Abstract
Abstract A technique for modeling level structures of odd-odd nuclei has been used to construct sets of discrete states with energies in the range 0 – 1.5 MeV for several nuclei in the rare-earth and actinide regions. The accuracy of the modeling technique was determined by comparison with experimental data. Examination was made of what effect the use of these new, more complete sets of discrete states has on the calculation of level densities, total reaction cross sections, and isomer ratios.
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