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Cited by 20 publications
(12 citation statements)
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“…If we assume an inert S6Ni core for the 6/Zn excited states up to 5 MeV [26] we may speculate that positive-parity states are pre- an hypothesis is in agreement with the (2p3/2) 2 or (2p3/2 lf5/2 ) proposed configurations for the neutron pair transferred in the 64Zn(p, t) reaction [3] (configurations leading to the most acceptable enhancement factors). For the 4,903 keV level, a possible J~= 7-assignment involving a lgg/z neutron excitation will be coherent with the increase of the energy gap between the lfs/a and lg9/z neutron shells (cf.…”
Section: Referencessupporting
confidence: 53%
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“…If we assume an inert S6Ni core for the 6/Zn excited states up to 5 MeV [26] we may speculate that positive-parity states are pre- an hypothesis is in agreement with the (2p3/2) 2 or (2p3/2 lf5/2 ) proposed configurations for the neutron pair transferred in the 64Zn(p, t) reaction [3] (configurations leading to the most acceptable enhancement factors). For the 4,903 keV level, a possible J~= 7-assignment involving a lgg/z neutron excitation will be coherent with the increase of the energy gap between the lfs/a and lg9/z neutron shells (cf.…”
Section: Referencessupporting
confidence: 53%
“…The yield function and the angular distribution analysis allow us to assign J = 3 to this level. It has not been observed in the (p, t) reactions [2][3][4][5] so it is very probably a jr= 3 + state (non natural parity).…”
Section: Proposed Decay Scheme and Assignment Of J" Valuesmentioning
confidence: 90%
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“…The measured average energy of the 5 He at the time of breakup (6.3 ±0.8 MeV) yields a unique graphical solution to the initial conditions, i.e., E F (0) = 40 ±11 MeV and £ 5 (0) = 3.9±0. 9 MeV. This solution applies only to neutrons which are coincident with a particles above 9 MeV.…”
mentioning
confidence: 99%