A program for calculating gamma-gamma directional correlation coefficients and angular distribution coefficients for gamma rays of mixed multipolarities from partially aligned nuclei

Role of theg9/2neutron orbital in the structure ofZnBanerjee1, Sethi2, Mb3 et al. 1994Phys. Rev. C6140View full textAdd to dashboardCite

“…Contributions in the yields of the 1174.1 keV p ray due to interferences &om neighboring p-ray lines belonging to ' Ni, reported to be considerably large in the reaction employed in the earlier work [3,13], were found to be small (less than 5%) in this work and have been appropriately accounted for in the analyses. For the 3785.7 8) analyses favor the J assignment of 17/2+, although 13/2+ is not ruled out. However, the latter possibility is excluded by the excitation function data of Neal et al [13].…”

“…These fits as also the y2(cr, b) analyses, yielding the pray multipole mixing ratio b and the most probable spin sequence J;~Jy for a given transition, were carried out using the computer code THDST [8]. The fitted value of o, the width of the assumed Gaussian distribution for the substate population of the excited states, shows a high degree of alignment.…”