Abstract
The Doppler-Shift Attenuation Method has been used to extract transition quadrupole moments of high-spin bands in the N=74 isotones 133Pr, 132Ce and 131La, produced in the 37Cl + 100Mo reaction. The results appear to be configuration dependent and, for 133Pr and 132Ce, the involvement of Ω=1/2 νh 9/2 and νf 7/2 intruder orbitals appears to enhance the collectivity at high spin ( I>25 ℏ ).
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