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Installation au GANIL

Installation au GANIL . Installation et campagne de physique . Collaboration nationale . Faits marquants depuis la dernière réunion de coordination. Revue finale de conception de la mécanique AGATA (STFC-GANIL-IPHC) –Décembre 2012

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Installation au GANIL

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  1. Installation au GANIL Installation et campagne de physique Collaboration nationale

  2. Faits marquants depuis la dernière réunion de coordination • Revue finale de conception de la mécanique AGATA (STFC-GANIL-IPHC) –Décembre 2012 • Nomination par le SC du porte parole de la campagne : S. Lenzi (UnivPadova) – Septembre 2012 • Appel à LoIs envoyé le 1er Octobre 2013 (Deadline 8th Février 2013) • AGATA days du 18 au 20 Février dernier  Présentation des LoI, instrumentation, stratégie • Un résumé de ce workshop sera présenté au prochain Conseil scientifique (Septembre 2013) • CS du GANIL 4 février dernier • L’installation d’AGATA au GANIL est maintenant instruite au sein de la nouvelle structure projet du GANIL  Revue de contrat avec la direction le 15 Avril prochain

  3. AGATA 1p at GANIL : Ancillary devices Angles >10 deg for fission & MNT At 0° as separator (vaccum/gas-filled) In G1 coupled to VAMOS (+ EXOGAM2): SIBs, RIBs • Charged particle array for transfer reaction MUST2/TIARA : (d,p) etc … program with SIB and RIB • Charged particle array for prompt tagging : DIAMANT • Neutron detector (Nwall) • Charged particle array for Recoil Decay Tagging : MUSETT • Scintillator : BaF2 array, LaBr3 • Future detector : NEDA (n) , GASPARD ( ?), PARIS (LaBr3)

  4. We have received 47 Letters of Intents • The equivalent of ~2006 UT are proposed • 16048 hours of beam on target (669 days) • 4 main setups • Vamos in magnetic spectrometer • Vamos in gas-filled • Nwall + Diamant • DSSSD • Feasibility has been checked and technical solutions suggested • Proponents are encourage to discuss with the experts of the • ancillaries • We need to organize sub-campaigns by setup and investigate the technical issues case by case : •  Working Group • Planning of upgrade of some ancillaries (gas-filled, NWALL, DIAMANT) • AGATA will increase in efficiency during the campaign • Not all experiments will benefit from the 1p

  5. Physics cases for the AGATA campaign in GANIL 256Rf 254No Cm,Bk Cf,Es 238U 194Pb 176Hg Sm,Pm 206Hg 102Sn Dy,Er,Yb 100In Ru, Pd Xe,Te 80Zr Zr, Mo 132In 77Y Zr, Sr 75Sr 78Ni 80Zn 63Ge 68Ni,Fe,Co,Cu 46Ti 38K 46,48Ca 34Ar S,Cl,Ar,K Ne,Na

  6. You might be invited to provide expensive isotopes for the accelerator (48Ca, 70Zn…) GANIL have some limitation for low beam energy 40,48Ca and 56Ni beams  issues to be discussed in the WG • GANIL cannot produce all of them : • Metallic 238U • 48Ca target is a challenge • Plunger Target  Joa’s talk • To be discussed within the Working Group

  7. Working groups for the different setups have been formed to face together the developments needed • Identifying problems and limits • Improve the technical aspects and the physic toward the proposals • Neutron Wall and/or Diamant campaign • Coordinator: Gilles de France • VAMOS (M. Rejmund) • EXOGAM2 (G. de France) • MUST2 and Tiara (O. Sorlin) • PARIS (A. Maj) • OUPS Plunger (J. Ljungval) • Cologne Plunger (Ch. Fransen) • VAMOS in gas filled mode campaign • Coordinator: ChristophTheisen/Christelle Schmitt • Plunger campaign • Coordinator: JoaLjungvall • DSSD detectors for coulex Campaign • Coordinator: Peter Reiter

  8. Future steps The first setup will be AGATA + VAMOS std. + EXOGAM2 (+ Plunger) Proposals using these setups will be submitted to the next PAC meeting (foreseen in January 2014). By the end of October / beginning of November 2013, ~two months before the PAC meeting, we will organize a collaboration meeting to discuss together the proposals based on the LoI of this call, eventual new proposals, check the feasibility and eventual overlaps. All proposals have to be discussed at this meeting before being submitted to the PAC. .

