This paper is a review of recent experimental results and computational methods needed for the fluid engineering aspects of hefium cooling systems for power applications. The discussion is illustrated by three different applications: large magnets; power transmission lines and ac generators. An atte
Heat transfer and hydrodynamics in cooling channels of superconducting devices
โ Scribed by V.I. Subbotin; V.I. Deev; A.I. Pridantsev; V.K. Andreev; V.V. Arkhipov; V.N. Novikov; A.N. Savin; V.V. Solodovnikov
- Publisher
- Elsevier Science
- Year
- 1985
- Tongue
- English
- Weight
- 338 KB
- Volume
- 25
- Category
- Article
- ISSN
- 0011-2275
No coin nor oath required. For personal study only.
โฆ Synopsis
The melhods ol measuremenl ol the oscdlaling held Ihreshold amplitude, AB v, are rev0ewed
As Ih=s quanl=ly increases, an ellecl~ve resmlance occurs. The dependence ol AB v upon currenl and hequency for monohlamenl and mullddamenl conductors ~s sludied. A Iheore-Imal approach ~s suggested and similar effects are also shown to exmt m rolaling magnelm helds.
๐ SIMILAR VOLUMES
Hydrodynamics and heat transfer by natural conduction and convection are described for an inclined plane channel immersed in a cooling liquid. Equations are derived which allow calculation of these quantities in cryogenic applications.
An apparalus Ior the expeumental delermmaUon ol Iluid dynamic properlies ol cryogens ,s descr,bed. 1he behavnour ol cryogens Ilowmg nn channels under centrifugal acceleralions may be delerm,ned using Ihis equipmenl and heal and mass transfer may also be mveslngaled. The devnce can be operated at tem