The S-32(He-3,d)Cl-33 one-proton transfer reaction is a powerful tool to investigate the spectroscopy of low-lying states in the proton-rich Cl-33 nucleus. However, the extraction of firm differential cross-section data at various angles to benchmark and constrain theoretical models is made challenging by the presence of competitive reactions on target contaminants In this paper we report on a recent measurement using a new generation hodo scope of silicon detectors, capable to detect and identify emitted deuterons down to energies of the order of 2 MeV. The high angular segmentation of our hodoscope combined with a suitable target to control possible contaminants, allowed to unambiguously disentangle the contribution of various states in Cl-33 in particular the 2.352 MeV state lying just few tens of keV above the proton separation energy.
New investigations on the 32S(3He,d)33Cl reaction at 9.6 MeV bombarding energy / Cinausero, M., Dell’Aquila, D., Lombardo, I., Vigilante, M., Barlini, S., Bolzonella, R., Bruno, M., Buccola, A., Carturan, S.M., Casini, G., Cicerchia, M., D’Andrea, M., Degerlier, M., Fabris, D., Gasques, L., Gramegna, F., Lepine-Szily, A., Mantovani, G., Marchi, T., Piantelli, S., et al.. - In: JOURNAL OF PHYSICS. CONFERENCE SERIES. - ISSN 1742-6588. - ELETTRONICO. - 1643:(2020), pp. 0-0. (27TH INTERNATIONAL NUCLEAR PHYSICS CONFERENCE (INPC2019) Glasgow, SCOTLAND ) [10.1088/1742-6596/1643/1/012047].
New investigations on the 32S(3He,d)33Cl reaction at 9.6 MeV bombarding energy
Barlini, S.;Buccola, A.;Piantelli, S.;
2020
Abstract
The S-32(He-3,d)Cl-33 one-proton transfer reaction is a powerful tool to investigate the spectroscopy of low-lying states in the proton-rich Cl-33 nucleus. However, the extraction of firm differential cross-section data at various angles to benchmark and constrain theoretical models is made challenging by the presence of competitive reactions on target contaminants In this paper we report on a recent measurement using a new generation hodo scope of silicon detectors, capable to detect and identify emitted deuterons down to energies of the order of 2 MeV. The high angular segmentation of our hodoscope combined with a suitable target to control possible contaminants, allowed to unambiguously disentangle the contribution of various states in Cl-33 in particular the 2.352 MeV state lying just few tens of keV above the proton separation energy.
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