  9. AGATA Configurations at GANIL EXOGAM, LaBr3, BaF2 … E. Farneaet al, Nuclear Instruments and Methods in Physics Research A 621 (2010) 331–343 E.Clément GANIL Scientific Council February 2013

  10. Pure efficiency Resolving power Which combinaison of detector ?

  11. Question to be investigated * AGATA@GANIL T0  GSI planning ?? * Provide the expensive material for both beam and target (48Ca, 70Zn, 50Ti ) * Difficult target (Ca, Ge, Zn,238Umet, Li, rotating system…) (GSI, LNL, IPNO, GANIL, IKP, HIL) * DIAMANT electronic ? * NWALL electronic available (end of 2014 for GALILEO) * ONLINE ANALYSIS for other ancillaries than EXOGAM2 and VAMOS * Target chamber : we need 4 different configurations Target std Plunger DSSD + Target holder French partnerinvolvement ?

  12. VAMOS The VAMOS spectrometer is expected to play a major role in the campaign Upgrades are still possible in the dispersive mode as magnetic spectrometer Fully operational now (M. Rejmund et al, NIM A 646 (2011) 184-191) A test in gas-filled mode has shown the competitivity of the setup Optimum configuration to be funded ANR (French Research Funding Agency) request for the gas-filled mode submitted by the Saclay and GANIL group (PI : Ch. Theisen & Ch. Schmitt)  If funded in 2013, should be operational mid-2015 E.Clément GANIL Scientific Council February 2013

  13. Organisation In 2012, ~4 FTE have worked on the project (20 persons involved at GANIL) For 2013-2014, ~80 m.month are evaluated • Local organization done • Tasks distribution and their detailed description were distributed • GANIL project : • Set of spec delivered, detailed planning, resources evaluation, budget, development plan, PBS, WBS distributed, Risk Analysis done • Security/safety : • Installation description for DIRC01 : •  1st draft released, SSR decision (July 2013) • The call for tender, to be launched by May 2013 after GANIL management review (15th of April, are under preparation • Specific infrastructure to be delivered in December 2013 E.Clément GANIL AGATA DaysFebruary 2013

  14. Task1, Mechanic: Michel Ozille, Cecile Barthe Dejean, Patrice Gangant, Georges Fremont, François Legrueland Task2, Safety, Quality: Georges Voltolini Task3, Infrastructure: J. Ropert, L. Menager, Michel Ozille, Georges Fremont, J. Goupil, Manuel Jean, Jean Louis Foucher Task4, Detectors: Laurent Ménager, Jean Ropert Task5, DAQ-Electronic: Bruno Raine, Fréderic Saillant, Michel Tripon, Luc Legeard, Nicolas Ménard, Luc David Task6, Data analysis : Emmanuel Clément, Luc Legeard, Gilles de France, Antoine Lemasson, MaurycyRejmund Task7, Logistic: Laurent Ménager Task8, Exploitation: Emmanuel Clément, Laurent Ménager, Bruno Raine, Michel Tripon Task 9, Documentation: Laurent Ménager Task10, Coordination with next Facility: Jean Ropert

  15. Schedule (assuming that material from GSI arrive on Jan-Feb 2014) Gas-filled installation expected in mid-2015 if funded in 2013 GANISOL beams available for physics beginning of 2016 No SPIRAL1 beam in 2014-2015 GANIL has requested the host of AGATA until end of 2016 E.Clément GANIL AGATA DaysFebruary 2013

  16. 237 k€ guaranteed by GANIL for 2013 to be completed in the 2014 request IN2P3-AP IPHC request for the mechanic ANR (French Research Funding Agency) request for the gas-filled mode submitted by the Saclay and GANIL group (PI : Ch. Theisen & Ch. Schmitt) Loan of material from LNL & GSI (cooled cabinet, racks, Optical link)

  17. Total investment cost ~380 k€ Detector lab infrastructure ~15 k€ Optical fibers links ~70k€ ~17k€ Processing room 019 Upgrade ~ 102k€ Cryogenic upgrade, connection ~25 k€ ~150 k€ E.Clément GANIL AGATA DaysFebruary 2013

