1. Proton Driver Initiatives
Marco Zito (Dapnia-SPP)
Bene Meeting
Cern, July
Bene Open Meeting,CERN
July 4, 2006
Marco Zito

2. Taking over from Christian Cavata Not an expert in this field !!
Foreword
Taking over from Christian Cavata
Not an expert in this field !!
Still learning the job: issues, people, tasks….
Your input/advice is very welcome
Bene Open Meeting,CERN
July 4, 2006
Marco Zito

3. Proton Driver for neutrino beams : Initiative for FP7
Slide from Christian,
april meeting at RAL
In FP6 :
Mainly HIPPI and XADS
Outside FP6 :
LINAC4 CERN
RAL Isis/ESS/Nufact Accelerator R&D
What in FP7 ?
SCRF infrastructure at CERN, proposed by A. Wagner, endorsed by several Labs in EU, should be supported by Neutrino EU community (→pdriver and muon acceleration)
Follow up on HIPPI ?
Eurotrans : ADS demonstrator
Bene Open Meeting,CERN
July 4, 2006
Marco Zito

4. Proton Driver for neutrino beams : Initiative for FP7
Slide from Christian,
april meeting at RAL
28 April 2006
Statement of Interest in a
European SC RF Facility
To: CERN Council Strategic Planning Group
From: BENE (Beams for European Neutrino Experiments)
Subject: European Super-Conducting RF Facility
This short statement, on behalf of BENE, intends to convey to the Council SPG the support of the Accelerator-based European Neutrino community for the SC RF Facility proposed in the Letter of Intent, sent in March by Prof A. Wagner, chair of the Tesla Technology Collaboration.
Superconducting RF is essential in the context of a future neutrino facility. It is planned to be used in the proton driver and, in the case of a neutrino factory, in the muon accelerators. Therefore, the European BENE Networking Activity, grouping many laboratories and institutes interested in the promotion of a future neutrino facility in Europe, would like to state clearly its interest in the proposed facility.
For it to be matched also to the needs of a neutrino facility, it should be able to support the development, construction and test of the larger cavities operating at 700 MHz for the proton driver and 200 MHz for the muon accelerators. This implies the following capabilities:
Niobium on Copper construction techniques,
the processing of cavities of the corresponding size and technology,
High power RF testing at both frequencies.
The components which have to be developed have large similarities with the ones needed for the ILC and could greatly benefit from the experience jointly gained. This is in particular the case of:
high quality cavities,
high power couplers, High-Order Mode couplers,
tuners,
embedded magnet package,
Beam Position Monitors (BPM),
cryostat vessel.
We acknowledge the explicit mention of synergies with other applications in Prof. Wagner’s document
The facility proposed has to include a considerable infrastructure such as clean rooms, cryogenics, surface preparation, ultrahigh vacuum installations, RF test equipment etc. which it is very desirable to use for multiple purposes. Sharing it will undoubtedly profit to all future applications of the superconducting technology and help design economically optimized devices.
We are glad to have an opportunity to collaborate with the ILC effort and ready to give our contribution to the formulation of the more complete proposal that will be submitted in the framework of FP7.
V. Palladino (Coordinator of the CARE/BENE Network)
Editors : A. Blondel, C. Cavata, P. Dornan, V. Palladino
Bene Open Meeting,CERN
July 4, 2006
Marco Zito

5. Slide from Christian, april meeting at RAL Marco Zito
Bene Open Meeting,CERN
July 4, 2006
Marco Zito

6. IFMIF Project International Fusion Material Irradiation Facility
Part of the “enlarged approach” package containing ITER
2 phases : EVEDA (Engineering Validation Engineering Design Activity)(Rokkasho) prototype of upstream block, then IFMIF (Europe)
Start in 2007
33 ME: France, Italy, Spain
High power (10MW), huge neutron flux (20 dpa), challenge to machine reliability
Bene Open Meeting,CERN
July 4, 2006
Marco Zito

7. Présentation Approche élargie
ITER
International Fusion Energy Research Center
ITER Remote Center
ITER
Setting Experimental Parameters
Data Acquisition and Analysis
Computer Simulation Center for Fusion Science
JT 60 SA Satellite Tokamak
IFMIF-EVEDA
Fusion Power Plant Technology
DEMO
Bene Open Meeting,CERN
July 4, 2006
Marco Zito

8. IFMIF and the Road Map fusion
Test & verify materials performance for design, construction, licensing and safe operation of DEMO
~2015
DEMO Reactor
Operation
EVEDA
Construction
~2025
Sufficient Information
for DEMO Construction
EVEDA Task
Design Integration
Ion Source Test
Accelerator Test
Diagnostics
System Design
Main Loop Model
Diagnostics
Li Purification
Remote Handling
System Design
Test Module
Small Specimen Test
Diagnostics
Remote Handling
System Design
Accelerator
Target
Test Cell
DT Linac
Injector
RFQ
40 MeV
0.1 MeV
Bene Open Meeting,CERN
July 4, 2006
5 MeV
Li Purification
Loop
Marco Zito

9. Le grand IFMIF (International Fusion Materials Irradiation Facility)
Most important task is to realise overall design of the facilities
Installation d’irradiation des matériaux par les neutrons de 14 MeV
Document de référence : CDR (Comprehensive Design Report)
Lieu d’implantation non déterminé
Bene Open Meeting,CERN
July 4, 2006
Marco Zito

10. IFMIF (International Fusion Materials Irradiation Facility)
40 MeV 2 x 125 mA 10 MW faisceau
1 MW cw 175 MHz 2
Bene Open Meeting,CERN
July 4, 2006
Marco Zito

11. Scheme of the IFMIF EVEDA Accelerator
Bene Open Meeting,CERN
July 4, 2006
Marco Zito

12. IPHI (Injecteur de Protons Haute Intensité)
RFQ
Diagnostics
Dump
300 kW
Source SILHI ECR
plateforme 100 kV
guides d’onde
1ère section RFQ
Proton beam 3 MeV 100 mA, installation and long-term test in
Bene Open Meeting,CERN
July 4, 2006
Marco Zito

13. Next steps?
Bene Open Meeting,CERN
July 4, 2006
Marco Zito