Title
Design and Performance of Cryogenic Enclosures for Long Duration Testing of Large Samples
Abbreviated Journal Title
Cryogenics
Keywords
Thermodynamics; Physics; Applied
Abstract
We have designed a large helium dewar as part of an experiment to investigate gravitational radiation. Two such dewars have been constructed. Our use requires a nonmagnetic dewar to cool an aluminium antenna of approximately 5000 kg to below helium temperatures and to keep the antenna in a stable low temperature environment for extended time. This requires a low temperature volume of 1.5 m inner diameter and 3.1 m length and a cooling system capable of efficiently removing the room temperature enthalpy of 8.5 × 108 J. Our solution to this problem is of wider application than simply gravity wave detection so we have discussed the design philosophy in some detail. As constructed, the apparatus uses less than 1 l of helium per hour when cold.
Journal Title
Cryogenics
Volume
22
Issue/Number
3
Publication Date
1-1-1982
Document Type
Article
Language
English
First Page
107
Last Page
112
WOS Identifier
ISSN
0011-2275
Recommended Citation
Hamilton, W. O.; Pipes, P. B.; Kleve, S.; Bernat, T. P.; Blair, D. G.; Darling, D. H.; Dewitt, D.; McAshan, M. S.; Taber, R.; Boughn, S. P.; Fairbank, W. M.; Montgomery, W. P.; and Oelfke, W. C., "Design and Performance of Cryogenic Enclosures for Long Duration Testing of Large Samples" (1982). Faculty Bibliography 1980s. 176.
https://stars.library.ucf.edu/facultybib1980/176
Comments
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