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V. Heating by Combustion. Fuels, Furnaces, Gas Producers and Steam Boilers
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Charles Edward Lucke
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Chapters in this book
- Frontmatter I
- Preface V
- Contents IX
- List of Tables XV
- Table of Symbols XIX
- I. Work and Power. General Principles 1
- II. Work of Compressors. Horse-Power and Capacity of Air, Gas and Vapor Compressors, Blowing Engines and Dry Vacuum Pumps 73
- III. Work of Piston Engines. Horse-Power and Consumption of Piston Engines Using Steam, Compressed Air, or Any Other Gas or Vapor Under Pressure 187
- IV. Heat and Matter. Qualitative and Quantitative Relations Between Heat Content of Substances and Physical-Chemical State 398
- V. Heating by Combustion. Fuels, Furnaces, Gas Producers and Steam Boilers 644
- VI. Heat and Work. General Relations Between Heat and Work. Thermal Efficiency of Steam, Gas, and Compressed-Air Engines. Flow of Expansive Fluids. Performance of Mechanical Refrigerating Systems 874
- Index 1177
Chapters in this book
- Frontmatter I
- Preface V
- Contents IX
- List of Tables XV
- Table of Symbols XIX
- I. Work and Power. General Principles 1
- II. Work of Compressors. Horse-Power and Capacity of Air, Gas and Vapor Compressors, Blowing Engines and Dry Vacuum Pumps 73
- III. Work of Piston Engines. Horse-Power and Consumption of Piston Engines Using Steam, Compressed Air, or Any Other Gas or Vapor Under Pressure 187
- IV. Heat and Matter. Qualitative and Quantitative Relations Between Heat Content of Substances and Physical-Chemical State 398
- V. Heating by Combustion. Fuels, Furnaces, Gas Producers and Steam Boilers 644
- VI. Heat and Work. General Relations Between Heat and Work. Thermal Efficiency of Steam, Gas, and Compressed-Air Engines. Flow of Expansive Fluids. Performance of Mechanical Refrigerating Systems 874
- Index 1177