OSCAR: A new modular device for the identification and correlation of low energy particles (CROSBI ID 275026)
Prilog u časopisu | izvorni znanstveni rad | međunarodna recenzija
Podaci o odgovornosti
Dell’Aquila, Daniele ; Lombardo, I. ; Verde, G. ; Vigilante, M. ; Ausanio, G. ; Ordine, A. ; Miranda, M. ; De Luca, M. ; Alba, R. ; Augey, L. ; Barlini, S. ; Bonnet, E. ; Borderie, B. ; Bougault, R. ; Bruno, M. ; Camaiani, A. ; Casini, G. ; Chbihi, A. ; Cicerchia, M. ; Cinausero, M. ; Fabris, D. ; Faible, Q. ; Francalanza, L. ; Frankland, J.D. ; Grassi, L. ; Gramegna, F. ; Gruyer, D. ; Kordyasz, A.J. ; Kozik, T. ; LaTorre, R. ; Le Neindre, N. ; Lopez, O. ; Marchi, T. ; Morelli, L. ; Ottanelli, P. ; Parlog, M. ; Pastore, G. ; Pasquali, G. ; Piantelli, S. ; Santonocito, D. ; Stefanini, A.A. ; Tortone, G. ; Valdrè, S. ; Vient, E.
engleski
OSCAR: A new modular device for the identification and correlation of low energy particles
A new modular and high versatility hodoscope, OSCAR, has been developed and characterized. The aim of this hodoscope is to work as an ancillary detector of present large acceptance heavy ion detectors in specific angular regions where low thresholds and high granularities are needed. We discuss the capabilities of OSCAR in the ΔE–E identification of very low energy light particles, providing a precise map of the thickness uniformity of the ΔE (SSSSD, 20μm) stage and showing how the thickness gradient affects the identification of particles. Energy spectra of light identified particles produced in Ca+Ca collisions at 35AMeV are used to investigate isospin transport phenomena involving the emission of low energy particles from the quasi-target (QT) source in semi-peripheral nuclear collisions. The possibility to explore particle–particle correlations are also discussed.
Nuclear physics detectors ; particle identification
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Podaci o izdanju
877
2018.
227-237
objavljeno
0168-9002
1872-9576
10.1016/j.nima.2017.09.046
