Workshops

2009-06-29

Workshop 1: Nuclear Theory

  • Shell Model Methods (10 of 10 students max. => FULL)
  • The Powerful Nuclear Mean Fields: Theory and Practice (10 of 10 students max. => FULL)

Workshop 2: Experimental methods in Nuclear Physics & environmental methods

  • Gamma-ray tracking with AGATA : scanning of a Ge detector (4 of 4 students max. => FULL)
  • Neutron dosimetry (5 of 6 students max.)
  • Neutrons detection (4 of 4 students max. => FULL)
  • Neutrons detection Analysis (4 of 4 students max. => FULL)

2009-07-01

Workshop 1: Nuclear Theory

  • Shell Model Methods (10 of 10 students max. => FULL)
  • The Powerful Nuclear Mean Fields: Theory and Practice (10 of 10 students max. => FULL)

Workshop 3: Experimental methods in Nuclear Physics & environmental methods

  • Characterization of a new type of scintillator detectors (3 of 3 students max. => FULL)
  • Detection methods (6 of 6 students max. => FULL)
  • Gamma-ray spectroscopy ANALYSIS (3 of 3 students max. => FULL)
  • Gamma-ray spectroscopy measurement (3 of 3 students max. => FULL)
  • Scintillator detection : From pulse shape signal to resolution (3 of 3 students max. => FULL)

2009-07-02

Workshop 2: Experimental methods in Nuclear Physics & environmental methods

  • Gamma-ray tracking with AGATA : scanning of a Ge detector (2 of 4 students max.)
  • Mass spectrometry (ICP-MS) and Liquid scintillation (4 of 6 students max.)
  • Neutrons detection (4 of 4 students max. => FULL)
  • Neutrons detection Analysis (4 of 4 students max. => FULL)

Workshop 3: Experimental methods in Nuclear Physics & environmental methods

  • Characterization of a new type of scintillator detectors (0 of 3 students max.)
  • Detection methods (5 of 6 students max.)
  • Gamma-ray spectroscopy ANALYSIS (3 of 3 students max. => FULL)
  • Gamma-ray spectroscopy measurement (0 of 3 students max.)
  • Scintillator detection : From pulse shape signal to resolution (1 of 3 students max.)