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arxiv: 0812.1108 · v1 · submitted 2008-12-05 · ⚛️ physics.ins-det

The CMS RPC gas gain monitoring system: an overview and preliminary results

L. Benussi (1) , S. Bianco (1) , S. Colafranceschi (1 , 2 , 3) , D. Colonna (1) , L. Daniello (1) , F. L. Fabbri (1)
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M. Giardoni (1) B. Ortenzi (1) A. Paolozzi (1 2) L. Passamonti (1) D. Pierluigi (1) B. Ponzio (1) C. Pucci (1) A. Russo (1) G. Roselli (5) A. Colaleo (4) F. Loddo (4) M. Maggi (4) A. Ranieri (4) M. Abbrescia (4 5) G. Iaselli (4 B. Marangelli (4 S. Natali (4 S. Nuzzo (4 G. Pugliese (4 F. Romano (4 R. Trentadue (4 S. Tupputi (4 R. Guida (3) G. Polese (3 6) N. Cavallo (7) A. Cimmino (7 8) D. Lomidze (8) P. Noli (7 D. Paolucci (8) P. Piccolo (8) C. Sciacca (7 P. Baesso (9) M. Necchi (9) D. Pagano (9) S. P. Ratti (9) P. Vitulo (9) C. Viviani (9)
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classification ⚛️ physics.ins-det
keywords systemgainmonitoringaccuratecommissioningconditionsconstructioncontinuously
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The status of the CMS RPC Gas Gain Monitoring (GGM) system developed at the Frascati Laboratory of INFN (Istituto Nazionale di Fisica Nucleare) is reported on. The GGM system is a cosmic ray telescope based on small RPC detectors operated with the same gas mixture used by the CMS RPC system. The GGM gain and efficiency are continuously monitored on-line, thus providing a fast and accurate determination of any shift in working point conditions. The construction details and the first result of GGM commissioning are described.

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