Published September 1, 2023
| Version v1
Technical note
Open
A microRWELL-based preshower and muon system for the IDEA detector
Authors/Creators
-
Giacomelli, Paolo
(Project leader)1
- Ali, Mahmoud
- Amoroso, Antonio
- Balossino, Ilaria
- Bencivenni, Giovanni
- Bertani, Monica
- Braibant, Sylvie
- Bortone, Alberto
- Chiapponi, Francesco
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Cibinetto, Gianluigi
(Contact person)1
- Cossio, Fabio
- De Lucia, Erika
- Domenici, Danilo
- Falchieri, Davide
- Farinelli, Riccardo
- Felici, Giulietto
- Gabrielli, Alessandro
- Garzia, Isabella
- Gatta, Maurizio
- Giovannetti, Matteo
- Gramigna, Stefano
- Greco, Michela
- Lavezzi, Lia
- Maggiora, Marco
- Melendi, Federico Matias
- Mezzadri, Giulio
- Morello, Gianfranco
- Papalino, Giuseppe
- Poli Lener, Marco
- Rivetti, Angelo
- Rolo, Manuel
- Scodeggio, Marco
- Sosio, Stefano
- 1. Istituto Nazionale di Fisica Nucleare
Description
The IDEA detector concept has been designed to operate at a future large circular e+e- collider, like FCC-ee or CEPC. The detector is composed, from the innermost region going outward, of a central tracker, the magnet, the pre-shower, the calorimeter, and the muon system.
The micro-Resistive WELL technology has been proposed for the realization of the pre-shower and the muon counters with a proper tuning of the detector parameters due to different requirements of the two systems: a spatial resolution of the order of 100 um for the pre-shower and a reasonable total number of front-end channels for the muon system.
Files
DELIVERABLE_CERN_FCCIS_IDEA_Muon.pdf
Files
(2.4 MB)
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Additional details
Funding
- European Commission
- FCCIS - Future Circular Collider Innovation Study 951754