Multiwire Drift Tubes with Jet-Cell Geometry for Muon Detection at LHC

Bagnaia P.; Barberio E.; Beker H.; O. H. Bilokon; Borisov Yu A; Bozhko N.; Chiarella; Ciappetti G.; Curatolo M.; Dris M.; Esposito B.; Fabjan C. W.; Filippas T.; Franz Pei A; Gazis E.; Goret B.; Goryatchev V.; Kirsanov M.; Klempt W.; T. Kobayashi; Kojine A.; Komamiya S.; Liguori D.; Mashimo T.; Nisati A.; Pontecorvo L.; Rosso E.; Salomatin Y.; Schioppa M.; Susinno G.; Tentori G.; Teodoli A.; Tumakov V.; Valdata M.; Viehhauser G.; Vovenko A. S.

doi:10.15161/oar.it/6b3bw-q5b83

Key Points

This research aims to evaluate the performance of jet-cell chamber prototypes for muon detection in high-energy physics experiments.
Conducted test measurements using cosmic rays
Developed jet-cell chamber prototypes
Evaluated performance metrics for muon detection
Preliminary data indicate successful detection of muons
Jet-cell geometry shows improved efficiency
Prototype chambers functioned as intended under test conditions

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Implication

Test measurements assess jet-cell chamber prototypes for muon detection, indicating effectiveness in cosmic ray environments.

Abstract

Recent results from test measurements with cosmic rays of jet-cell chamber prototypes, developed and studied for the μ detector of the ATLAS apparatus, are reported.

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P. et al. (1995) studied this question.

synapsesocial.com/papers/69a91e3ad6127c7a504c200a https://doi.org/10.15161/oar.it/6b3bw-q5b83

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Multiwire Drift Tubes with Jet-Cell Geometry for Muon Detection at LHC

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Multiwire Drift Tubes with Jet-Cell Geometry for Muon Detection at LHC

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