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Accueil du site > ANGLAIS > Research > Exotic Nuclei > Research topics > Experiments > GANIL (Caen) > Discovery of doubly-magic 48Ni (E312a) - 1999
Discovery of doubly-magic 48Ni (E312a) - 1999
Date: September 1999
The experimental setup:
Figure 1 : Silicon detectors for charged-particle detection surrounded by \gamma-ray Germanium detectors. This setup was installed the end of the LISE3 beam line of GANIL.
Charte of isotopes :
Figure 2 : 48Ni is the doubly-magic nucleus with N=20 and Z=28.
Results: First identification of 48Ni
Figure 3 : Energy versus time-of-flight
This experiment is the results of a collaboration:
In the same section :
- Superallowed Fermi transitions: decay of 18Ne (and 19Ne, 17F, 14O) - 2012
- Mirror transitions : decay of 56,58Zn (E556/E556a) - 2008-2010
- Decay studies around 69Kr and 65Se (E538) - 2008
- Direct observation of 2-proton radioactivity from 54Zn with a TPC (E457b) - 2008
- Observation of two protons in the decay of 45Fe with a TPC (E457a) - 2005
- Two-proton radioactivity of 54Zn, 48Ni, and 45Fe (E312c, E312d, E312e) - 2004
- First observation of 2p radioactivity in the decay of 45Fe (E312b) - 2000
- Spectroscopic studies around 70Br (E346) - 2000: final results of half-lives
- Spectroscopic studies around 70Br (E346) - 2000 : online results
- Spectroscopic studies around 48Ni (E312b) - 2000 : final results
- Spectroscopic studies around 48Ni (E312b) - 2000 : online results
- Fragmentation of 58Ni (E312) - 1998
- Study of b-delayed two-proton decay of 22Al and 26P - 1998