Crab cavity and cryomodule development for HL-LHC

The HL-LHC project aims at increasing the LHC luminosity by a factor 10 beyond the design value. The installation of a set of RF Crab Cavities to increase bunch crossing angle is one of the key upgrades of the program. Two concepts, Double Quarter Wave (DQW) and RF Dipole (RFD) have been proposed an...

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Detalles Bibliográficos
Autores principales: Carra, Federico, Amorim Carvalho, Alexandre, Artoos, Kurt, Atieh, Said, Aviles Santillana, Ignacio, Belomestnykh, Sergey, Boucherie, Antoine, Brachet, Jean-Pierre, Brodzinski, Krzysztof, Burt, Graeme, Calaga, Rama, Capatina, Ofelia, Capelli, Teddy, Dassa, Luca, De Silva, Subashini, Delayen, Jean, Dijoud, Thibault, Mainaud Durand, Helene, Favre, Gilles, Ferreira, Leonel, Freijedo Menendez, Paula, Garlaschè, Marco, Guinchard, Michael, Jones, Thomas, Kuder, Norbert, Langeslag, Stefanie, Leuxe, Raphael, Li, Zenghai, Macpherson, Alick, Marinov, Kiril, Minginette, Pierre, Montesinos, Eric, Motschmann, Fritz, Nicol, Thomas, Olave, Rocio, Parente, Claudia, Park, HyeKyoung, Pattalwar, Shrikant, Prever-Loiri, Laurent, Pugnat, Dominique, Ratti, Alessandro, Rigutto, Emilien, Rude, Vivien, Sosin, Mateusz, Templeton, Niklas, Vandoni, Giovanna, Verdú-Andrés, Silvia, Villiger, Gilles, Wu, Qiong, Xiao, Binping, Zanoni, Carlo
Lenguaje:eng
Publicado: 2015
Materias:
Accelerators and Storage Rings
Acceso en línea:https://dx.doi.org/10.18429/JACoW-SRF2015-FRBA02
http://cds.cern.ch/record/2288284
Descripción
Sumario:The HL-LHC project aims at increasing the LHC luminosity by a factor 10 beyond the design value. The installation of a set of RF Crab Cavities to increase bunch crossing angle is one of the key upgrades of the program. Two concepts, Double Quarter Wave (DQW) and RF Dipole (RFD) have been proposed and are being produced in parallel for test in the SPS beam before the next long shutdown of CERN accelerator’s complex. In the retained concept, two cavities are hosted in one single cryomodule, providing thermal insulation and interfacing with RF coupling, tuning, cryogenics and beam vacuum. This paper overviews the main design choices for the cryomodule and its different components, which have the goal of optimizing the structural, thermal and electro-magnetic behavior of the system, while respecting the existing constraints in terms of integration in the accelerator environment. Prototyping and testing of the most critical components, manufacturing, preparation and installation strategies are also described.

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