R&D on complementary detectors and devices for nuclear structure and reaction mechanism studies R&D on complementary detectors and devices for nuclear.

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Presentation transcript:

R&D on complementary detectors and devices for nuclear structure and reaction mechanism studies R&D on complementary detectors and devices for nuclear structure and reaction mechanism studies EURONS-EURISOL Town meeting, Helsinki, 19 September, 2007A. Gadea: E. Fioretto INFN-LNL Lowering the present sensitivity limit in particle and heavy ion detection (higher efficiency, resolving power and counting rate capability). Development of complementary detectors and instrumentation for lifetime, in-beam and off-beam measurements, etc... Lowering the present sensitivity limit in particle and heavy ion detection (higher efficiency, resolving power and counting rate capability). Development of complementary detectors and instrumentation for lifetime, in-beam and off-beam measurements, etc...

A. Gadea: E. Fioretto INFN-LNLEURONS-EURISOL Town meeting, Helsinki, 19 September, 2007 Beam tracking and identification Nuclear structure Ancillary detectors and devices High efficiency in-beam and off- beam measurements Ancillary detectors and devices High efficiency in-beam and off- beam measurements Fast and delayed (tagging) identification of reaction products Reaction product tracking Spectrometer/Separator

Work Packages EURONS-EURISOL Town meeting, Helsinki, 19 September, 2007A. Gadea: E. Fioretto INFN-LNL Light charged particle detectors Heavy-ion detectors: Position sensitive devices; recoil and binary reaction products detectors Recoil Distance Doppler Shift (RDDS) based devices to be used in conjunction with heavy-ion and light charged particle detectors and lifetime fast electronic timing techniques with new scintillator materials Development of specific high efficiency neutron detectors for large Ge arrays Development of complementary devices as transport systems and techniques and off-beam measurement instrumentation Light charged particle detectors Heavy-ion detectors: Position sensitive devices; recoil and binary reaction products detectors Recoil Distance Doppler Shift (RDDS) based devices to be used in conjunction with heavy-ion and light charged particle detectors and lifetime fast electronic timing techniques with new scintillator materials Development of specific high efficiency neutron detectors for large Ge arrays Development of complementary devices as transport systems and techniques and off-beam measurement instrumentation Requested :~ 18 FTEs (~10% - 15% of the total FTEs)

EURONS-EURISOL Town meeting, Helsinki, 19 September, 2007A. Gadea: E. Fioretto INFN-LNL R&D thick Si detectors with large coverage and low dead surface pulse shape analysis for light charged particle discrimination optimization of light readout in CsI(Tl) new scintillator material as particle detector (with discrimination) R&D thick Si detectors with large coverage and low dead surface pulse shape analysis for light charged particle discrimination optimization of light readout in CsI(Tl) new scintillator material as particle detector (with discrimination) R&D Diamant detectors for beam and reaction product tracking Large area radiation hard position sensitive detectors (SeD and DSSSD) Spectrometer Start detectors for reaction product tracking Fast and delayed (tagging) identification devices TPC based on “C-pads” cathode read-out with high count rate capability R&D Diamant detectors for beam and reaction product tracking Large area radiation hard position sensitive detectors (SeD and DSSSD) Spectrometer Start detectors for reaction product tracking Fast and delayed (tagging) identification devices TPC based on “C-pads” cathode read-out with high count rate capability R&D RDDS device developments coupled with particle and HI detectors Fast timing scintillator developments R&D RDDS device developments coupled with particle and HI detectors Fast timing scintillator developments R&D High efficiency ancillary neutron detectors for large  arrays R&D High efficiency ancillary neutron detectors for large  arrays R&D Development of transport systems,  -tracking detectors and off-beam measurement instrumentation R&D Development of transport systems,  -tracking detectors and off-beam measurement instrumentation

A. Gadea: E. Fioretto INFN-LNLEURONS-EURISOL Town meeting, Helsinki, 19 September, 2007 Linked with other activities proposed for the FP7 I3-EURONS2 Electronics developments  JRA30 Ancillary detectors  NA6 Impact on the Nuclear Structure and Reactions Mechanism research at setups installed in candidates for I3-EURONS2 TransNational Access facilities Tracking Detectors Plunger devices TPC (FRS) IC Gas  -Detectors Se - D (Beam Tracking) Start Detectors (MCP) Si LCP Arrays Focal Plane Detectors Ancillary N-Detectors Fast Timing setups Scint. 4  LCP arrays Off-beam transport Off-beam detection

Merging process EURONS-EURISOL Town meeting, Helsinki, 19 September, 2007A. Gadea: E. Fioretto INFN-LNL JRA16 :Off-line search for long lived heavy ion reaction products JRA18 :R&D on Ancillary detectors and devices for AGATA and other large Ge arrays JRA20 :Tracking Detectors for Low-Energy Radioactive Beams JRA24 : Development of position-sensitive, radiation-hard gas detectors for b-decay of exotic medium-heavy nuclei, combined with tape transport development JRA27 : Detector development for slow and fast extracted ion beams on FRS and Super FRS JRA31 :EXotic nuclei IDentification JRA32 : Reaction products identification after the secondary target within the HISPEC/DESPEC project JRA16 :Off-line search for long lived heavy ion reaction products JRA18 :R&D on Ancillary detectors and devices for AGATA and other large Ge arrays JRA20 :Tracking Detectors for Low-Energy Radioactive Beams JRA24 : Development of position-sensitive, radiation-hard gas detectors for b-decay of exotic medium-heavy nuclei, combined with tape transport development JRA27 : Detector development for slow and fast extracted ion beams on FRS and Super FRS JRA31 :EXotic nuclei IDentification JRA32 : Reaction products identification after the secondary target within the HISPEC/DESPEC project Institutions28 TA facilities 5 External partner/Enterprises1 Institutions28 TA facilities 5 External partner/Enterprises1