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3 Phase transitions in nature – steam, dew and fog
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Rainer Müller
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Chapters in this book
- Frontmatter I
- Preface V
- Contents VII
- 1 Biology and chemistry of cooking 1
- 2 Water and steam – cooking in a pressure cooker 13
- 3 Phase transitions in nature – steam, dew and fog 45
- 4 The ideal gas – Cornelis Drebbel’s miracle apparatus 75
- 5 Fundamental concepts: kinetic theory of gases 93
- 6 The first law – thermodynamics of the oven 125
- 7 Adiabatic processes – thermals and clouds 173
- 8 Thermodynamic cycles – heating with heat pumps 203
- 9 Fundamental concepts: entropy as a state variable 235
- 10 Fundamental concepts: the second law 261
- 11 Fundamental concepts: microscopic interpretation of entropy 289
- 12 Power plant processes – electricity from the sun 309
- 13 Mechanisms of heat transfer – wind chill 329
- 14 Transient heat conduction – the perfect breakfast egg 371
- A References and image credits 391
- B Tables and list of symbols 397
- Index 413
Chapters in this book
- Frontmatter I
- Preface V
- Contents VII
- 1 Biology and chemistry of cooking 1
- 2 Water and steam – cooking in a pressure cooker 13
- 3 Phase transitions in nature – steam, dew and fog 45
- 4 The ideal gas – Cornelis Drebbel’s miracle apparatus 75
- 5 Fundamental concepts: kinetic theory of gases 93
- 6 The first law – thermodynamics of the oven 125
- 7 Adiabatic processes – thermals and clouds 173
- 8 Thermodynamic cycles – heating with heat pumps 203
- 9 Fundamental concepts: entropy as a state variable 235
- 10 Fundamental concepts: the second law 261
- 11 Fundamental concepts: microscopic interpretation of entropy 289
- 12 Power plant processes – electricity from the sun 309
- 13 Mechanisms of heat transfer – wind chill 329
- 14 Transient heat conduction – the perfect breakfast egg 371
- A References and image credits 391
- B Tables and list of symbols 397
- Index 413