1 / 18

P2IO PROJECTS in NUCLEAR PHYSICS

Explore the latest developments in nuclear physics research, including the SPIRAL2 upgrade, exotic nuclei studies, and direct reactions. Learn about high-intensity RIB production and applications in multi-disciplinary research and nuclear astrophysics. Discover cutting-edge instrumentation and spectrometers for probing nuclear structure and fundamental interactions.

lieselotte
Download Presentation

P2IO PROJECTS in NUCLEAR PHYSICS

An Image/Link below is provided (as is) to download presentation Download Policy: Content on the Website is provided to you AS IS for your information and personal use and may not be sold / licensed / shared on other websites without getting consent from its author. Content is provided to you AS IS for your information and personal use only. Download presentation by click this link. While downloading, if for some reason you are not able to download a presentation, the publisher may have deleted the file from their server. During download, if you can't get a presentation, the file might be deleted by the publisher.

E N D

Presentation Transcript

  1. P2IO PROJECTS in NUCLEAR PHYSICS M. Assié, IPN Orsay Unité mixte de recherche CNRS-IN2P3 Université Paris-Sud 1191406 Orsay cedex Tél. : +33 1 69 15 73 40 Fax : +33 1 69 15 64 70 http://ipnweb.in2p3.fr

  2. Context for nuclear physics GANIL -Spiral 2 : A national and EU priority Phase1 (2015) Increase the intensity of stable beams by a factor 10 to 100 – High intense neutron source 10pμA (6.1013pps) A<50 from M.Lewitowicz DESIR Phase1+ (2018) (low energy facility) AGATA (2015-2018) Phase1++ (2019) (A/Q=6-7 Injector) 10pμA (6.1013pps) A>50 DESIR NFS S3 GANIL Linac driver 33 MeV p, 40 MeV d (5mA) A/q=3 - 14.5 A.MeV HI (1mA) Production up to 1014 FF/s CIME : 1-20 AMeV (9 AMeV pour FF) • Phase2 (>2020) • - Exotic nuclei with factor 10~1000 higher than present facility) • Expand the range of exotic nuclei to A>80 • Post-acceleration of high intensity RIB SPIRAL1 upgrade • Nuclear structure • Nuclear astrophysics • Equation of State • Multi-disciplinary research • and applications • Fundamental interactions SPIRAL1 Upgrade (2016) New light RIBs from beam/target fragmentation SPIRAL2 is on the list of the European Strategy Forum on Research Infrastructures (ESFRI)

  3. Context for nuclear physics Spiral2 : New instrumentation and spectrometers CEA Saclay NFS S3 EQUIPEX ANR CONVENTION –Funds granted DESIR Coll. Agreement – DECA Funds granted IPN Orsay ACTAR-TPC PARIS GASPARD IPN Orsay NEDA FAZIA EXOGAM 2 IPN Orsay from M.Lewitowicz

  4. Context for nuclear physics Nuclearfacilities in the world & direct reactions Nuclear physics facilities worldwide GANIL SPIRAL2 MSU FRIB GSI- FAIR (HIE)-ISOLDE RIKEN-RIPS-BigRIPS RNCP-Osaka INFN-LNL -LNS

  5. n transfer p transfer resonant scat. 2n transfer Elastic-Inelastic 1(2)-nucleon transfer break-up Cluster transfer /break-up Physics cases for direct reactions Direct reactions : A great tool to investigate Exotic Nuclei and astrophysics processes • 13 LoI for Spiral2+ LoI @ISOLDE • SHELL EVOLUTION • How Magic is 78Ni ?W.Catford et al • Spectroscopic studies around 78Ni and beyond N=50 via transfer and coulex G. De France et al • Neutron shell evolution in weakly bound 134,135Sn via (d,p) V. Lapoux, O.Sorlin • PAIRING • Probing the pairing interaction through two-neutron transfer reactions D.Beaumel et al • Study of pair transfer in 134Sn via 132Sn(t,p) O.Sorlin, K.Wimmer • 2p capture on 15O and proton correlation in 2p emission from excited states of 17Ne M.Assié • CLUSTERS • Exploration of cluster breakup in light nucleiJ.A.Scarpaci, M.Assié • + NEAR BARRIER REACTIONS, PDR, ASTROPHYSICS d transfer /break-up Channel coupling near barrier np pairing r-process rp process Terra incognita Pairing changes Shell Evolution Skin, Pygmys Haloes, Clusters Good energy regime : few MeV/u  few tenths of MeV/u Methodology : Radioactive Ion Beam + hadronic probe (H,He…) Detect the recoil particle with high accuracy Silicon technology

