1. ILC Accelerator Activities at Spain
ILC EUROPEAN ACTION PLAN
ILC Accelerator Activities at Spain
ILC-EAP

2. Outline: Facilities and Laboratories at Spain: CONECTA and the ILC
ILC R&D Accelerators activities
ILC Industrial activities
ILC-EAP

3. Accelerator Physics is a field rather new for Spain and there are not many National Labs or groups involved in the R&D for Accelerators Techniques for Particle and Nuclear, Physics, Fusion and Photonics Applications
ILC-EAP

4. CONECTA: Coordinación Nacional Española para la Ciencia y Tecnología de Aceleradores  
Bilbao
ESS
Barcelona
INTE-UPC
ALBA-CELLS
Madrid
CIEMAT
CMAM-UAM
Valencia
IFIC (CSIC-UV)
Sevilla
CNA-CSIC_UA
Huelva
LRF-UHU
ILC-EAP

5. CONECTA: Coordinación Nacional Española para la Ciencia y Tecnología de Aceleradores  
Bilbao
ESS
The major objective of this group is to serve as tool to provide support to coordinate the future Spanish actions in this field in both the national and international levels
Barcelona
INTE-UPC
ALBA-CELLS
Madrid
CIEMAT
CMAM-UAM
Valencia
IFIC (CSIC-UV)
Sevilla
CNA-CSIC_UA
Huelva
LRF-UHU
ILC-EAP

6. CONECTA: Coordinación Nacional Española para la Ciencia y Tecnología de Aceleradores  
Bilbao
ESS
Barcelona
INTE-UPC
ALBA-CELLS
ILC
Madrid
CIEMAT
CMAM-UAM
Valencia
IFIC (CSIC-UV)
Sevilla
CNA-CSIC_UA
Huelva
LRF-UHU
ILC-EAP

7. Participation in the Development of new Accelerator Technologies for Future Colliders in Particle Physics
Accelerators for FLC
CIEMAT
IFIC
FLC: FUTURE LARGE COLILDERS including: ILC, CLIC and HL_LHC
The project is divided in two subprojects carried out by two independents institutions the IFIC and the CIEMAT which are complementary and coordinated to achieve the main objectives of this project.
ILC-EAP

8. IFIC Background and FLC Projects
BPS in the TBL line of CTF3
Background and FLC Projects
OTR in ATF2
H collimator in ATF2
IFIC
ILC: BDS optics and instrumentation studies (OTRs)
ATF2: EXT line emittance growth beam studies and instrumentation (FONT micromovers, beam size measurement and emittance reconstruction OTRs), halo control and collimation
CLIC and CTF3: collimation systems studies, and instrumentation (TBL and Drive Beam BPMs, stripline kickers)
The background and the achievements of the two groups in previous projects
The IFIC group contribution to R&D for FLC has been mainly:
-For LHC and HL-LHC. In the past the IFIC contributed to design the high-beta optics for pp total cross section and luminosity measurement this experience
was useful to participate after in the development of the optics for the luminosity upgrade as well as to simulate the beam losses and collimation necessities in this new scenario.
For ILC we have participated in the BDS optics and Instrumentation working group, and also we have a big implication in its facility ATF2 where we have contributed to the EXT line emittance growth beam study and leading the beam size measurement and emittance reconstruction by means of a system made it of four OTRs.
-For CLIC we have participated in the study of the collimation system. In its facility CTF3 we have contributed by constructing 16 BPMs for the TBL. This experience serve us to initiate the study for the Drive Beam BPMs for CLIC 1st module.
ILC-EAP

