Nonmetallic Materials and Composites at Low Temperatures

Table of Contents

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   Book Overview
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   Chapter 1 Polymers in Low Temperature Technology
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   Chapter 2 Mechanical and Electrical Low Temperature Properties of High Polymers
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   Chapter 3 Spectroscopic Analysis of High Polymers for Use at Low Temperatures
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   Chapter 4 Correlation Between Valence Energies and Low Temperature Flexibility
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   Chapter 5 The Dielectric Loss of Polypropylene Films and Polypropylene-Polyurethane Laminates at Cryogenic Temperatures
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   Chapter 6 Variation of Dielectric Microwave Losses in Polyethylene as the Result of Different Sample Treatments
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   Chapter 7 Dielectric Loss Spectra of Polyethylenes
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   Chapter 8 Flashover Behavior of Spacers at Low Temperatures
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    Chapter 9 Fracture Properties of Epoxy Resins at Low Temperatures
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    Chapter 10 Interesting Low Temperature Thermal and Mechanical Properties of a Particular Powder-Filled Polyimide
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    Chapter 11 Radiation Effects on Insulators for Superconducting Magnets
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    Chapter 12 Effect of Low Temperature Reactor Irradiation on Organic Insulators in Superconducting Magnets
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    Chapter 13 Cryogenic Foam Insulations: Polyurethane and Polystyrene
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    Chapter 14 Durability of Foam Insulation for LH2 Fuel Tanks of Future Subsonic Transports
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    Chapter 15 Strength Specifications and Methods of Test for Structural Grades of Cryogenic Balsa Wood Insulation
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    Chapter 16 Carbon-Fibre-Reinforced Carbon Composites: Processing, Room Temperature Properties, and Expansion Behaviour at Low Temperatures
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    Chapter 17 Dynamic Elastic Modulus and Internal Friction in Fibrous Composites
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    Chapter 18 Compressive Fatigue Tests on a Unidirectional Glass/Polyester Composite at Cryogenic Temperatures
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    Chapter 19 Powder-Filled Epoxy Resin Composites of Adjustable Thermal Contraction
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    Chapter 20 Effect of Strain on Epoxy-Impregnated Superconducting Composites
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    Chapter 21 Thermophysical Properties of Composite Materials Based on High-Molecular Compounds with Fibrous Filler Between 10 and 400 K
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    Chapter 22 Cryogenic Applications of Composite Technology in the U.S.A.
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    Chapter 23 Properties of Plastic Tapes for Cryogenic Power Cable Insulation
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    Chapter 24 The Manufacture and Properties of a Glass Fabric/Epoxy Composite Bellows
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    Chapter 25 Laminated Fiberglass Composites for Cryogenic Structures in Underground Superconductive Energy Storage Magnets
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    Chapter 26 Selection of Materials and Manufacture of a Superconducting 0.60 MJ Pulsed Energy Storage Coil
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    Chapter 27 Application of Graphite-Epoxy to Cryogenic Telescopes
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    Chapter 28 Vacuum Impregnation with Epoxy of Large Superconducting Magnet Structures
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    Chapter 29 An Outline Design for a Cryogenic Internally Insulated Liquefied Natural Gas Pipeline for Arctic Gas Recovery