The FOOT experiment is a fixed target experiment aiming for high precision (better than 5%) measurement of fragmentation cross section for hadron-therapy and space radioprotection purposes. Both target and projectile fragmentation are studied by using mainly proton, Carbon and Oxygen ion beams in both direct and inverse kinematic regime, alternatively. A good track reconstruction and momentum measurement is of fundamental importance for precise fragment identification and cross section measurement.
Track reconstruction in the FOOT experiment / Franchini, M; Ambrosi, G; Argiro, S; Battistoni, G; Belcari, N; Biondi, S; Bisogni, MG; Bruni, G; Camarlinghi, N; Carra, P; Ciarrocchi, E; Cerello, P; Clozza, A; Colombi, S; De Lellis, G; Del Guerra, A; De Simoni, M; Di Crescenzo, A; Donetti, M; Dong, Y; Durante, M; Embriaco, A; Emde, M; Faccini, R; Ferrero, V; Ferroni, F; Fiandrini, E; Finck, C; Fiorina, E; Fischetti, M; Francesconi, M; Galli, L; Garbini, M; Gentile, V; Giraudo, G; Hetzel, R; Hild, S; Iarocci, E; Ionica, M; Kanxheri, K; Kraan, AC; Lante, V; Lauria, A; La Tessa, C; Torres, EL; Marafini, M; Mattel, I; Mengarelli, A; Mirabelli, R; Montesi, MC; Morone, MC; Morrocchi, M; Muraro, S; Narici, L; Pastore, A; Pastrone, N; Patera, V; Pennazio, F; Placidi, P; Pullia, M; Ramello, L; Ridolfi, R; Rosso, V; Rovituso, M; Sanelli, C; Sarti, A; Sartorelli, G; Sato, O; Savazzi, S; Schiavi, A; Schuy, C; Scifoni, E; Sciubba, A; Selvi, M; Servoli, L; Silvestre, G; Sitta, M; Spighi, R; Spiriti, E; Sportelli, G; Stahl, A; Tomassini, S; Tommasino, F; Traini, G; Valeri, T; Valle, SM; Vanstalle, M; Villa, M; Weber, U; Zoccoli, A. - In: IL NUOVO CIMENTO C. - ISSN 2037-4909. - ELETTRONICO. - 42:2-3(2019), pp. 141.1-141.4. [10.1393/ncc/i2019-19141-7]
Track reconstruction in the FOOT experiment
Franchini, M
Writing – Original Draft Preparation
;Biondi, S;Garbini, M;Mengarelli, A;Ridolfi, R;Sartorelli, G;Selvi, M;Villa, M;Zoccoli, A
2019
Abstract
The FOOT experiment is a fixed target experiment aiming for high precision (better than 5%) measurement of fragmentation cross section for hadron-therapy and space radioprotection purposes. Both target and projectile fragmentation are studied by using mainly proton, Carbon and Oxygen ion beams in both direct and inverse kinematic regime, alternatively. A good track reconstruction and momentum measurement is of fundamental importance for precise fragment identification and cross section measurement.I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.
