Nuclear reaction cross-sections are sometimes presented as cumulative, in the sense that not all production is due to direct reactions, but the decay of a co-produced isomeric state or radioactive father contributes to the total yield of the reaction. In this paper, we discuss one of the scenarios that occur more frequently. Moreover, the results are employed to discuss one of the production routes of the medically relevant 155Tb.
Decoupling of radionuclide production cumulative cross-sections and TTY: Application to the process natDy(d, x)155Ho → 155Dy → 155Tb / M. Colucci, F.M. GROPPI GARLANDINI, S. Manenti. - In: IL NUOVO CIMENTO C. - ISSN 2037-4909. - 46:4(2023 Aug 16), pp. 129.1-129.4. (Intervento presentato al convegno 108° Congresso Nazionale SIF tenutosi a Milano nel 2022) [10.1393/ncc/i2023-23129-3].
Decoupling of radionuclide production cumulative cross-sections and TTY: Application to the process natDy(d, x)155Ho → 155Dy → 155Tb
M. Colucci
Primo
;F.M. GROPPI GARLANDINIPenultimo
;S. ManentiUltimo
2023
Abstract
Nuclear reaction cross-sections are sometimes presented as cumulative, in the sense that not all production is due to direct reactions, but the decay of a co-produced isomeric state or radioactive father contributes to the total yield of the reaction. In this paper, we discuss one of the scenarios that occur more frequently. Moreover, the results are employed to discuss one of the production routes of the medically relevant 155Tb.File | Dimensione | Formato | |
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Descrizione: Decoupling of radionuclide production cumulative cross-sections and TTY: Application to the process natDy(d, x)155Ho → 155Dy → 155Tb
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