Quench characteristics of 5-cm-aperture, 15-m-long SSC dipole magnet prototypes

W. Nah,A. Akhmetov,M. Anerella,R. Bossert,T. Bush,D. W. Capone,J. Carson,R. Coombes,J. Cottingham,S. W. Delchamps,A. Devred,J. Di Marco,G. Ganetis,G. Garber,C. Goodzeit,A. Ghosh,S. Gourlay,A. Greene,R. Gupta,R. Hanft,A. Jain,S. Khan,E. Kelly,W. Koska,M. Kuchnir,J. Kuzminski, M. J. Lamm,P. Mantsch,P. O. Mazur,G. Morgan,J. Muratore,T. Ogitsu, D. Orris,J. Ozelis,T. Peterson,E. G. Pewitt,A. Prodell, M. Puglisi,P. Radusewicz,M. Rehak,E. P. Rohrer,J. Royet,W. Sampson,P. Sanger,R. Scanlan,R. Schermer,R. Shutt,R. Stiening, J. Strait,C. Taylor, R. Thomas,P. Thompson,J. C. Tompkins,J. Turner, M. Wake, P. Wanderer,E. Willen,Y. Yu,J. Zbasnik,Y. Zhao,H. Zheng

IEEE Transactions on Applied Superconductivity（1993）

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摘要

The quench performance and ramp rate sensitivity of eighteen 5-cm-aperture, 15-m-long SSC dipole magnet prototypes are discussed. All the magnets appear to reach a quench plateau near their extrapolated short sample current limit and well in excess of the operating current with very little training. Most of the magnets, however, exhibit a dramatic degradation of their quench current as a function of ramp rate, which for the most part, can be attributed to large cable eddy currents.

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关键词

beam handling equipment,eddy current losses,proton accelerators,storage rings,superconducting magnets,synchrotrons,15 m,5 cm,SSC dipole magnet prototypes,Superconducting Super Collider,cable eddy currents,quench performance,quench plateau,ramp rate sensitivity,short sample current limit,superconducting magnets

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