Participation in the Development of new Accelerator Technologies

Participation in the Development of new Accelerator Technologies for Future Colliders in Particle Physics FLC Spain 2010 1

Participation in the Development of new Accelerator Technologies for Future Colliders in Particle Physics Madrid CIEMAT Valencia IFIC FLC Spain 2010 2

Participation in the Development of new Accelerator Technologies for Future Colliders in Particle Physics Madrid CIEMAT Valencia IFIC Accelerator Physics is a field rather new for Spain and there are not many groups involved in the R&D for Accelerators Techniques for Particle Physics Applications FLC Spain 2010 3

Other existing collaborations/projects: Spanish ILC Network, CTF 3, EUCARD, PARTNER Barcelona UPC Madrid CIEMAT FLC Spain 2010 Valencia IFIC 4

Outline: Scientific Project • Motivation • Objectives • Background, Expertise and Participants Working Plan Coordination FLC Spain 2010 5

Motivation: Establish a solid nation-wide collaboration that will participate in the research and development of the required technologies for Accelerators for Future Large Colliders (ILC, CLIC, Super B-factories, upgrade LHC) Accelerators (ILC, XFEL, CTF 3, CLIC, LHC) Beam Dynamics studies and experiments FLC Spain 2010 Beam Instrumentation design, construction, calibration and integration including the associated electronics Magnets design, construction and measurement, superconductivity RF structures design, construction and testing including the EM analysis 6

Beams Dynamics and Experiments Objectives Beam size simulations in the OTR 1 Beam size measurement in the OTR 1 X • Beam studies, realistic tracking simulations, control software developments and experiments for the multi-OTR system in the EXT line of the ATF 2 • Realistic tracking simulations and control software developments for FONT 4 (with micromovers) in ATF 2 • Simulation and beam measurements on beam halo, intensity reach, collimation efficiency and upgrades for the LHC FLC Spain 2010 7

OTR 2 installed in the EXT line of ATF 2 Beam Instrumentation Objectives 1 st module of CLIC • Design, construction and calibration of the Multi-OTR system for EXT line of ATF 2 • Contribution to R&D for the dipole mode cavity BPM for the MLI of ILC • Contribution to conceptual design of BDS-BPM for ILC • Design and construction of an inductive BPM prototype for the Drive Beam Injector of the CLIC drive beam • Contribution to conceptual design of a Drive Beam Decelerator BPM for the 1 st CLIC module FLC Spain 2010 8

MLI Quadrupole cross section (from V. Kashikhin) Objectives Superconducting Magnets LHe tank for current leads connections Beam pipe Iron yoke BPM • Contribution to the conceptual design and production of a demonstrator of a combined superconducting magnet (Nb. Ti, Mg. B 2, HTc) with indirect cooling and split iron yoke for the MLI of ILC • System Integration and Engineering for the MLI cryomodule • Design of a sextupolar corrector magnet with high radiation hardness for the upgrade of LHC FLC Spain 2010 9

PETS during fabrication RF structures Objectives 1 st module of CLIC • Design, Construction and testing of a CLIC’s PETS prototype • System integration and engineering in the 1 st module of CLIC • Material Breakdown studies of X-band structures • Studies of X-band structures (medical applications) FLC Spain 2010 10

Background, Expertise and Participants BPS in the TBL line of CTF 3 Energy deposition in CLIC spoiler IFIC • LHC: High-b optics for: TOTEM and ATLASLuminosity measurement and collimation studies • ILC: BDS optics: e-e- options and feedback • ATF-ATF 2: EXT line emittance growth beam studies, instrumentation (FONT 4 micromovers, OTRs) • CLIC and CTF 3: collimation system and instrumentation (TBL BPMs) FLC Spain 2010 11

Background, Expertise and Participants PETS assembly XFEL magnet during fabrication CIEMAT IFMIF • LHC: superconducting magnets and currents leads • ILC: superconducting quads TESLA 500 • XFEL: superferric magnet, phase shifter, precision movers, support base • CLIC and CTF 3: septa magnets, stripline kicker, H/V correctors, quad movers, PETS and tanks • IFMIF: magnets for DTL, medium/high energy beam transport line, beam dump FLC Spain 2010 12

Background, Expertise and Participants IFIC: Beam dynamics, Instrumentation CIEMAT: Magnets, RF Structures Accelerators for FLC Spain 2010 13

Background, Expertise and Participants IFIC: Beam dynamics, Instrumentation The IFIC and CIEMAT groups have covered different aspects of the accelerator design and construction that are complementary and this strengthens the potential of this collaboration project CIEMAT: Magnets, RF Structures Accelerators for FLC Spain 2010 14

Background, Expertise and Participants The balance of all these collaboration projects has been very positive FLC Spain 2010 New capabilities have been created in the IFIC and the CIEMAT groups which are being used for other facilities Spanish companies having produced these devices for the first time in our country are in position to participate in the industrialisation in a future 15

Background, Expertise and Participants The balance of all these collaboration projects has been very positive FLC Spain 2010 New capabilities have been created in the IFIC and the CIEMAT groups which are being used for other facilities Spanish companies having produced these devices for the first time in our country are in position to participate in the industrialisation in a future • Trinos-VP and Cryovac for vacuum technologies • Lemar, HERGA, Werkstat, Mecanizados Huertas and Jucar Utillajes for mechanics • AIMEN for brazing • Elytte and ANTEC for superconducting magnets 16

[1] Background, Expertise and Participants Group Members IFIC CIEMAT A. Faus-Golfe AFG F. Toral FT C. Blanch/EN 1 CB L. Garcia-Tabares LGT J. J. Garcia- JJG Garrigos/EN 2 I. Rodriguez (? ) IR (? ) J. Alabau CM D. Carrillo DC C. Belver CBA S. Sanz SS S. Verdu SV I. Moya IM L. Sanchez LS A. Lara AL EN 3 PD 1 (J. Lopez) FTE PDn: postdoctoral Resta PD 1 6 ENn: engineer / applied physicist FLC Spain 2010 FTE LICn: graduate student, TCn: technician 5 17

Working Plan Beam Dynamics (IFIC) Tasks Beam Instrumentation (IFIC) RF structures (CIEMAT) Superconducting Magnets (CIEMAT) FLC Spain 2010 18

Working Plan Calculation • Electromagnetic analysis • Mechanical analysis Device: magnet, BPM, OTR, mover…. FLC Spain 2010 Prototyping • • • Design: tooling, drawings Fabrication follow-up Assembly Testing and Calibration Associated electronics 19

Coordination: Beam Physics Technology Engineering The project can only be undertaken in the frame of a collaboration of the two groups (Technical Collaboration Board) that will foster the coordination and follow-up of the project, as well as the sharing of their expertise in the different aspects of the project. FLC Spain 2010 20

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