Operation of the multigap resistive plate chamber using a gas mixture free of flammable components
- Akindinov, A
- Alici, A
- Antonioli, P
- Arcelli, S
- Basile, M
- Cara Romeo, G
- Cifarelli, Luisa
- Cindolo, F
- De Caro, A
- De Pasquale, S
- Di Bartolomeo, A
- Fusco-Girard, M
- Golovine, V
- Guida, M
- Hatzifotiadou, D
- Kaidalov, A B
- Kim, D H
- Kim, D W
- Kisselev, S M
- Laurenti, G
- Lee, K
- Lee, S C
- Lioublev, E
- Luvisetto, M L
- Margotti, A
- Martemyanov, A N
- Nania, R
- Noferini, F
- Otiougova, P
- Pesci, A
- Pinazza, O
- Polozov, P A
- Scapparone, E
- Scioli, G
- Sellitto, S B
- Semeria, F
- Smirnitsky, A V
- Tchoumakov, M M
- Usenko, E
- Valenti, G
- Voloshin, K G
- Williams, M C S
- Zagreev, B V
- Zampolli, C
- Zichichi, A
DOIAbstract
We have investigated the operation of the multigap resistive plate chamber (MRPC) for the ALICE-TOF system with a gas mixture free of flammable components. Two different gas mixtures, with and without iso-C//4H//1//0 have been used to measure the performance of the MRPC. The efficiency, time resolution, total charge, and the fast to total charge ratio have been found to be comparable
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