Time of flight identification with FAZIA Article Swipe
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S. Valdré
,
Giovanni Poggi
,
A. Buccola
,
G. Pasquali
,
Giovanni Casini
,
N. Le Neindre
,
R. Alba
,
S. Barlini
,
M. Bini
,
A. Boiano
,
E. Bonnet
,
B. Borderie
,
R. Bougault
,
G. Brulin
,
Michael A. Bruno
,
A. Camaiani
,
A. Chbihi
,
Costantino Ciampi
,
M. Cicerchia
,
M. Cinausero
,
D. Dell’Aquila
,
J. A. Dueñas
,
D. Fabris
,
J. D. Frankland
,
C. Frosin
,
E. Galichet
,
F. Gramegna
,
D. Gruyer
,
M. Henri
,
A. Kordyasz
,
Teri M. Kozik
,
I. Lombardo
,
Osley López
,
C. Maiolino
,
G. Mantovani
,
T. Marchi
,
L. Morelli
,
A. Olmi
,
A. Ordine
,
P. Ottanelli
,
M. Pârlog
,
Graziella Pastore
,
S. Piantelli
,
D. Santonocito
,
C. Soulet
,
A. A. Stefanini
,
G. Tortone
,
Sahil Upadhyaya
,
Gabino Verde
,
E. Vient
,
M. Vigilante
·
YOU?
·
· 2019
· Open Access
·
· DOI: https://doi.org/10.1393/ncc/i2019-19075-0
· OA: W4213126122
YOU?
·
· 2019
· Open Access
·
· DOI: https://doi.org/10.1393/ncc/i2019-19075-0
· OA: W4213126122
This contribution reports on the time of flight implementation in the FAZIA Si-Si-CsI(Tl) telescopes, focusing on the basic ideas of the method and on some preliminary results from recent experiments at LNS.
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