ISOTOPIC FISSION FRAGMENT DISTRIBUTIONS IN THE THORIUM REGION PRODUCED IN INVERSE-KINEMATICS WITH a 232Th BEAM

Cobo A. Begue-Guillou L. Ramos D. Lemasson A. Rejmund M. Morfouace P. Caamano M. Frankland J.D. Taieb J. Jangid I. Francheteau A. Tanaka T. Mauss B. Schmitt C. Kumar N. Clement E. De France G. Navin A. Dueñas J.A. Angelini F. Ciampi C. Errandonea B. Jacquot B. Lalande M. Lozano M. Rodriguez Sanchez J.L. de Arruda L. Tsekhanovich I. Gruyer D. Audouin L. Sengar H. Kumar S.
Acta Physica Polonica B, Proceedings Supplement
Doi 10.5506/APhysPolBSupp.18.2-A12
Volumen 18
2025-01-01
Citas: 0
Abstract
© 2025 Jagiellonian University. All rights reserved.This work presents the preliminary fragment distributions produced through transfer-induced fission with a 232Th beam, which has been accelerated for the first time at GANIL on a 12C target. The experimental setup is described, as well as a newly implemented technique based on Machine Learning aiming at improving the resolution. The fragment mass and charge distributions for fission of 244Cm and 234U at different excitation energies are shown to illustrate the capability of the setup and quality of the results.
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