par Chatillon, Audrey;Theisen, Ch;Bouchez, E.;Butler, Paul R.;Clément, E.;Dorvaux, O.;Eeckaudt, S.;Gall, B. J. P.;Görgen, Andreas;Grahn, T.;Greenlees, P. T.;Herzberg, Rolf Dietmar;Hebberger, F.;Hürstel, A.;Jones, G. D.;Jones, Peter;Julin, Rauno;Juutinen, Sakari;Kettunen, Heikki;Khalfallah, F.;Korten, W.;Le Coz, Y.;Leino, Matti;Leppänen, Ari Pekka;Nieminena, P.;Pakarinen, Janne;Perrkoski, J.;Rahkilaa, P.;Rousseau, Mathilde 
;Scholeya, C.;Uusitalo, Juha;Wilson, J. N.;Bonche, Paul;Heenen, Paul-Henri
Référence Physical Review Letters, 98, 13, page (132503)
Publication Publié, 2007
;Scholeya, C.;Uusitalo, Juha;Wilson, J. N.;Bonche, Paul;Heenen, Paul-Henri Référence Physical Review Letters, 98, 13, page (132503)
Publication Publié, 2007
Article révisé par les pairs
| Résumé : | A rotational band has been unambiguously observed in an odd-proton transfermium nucleus for the first time. An in-beam γ-ray spectroscopic study of Md101251 has been performed using the γ-ray array JUROGAM combined with the gas-filled separator RITU and the focal plane device GREAT. The experimental results, compared to Hartree-Fock-Bogolyubov calculations, lead to the interpretation that the rotational band is built on the [521]1/2- Nilsson state. © 2007 The American Physical Society. |