  18. E.Clément GANIL AGATA DaysFebruary 2013

  19. Mechanic • Detectors support design done by STFC Daresbury in close collaboration with GANIL • GANIL designs the additional platform • GANIL takes in charge the integration work • Projection T1 -2013 • 9 months of construction estimated starting by T1-2013 • On-going collaboration with the IPHC workshop for the construction of the support • Workshop for the extended platform not yet defined I. Burrows (STFC) M. Ozille, P. Gangnant (GANIL) E.Clément GANIL AGATA DaysFebruary 2013

  20. Mechanic • First 2D projections have been released in January • On-going validation and fine cost estimate • Mechanical stress and rigidity calculations validated I. Burrows (STFC) M. Ozille (GANIL) G. Gaudiot (IPHC) E.Clément GANIL AGATA DaysFebruary 2013

  21. Mechanic M. Ozille (GANIL) E.Clément GANIL AGATA DaysFebruary 2013

  22. Target loader and beam line • GANIL is in charge of the beam section and target chamber design for most of the experiment • Specific configurations will be treated case by case • Target loader : • Detailed design on going by GANIL • Final decision will be taken after the workshop M. Ozille, P. Gangnant, G. Fremont (GANIL) E.Clément GANIL AGATA DaysFebruary 2013

  23. Integration Salle G1 300 opticalwires EXOGAM Elec. AGATA Elec. AGATA Cryogenic distribution DSS 27 kW UPS Water cooling (independant block) L. Menager, J. Ropert, JL. Foucher (GANIL) E.Clément GANIL AGATA DaysFebruary 2013

  24. Integration L. Menager, M. Jean , N. Menard (GANIL) G1 cave The foreseen room required important investment (refurbishment, electricity, water cooling, air conditioning …) E.Clément GANIL AGATA DaysFebruary 2013

  25. Performance simulations : on-going • Electronic coupling: on-going (several meeting already done, transfer of knowledge in GSI foreseen on the 20-24th May ) • Detector: starting (transfer of knowledge in Cologne in Spring) • Data flow, DAQ: on-going (several meeting already done, no problem anticipated, RC decision taken) • Mechanic design : on-going (final design review) • Optical link : on-going (Call for tender expected by April) • Data analysis : starting (first meeting on the first week of Dec.) • AutoFill-cryogenic : on-going (definition of the installation, call for tender in April, millestone next AGATA week at GANIL) • Infrastructure : on-going (final design review on going, millestone next AGATA week at GANIL) E.Clément GANIL AGATA DaysFebruary 2013

  26. JoaLjungvall (CSNSM)

  27. Performance of the array J. Ljungvall (CSNSM) for the AGATA collaboration - Preliminary AGATA nominal 233 mm EXOGAM nominal 145 mm × ~ 1.25 × ~ 1.5

  28. More than efficiency , AGATA provides higher sensitivity b =12% × ~ 4.7 × ~ 12 gg performances under simulations

  29. Conclusion • Physics objectives will be presented at the next CS for evaluation (Campaign definition) • Sub-campaigns to be discussed and adjusted with upgrade planning • 2014-mid 2015 : AGATA-VAMOS+ “light” ancillary • 2015 : gas-filled, NWALL • 2016 : SPIRAL1 beams • The AGATA project at GANIL made progress in all different items with a particular attention on the mechanic and the integration • The transfer of knowledge on detectors and electronic will be organized in 2013 during off and on-beam period at GSI with GANIL technical staff. • Mechanical construction should start soon, delivery by end of 2013 • Call for tender are expected to be sent by May 2013 for infrastructure • Data Acquisition and Data analysis preparation will progress over 2013 • GANIL technical involvement is already significant • Budget guaranteed by GANIL for 2013 to be completed in the 2014 request E.Clément GANIL AGATA DaysFebruary 2013

  30. Campaigns *1st (2015-2015): VAMOS in dispersive mode as it is (Spectro+plunger) : fission 6 LOI + MNT *2nd (2015-2016): gas-filled/NWALL : Depend of the availibity of these setups *3rd (2016- ? ) : SPIRAL1 : DSSD-Coulex, MNT (VAMOS back in Std)

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