STUDY OF THE ACTIVATION OF , , Re IN () REACTIONS

Key Points

Experimental yields were primarily influenced by non-statistical mechanisms, showcasing their importance in nuclear reactions.
Bremsstrahlung endpoint energy was measured at 23 MeV, guiding the analysis of reaction contributions.
The study employed a statistical nuclear model through TALYS1.96 software, enhancing yield prediction accuracy.
Findings may influence future nuclear reaction modeling, highlighting the relevance of non-statistical processes.

Abstract

The article presents the result of studies of experimental spectrum-weighted average bremsstrahlung yields of Os()Re, Os()Re and Os(γ, p)Re reactions, for a bremsstrahlung endpoint energy of 23 MeV. The findings of the modelling conducted within the framework of a statistical nuclear model using the TALYS1.96 software code indicate a predominant contribution of non-statistical mechanisms to the studied reactions. The calculations of the yields of the studied reactions, taking into account semi-direct processes, provide a satisfactory description of the experimental data.

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STUDY OF THE ACTIVATION OF , , Re IN () REACTIONS

Key Points

Abstract

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