These sessions were divided into the following general topics: Cryogenic Processes Cryogenic Equipment Cryogenic Properties Cryogenic Applications Bubble Chambers The division in some cases had to be somewhat arbitrary since several papers could have been classified under more than one general topic.

Produktinformation

Utgivningsdatum:2012-03-14
Mått:178 x 254 x 21 mm
Vikt:721 g
Format:Häftad
Språk:Engelska
Serie:Advances in Cryogenic Engineering
Antal sidor:370
Förlag:Springer-Verlag New York Inc.
ISBN:9781468431049

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Innehållsförteckning

Papers Peesented.- Cryogenic Processes.- A-1 Fundamentals of Hydrogen Liquefaction.- A-2 Hydrogen-Helium Liquefier.- A-3 Catalysis of the Ortho-Parahydrogen Conversion.- A-4 A New Arrangement for Ortho-Para Conversion of Liquid Hydrogen in the Large CEL-NBS Liquefier.- A-5 The Reversible Separation of Multicomponent Mixtures.- A-6 Distillation of Hydrogen — Deuterium Mixtures.- A-7 Freeze-out Purification of Gases in Heat Exchangers.- Cryogenic Equipment.- B-1 Breathing Oxygen Storage Dewars.- B-2 A Liquid Oxygen Servicing Dewar Transportable by Tactical Aircraft.- B-3 Liquid Hydrogen Pumping System.- B-4 Small Liquid Hydrogen Dewars, Design and Use.- B-5 Liquid Oxygen Trucks.- B-6 A Liquid Hydrogen Dewar to Supply Gas to Balloons in Flight.- Cryogenic Properties.- C-1 Mechanical Properties of Metals at Low Temperatures.- C-2 Mechanical Properties of Some Engineering Materials.- C-3 Total Emissivity of Some Surfaces at 77°K.- C-4 Resistance-Temperature “Scaling” of Carbon-Composition Thermometers.- C-5 Reactor Irradiations at 15°K.- C-6 On Some Mechanical Properties of Superconductors.- Cryogenic Properties (continued).- D-1 The Los Alamos High Field Magnet.- D-2 Conductivity of Metallic Cryogenic Materials.- D-3 An Investigation of the Liquid Oxygen Geysering Phenomena in Missile Supply Lines.- D-4 The Performance Characteristics of Low Temperature Tension Testing Apparatus and Its Application in Industry.- D-5 An Experimental Study of the Strength and Fatigue of Glass at Very Low Temperatures.- D-6 Development Program for a Non Lubricated 10,000 RPM Bearing Operating Over a Temperature Range from 40°R to 560°R.- Cryogenic Properties (continued).- E-1 Characteristics of Some Insulations for Liquid Oxygen Transfer Lines.- E-2 Heat Transfer Through Foams andPowders.- E-3 Thermal Conductivities of Copper and Copper Alloys.- E-4 Cryogenic Characteristics of Wire Resistance Strain Gages.- E-5 Continuous Analysis of Argon for Traces of Nitrogen.- E-6 Adsorbents in Liquid Oxygen Containers.- Cryogenic Applications.- F-1 Novel Refrigeration System.- F-2 Gas Chromatography as Applied to the Industrial Separation of Neon from Nitrogen and Helium.- F-3 Some Aspects of the Design of Airborne Pressure Vessels for Low Temperature Applications.- F-4 A Circulating Air-Bath Cryostat and Its Use in Dynamic Adsorption.- F-5 Helium Heat Rectifiers and a Simple Magnetic Refrigerator.- F-6 E. R. E. T. S. LOX Losses and Preventative Measures.- Cryogenic Applications (continued).- G-1 Gas Refrigerating Machines.- G-2 Expansion Engines and Turbines for Low Temperature Processing.- G-3 An Impulse Type Expander Turbine.- G-4 Low Temperature Heat Exchanger Usage.- G-5 Heat Exchanger Performance Prediction by Electrical Analogy.- G-6 Performance of Pumps with Liquefied Gases.- G-7 Long Distance Transfer of Liquefied Gases.- Bubble Chambers.- H-1 The Development and Operation of the 10 Inch Liquid Hydrogen Bubble Chamber.- H-2 A Large Liquid Hydrogen Bubble Chamber.- H-3 A Liquid Helium Bubble Chamber.- H-4 Designing for Safety in Hydrogen Bubble Chambers.- Special Session.- I-1 A Small Liquid Nitrogen Plant, Using a Gas Refrigerating Machine.- Author Index.- List of Delegates.