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GANIL/SPIRAL
A.C.C. Villari
A facility for Nuclear, Atomic, Material and
Radiobiology Sciences. Delivering stable (from C
to U) and radioactive ions (from He to Xe) in the
energy range of meV to 90A MeV.
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Stable beams from C to U
5A - 13.0A MeV
SISSI
27A - 95 A MeV
RIB E 25A - 80A MeV
RIB He, N, O, F, Ne, Ar, Kr
E lt 20A keV
E 1.7A - 25A MeV
IRRSUD
3 simultaneous beams at different energies
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GANIL/SPIRAL
New nuclei
New masses
New isomers
Radii measurements
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Radioctive isotopes produced in the UCx target
of SPIRAL2
high intensity light ions
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Fundamental properties, structure,
astrophysics, solid state matter, fundamental
interactions.
Acees to domains requesting intense radioactive
beams, high intensity stable beams and neutrons.
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GANIL, some numbers Personnel 240 (21
physicists) Budget 9M Users 700 (40 out of
France) Beam time 5000 2000 in parallel
Latest European actions EXOGAM VAMOS LISE-2000 S
PIRAL 2 RTD
For SPIRAL 2, the main items For collaboration
are
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A. Mosnier, project leader
A/Q 3
Beam power 300kW
SILHI-deuteron 5mA
ECRIS-HI 1mA
QWSC - LINAC E 14.5A MeV
RFQ - 0.75A MeV
www.ganil.fr/research/developments/spiral2/index.h
tml
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Dedicated low energy experimental room
Heavily shielded production cave
www.ganil.fr/research/developments/spiral2/index.h
tml
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Very low energy experimental room
Injection to CIME
CIME resolution
www.ganil.fr/research/developments/spiral2/index.h
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n
d
UCx
5mA, 1013 f/s (low density version)
d
UCx
0.3mA, 1013 f/s
n
d
IGISOL, well suited for refractory andshort
living isotopes.
He
U,Th... thin fissile target
www.ganil.fr/research/developments/spiral2/index.h
tml
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Fusion-evaporation and transfer reactions
residues produced by thick target method (ISOL).
p,d,HI
Thick target
Thin target
HI
separator
www.ganil.fr/research/developments/spiral2/index.h
tml
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• Proposition for a Design Study in the 6th PCRD
• Some considerations (5)
• Need of an intermediate generation facility
• in the horizon of 2008.
• 2. Partners.
• Need of expertise.
• Part of the developments is also important
• for EURISOL and ß beams.
• 5. 2(3) independent beam lines.