Abstract
In this work we report the absolute differential cross-sections for the 429, 478 and 656 keV gamma-rays emission from the nuclear reactions 6Li(d, nγ)7Be, 6Li(d, pγ)7Li and 19F(d, pγ)20F, respectively. The energies of the incident deuterons were varied from 790 to 1995 keV in steps of 30 and 50 keV. The target was a thin natLiF layer evaporated onto a self-supporting Ag film. The gamma-rays were detected using an HPGe detector placed at an angle of 90° with respect to the beam direction. The obtained cross-sections were compared with the existing data in literature. The validity of measured cross-sections was checked through a thick target benchmarking procedure. All sources of the uncertainties in the measurements were deduced and reported.
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