  6. Cooling Connectors Preamplifiers Detectors Landscape of Si detectors @ P2IO Labs 1997 2017 2007 MUST2 coll.: IPN,CEA-Saclay, GANIL detectors: IPN electronics:GANIL+Saclay+IPN DAQ : GANIL mother boards : IPN 10cm x 10cm MICRON 64X + 64Y ASIC MUST coll.: IPN,CEA-Saclay, DAM detectors: IPN electronics: IPN 6cm x 6cm CAMBERRA 60 X + 60 Y strips PAC GASPARD coll.: IPN, INFN, BARC Irfu,STFC,Surrey,GANIL 4π square + trapezoid transparency to γ Publications : 3 PRL, 2 PRC, 1 PLB 1 PRL submitted, 1 PRL in preparation 3 experiments under analysis this year 2 campaigns @ GANIL, 1 @ RIKEN

  7. Landscape of Si detectors @ P2IO Labs 1997 2017 2007 MUST2 coll.: IPN,CEA-Saclay, GANIL MUST coll.: IPN,CEA-Saclay, DAM GASPARD coll.: IPN, INFN, BARC Irfu,STFC,Surrey,GANIL • GASPARD is a new type of Si-array, ~4p solid angle and fully • integrable in new generation gamma arrays (AGATA, PARIS..) • Large gain in E resolution (fact 10~100) • information from g spectroscopy • gain in solid angle Other features: • State of the art techniques for PID • Pulse Shape Discrimination • Special targets (pure H,D) Chymene • Portable device Chymene (ANR, Irfu)

  8. GAmmaSPectroscopy and PArticleDetection Beam 4π Si array fully integrable in PARIS/AGATA/EXOGAM2 Collaboration: IPNO, INFN-Legnaro, UHU (Spain)., CEA Saclay, Surrey U., BARC (India) “GASPARD-TRACE” design Layers of Silicon • 300(500) mm DSSD pitch < 1mm • 1(or 2) x [1.5 mm DSSD pitch~1mm] • 2 main shapes : square & trapezoid, • large area Option: Annular detectors AGATA Design : Ph. Rosier (IPN) Electronics : GASPARD ~ 10000 channels (Digital) high transparency to g-rays  Big integration challenge

  9. HiGHSPId project Spokespersons : Y. Blumenfeld, B. Genolini (IPN) Collaboration: IPNO, LAL, IRFU • Grant : 67 k€ • Electronics developments • ASIC preamp I/Q (iPACI) • Digitizeur (Wavecatcher)

  10. HiGHSPId project Spokespersons : Y. Blumenfeld, B. Genolini (IPN) Collaboration: IPNO, LAL, IRFU • Grant : 67 k€ • Electronics developments • ASIC preamp I/Q (iPACI) • Digitizeur (Wavecatcher) ASIC preamps iPACI (J-J. Dormard, E. Rauly, IPNO) Front-End Electronics iPACI from IPNO (J-J. Dormard) gives current & charge signals 1st version =9 channels (received Jul. 2014)

  11. HiGHSPId project Spokespersons : Y. Blumenfeld, B. Genolini (IPN) Collaboration: IPNO, LAL, IRFU • Grant : 67 k€ • Electronics developments • ASIC preamp I/Q (iPACI) • Digitizeur (Wavecatcher) Experimental set-up for test experiments at the IPNO tandem 40um epitaxial 500um nTD 4n 4p PAD 500um 8 PACIs 32mV/MeV I Q Peak finder Wavecatcher (48 ch) 1GHz (1028points) Wavecatcher DAQ 100/s

