Development of Superconducting Dipole Design for Creation of Fast-Cycling Magnetic Fields

Ageev, A.; Bogdanov, I.; Scherbakov, P.; Slabodchikov, P.; Sytnik, V.V.; Tkachenko, L.; Зубко, В.; Kaugerts, J.; Moritz, G.

doi:10.1109/tasc.2004.829089

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“…The magnet has been operated successfully at 2 T/s. The higher field design required for the SIS 300 is based on the UNK 5 T [44] dipole combined with the successful elements of the RHIC-based SIS 200 prototype [45], [46]. The GSI R&D program is a collaboration of several institutions.…”

Section: A Gsimentioning

confidence: 99%

Future Accelerator Magnet Needs

Devred

Gourlay

Yamamoto

2005

IEEE Trans. Appl. Supercond.

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Abstract-Superconducting magnet technology is continually evolving in order to meet the demanding needs of new accelerators and to provide necessary upgrades for existing machines. A variety of designs are now under development, including high fields and gradients, rapid cycling and novel coil configurations. This paper presents a summary of R&D programs in the EU, Japan and the USA. A performance comparison between NbTi and Nb 3 Sn along with fabrication and cost issues are also discussed.

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Section: A Gsimentioning

confidence: 99%