Structure of high-spin states in $^{100}$Pd
- Perez, G.E.
- Sohler, D.
- Algora, A.
- Dombradi, Zs.
- Nyako, B.M.
- Timar, J.
- Zolnai, L.
- Wyss, R.
- Cederkall, J.
- Johnson, A.
- Kerek, A.
- Klamra, W.
- Norlin, L.O.
- Lipoglavsek, M.
- Fahlander, C.
- Likar, A.
- Palacz, M.
- Atac, A.
- Nyberg, J.
- Persson, J.
- Gizon, A.
- Gizon, J.
- Boston, A.J.
- Paul, E.S.
- Grawe, H.
- Schubart, R.
- Joss, D.T.
- Juutinen, S.
- Maekelae, E.
- Kownacki, J.
- De Poli, M.
- Bednarczyk, P.
- De Angelis, G.
- Seweryniak, D.
- Foltescu, D.
- Roth, H.A.
- Skeppstedt, O.
- Jerrestam, D.
- Shizuma, T.
- Sletten, G.
- Toermaenen, S.
DOIAbstract
High-spin states of the neutron deficient 100 Pd nucleus have been investigated via the 50 Cr( 58 Ni, 4p α ) and 70 Zn( 36 S,6n) heavy-ion induced reactions. For the detection of evaporated particles and γ rays the Nordball array equipped with ancillary detectors and the Eurogam II detector system were utilized. By the use of in-beam spectroscopic methods 89 transitions belonging to 100 Pd have been observed, 49 of which were identified for the first time. The level scheme has been extended up to E x ≈16 MeV excitation energy and I≈25 ℏ . The experimental results were compared with the predictions of cranked shell model calculations. Maximal spin alignments were found in the (πg 9/2 ) −4 12 + (νd 5/2 ,g 7/2 3 h 11/2 ) 13 − and (πg 9/2 −3 p...
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