AIR CORE CRYOGENIC MAGNET COILS FOR FUSION RESEARCH AND HIGH ENERGY NUCLEAR PHYSICIS APPLICATIONS | Zendy

R.F. Post | Zendy; C E Taylor | Zendy

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AIR CORE CRYOGENIC MAGNET COILS FOR FUSION RESEARCH AND HIGH ENERGY NUCLEAR PHYSICIS APPLICATIONS

Author(s) -

R.F. Post,

C E Taylor

Publication year - 1959

Language(s) - English

Resource type - Reports

DOI - 10.2172/4167772

Subject(s) - nuclear engineering , refrigeration , magnet , core (optical fiber) , electrical conductor , materials science , nuclear fusion , fusion power , superconducting magnet , nuclear physics , electrical engineering , physics , mechanical engineering , engineering , plasma , composite material

It is shown that cryogenic techniques offer the possibility of substantially improving the efficiency and practicality of generating high magnetic fields in air-core coils of large size. Over-all reductions in power requirements of as high as 25, by comparison with conventional coils, are predicted, provided high purity conductors and efficient refrigeration cycles are used. (W.D.M.

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