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- W2009351462 abstract "Abstract Three low-lying excited states in each of the nuclei 91Nb, 95Tc, and 97Tc were observed to be strongly populated by the neutron decay of the 2+ resonances in the compound nuclei 92Nb, 96Tc and 98Tc. These resonances are the isospin analogues of the first 2+ states of 92Zr, 96Mo, and 98Mo, respectively. The neutron decay of the ground state analogue of 98Mo was also investigated. These decays of the analogue resonances were investigated via (p, n) reactions. The resonance energies (lab energy) and widths for the 2+ resonances are: 4.154 ±0.010 MeV and 33± 2 keV, 3.908 ±0.010 MeV and 32 ±2 keV, and 4.330 ±0.010 MeV and 34 ±2 keV for the compound nuclei 92Nb, 96Tc, and 98Tc, respectively. The energy and width for the 0+ resonance for 98Tc are 3.505 ±0.010 nMeV and 25 ±3 keV. The resonance yields to the individual states are compared to the expected yields based on the optical-model transmission coefficients. From these yields and the shapes of the off-resonance angular distributions, the following spin-parities are assigned: 3 2 − and 5 2 − for the 651 and 670 keV states of 95Tc, respectively, and 3 2 − and 5 2 − for the 575 and 662 keV states of 97Tc, respectively." @default.
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- W2009351462 date "1971-05-01" @default.
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- W2009351462 title "Spin-parity assignments for the low-lying states in 96,97Tc via the neutron decay of 0+ and 2+ analogue states" @default.
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- W2009351462 doi "https://doi.org/10.1016/0375-9474(71)90581-1" @default.
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