Deformation of the very neutron‐deficient rare‐earth nuclei produced with the SPIRAL 76Kr radioactive beam and studied with EXOGAM + DIAMANT

N. Redon,A. Prévost,D. Guinet,P. Lautesse,M. Meyer,B. Rossé,O. Stézowski,P. J. Nolan,C. Andreoiu,A. J. Boston,M. Descovich,A. O. Evans,S. Gros,J. Norman,R. D. Page,E. S. Paul,G. Rainovski,J. Sampson,J.M. Casandjian,Ch. Theisen,J. N. Scheurer,B. M. Nyakó,J. Gál,G. Kalinka,J. Molnar,Zs. Dombrádi,J. Timár,L. Zolnai,K. Juhász,Alain Astier,I. Deloncle,M.-G Porquet,R. Wadsworth,P. M. Raddon,Y. C. Lee,A. R. Wilkinson,P. Joshi,J. Simpson,D. E. Appelbe,D. T. Joss,R. C. Lemmon,J. F. Smith,D. M. Cullen,A. Brondi,G. La Rana,R. Moro,E. Vardacci,M. Girod

Deformation of the very neutron‐deficient rare‐earth nuclei produced with the SPIRAL 76Kr radioactive beam and studied with EXOGAM + DIAMANT

2004

The structure of the very neutron‐deficient rare‐earth nuclei has been investigated in the first experiment with the EXOGAM gamma array coupled to the DIAMANT light charged particle detector using radioactive beam of 76Kr delivered by the SPIRAL facility. Very neutron‐deficient Pr, Nd and Pm isotopes have been populated at rather high spin by the reaction 76Kr + 58Ni at a beam energy of 328 MeV. We report here the first results of this experiment.

Keywords:

Beam (structure)
Nuclear physics
Krypton
Promethium
Neutron
Praseodymium
Neodymium
Isotope
Charged particle
Chemistry
Spin-½

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