Status on the HYDE project Collaboration: University of Huelva, Spain (coordinator) GSI-Darmstadt,...
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Status on the HYDE project oration: sity of Huelva, Spain (coordinator) rmstadt, Germany. sity of Sevilla, Spain. EM Madrid, Spain. iversity of Leuven, Belgium. uvain la Neuve, Belgium. tan Institute for Nuclear Studies, Warsaw, Poland. wodniczandki Institute of Nuclear Physics PAN, Krakow, Poland. t support : collaboration clay
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Preliminary concept design - Handy design modular system 600mm ? 300mm AGATA chamber Target
Transcript of Status on the HYDE project Collaboration: University of Huelva, Spain (coordinator) GSI-Darmstadt,...
Status on the HYDE project
Collaboration:University of Huelva, Spain (coordinator)
GSI-Darmstadt, Germany.University of Sevilla, Spain.CSIC-IEM Madrid, Spain.IKS-University of Leuven, Belgium.CRC Louvain la Neuve, Belgium.A. Soltan Institute for Nuclear Studies, Warsaw, Poland.H. Niewodniczandki Institute of Nuclear Physics PAN, Krakow, Poland.
Present support:FAZIA collaborationCEA-Saclay
Physics at 3-20 MeV/u should we include up to 100 MeV/u??: - Direct Nuclear Reactions, Clustering, Fusion Evaporation, Deep Inelastic, etc.
The HYDE concept
Status and perspectives 2006-2008:- Preliminary concept design.- Simulations GEANT4.- Status and funding.
E1 E2 EDetection techniques:- E1 : gas/monolithic Si-10m.- E2 : DSSD 40 m.- E : Single PAD 2 mm.- Pulse shape analysis.- Time of flight.
HYDEGoals: - Charged particles.- Good charge and mass identification.- Efficiency (>60%).- Good energy resolution (<300 keV).- Angular resolution (<2º).
Beam: - Large emitance > 20 mmmrad.- Low intensity <107 pps.
Preliminary concept design
- Handy design modular system
600mm ?
600m
m?
600mm ? 300mm
300m
m
300mm
AGATA chamber
Target
0 10 20 30 40 50 60 Etotal / MeV
1H+
02468
101214161820
ED
SS
SD /
MeV
4He2+
6Li3+
9Be4+
10
20
30
40
50
0 10 20 30 40 50 60024
1H+
4He2+
6Li3+
9Be4+
68
10
Etotal / MeV
12 14161820
ED
SS
SD /
MeV
10
20
30
40
50
Simulations GEANT4
<E> = 5 MeV/uEFWHM = 3 MeV/u = 20 mm mradx,yFWHM= 3 cm
Track1DSSSD (40 m)
Track2DSSSD (40 m)
DSSSD (40 m)+ PAD (2 mm)
scattering = 30°FWHM = 2 °
2 m
208Pb1 mg/cm2
3.1% 1H+
11.1% 4He2+
10.7% 6Li3+
12.9% 9Be4+
at the target
1 m
PRESENT STATUS
Materials por Charge Particle identification, position sensitive (up to 100 MeV/u ?): Solid state detectors Si + CsI Pulse shape analysis beyond S, Cl Gas detectors: HYDE/Tracking CEA/Saclay- E.C. Pollaco Diamond monocristal GSI ??
Simulations D. Rodríguez (Physics, LPC Caen /Univ. Huelva)
Technical: Mechanics & design: J.A. Bernal (Engineer, C.N.A collaboration, Sevilla) F. Pizarro (Engineer, DFA, Univ. Huelva)
Electronics& DACQ: R. Berjillos (Engineer, DFA, Univ. Huelva) J.L. Flores (Physics, DIEISA, Univ. Huelva) COLLABORATION: SCHOOL OF ENGINEERS (UHU)
FAZIA CollaborationR. Bougault /LPC-Caen
HYDE: R&D STAGE 2006-2007
HYDE DETECTOR:
Current period 2006: - Materials/Instruments/Travelling: about 20 k€ from present running projects- 1 year contract for electronic engineer
(Spanish Research Council-MEC)
Period 2007-2009:Application to Spanish Research Council
(MEC) (HUELVA & SEVILLA)1) Pulse shape analysis 2) Detector materials3) Development of tracking detectors4) Related experiments and collaborations- Materials/Traveling: 160 k€ / - Man power: 210 k€ /3 years contract for: 1 Engineer 1 Postdoc 1 PhD student.
LOW ENERGY TRACKING:
Current period 2006:-1 Postdoc (physics) - Experiments at Tandem with present equipment are foreseen for 2006.
Period 2007-2009:Application to Spanish Research Council (MEC) (SEVILLA & HUELVA): 1) Construction of a beam line for low energy tracking2) Related experiments and collaborations
- Materials/Travelling: 150 k€ -Man power: 210 k€ /3 years contract for:
1 Engineer 1 Postdoc 1 PhD student
R&D STAGE 2006-2007/FUNDING