9. CIEMAT ILC: SC combined quads TESLA 500
Background and FLC Projects
SC magnet for XFEL ML
CIEMAT
ILC: SC combined quads TESLA 500
XFEL: superferric magnet, phase shifter, precision movers, electronics racks
CLIC and CTF3: septa magnets, stripline kickers, H/V correctors, quad movers, PETS and tanks
PETS assembly
The CIEMAT group has made very important contributions in:
For LHC: the Ciemat constructed SC magnets and current leads
The Ciemat was contributing also in the preparatory phase of the LHC Upgrade with the design of a hard radiation resistant SC corrector magnet. This technology will be used for the non-linear corrector magnets being designed now for HL-LHC (INFN magnets contribution)
For ILC: the 1st Ciemat contribution was the design and construction of a combined SC magnet of type cos-theta for the predecessor of ILC: TESLA500. This experience has been profited after for the contribution in XFEL. The CIEMAT is presently delivering 104 magnet packages and furthermore it has contributed with the phase shifters, precision movers and electronic racks
For the CLIC test facility: CTF3 the Ciemat has delivered three types of CR resistive magnets: two septa, two ultrafast kickers and sixteen H/V correctors and thirteen quadrupole movers. But the most significant contribution has been the PETS structures with the design and production of the 1st prototype and posterior construction of eight units in collaboration with CERN. The collaboration continues in this sense and new PETS types has being developed at CIEMAT.
Besides the CIEMAT group is also contributing to others projects as IFIMIF with different types of accelerator components.
ILC-EAP

10. CFS ILC-EAP SPAIN Technical Area Sub system IFIC CIEMAT
SC 1.3 GhZ cryomodules
Magnets, power supplies (green aspects) X
1.3 GHz power & distribution
Cryogenic systems
Electron Source
Positron Source
Damping Rings
Instrumentation
RTML
Main Linac
Magnets, Installation hardware
BDS
Instrumentation, Collimators IR
Computing & Control
Installation
ILC-EAP

11. Industrial activities:
Spanish embassy in Tokyo
ECFA-LC in Santander
The Spanish industry under the framework of INDUCIENCIA, an association for the promotion of the industries working for science, has been made a big effort in strengthening the links with Japan. Two industrial events have been organized:
The results have been very useful to show the potential of the Spanish industry in big research projects, in particular the ILC
ILC-EAP

12. Tokyo Workshop:
ILC-EAP

13. Tokyo Workshop:
ILC-EAP

14. Tokyo Workshop:
ILC-EAP

15. Industrial Forum in ILCWS 2016:
ILC-EAP

16. Industrial Forum in ILCWS 2016:
ILC-EAP

17. The industries identified:
COMPANY
SUPPLY
TYPE
QUANTITY
ALDERAN
Intersection Control Rack for E-XFEL
Electronics & Instrum.
1 (prot.)
ANTEC
Combined Magnets for E-XFEL (magnet)
SC Magnet
105 SERIES
Magnet for AMIT (magnet)
Combined Quadrupoles for IFMIF
Resistive Magnet
APM
Moving Tables for E-XFEL
Mechanics
AVS
Scrapers for IFMIF
2 (prot.)
BTESA
RF Power Amplifier for IFMIF & AMIT cyclotron
RF Power
3 (prot.)
DMP-HTS
47 SERIES
Buncher cavity for IFMIF
Radiofrequency
Phase Shifter for E-XFEL
Special Magnet
PETS for CLIC/CTF3
ELYTT ENERGY
Magnets for the HEBT - IFMIF
6 (prot. & series)
INABENSA
INDEX
INDRA
RF Power Amplifier for IFMIF
16 (series)
NOVALTI
PINE
94 SERIES
RAMEM
SINTERSA
GAZC
LINAC for Racetrack Microtron
SEVEN SOLUTIONS
Low Level RF for IFMIF
RF power
TRINOS V. P.
Combined Magnets for E-XFEL (vessel)
Vacuum
Magnet for AMIT (vessel)
Cryogenics
Stripline Kickers for CTF3 (CLIC)
Solenoid Package for LIPAC/IFMIF
Beam Position Monitors for LIPAc
4 SERIES
ILC-EAP

18. Summary
In Spain, an important effort in the R&D activities for Future colliders is being made for detectors, accelerators and physics studies
This coordination is managed through a national network and coordinated projects in detectors and accelerators. It allows to have common discussions, optimize resources and find synergies
All these activities has been made in close collaboration with the industry, not only concerning the transfer technology, also the future call-for-tenders during the fabrication stage of the components
The Spanish industry under the framework of INDUCIENCIA, has been made a big effort in strengthening the links with Japan. The results have been very useful to show the potential of the Spanish industry in big research projects, in particular the ILC.
Notice the role of the industries in this collaborations
ILC-EAP

19. Thanks for providing material: J. Fuster L. Garcia-Tabares, F. Toral
ILC-EAP