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Nuclear Structure Physics with Advanced Gamma–Detector Arrays (NSP13)

10–12 Jun 2013
Palazzo del Bo', Padova, Italy
Europe/Rome timezone
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Session

Session 2

10 Jun 2013, 11:00
Archivio Antico and Aula Nievo (Palazzo del Bo', Padova, Italy)

Archivio Antico and Aula Nievo

Palazzo del Bo', Padova, Italy

Palazzo del Bo' via VIII Febbraio 2 PADOVA

Conveners

Session 2

  • Georgi Georgiev (CSNSM)

Presentation materials

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  1. 47. The PRESPEC-AGATA in-beam spectroscopy campaign at GSI
    Dr Juergen Gerl (GSI Darmstadt)
    10/06/2013, 11:00
    Invited
    The goal of the PRESPEC-AGATA project is to investigate the structure of exotic nuclei by performing in-beam gamma-spectroscopy experiments employing the SIS-FRS accelerator complex at GSI. The experimental set-up currently includes 19 AGATA high-resolution tracking gamma detectors providing about 10% full energy efficiency at 1 MeV. A set of advanced heavy ion detectors is used identification...
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  2. 19. Medium-mass nuclei from chiral effective field theory interactions
    Dr Vittorio Soma (EMMI/TU Darmstadt)
    10/06/2013, 11:30
    Invited
    As ab-initio calculations of atomic nuclei enter the A=20-100 mass range, one of the biggest challenges is to provide accurate predictions for the vast majority of open-shell (degenerate) isotopes. I discuss recent developments of ab-initio nuclear structure theory for medium-mass nuclei, with focus on extensions to open-shell systems and inclusion of three-body forces. I then present the...
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  3. 1. The AGATA Campaign at GANIL
    Dr Emmanuel Clement (GANIL, Caen)
    10/06/2013, 12:00
    Oral
    The GANIL facility, Caen (France), will host the European AGATA germanium array from 2014 to 2015. AGATA will be coupled to the VAMOS spectrometer and/or other available ancillary detectors using the high intense stable heavy ions beam delivered by the GANIL cyclotron and the radioactive beam delivered by the SPIRAL1 facility. At GANIL, the AGATA spectrometer can be couple with a large number...
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  4. 38. The Strange Case of 210Hg: an Unexpected Structure
    Andrea Gottardo (INFN Legnaro)
    10/06/2013, 12:20
    Oral
    The neutron-rich lead and mercury region has been so far scarcely explored due to its high mass and neutron excess, which force the use of fragmentation reactions with relativistic beams. Neut on rich nuclei beyond 208Pb were populated by using a 1 GeV/A 238U beam at GSI. The resulting fragments were separated and analyzed with the FRS-RISING setup. Many neutron-rich isotopes were identified...
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