Abstract
The cross-sections of the (48)Ti(p,x)(47)Sc, (46c)Sc, (44m)Sc, (44g)Sc, (43)Sc, and (48)V nuclear reactions were measured from 18 to 70 MeV, with particular attention to (47)Sc production. Enriched (48)Ti powder was deposited on an aluminum backing and the obtained targets were characterized via elastic backscattering spectroscopy at the INFN-LNL. Targets were exposed to low-intensity proton irradiation using the stacked-foils technique at the ARRONAX facility. Activated samples were measured using γ-spectrometry; the results were compared with the data int he literature and the theoretical TALYS-based values. A regular trend in the new values obtained from the different irradiation runs was noted, as well as a good agreement with the literature data, for all the radionuclides of interest: (47)Sc, (46c)Sc, (44m)Sc, (44g)Sc, (43)Sc, and (48)V. (47)Sc production was also discussed, considering yield and radionuclidic purity, for different (47)Sc production scenarios.