Advances in Cryogenic Engineering - Paperback

EAN (ISBN-13): 9781475702101
ISBN (ISBN-10): 1475702108
Paperback
Publishing year: 2012
Publisher: Springer US

Book in our database since 2014-10-09T17:22:47-04:00 (New York)
Detail page last modified on 2024-03-27T20:30:00-04:00 (New York)
ISBN/EAN: 1475702108

ISBN - alternate spelling:
1-4757-0210-8, 978-1-4757-0210-1
Alternate spelling and related search-keywords:
Book title: cryo, cryogenic

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Information from Publisher

Author: K. Timmerhaus
Title: Advances in Cryogenic Engineering; Advances in Cryogenic Engineering
Publisher: Springer; Springer US
550 Pages
Publishing year: 2012-11-26
New York; NY; US
Printed / Made in
Language: English
106,99 € (DE)
109,99 € (AT)
118,00 CHF (CH)
POD
XVI, 550 p. 70 illus.

BC; Hardcover, Softcover / Sozialwissenschaften allgemein; Interdisziplinäre Studien; Verstehen; convection; cryogenics; energy; energy storage; engine; flow; fluid dynamics; heat transfer; hospital; management; material; materials; radiation; superconductivity; two-phase flow; Humanities and Social Sciences; BB; EA

Superconducting Magnets.- A—1 Superconducting Magnetic Levitation and Linear Synchronous Motor Development—The Canadian Program.- A—2 Split-Pair Superconducting Magnet System for Self-Colliding Beam Experiments.- A—3 Cryogenic Design Considerations of a Superconducting Magnet System for Self-Colliding Beam Experiments.- A—4 Large Superconducting Solenoid for the Minimag Experiment.- A—5 Cryogenic and Mechanical Design of a Large, Six-Tesla Dipole Magnet.- A—6 Superconducting Toroidal Field Magnets for a Tokamak Engineering Test Reactor.- A—7 A One-Meter-Diameter, AC Superconducting Coil and Fiberglass Cryostat for an Electromagnetic Geophysical Exploration System.- Applied Superconductivity Systems Design.- B—1 Preliminary Tests of Subscale and Full-Scale Single-Phase Sections of a 3400-MVA Superconducting Transmission Line.- B—2 Cryogenic Design for Large Superconductive Energy Storage Magnets.- B—3 Engineering Considerations of the Toroidal Magnet and Dewar for UWMAK-11—A Wisconsin Tokamak Fusion Reactor Design.- B—4 Current Averaging and Coil Segmentation in the Protection of Large Toroidal Superconducting Magnet Systems.- B—5 Dielectric Strength of Liquid Helium under Strongly Inhomogeneous Field Conditions.- B—6 Electrical Breakdown and Tracking Characteristics of Pulsed High Voltages in Cryogenic Helium and Nitrogen.- B—7 Temperature Excursions During Loss of Magnet Coolant Accidents with Thermalization of Energy of Large Superconducting Solenoids.- Superconductive Energy Systems.- C—1 Applications of Superconducting Magnets to Energy with Particular Emphasis on Fusion Power.- C—2 Configurational Design of Superconductive Energy Storage Magnets.- C—3 Energy Transfer Methods Between Superconducting Magnets.- C—4 ElementRating and Coupling Harmonics in a Superconductive Energy Transfer System.- Energy Systems.- D—1 Economic Aspects of U. S. Energy Independence in the Coming Decade.- D—2 Cryogenic Fuel Systems for Motor Vehicles.- Refrigeration.- E—1 Reliability Aspects of Cryogenic Refrigeration.- E—2 A New Helium Refrigerator for Superconducting Cable Systems.- E—3 Supercritical Helium Refrigerator for Superconducting Power Transmission Cable Studies.- E—4 Low-Temperature Losses in Supercritical Helium Refrigerators.- E—5 New Type Screw Compressor for Helium Refrigerators and Liquefiers.- E—6 Dry Helium Compressor for Refrigeration Systems.- E—7 Performance Tests of a Reciprocating Liquid Helium Pump Used in Forced Convection Cooling.- E—8 A Large-Scale Pumped and Subcooled Liquid Helium Cooling System.- E—9 High-Purity Nitrogen Cooling System of an In-Core Irradiation Cryostat for a Triga Mark II Reactor.- Instrumentation.- F—1 Surface Crystalline Carbon Temperature Sensor.- F—2 Sensor for Distinguishing Liquid-Vapor Phases of Superfluid Helium.- Heat Transfer and Fluid Dynamics.- G—1 Heat Exchangers for Vapor-Cooled Conducting Supports of Cryostats.- G—2 The Cooling of Long Conduits.- G—3 Heat Transfer in a Cryosurgery Probe Tip.- G—4 Heat Transfer in Transition Boiling of Cryogenic Liquids.- G—5 Liquid Neon Heat Transfer as Applied to a 30-Tesla Cryomagnet.- G—6 Free Convection Film Boiling from a Flat, Horizontal Surface in Saturated He II.- G—7 Thermomechanical Flow Rates of Liquid Helium II Through Channels of Large Hydraulic Diameter.- G—8 Maximum Two-Phase Flow Rates of Subcooled Nitrogen Through a Sharp-Edged Orifice.- LNG Technology.- H—1 Experience of Tokyo Gas with In-Ground LNG Tanks.- H—2 Geometric Stability of Cylindrical,Double-Walled Cryogenic Tank Structures.- H—3 A Model for LNG Tank Rollover.- H—4 Distrigas LNG Barge Operating Experience.- H—5 Inert Gas Generating System for Liquefied Natural Gas Carriers.- H—6 Running-Film Vaporizer for LNG.- Safety.- J—1 Planning for Safety.- J—2 Safety Aspects of LNG Spills on Land.- J—3 Dispersion of Hydrogen or Methane Fuels Released into an Automobile Interior.- Cryo-Bioengineering Applications.- K—1 The Application of Cryogenics to the Reversible Storage of Biomaterials.- K—2 Recent Advances and Applications of Freeze-Drying Technology.- Cryo-Technology Applications.- L—1 Miniature Cryogenic Coolers.- L—2 Orbital Performance of a Solid Cryogen Cooling System for a Gamma-Ray Detector.- L—3 Nitrogen Removal and Raw Helium Recovery in Natural Gas Processing Plants.- L—4 Heavy Water Production by Cryogenic Processing.- L—5 Techniques for Obtaining Cryogenic Laser Fusion Targets by Condensing Fuel Gases in Microshell™ Pellets.- Fluid Properties.- M—1 Recent Developments in the Theory of Fluid Mixtures.- M—2 On the Consistency of Liquid-Vapor Equilibria Data for Binary Mixtures of Methane with the Light Paraffin Hydrocarbons.- M—3 Excess Enthalpies for Some Binary Liquid Mixtures of Low-Molecular-Weight Alkanes.- M—4 Viscosity of Cryogenic Liquid Mixtures (Including LNG) from Corresponding States Methods.- M—5 Solubility of Solid n-Butane and n-Pentane in Liquid Methane.- M—6 Orthobaric Liquid Densities of Normal Butane from 135 to 300 K as Determined with a Magnetic Suspension Densimeter.- M—7 Thermophysical Properties Data Research on Compressed and Liquefied Gases at the NBS Cryogenics Division.- M—8 A Method for the Selection of a Functional Form for a Thermodynamic Equation of State Using WeightedLinear Least Squares Stepwise Regression.- Indexes.- Author Index.