Spectroscopy of neutron deficient Ge-65

Authors :: Sohler, D
Dombradi, Z
Brant, S
Cederkall, J
Lipoglavsek, M
Palacz, M
Paar, V
Persson, J
Atac, A
Fahlander, C
Grawe, H
Johnson, A
Kerek, A
Klamra, W
Kownacki, J
Likar, A
Norlin, LO
Nyberg, J
Schubart, R
Seweryniak, D
deAngelis, G
Bednarczyk, P
Foltescu, D
Fayez-Hassan, M
Jerrestam, D
Juutinen, S
Mäkelä, E
Nyakó, BM
de Poli, M
Roth, HA
Shizuma, T
Skeppstedt, Ö
Sletten, G
Törmänen, S
Sohler, D
Dombradi, Z
Brant, S
Cederkall, J
Lipoglavsek, M
Palacz, M
Paar, V
Persson, J
Atac, A
Fahlander, C
Grawe, H
Johnson, A
Kerek, A
Klamra, W
Kownacki, J
Likar, A
Norlin, LO
Nyberg, J
Schubart, R
Seweryniak, D
deAngelis, G
Bednarczyk, P
Foltescu, D
Fayez-Hassan, M
Jerrestam, D
Juutinen, S
Mäkelä, E
Nyakó, BM
de Poli, M
Roth, HA
Shizuma, T
Skeppstedt, Ö
Sletten, G
Törmänen, S
Publication Year :: 1997
Abstract: Excited states of 65Ge were populated via the 12C + 58Ni (261 MeV) reaction using the NORDBALL detector array equipped with charged-particle and neutron detector systems for reaction channel separation. On the basis of γγ-coincidence relations and angular distribution ratios a significantly extended level scheme was constructed up to E x = 9 MeV and J π = (33/2−). The low-energy states of the nucleus are discussed in the framework of the interacting boson-fermion model.

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