Graduate Thesis Or Dissertation
 

Quadrupole moments and g-factors of low-lying bands in odd-A-nuclei (150<A<190)

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  • The static and dynamic electric quadrupole moments of even-even and odd-A nuclei with 150<A<190 have been compiled and analyzed in a systematic way, in order to extract the best set of intrinsic quadrupole moments Q₀. The intrinsic quadrupole moments of the odd-A nuclei have been used together with a compilation of static and transitional magnetic dipole moments of those nuclei to deduce a consistent set of collective rotational g-factors gR and intrinsic g-factors gK. A comparison between the rotational g-factors obtained from this compilation and theoretical values based on the cranking model shows good agreement between the two. The intrinsic g-factors have been compared with an estimate based on the Nilsson wave functions, and effective spin g-factors have been extracted. The latter display a spread of values somewhat larger than predicted by a previous calculation of the spin polarization effect.
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