Abstract

Using the deformed quasiparticle wavefunctions obtained in the pairing-plus-quadrupole model at the equilibrium deformation ( beta 0, gamma 0) of the N=88 isotones Nd, Sm and Gd, the spectroscopic factors Sj+=(2j+1)uj2 have been calculated for the single-proton states in the N=4, 5 shells. Comparison is made with the data from the proton stripping reactions (3He,d) and ( alpha ,t) giving the product nuclei 142Pm, 151Eu and 153Tb. The effect of a small deformation of the even-even core is also investigated.

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