AGATA The Advanced Gamma Ray Tracking Array
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1 Ancillary Detector and Ancillary Detector Integration Working Group for: AGATA The Advanced Gamma Ray Tracking Array European 4π γ-array for structure studies at: Radioactive beam facilities: GSI, GANIL, SPES, EURISOL High intensity stable beam facilities: LNL, Jyväskylä,...
2 AGATA Organization Steering Committee ASC Chair: Marcello Pignanelli, Milan 14 representatives of 10 EU countries Management Board AMB PM: John Simpson, Daresbury 7 Working Groups Detector Module J.Eberth Local Level Processing R.Krücken Conceptual Design and Global Level Processing D.Bazzacco Design and Infrastructure G.Duchêne Ancillary Detectors and their Integration A.Gadea Data Analysis J.Nyberg EU Contact W.Korten Working Teams
3 AGATA Ancillary detectors and ancillary detector integration working group Major tasks Develop dedicated ancillary and beam tracking devices Co-ordinate the integration of AGATA with ancillary detector systems (infrastructure, Mechanical integration, etc...) To investigate the impact of the devices on the AGATA performances To identify the studies in which the coupling of AGATA and the different ancillary devices will be important Study the feasibility of the measurements in the different experimental conditions: Relativistic Radioactive beam (fragmentation or post acceleration) ISOL low energy radioactive beams Low intensity stable beams High intensity stable beams Specify electronics and data acquisition requirements. The standardisation of the electronics for ancillary detectors and devices Co-ordinate the R&D on electronics for ancillary detectors (electronics on ASICs)
4 Tasks: -Ancillary detectors and devices- Beam tracking devices Electromagnetic spectrometers Recoil / product detectors Light charged particles detectors Neutron detectors Conversion electron detector High energy γ-ray detectors X-ray detectors Lifetime measurement devices g-factor measurement devices Tagging detectors Evaluation of the ancillary detector impact on the AGATA performances. Electronics and data acquisition Mechanical integration of ancillary detectors in AGATA Ancillary detectors for the key experiments and AGATA demonstrator tests.
5 AGATA Ancillary detector and ancillary detector integration tasks Evaluation of the ancillary detector impact on the AGATA performances. Effect of the ancillary detectors on the performances of tracking arrays, Monte- Carlo simulations of the coupled system. Electronics and data acquisition Integration of ancillary detectors in the AGATA trigger and data acquisition system. Development of highly-integrated analogue electronics (ASIC). Mechanic integration of ancillary detectors in AGATA Group taking care of the integration of the ancillary detector mechanics in AGATA with minimum impact for its performance. Ancillary detectors for the key experiments and AGATA demonstrator tests. Strongly interacting with the key experiment simulation group, has the task to study possible ancillary detectors for the pre-agata period.
6 Low Energy reaction mechanisms Coulomb excitation (Coulex) and Inelastic scattering. Transfer and quasi-elastic processes (p,n capture, etc...). Multi-nucleon transfer. Deep Inelastic Collisions. Quasi-fusion reactions. Fusion evaporation. Fusion-fission.
7 High energy reaction mechanisms (exotic ion beams produced by fragmentation) Relativistic (single step) Coulomb excitation Inverse proton scattering Knockout reactions Break-up reactions Fragmentation reactions Cross sections : Knockout reaction - up to1 barn for Coulex (large Z nuclei) - tens of mbarn for proton scattering and 1 nucleon knockout, - down to few mb for 2 nucleons knockout.
8 Two candidate configurations Size of Ge crystals : length 90 mm diameter 80 mm 180 hexagonal crystals 3 shapes 60 triple-clusters all equal Inner radius (Ge) 22 cm Amount of germanium 310 kg Solid angle coverage ~80 % Singles rate ~50 khz 6660 channels Efficiency: 40% (M γ =1) 25% (M γ =30) Peak/Total: 65% (M γ =1) 50% (M γ =30) 120 hexagonal crystals 2 shapes 40 triple-clusters 2 shapes Inner radius (Ge) 17 cm Amount of germanium 220 kg Solid angle coverage ~74 % Singles rate ~70 khz 4440 channels Efficiency: 38% (M γ =1) 21% (M γ =30 Peak/Total: 63% (M γ =1) 47% (M γ =30
9 The Phases of AGATA-180
10 Working Group Meeting (16,17/05/03) : Beam tracking detectors: New developments on beam tracking detectors at GSI by N. Saito (GSI). Recoil/Products detectors: Present and future of RFD by W. Meczynski (Krakow). Shapir fission fragment detector and annular Si detector by Ch. Theisen (Saclay). Neutron detectors: N-Wall by M.Palacz (Warsaw). Light particle detectors: CUP by M.Palacz (Warsaw). From Euclides to Trace by E.Farnea (Padova). Diamant by B.Nyako (Debrecen). Exodet by E.Verdaci (Napoli). LUSiA by D.Rudolph (Lund) Lifetime measurement devices: New developments on Plunger devices by A.Dewald (Koeln) Tagging detectors: The INTAG project by E.Fioretto (LNL).
11 Electromagnetic Spectrometers: New developments, P.Spolaore (LNL) High energy γ detectors: Use of HECTOR detectors with AGATA, F.Camera (Milano) g-factor measurement devices: Use of an AGATA ring for g- factor measurements, D.Balabanski (Sofia) Conversion electron detectors: Ch.Theisen (Saclay), G.Lo Bianco (Camerino) X-ray detectors: G. de Angelis (LNL)
12 AGATA project scheduling Production of the first AGATA symmetric module ready by the end 2004 Test of the first symmetric module: 2005 Production of the first AGATA asymmetric module ready by the end 2005 Production of the AGATA Demonstrator (3 to 5 modules ring) ready in 2007
13 PRE-DEMONSTRATOR TESTS In-beam test of the single capsules.test cryostat adapted from Miniball In-beam test of the symmetric and asymmetric (AGATA) modules
14 Discussion program 1. In-beam test of capsules an modules: Experience from MARS capsule test (T.Kroell) 2. Impact of ancillary detectors on the AGATA performances: Preliminary Monte-Carlo simulations (E.Farnea) 3. Ancillary detectors electronics and data acquisition. Interaction of ancillary devices and AGATA at the trigger level (Convener Ch. Theisen) 4. etc...
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