Progress on development of the new FDIRC PID detector

Va'vra J; Arnaud N; Barnyakov AY; Barnyakov MY; Beigbeder C; Benettoni M; El Berni M; Borsato M; Breton D; Burmistrov L; Collazuol G; Dey B; Gargano F; Jawahery H; Kravchenko EA; Kononov SA; Lebbolo H; Leith DWGS; LOPARCO, FRANCESCO; Mazziotta MN; Maalmi Di Bello J; Nishimura K; Onuchin AP; Posocco M; Puill V; Ratcliff B; Roberts D; Simi G; Stocchi A; Shtol D; Stroili R; Tocut V; Twedt E; Varner GS; GIORDANO, FRANCESCO

oai:ricerca.uniba.it:11586/91706

Progress on development of the new FDIRC PID detector

Authors: Va'vra J
Arnaud N
Barnyakov AY
Barnyakov MY
Beigbeder C
Benettoni M
El Berni M
Borsato M
Breton D
Burmistrov L
Collazuol G
Dey B
Gargano F
Jawahery H
Kravchenko EA
Kononov SA
Lebbolo H
Leith DWGS
FRANCESCO LOPARCO
Mazziotta MN
Maalmi Di Bello J
Nishimura K
Onuchin AP
Posocco M
Puill V
Ratcliff B
Roberts D
Simi G
Stocchi A
Shtol D
Stroili R
Tocut V
Twedt E
Varner GS
FRANCESCO GIORDANO
Publication date: 1 January 2013
Publisher
Doi

Abstract

We present a progress status of a new concept of PID detector called FDIRC, intended to be used at the SuperB experiment, which requires pi/K separation up to a few GeV/c. The new photon camera is made of the solid fused-silica optics with a volume 25 x smaller and speed increased by a factor of 10 compared to the BaBar DIRC, and therefore will be much less sensitive to electromagnetic and neutron background. (C) 2012 Elsevier B.V. All rights reserved

info:eu-repo/semantics/article

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Last time updated on 12/11/2016

This paper was published in Archivio istituzionale della ricerca - Università di Bari.

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