Microscopes for the Physics at the Femtoscale: GANIL-SPIRAL2
The DESIR facility at SPIRAL2
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Transcript of The DESIR facility at SPIRAL2
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TheThe DESIRDESIR facility at SPIRAL2facility at SPIRAL2
An opened collaboration to promote ISOL beams at SPIRAL2 :
Result of the SPIRAL2 workshop held at GANIL on July 2005:
« Physics with low energy beams at SPIRAL2 »
http://spiral2ws.ganil.fr/2005/lowenergy/program/presentations/
Working groups:
- Beam handling and beam preparation
- Laser spectroscopy
- Decay spectroscopy
B. BlankB. Blank, M.J.G. Borge, P. Cambell, F. Herfurth, F. Leblanc, M. Lewitowicz, D. Lunney, O. Naviliat-Cuncic, G. Neyens, J.C. ThomasJ.C. Thomas and …
Désintégration, Excitation et Stockage d’Ions Radioactifs
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DESIR Physics programDESIR Physics program
Laser spectroscopy: collinear laser spectroscopy and -NMR moments, spins, radii, etc…
Fundamental interactions: CVC, CKM matrix: 00++ → 0→ 0++ transitions transitions exotic interactions like scalar or tensor currents electric dipole moments to test CP and T violation with e.g. Ra
Decay spectroscopy: p-p correlationp-p correlation, astrophysics, cluster emission, GT strength exotic shapes, halo nuclei, etc...
Solide state physics and other « applications »
Call for LoI : May 2006Call for LoI : May 2006
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“Physics with low energy beams at SPIRAL2”
1. A new experimental area of about 1500m2
2. A High Resolution mass Separator (HRS) with a resolution of M/M>5000Proposed separation scheme: Low Resolution mass separator → RFQ cooler → HRS
• Availability from day 1Neutron-rich and neutron-deficient beams
2. More than one production target – ion source station (flexibility) Fast change of the mass setting
5. Extension of the current LIRAT beam line
Conclusions of the SPIRAL2 Workshop (July 2005) : M. Lewitowitcz
Technical requirements
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SPIRAL 2 LAYOUTSPIRAL 2 LAYOUT
LINAGLINAG
Production buildingProduction building
GANIL facilityGANIL facility
LIRATLIRAT
DESIRDESIR
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Production buildingProduction building
CIM
ECIM
E
11++
nn++
LIRAT LIRAT beambeam
Ident.Ident.
HRSHRS
Exp. HallExp. HallDeuteron
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UndergroundUnderground
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Ground-floorGround-floor
Cooling/BunchingCooling/Bunching
Spectroscopy Spectroscopy of trapped of trapped
beamsbeams Laser Laser SpectroscopySpectroscopy
Decay studiesDecay studies
Other Other purposespurposes
Fundamental Fundamental InteractionsInteractions
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Synergies with Synergies with FAIR/NuSTAR FAIR/NuSTAR andand LPCLPC
expertiseexpertise
Beam preparation: cooler, traps, trap-assisted spectroscopy (MATS)
Laser setups (LASPEC)
Neutron detection (NCAP)
New types of charged-particle and gamma detectors (e.g. LaBr3)
Low-energy beam diagnostics
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Towards DESIRTowards DESIR DESIR project presented to the IN2P3 SC : 07/06DESIR project presented to the IN2P3 SC : 07/06
Proposals for experiments: spring 2007Proposals for experiments: spring 2007
DESIR building design study: B.Blank, CENBGDESIR building design study: B.Blank, CENBG
DESIR HRS+cooler: D. Lunney, CSNSMDESIR HRS+cooler: D. Lunney, CSNSM
Laser ionization source: F. Le Blanc, IPN Orsay-ALTOLaser ionization source: F. Le Blanc, IPN Orsay-ALTO
Decay spectroscopy station: VS3 project (ANR 2006)Decay spectroscopy station: VS3 project (ANR 2006)
DESIR identification station: J.-C. Angelique, LPC (??)DESIR identification station: J.-C. Angelique, LPC (??)
Test bunch for diagnostic tools at LIRAT ?Test bunch for diagnostic tools at LIRAT ?
DESIR LoI presented to the SP2 SAC : autumn 2006DESIR LoI presented to the SP2 SAC : autumn 2006
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Possible extension of LIRATPossible extension of LIRAT Multi-beam facility (physics program 2011)
Tests and development for SPIRAL2 & DESIR
LIRAT today
SPIRAL2SPIRAL2
11++ nn++
LPC TrapLPC Trap
R&DR&D
Spec. Spec.
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Nuclear structure of neutron-rich nuclei by means of and
e- spectroscopy : 8282--8686Ge at ALTO (year 2)Ge at ALTO (year 2) Correlation studies : nucleon-nucleon interaction and cluster
structures from multiparticle emission processes (-xp, -x) : -2p decay of -2p decay of 3131ArAr at LIRATat LIRAT (year 4)(year 4)
Physics motivation
RIB facilities: ALTO, LIRAT, DESIR, (ILL, ISOLDE ?)
Funding demand: ANR 2006 – 543 k€
A VVersatile and SStandalone SSpectroscopy SSetup
Test bench for low energy (radioactive) beam diagnostics
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8 Si Cube, VME acquisitionB. Blank, CENBG
Fast (>5 m/s) tape transport system
Ph. Dessagne, IReS
Stable & radioactive beam diagnostic
systemJ.-C. Thomas, G. Frémont, GANILN. Orr, J.-C. Angélique, L.A. Achouri, G. Iltis, J.-M. Gautier, LPCG. Simpson, LPSC
D. Verney, IPNO
Profiler
Profiler
Collimators
FaradayCup
Low EnergyBeam
SiXY
Segmented detector
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Man power & funding requestMan power & funding request
Contribution du LPCContribution du LPC scientifique : 3 personnes à 20 % pendant 18 moisscientifique : 3 personnes à 20 % pendant 18 mois technique : 2 personnes à 30 % pendant 24 et 36 moistechnique : 2 personnes à 30 % pendant 24 et 36 mois
Budget :Budget :
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