par Chudoba, V.;Fomichev, Andrey;Golovkov, M.S.;Gorshkov, Alexander A.V.;Gorshkov, V.A.;Grigorenko, Leonid;Krupko, S.A.;Oganessian, Yu.Ts.;Rodin, AM;Sidorchuk, S.I.;Slepnev, R.S.;Stepantsov, S.V.;Ter-Akopian, Gurgen;Wolski, Roman;Korsheninnikov, A.A.;Nikolskii, Yu;Kuzmin, Vadim;Novatskii, B.G.;Stepanov, D.N.;Roussel-Chomaz, Patricia;Mittig, Wolfgang;Bouchat, Virginie;Kinnard, V.;Materna, Thomas 
;Hanappe, Francis ;Dorvaux, O.;Stuttge, Louise
Référence The European physical journal. Special topics, 162, 1, page (161-164)
Publication Publié, 2008
;Hanappe, Francis ;Dorvaux, O.;Stuttge, LouiseRéférence The European physical journal. Special topics, 162, 1, page (161-164)
Publication Publié, 2008
Article révisé par les pairs
| Résumé : | The spectrum of 10He was studied by means of the 3H(8He, p)10He reaction at a laboratory energy of 25 MeV/A and small center-of-mass angles. Missing mass spectrum of 10He was derived from the obtained p-8He coincidence. A resolution of 0.7 MeV was achieved in this spectrum for the measured 10He energy. Most likely, a well isolated group of 10 events detected between 2 and 5 MeV and showing a maximum at about 3 MeV in the spectrum of the present work exhibits the 10He g.s. resonance. © EDP Sciences and Springer 2008. |
