Charge identification of fragments with the emulsion spectrometer of the FOOT experiment
- Galati G.
- Alexandrov A.
- Alpat B.
- Ambrosi G.
- Argiro S.
- Diaz R. A.
- Bartosik N.
- Battistoni G.
- Belcari N.
- Bellinzona E.
- Biondi S.
- Bisogni M. G.
- Bruni G.
- Carra P.
- Cerello P.
- Ciarrocchi E.
- Clozza A.
- Colombi S.
- Guerra A. D.
- Simoni M. D.
- Di Crescenzo A.
- Ruzza B. D.
- Donetti M.
- Dong Y.
- Durante M.
- Faccini R.
- Ferrero V.
- Fiandrini E.
- Finck C.
- Fiorina E.
- Fischetti M.
- Francesconi M.
- Franchini M.
- Franciosini G.
- Galli L.
- Gentile V.
- Giraudo G.
- Hetzel R.
- Iarocci E.
- Ionica M.
- Iuliano A.
- Kanxheri K.
- Kraan A. C.
- Lante V.
- Tessa C. L.
- Laurenza M.
- Lauria A.
- Torres E. L.
- Marafini M.
- Massimi C.
- Mattei I.
- Mengarelli A.
- Moggi A.
- Montesi M. C.
- Morone M. C.
- Morrocchi M.
- Muraro S.
- Murtas F.
- Pastore A.
- Pastrone N.
- Patera V.
- Pennazio F.
- Placidi P.
- Pullia M.
- Raffaelli F.
- Ramello L.
- Ridolfi R.
- Rosso V.
- Sanelli C.
- Sarti A.
- Sartorelli G.
- Sato O.
- Savazzi S.
- Scavarda L.
- Schiavi A.
- Schuy C.
- Scifoni E.
- Sciubba A.
- Secher A.
- Selvi M.
- Servoli L.
- Silvestre G.
- Sitta M.
- Spighi R.
- Spiriti E.
- Sportelli G.
- Stahl A.
- Tioukov V.
- Tomassini S.
- Tommasino F.
- Toppi M.
- Traini G.
- Valle S. M.
- Vanstalle M.
- Villa M.
- Weber U.
- Zarrella R.
- Zoccoli A.
- De Lellis G.
DOIAbstract
The FOOT (FragmentatiOn Of Target) experiment is an international project designed to carry out the fragmentation cross-sectional measurements relevant for charged particle therapy (CPT), a technique based on the use of charged particle beams for the treatment of deep-seated tumors. The FOOT detector consists of an electronic setup for the identification of Z ≥ 3 fragments and an emulsion spectrometer for Z ≤ 3 fragments. The first data taking was performed in 2019 at the GSI facility (Darmstadt, Germany). In this study, the charge identification of fragments induced by exposing an emulsion detector, embedding a C2 H4 target, to an oxygen ion beam of 200 MeV/n is discussed. The charge identification is based on the controlled fading of nucl...
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