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Three fragment sequential decay of heavy nuclei around 3 MeV/u excitation energy

par Bizard, G.;Durand, Dominique;Genoux-Lubain, A.;Louvel, Michel;Bougault, R.;Brou, R.;Hagel, Kris;Hajfani, A.;Laville, J.L.;Le Brun, Christian;Lecolley, Jean François;Motobayashi, Tohru;Patry, J.P.;Péter, Jean;Prot, N.;Regimbart, R.;Steckmeyer, Jean Claude;Tamain, Bernard;Doubre, H.;Jin, Genming G.M.;Péghaire, Alain;Saint-Laurent, François;El Masri, Youssef;Fugiwara, H.;Jeong, Sunchan S.C.;Kato, Sumio;Lee, Sangmoo S.M.;Hanappe, Francis ;Matsuse, Takehiro
Référence Physics letters. Section B, 276, 4, page (413-417)
Publication Publié, 1992

Article révisé par les pairs

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Résumé :

A new method is proposed to identify the sequential decay of hot nuclei into large fragments. This method is based on a minimization procedure. It is illustrated for the Ar+Au reaction at 30 MeV/u. In this case, corresponding to about 3 MeV/u excitation energy, it is shown that the three fragment production can be explained by sequential binary splittings.