A. Leprince
University of Caen Lower Normandy
6 Papers
6 Citations
A. Leprince is an academic researcher from University of Caen Lower Normandy. The author has contributed to research in topics: Neutron & Nucleon. The author has an hindex of 4, co-authored 6 publications.
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Papers
Structure of 13 Be probed via secondary-beam reactions
G. Randisi,A. Leprince,H. Al Falou,N. A. Orr,F. M. Marqués,N. L. Achouri,J. C. Angélique,N. I. Ashwood,B. Bastin,T. Bloxham,B. A. Brown,W. N. Catford,N. Curtis,Franck Delaunay,Martin Freer,E. de Goes Brennand,P. Haigh,Francis Hanappe,C. Harlin,B. Laurent,J.L. Lecouey,Alain Ninane,N. Patterson,D. Price,Louise Stuttge,J. S. Thomas +25 more
TL;DR: In this paper, the authors investigated the low-lying level structure of the unbound neutron-rich nucleus (Be) via breakup on a carbon target of secondary beams of B at 35 MeV/nucleon.
36
Structure of the neutron-rich N = 7 isotones 10Li and 9He
H. Al Falou,A. Leprince,N. A. Orr +2 more
- 23 Sep 2011
TL;DR: In this paper, the near threshold structure of the unbound N = 7 isotones 10Li and 9He has been investigated using proton removal and breakup from intermediate energy (35 MeV/nucleon) secondary beams of 11Be and 14,15B.
8
Structure of the neutron-rich N=7 isotones 10Li and 9He
TL;DR: In this article, the near threshold structure of the unbound N = 7 isotones 10Li and 9He has been investigated using proton removal and breakup from intermediate energy (35 MeV/nucleon) secondary beams of 11Be and 14,15B.
5
Investigation of continuum states in the unbound neutron-rich n = 7 and 9 isotones via breakup and knockout
TL;DR: In this paper, the structure of unbound nuclei 9He, 10Li and 13Be has been explored using breakup and proton-knockout from intermediate energy 11Be and 14,15B beams.
2
Emergence of the N=16 shell gap in O21
B. Fernández-Domínguez,J. S. Thomas,W. N. Catford,Franck Delaunay,S. M. Brown,N. A. Orr,M. Rejmund,M. Labiche,Marielle Chartier,N. L. Achouri,H. Al Falou,N. I. Ashwood,Didier Beaumel,Y. Blumenfeld,B. A. Brown,Robert Chapman,N. Curtis,C. Force,S. Franchoo,Jérôme Guillot,P. Haigh,F. Hammache,V. Lapoux,Roy Crawford Lemmon,F. Maréchal,A. M. Moro,Xavier Mougeot,B. Mouginot,L. Nalpas,A. Navin,N. Patterson,B. Pietras,E. C. Pollacco,A. Leprince,A. Ramus,J. A. Scarpaci,N. de Sereville,I. Stephan,O. Sorlin,G. L. Wilson +39 more
TL;DR: In this paper, the authors present the PhysRevC model for the first time and compare it with the PhysVec model used in this paper, which is the publisher's version of this paper.