Advances in Heat Pipe Technology
Proceedings of the IVth International Heat Pipe Conference, 7-10 September 1981, London, UK
Published on 24. November 2015
830 pages
978-1-4831-5702-3 (ISBN)
Description
Advances in Heat Pipe Technology covers the proceedings of the Fourth International Heat Pipe Conference, held at the Royal Aeronautical Society in London, United Kingdom on September 7-10, 1981. This conference focuses on the advances in heat pipe and thermosyphon technology. This book is organized into seven parts encompassing 69 chapters. The first part describes the design and features of heat pipes, as well as their terrestrial and spacecraft applications. The subsequent parts deal with the performance, heat transfer and hydrodynamic properties, and entrainment of thermosyphon and heat pipes, with an emphasis on their application to energy conservation. The last parts discuss the heat pipe theory, and the experimental techniques and life tests of heat pipes.
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12/1981
Pergamon
€113.89
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Content
Terrestrial Applications Test of a Horizontal Heat Pipe Deicing Panel for Use on Marine Vessels Snow Melting Using Heat Pipes Application of Heat Pipe to Audio Amplifier Progress on Gas Controlled Heat Pipe Precision Furnaces for Temperatures up to 1100°C Heat Pipes in Solar Collectors Heat Pipe Liners for Materials Processing Furnaces Heat Transfer Studies for Heat Pipe Cooling and Freezing of Ground New Heat Pipe ApplicationsThermosyphons Performance Characteristics of Gravity-Assisted Aluminum Extruded Heat Pipes Investigation of Heat Transfer Characteristics of a Two-Phase Closed Thermosyphon Natural Convection of Two-Phase Boiling Mixture in the Thermosyphon Investigation Study of Hydrodynamic Characteristics of Two-Phase Flow in Closed Thermosyphons The Influence of the Inclination Angle on the Performance of a Closed Two-Phase Thermosyphon Performance Limits of Gravity Assist Heat Pipes with Simple Wick Structures Entrainment or Flooding Limit in a Closed, Two-Phase Thermosyphon Laminar Film Condensation Heat Transfer in Closed Two-Phase ThermosyphonsHeat Pipes For Energy Conservation An Experimental Study of the Temperature Profiles and Heat Transfer Coefficients in a Heat Pipe for a Heat Exchanger Heat Recovery in Vertical Systems Heat Transfer Effectiveness of Heat Pipes Heat Pipe Waste Heat Recovery Boilers Performance of Revolving Heat Pipes and Application to a Rotary Heat Exchanger Use of Waste Water Heat for Supply Water Heating by Use of Heat Pipe Diodes Heat Pipe Development for High Temperature Recuperator ApplicationHeat Pipe Theory The Mechanism of the Start up of High Temperature Heat Pipes Correlating Equations for the Properties of Metal-Felt Wicks Transient Heat Pipe Operation in the Near-Critical Region Theory of the Axial Dry-Out Heat Flux of Gravity-Assist Heat Pipes with Capillary Flow Thermodynamic Analysis of Heat Pipe Operation Fluid-Dynamical Study of a Heat Pipe Provided with a Liquid Pumping System Low Temperature Axially Grooved Heat Pipes Combined Liquid Vapor Flow in Cylindrical Heat Pipes with Modified Internal Geometry Uniaxial Model for Gas-Loaded Variable Conductance Heat Pipe Performance in the Inertial Flow RegimeExperimental Techniques And Life Tests Some Peculiarities of Vaporization Process in a Single Cell of the Heat Pipe Wick Study on Life of Sodium Heat Pipe Oxygen Analysis of Liquid Metal Heat Pipes by Neutron Activation Analysis Investigation of Vaporization in Screen Wick-Capillary Structures Experimental Pressure Profiles Along the Vapor Channel of a Flat-Plate Heat Pipe Thermophysical Properties of Sulfur-Iodine Binary System as a Promising Heat Transfer Medium for Heat Pipes The Compatibility of Mild Carbon Steel and Water in a Heat Pipe Application Reflux Condensation Characteristics of a Two-Phase Closed Thermosyphon Life Test Investigations with Stainless Steel/Water Heat PipesSpacecraft Applications Arterial Wick Heat Pipe Experiment Aboard Rohini Sounding Rocket RH-560 Thermal Interaction Between a Heat Pipe Radiator and a Coolant Fluid Heater Optimization of a Heat Pipe Radiator for Spacecraft High-Power TWTA's Behavior of Axially Grooved Heat Pipe Aboard a Rocket Thermal Management of Instruments on Space Platforms Using a High Capacity Two-Phase Heat Transport System Probabilistic Approach and Optimization for Spacecraft Heat Pipe Radiator Design Problems Associated with Thermal Testing of Large Heat Pipe Systems for Space Application Heat Pipe Development for the SPAR Space Power System Performance Predictions and Measurements for Space Power System Heat Pipes Transient Performance of Gas-Loaded, Variable Conductance Heat Pipes with a Hot Reservoir The 0A0 Heat Pipes: 8¿ Years of Flight Data Investigation of a Variable Conductance Heat Pipe as a Gas Dio
