high-spin Level structure of 188T1 has been studied via the 157Gd(35Cl, 4n) fusion-evaporation reaction at beam energy of 170 MeV. The 35Cl beam was provided by the JAERI tandem accelerator and impinged on an enriched...
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high-spin Level structure of 188T1 has been studied via the 157Gd(35Cl, 4n) fusion-evaporation reaction at beam energy of 170 MeV. The 35Cl beam was provided by the JAERI tandem accelerator and impinged on an enriched 157Gd metallic foil of 2. 0 mg/cm2 thickness with a 6. 5 mg/cm2 Pb backing.γ-γ-t and X-γ-t measurements were performed by aγ-ray detector array consisting of 13 BGO(AC) hPGe's and 3 LOAX detectors. A total of about 270×106 coincidence events were accumulated. Prior to this work, an early in-
high spin states in the odd-odd nucleus 186Au have been investigated experimentally via the 172Yb(19F,5n)186Au reaction at beam energy of 104 MeV. The 19F beam was provided by the tandem accelerator at the Japan Atomi...
high spin states in the odd-odd nucleus 186Au have been investigated experimentally via the 172Yb(19F,5n)186Au reaction at beam energy of 104 MeV. The 19F beam was provided by the tandem accelerator at the Japan Atomic Energy Agency(JAEA). The target consisted of a 1.9 mg/cm2 172Yb metallic foil,backed with 6.9 mg/cm2 evaporated Pb layer in
In the neutron-deficient Pt nuclei, the lowest negative-parity bands should be based on the Nilsson orbitals having the parentage of either "νf7/2" or "νh9/2".There may exist mixing between neutron Nilsson states wi...
In the neutron-deficient Pt nuclei, the lowest negative-parity bands should be based on the Nilsson orbitals having the parentage of either "νf7/2" or "νh9/2".There may exist mixing between neutron Nilsson states with the same quantum number Ω,the angular momentum projection
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