The conversion electrons and gamma-rays emitter Sn-117m is a promising theranostic radionuclide produced mainly at nuclear reactors with low specific activity. The variety of possible applications suggests the necessity of a larger production, more likely reachable at cyclotrons. The irradiation of Cd-nat and In-nat targets with the 30 MeV alpha-beam, available at the Heavy Ion Laboratory (HIL) of Warsaw, aims to measure the production cross-sections of Sn-117m and its contaminants. Theoretical calculations are also performed to support the experimental results.
Production of 117mSn in natCd and natIn targets with an α-beam
De Dominicis L.;Barbaro F.;
2021
Abstract
The conversion electrons and gamma-rays emitter Sn-117m is a promising theranostic radionuclide produced mainly at nuclear reactors with low specific activity. The variety of possible applications suggests the necessity of a larger production, more likely reachable at cyclotrons. The irradiation of Cd-nat and In-nat targets with the 30 MeV alpha-beam, available at the Heavy Ion Laboratory (HIL) of Warsaw, aims to measure the production cross-sections of Sn-117m and its contaminants. Theoretical calculations are also performed to support the experimental results.
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