Activation cross sections of deuteron induced reactions on natHf in the 12–50 MeV energy range

Investigation of nuclear reaction mechanisms of Nickel isotopes at various energies induced by alpha particles

“…From table 4 and figure 4, it is also evident that the compound nuclear reaction mechanisms go far from the experimental values thought the course of the incident energies which in turn confirms that the is no formation of compound nuclear reaction mechanisms under the specified incident energies. This indicates that after an incident energy of 61.1 MeV, the reaction can be neither compound nuclear reaction nor pre-equilibrium nuclear reaction, but it could be direct/pickup reaction mechanisms [7,25].…”

“…The reaction cross-sections of the investigated reactions compared with the data given in the on-line EXFOR library [24][25][26]. This library is based on both default and adjusted computer code COMPLET calculations [2,21,25]. To achieve a better description of available data for (α, n+p) reactions in these codes, a phenomenological energy dependent enhancement factor was introduced based on cross sections for medium and heavy nuclei.…”

“…To achieve a better description of available data for (α, n+p) reactions in these codes, a phenomenological energy dependent enhancement factor was introduced based on cross sections for medium and heavy nuclei. This study describes a new way of providing basic experimental and theoretical nuclear reaction information and new approaches towards nuclear data library production/evaluation, validation and uncertainty propagation are developed [25,26].…”

“…Calculations for the experimental cross-section were made by using EXFOR datacentre in the literature. Spreadsheet was used for data tabulation and graphical representation of the results of this study [7,25].…”