  12. HiGHSPId project Spokespersons : Y. Blumenfeld, B. Genolini (IPN) Collaboration: IPNO, LAL, IRFU M.Assié et al., submitted to EPJA • Grant : 67 k€ • Electronics developments • ASIC preamp I/Q (iPACI) • Digitizeur (Wavecatcher) • R& D on pulse shape identification • Light particle discrimination : • Z=1 : good FoM down to 2.5 MeV • Z=2 : (preliminary) seems ok • Best observables: • Raw data : maximum of the currentsignal (Imax) • Filtered data : Haarfilter+ Time over Threshold • Bias of the detector : • Option 1 : atdepletion + Imax • Option 2 : over-depleted + Haar-ToT • Sampling rate of ADC: > 200 MHz

  13. HiGHSPId project Spokespersons : Y. Blumenfeld, B. Genolini (IPN) Collaboration: IPNO, LAL, IRFU • Grant : 67 k€ • Electronics developments • ASIC preamp I/Q (iPACI) • Digitizeur (Wavecatcher) • R& D on pulse shape identification • Prototypes of Silicon detectors • Silicon detectors plan (short term): • . 1st layer (trapez.): 2 prototypes ordered (Micron) in 2013 (IPNO) • . 1st layer(square) : 2 prototypes ordered (Micron) in 2014 (INFN) • . 2nd layer (thick square) & 2nd layer (thick trapez): BARC-IPNO Final design (approved) Specifications - large area , 6’’ wafers, nTD, 500um thick - 128X+128Y (pitch~700 um) - <100> random cut (8deg) - Thin frame / Kapton readout at 90deg /High density connectors To be commissioned beg of 2015 Test bench in preparation Test of uniformity In resistivity (project P2IO Captinnov) Leakage current /strip, capacitance/strip, interstrip resistance

  14. Short and mid-term perspectives MUGAST & demonstrator phase • Further PSD test experiment (May 2015) • Test of analog peak finder • Test of the iPACI preamplificator • Test of the prototype detector • @ ALTO/tandem (beg. of 2015) CHYMENE PARIS • Towards a GASPARD « demonstrator » • « MUGAST » configuration • MUST2+GASPARD +TRACE • For AGATA campaign at GANIL (end 2016) • MUST2 telescopes + GASPARD & TRACE DSSDs • read by MUST2 electronics AGATA

  15. Gantt chart of GASPARD > GASPARD 2014 | 2015 | 2016 | 2017 | 2018 |2019 TDR LAL, IPN, IRFU electronics specifications > Pulse shapeanalysis > Detectors Ordered : 2 thin trapezoidal detectors + 1 thin square detector from Micron Alpha source test of prototypes In-beam test of prototypes Test of detectors for the final array IPN > Electronics FEE First version of iPACI (Asic preamp) FPGA, numerical ADC Integration of iPACI to FEE IPN ASIC preamp iPACI BEE > Mechanics Mechanical design for in-beam tests Detailled design of mechanics Mechanical design for full array > Physicsexperiment MUGAST MUGAST Call for letters of intent 1st experiment First experimentwith GASPARD

  16. Gantt chart of GASPARD 2014 | 2015 | 2016 | 2017 | 2018 |2019 > GASPARD TDR electronics specifications > Pulse shapeanalysis > Detectors Alpha source test of prototypes In-beam test of prototypes Test of detectors for the final array > Electronics FEE FPGA, numerical ADC Integration of iPACI to FEE ASIC preamp iPACI BEE > Mechanics Mechanical design for in-beam tests Mechanical design for full array > Physicsexperiment MUGAST MUGAST 1st experiment First experimentwith GASPARD

  17. Budget Contributions : - BARC Mumbai (India) - INFN (Italy) to be defined - University of Huelva (Spain) to be defined - in2p3 / P2IO contribution?

  18. Nuclearfacilities in the world & direct reactions GANIL SPIRAL2 MSU FRIB ISOLDE RIKEN-RIPS-BigRIPS RNCP-Osaka Option: Annular detectors AGATA GASPARD

More Related