Progress on RF superconductivity at Saclay

Antoine, C.; Zeitoun, A.; Vallet, C.; Juillard, Michel; Caruette, M.; Safa, H.; Fouaidy, M.; Tan, Jiajun; Cantacuzino, S.; Desmons, M.; Daillant, B.; Gobin, Joseph; Aune, B.; Bourbonneux, J.; Gastebois, J.; Jabłonka, M.; Novo, Jorge; Delomez, B.; Junquera, T.; Roudier, P.; Groux, B.; Boudigou, Y.; Poupeau, Jean Pierre; Noer, R.; Mahut, B.; Bonin, Bernard; Henriot, C.; Gratadour, J.; Jouve, G.; Rodriguez, J.P.; Hanus, Xavier; Ngoc, B. Phung; Martignac, J.; Boussoukaya, M.; Bosland, P.; Mosnier, A.; Magné, Christian; Charrier, J.P.; Joly, J.; Curtoni, A.; Jiménez, M.; Coadou, B.; Chel, S.; Bolore, M.; Koechlin, F.; Klein, E.

doi:10.1109/pac.1993.308771

Proceedings of International Conference on Particle Accelerators PAC-93 1993

DOI: 10.1109/pac.1993.308771

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Progress on RF superconductivity at Saclay

C. Antoine¹,

A. Zeitoun²,

C. Vallet³

et al.

Abstract: The Saclay program of R&D on RF superconductivity is continuing, with applications in the frame of the TESLA and ELFE projects. The main topics under study have been the research of high accelerating gradients, and low RF dissipation in superconducting cavities. Thin superconducting films have also been investigated. We report substantial progress in these three areas.

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