Ferdinand, R.

Paper	Title	Page
THXKI02	Room Temperature Structure Development for High-Current Applications	2564
	R. Ferdinand GANIL, Caen
	A lot of new high current accelerators use both room temperature and superconducting structures. While it is clear that low beam current, low duty cycle accelerator should push for superconducting cavities, high current CW applications still prefers room temperature structure. This mainly depends on the accelerator constrains and objectives. This talk will present an overview of the worldwide activities and recent developments of room temperature structures for high-current applications.
	Slides
THOAKI04	Status of the Cryomodules for the SPIRAL 2 Superconducting LINAC	2578
	P. Bosland, P.-E. Bernaudin, G. Devanz, A. Perolat, C. G. Thomas-Madec CEA, Gif-sur-Yvette S. Blivet, T. Junquera, D. Longuevergne, F. Lutton, G. Martinet, G. Olry, H. Saugnac IPN, Orsay R. Ferdinand GANIL, Caen M. Fruneau, Y. Gomez-Martinez, F. Vezzu LPSC, Grenoble
	The SPIRAL 2 superconducting linac is composed of 2 cryomodule families. The first family in the low energy section, called cryomodules A, is composed of 12 cryomodules housing a single cavity at β=0.07. The second family in the high energy section, called cryomodules B, is composed of 7 cryomodules housing 2 cavities at β=0.12. The frequency of these QWR resonators is 88.050 MHz, and the design goal for the accelerating field Eacc is 6.5 MV/m. This paper describes the present status of the cryomodules development.
	Slides