دانلود کتاب Thermosyphons and Heat Pipes: Theory and Applications

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Acknowledgments
Contents
Nomenclature
Roman Letter Symbols
Greek Letter Symbols
Subscripts and Superscripts
Numerical
1 Introduction to Thermosyphons and Heat Pipes
1.1 Working Principles
1.2 Applications
1.3 Book Outline
Part IFundamentals and Fabrication Aspects
2 Physical Principles
2.1 Nusselt Model for Wall Condensation
2.2 Liquid–Vapor Phase Change Model
2.3 Fluid Flow
2.4 Boiling
2.5 Closure
References
3 Thermal and Hydraulic Models
3.1 Thermodynamic Aspects
3.2 The Effective Length
3.3 Liquid Phase Pressure Distribution
3.4 Vapor-Phase Pressure Distribution
3.5 Vapor Pressure Drop Models
3.6 Gravity Pressures
3.7 Liquid and Vapor Pressure Distribution Curves
3.8 Operational Limits
3.9 Geyser Boiling Phenomena in Thermosyphons
3.10 Closure
References
4 Design of Thermosyphons and Heat Pipes
4.1 Thermosyphons
4.2 Heat Pipes
4.3 Heat Pipe Selection of Design Parameters
4.4 Design Methodology
4.5 Closure
References
5 Fabrication and Testing
5.1 Fabrication
5.2 Cleaning Process
5.3 Out-Gassing of Tube Materials and Working Fluids
5.4 Charging Procedures
5.5 Sodium Charging—High Temperature Devices
5.6 Thermal Testing
5.7 Closure
References
6 Application of Models to Selected Cases
6.1 Ordinary Geometry Thermosyphon
6.2 Small Diameter Thermosyphon
6.3 Water–Copper Heat Pipe
6.4 Ethanol–Copper Heat Pipe
6.5 Elliptical Cross Section Water-Cooper Heat Pipe
6.6 Water–Copper Grooved Heat Pipe
6.7 Conclusion
References
Part IISpecial Devices
7 Classification According to Operational Principles
7.1 Loop Thermosyphons—LTS
7.2 Capillary Pumped Loops—CPL
7.3 Loop Heat Pipes—LHP
7.4 Vapor Chamber
7.5 Pulsating Heat Pipes (PHP)
7.6 Mini Two-Phase Devices
7.7 Closure
References
8 Classification According to Operational Temperature
8.1 Cryogenic Heat Pipes
8.2 Intermediate Temperatures
8.3 High Temperature
8.4 Closure
References
Part IIIApplications
9 Thermosyphon Heat Exchangers
9.1 Geometry
9.2 Thermosyphon Heat Exchanger Design Methodology
9.3 Thermosyphon Heat Transfer
9.4 External Convection
9.5 Flow Pressure Drops
9.6 Selection of Tube Geometries and Materials
9.7 Design Methodology
9.8 Special Configurations of Thermosyphon Heat Exchangers
9.9 Conclusions
References
10 Electronics Cooling
10.1 Electronic Cabinets
10.2 Electronics Cooling
10.3 Vapor Chambers
10.4 Avionics Cooling
10.5 Closure
References
11 Other Applications
11.1 Cooling Towers
11.2 House Solar Heating System
11.3 Ovens
11.4 Oil Tank Heaters
11.5 Concluding Remarks
References