RF programme Review for the ESGARD Roadmap to EUCARD2 Peter McIntosh (STFC) Stephane Chel (CEA) Wolf-Dietrich Moeller (DESY)

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Presentation transcript:

RF programme Review for the ESGARD Roadmap to EUCARD2 Peter McIntosh (STFC) Stephane Chel (CEA) Wolf-Dietrich Moeller (DESY)

R&D Themes #typetitletopicThematic coordinatorsEU [M€]EU [%] 1MGTManagement ESGARD.7 7% 2NACommunication % 3NAEuroLumi2Performance of hadron colliders F. Zimmermann*/CERN + deputy.4 20% 4NALowERing Low emittance rings collaboration network S. Guiducci/INFN Y. Papaphilippou*/CERN.4 5NAEuroNNAc2Laser and plasma electron acceleration R. Assmann*/CERN + EuRONNAC deputies.4 6NAEnEfficient Sustainable and energy efficient technologies: RF,… Mike Seidel/PSI* ESS?.4 7NAAccApplic Applications of accelerators to industry and medicine R. Edgecock*/STFC + deputy.4 8TA Open access facilities MICE, HiradMat, MagNet, CryoCubet.b.d. later % 9JRAMagColMagnets and protection (collimation)L. Bottura/CERN or L. Rossi*/CERN % 10JRARFNc and sc RF technologies P. McIntosh/STFC* + W-D Mueller/DESY S. Chel/CEA as JRAANAC2Assessment of advanced conceptsR. Assmann*/CERN + deputy %

Coordinator(s) Task Define a prioritized list of Networking and/or R&D activities within the thematic domains to be conducted within the next European Integrating Activity project on Accelerator Sciences to be submitted end Activities should come as natural follow up to CARE/EuCARD projects with emphasis on the benefits to the society, whilst complementing the TIARA preparatory phase. For each NA or JRA task, the partners shall provide balancing funds that at least matches the EU funding. If accepted with a budget cut (typically 20% to 30%), the balancing funds are expected to be maintained, reducing the negative impact of the EC funding cut.

Timescales WhenWhoWhat 30/09/2010EuCARD PCCollect proposals of R&D themes from EuCARD members 15/11/2010Roy + EuCARD SCDiscuss these and finalize 14/01/2011ESGARD Select themes for NA’s, TA’s and JRA’s. Produce version -1 of EuCARD2 to be used as guidelines 31/1/2011Roy + Jpk Identify theme coordinators & get agreement and send mandate and term of reference to theme coordinators 29/4/2011Jpk Collect proposals of theme coordinators and produce version 0 of EuCARD2 10/5/2011ESGARDDiscuss and amend version 0 24/6/2011Jpk Collect version 1 of theme coordinators and produce version 1 of EuCARD2 8/7/2011ESGARDComments on version 1 and nomination of General Coordinator

Preliminary Proposals ProposalLead NCSC 1)Alternative designs for CLIC with high gradient and suppression of beam-induced wakefields. 2)Fundamental characteristics of RF break-down. 1)HOM monitors 2)Thin film technology R Jones (UMAN) New materials, new fabrication and preparation techniques for CLIC 12 GHz structures, to reduce electromigration, field emission, fabrication cost and testing. 1)Progress in high gradient and high power superconducting cavities for proton linacs: qualification of the 700 MHz cavity in CryHoLab, e.g. EuCARD beta=1 cavity with improved couplers. 2)Multilayer SC cavities for high gradient (ILC) O Napoly (CEA) 1)High gradient X-band RF 2)High-gradient C-band RF 3)RF pulse compression techniques 4)Low level control of phase and amplitude in pulsed RF systems 5)Development of solid state RF amplifiers T Garvey (PSI) 1) Low frequency (201 MHz) normal and Nb on Cu RF: technology development 2) Muon linac/RLA cryomodule development/prototype/test 3) RF development, including RF in magnetic field (Nu facilities), with STFC, CERN, UNIGE,… K Long (Imperial) Optimization of LLRF control:beam feedbacks,- pushing the control system performance by noise reduction,- optimization of frequency distribution,- optimization of the SC cavity performance by Lorenz Force Detuning and microphonics compensation M Grecki (DESY) Development of CLIC crab cavity solution and high power verification.Development of LHC crab cavity cryomodule solution and high power gradient test verification. G Burt (ULAN) (1)Set-up of a test-stand for the characterization of SRF samples at high resolution in surface resistance. (2)Production/characterization of superconducting thin films. (3)Microphonics compensation (4)Feasibility study on the diamond amplifier cathode (5)Development of a SC cathode or other thin film, high QE material which can be directly applied to the SRF cavity surface O Kugeler (HZB) A) CTF3+B) Preparation of Nb3Sn thin films and qualification A)S Doebert (CERN) B)W Weingarten (CERN)

Today’s Programme

Review Aims Compile a list of RF activities for EUCARD2. Identifying how proposals are extending existing EUCARD or other framework activities. How will existing facilities/infrastructures be enhanced. Identify collaboration networks. Provide an estimate for resource requirements. Identify project synergies and amalgamation opportunities to strengthen collaborations.