Advances in cryogenic engineering : transactions of the international cryogenic materials conference - ICMC, Anchorage, Alaska 22-26 September 2003
Bibliographic Information
Advances in cryogenic engineering : transactions of the international cryogenic materials conference - ICMC, Anchorage, Alaska 22-26 September 2003
chief technical editor, U. (Balu)Balachandran
(AIP conference proceedings, no. 711)
American Institute of Physics, 2004
- Other Title
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Advances in cryogenic engineering : materials : transactions of the International cryogenic materials conference - ICMC, Anchorage, Alaska 2003
CEC-ICMC 2003
Available at / 7 libraries
Note
Includes bibliographical references and index
CD-ROM included
"The 2003 Joint Cryogenic Engineering Conference and International Cryogenic Materials Conference was held in Anchorage, Alaska from September 22nd to 26th." --Pref.
Advances in Cryogenic Engineering, vol.50A&B
Description and Table of Contents
Description
The International Cryogenic Materials Conference covers cryogenic magnetic materials, structural materials, non-metallic materials, materials testing, mechanical properties of materials used in cryogenic applications, and low, high, and intermediate -temperature superconductors. Detailed room and low temperature properties of cryogenic functional materials, physical and mechanical properties of metallic and non-metallic materials and performance of insulation materials upon irradiation are provided in this Proceedings. Processing, fabrication, and electromagnetic properties of conventional low-temperature, high-temperature, and magnesium diboride superconductors are also presented. Topics include: cryogenic functional materials; cryogenic materials testing; physical and mechanical properties at cryogenic temperatures; non-metallic materials-properties; non-metallic materials-insulation; Nb-Ti conductors; Nb3Sn conductors; Nb3Al conductors; MgB2 conductors; HTS bulk conductors; BSCCO conductors; HTS coated conductors; HTS electronics and thin film; stability and AC loss; HTS prototype devices; and HTS stability and training of magnets.
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