Particle identification using the (DELTA)E-E technique and pulse shape discrimination with the silicon detectors of the FAZIA project
- Carboni, S.
- Barlini, S.
- Bardelli, L.
- Le Neindre, N.
- Bini, M.
- Borderie, B.
- Bougault, R.
- Casini, G.
- Edelbruck, P.
- Olmi, A.
- Pasquali, G.
- Poggi, G.
- Rivet, M.F.
- Stefanini, A.A.
- Baiocco, G.
- Berjillos, R.
- Bonnet, Eric
- Bruno, M.
- Chbihi, A.
- Cruceru, I.
- Degerlier, M.
- Dueñas, J.A.
- Galichet, E.
- Gramegna, F.
- Kordyasz, A.
- Kozik, T.
- Kravchuk, V.L.
- Lopez, O.
- Marchi, T.
- Martel, I.
- Morelli, L.
- Pârlog, M.
- Petrascu, H.
- Rosato, E.
- Seredov, V.
- Vient, E.
- Vigilante, M.
- Alba, R.
- Santonocito, D.
- Maiolino, C.
DOIAbstract
The response of silicon-silicon-CsI(Tl) and silicon-CsI(Tl) telescopes to fragments produced in nuclear interactions has been studied. The telescopes were developed within the FAZIA collaboration. The capabilities of two methods are compared: (a) the standard ΔE-E technique and (b) the digital Pulse Shape Analysis technique (for identification of nuclear fragments stopped in a single Si-layer). In a test setup, nuclear fragments covering a large range in nuclear charge, mass and energy were detected. They were produced in nuclear reactions induced by a 35A MeV beam of 129Xe impinging on various targets. It was found that the ΔE-E correlations allow the identification of all isotopes up to Z∼25. With the digital Pulse Shape Analysis it is po...
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