Gases
  Extensive Reading Gaseous Fuels
  Reading Material The Future of Plastic Pipe at Higher Pressures
Unit 4 Application of Gas Fuel
  Intensive Reading New Areas of Gas Consumption
  Extensive Reading Liquefied Petroleum Gas (LPG)
  Reading Material Coal-related Gases
Unit 5 Pipeline Network
  Intensive Reading Network Planning
  Extensive Reading The Industrial Cogeneration
  Reading Material The Diaphragm Tank
Unit 6 Combustion Equipment
  Intensive Reading Smoke Tube Economic Boiler
  Extensive Reading Stoichiometric Combustion of Oil Fuels
  Reading Material Furnace and Boiler
Unit 7 Thermal Comfort in Building
  Intensive Reading Comfort and Discomfort
  Extensive Reading Ceiling Heating
  Reading Material Underfloor Heating
Unit 8 Compressor
  Intensive Reading Compressor Failure
  Extensive Reading Compressor Overheating Due to Electrical Problems
  Reading Material District Heating and Cooling Systems
Unit 9 Odorization System
  Intensive Reading Injection Odorization System Design
  Extensive Reading Safer Repair of Plastic Pipe
  Reading Material Computers Analyze Odorant Concentration
Unit 10 Floor Heating System
  Intensive Reading Floor Heating:Achieving Thermal Comfort in Artificial Environments
  Extensive Reading Floor Heating Design Criteria
  Reading Material System Economics and Design Optimization of Floor Heating System
Unit 11 Gas Engineering
  Intensive Reading New Emphasis on Natural Gas Storage
  Extensive Reading SCADA Cuts Pipeline
  Reading Material Flow Measurement up Grade Enables Cost-effective Monitoring
Unit 12 Gas Transmission
  Intensive Reading Gas Gathering and Transport
  Extensive Reading Gas- water Systems and Dehydration Processing
  Reading Material Gas and Liquid Separation
Unit 13 Natural Gas Property
  Intensive Reading Volumetric Behavior of Natural Gas Containing Hydrogen Sulfide and
  Carbon Dioxide
  Extensive Reading How to Estimate Size Cost of Producing Equipment
  Reading Material Foam Insulation Reduces Gathering System Costs
Unit 14 Air Conditioning System
  Intensive Reading Introduction to VAV Systems
  Extensive Reading Test Method of the Air Conditioning Plant
  Reading Material Air Conditioning Water System Characteristics
Unit 15 Heating System
  Intensive Reading Heat Transmission and Distribution Systems
  Extensive Reading Infiltration Heat Loss
  Reading Material Cast- Iron Radiators
Unit 16 Refrigeration Principle
  Intensive Reading Ideal Basic Vapor Compression Refrigeration Cycle
  Extensive Reading Probability and Entropy
  Reading Material Entropy and the Third Law
Unit 17 Basic Characteristics of Fluid
  Intensive Reading Variation of Pressure in A Static Fluid
  Extensive Reading Compressible and Incompressible Fluids
  Reading Material Transient Heat Flow
Unit 18 Basic Principles of Pipe Flow
  Intensive Reading Incompressible, Steady, and Uniform Turbulent Flow in Circular
  Cross - section Pipes
  Extensive Reading Laminar and Turbulent Flow
  Reading Material Pipe Networks
Unit 19 Convection
  Intensive Reading Natural Convection
  Extensive Reading Forced Convection
  Reading Material Convection
Unit 20 Construction and Development of Pipeline Engineering
  Intensive Reading Pipeline Construction
  Extensive Reading Europe' s Border Gas Trade on the Rise
  Reading Material Strategies Coping with Challenges of Natural Gas Development
Appendix
  Appendix I Basic Knowledge of Professional English（專業(yè)英語基礎知識）
  Appendix II Word Formation（構詞法）
  Appendix III Translation of Professional English（專業(yè)英語的翻譯）
  Appendix IV Technique of Fast Reading（快速閱讀技巧）
  Appendix V Writing of Scientific Paper（科技論文的寫作）
References