Probing shell structure in neutron-rich nuclei with in-beam $\mth{\gamma}$-spectroscopy
- F. Azaiez
- M. Belleguic
- D. Sohler
- M. Stanoiu
- Zs. Dombrádi
- O. Sorlin
- J. Timár
- F. Amorini
- D. Baiborodin
- A. Bauchet
- F. Becker
- C. Borcea
- C. Bourgeois
- Z. Dlouhy
- C. Donzaud
- J. Duprat
- D. Guillemaud-Mueller
- F. Ibrahim
- M.J. Lopez
- R. Lucas
- S.M. Lukyanov
- V. Maslov
- J. Mrazek
- C. Moore
- F. Nowacki
- B.M. Nyakó
- Yu.-E. Penionzhkevich
- M.G. Saint-Laurent
- F. Sarazin
- J.A. Scarpaci
- G. Sletten
- C. Stodel
- M. Taylor
- C. Theisen
- G. Voltolini
Publication date
January 2002
DOI Publisher
Springer Science and Business Media LLCAbstract
The structure of neutron-rich light nuclei around $N=20$ and 28 has been investigated at GANIL by means of in-beam gamma-spectroscopy using fragmentation reactions of $^{36}$S and $^{48}$Ca beams on a Be target. Gamma-decay of relatively high-lying excited states have been measured for the first time in nuclei around $^{32}$Mg and $^{44}$S. Level schemes are proposed and discussed for a large number of these neutron-rich nuclei around $N=20$ and $N=28$
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