CMS RPC Background -- Studies and Measurements

26 May 2020  ·  Hadjiiska R. for the CMS Collaboration, Samalan A. for the CMS Collaboration, Tytgat M. for the CMS Collaboration, Zaganidis N. for the CMS Collaboration, Alves G. A. for the CMS Collaboration, Marujo F. for the CMS Collaboration, De Araujo F. Torres Da Silva for the CMS Collaboration, Da Costa E. M. for the CMS Collaboration, Damiao D. De Jesus for the CMS Collaboration, Nogima H. for the CMS Collaboration, Santoro A. for the CMS Collaboration, De Souza S. Fonseca for the CMS Collaboration, Aleksandrov A. for the CMS Collaboration, Iaydjiev P. for the CMS Collaboration, Rodozov M. for the CMS Collaboration, Shopova M. for the CMS Collaboration, Sultanov G. for the CMS Collaboration, Bonchev M. for the CMS Collaboration, Dimitrov A. for the CMS Collaboration, Litov L. for the CMS Collaboration, Pavlov B. for the CMS Collaboration, Petkov P. for the CMS Collaboration, Petrov A. for the CMS Collaboration, Qian S. J. for the CMS Collaboration, Bernal C. for the CMS Collaboration, Cabrera A. for the CMS Collaboration, Fraga J. for the CMS Collaboration, Sarkar A. for the CMS Collaboration, Elsayed S. for the CMS Collaboration, Assran Y. for the CMS Collaboration, Sawy M. El for the CMS Collaboration, Mahmoud M. A. for the CMS Collaboration, Mohammed Y. for the CMS Collaboration, Combaret C. for the CMS Collaboration, Gouzevitch M. for the CMS Collaboration, Grenier G. for the CMS Collaboration, Laktineh I. for the CMS Collaboration, Mirabito L. for the CMS Collaboration, Shchablo K. for the CMS Collaboration, Bagaturia I. for the CMS Collaboration, Lomidze D. for the CMS Collaboration, Lomidze I. for the CMS Collaboration, Bhatnagar V. for the CMS Collaboration, Gupta R. for the CMS Collaboration, Kumari P. for the CMS Collaboration, Singh J. for the CMS Collaboration, Amoozegar V. for the CMS Collaboration, Boghrati B. for the CMS Collaboration, Ebraimi M. for the CMS Collaboration, Ghasemi R. for the CMS Collaboration, Najafabadi M. Mohammadi for the CMS Collaboration, Zareian E. for the CMS Collaboration, Abbrescia M. for the CMS Collaboration, Aly R. for the CMS Collaboration, Elmetenawee W. for the CMS Collaboration, De Filippis N. for the CMS Collaboration, Gelmi A. for the CMS Collaboration, Iaselli G. for the CMS Collaboration, Leszki S. for the CMS Collaboration, Loddo F. for the CMS Collaboration, Margjeka I. for the CMS Collaboration, Pugliese G. for the CMS Collaboration, Ramos D. for the CMS Collaboration, Caponero M. for the CMS Collaboration, Benussi L. for the CMS Collaboration, Bianco S. for the CMS Collaboration, Colafranceschi S. for the CMS Collaboration, Russo A. for the CMS Collaboration, Passamonti L. for the CMS Collaboration, Piccolo D. for the CMS Collaboration, Pierluigi D. for the CMS Collaboration, Saviano G. for the CMS Collaboration, Buontempo S. for the CMS Collaboration, Di Crescenzo A. for the CMS Collaboration, Fienga F. for the CMS Collaboration, De Lellis G. for the CMS Collaboration, Lista L. for the CMS Collaboration, Meola S. for the CMS Collaboration, Paolucci P. for the CMS Collaboration, Braghieri A. for the CMS Collaboration, Salvini P. for the CMS Collaboration, Montagna P. for the CMS Collaboration, Riccardi C. for the CMS Collaboration, Vitulo P. for the CMS Collaboration, Francois B. for the CMS Collaboration, Kim T. J. for the CMS Collaboration, Park J. for the CMS Collaboration, Choi S. Y. for the CMS Collaboration, Hong B. for the CMS Collaboration, Lee K. S. for the CMS Collaboration, Goh J. for the CMS Collaboration, Lee H. for the CMS Collaboration, Eysermans J. for the CMS Collaboration, Estrada C. Uribe for the CMS Collaboration, Pedraza I. for the CMS Collaboration, Castilla-Valdez H. for the CMS Collaboration, Sanchez-Hernandez A. for the CMS Collaboration, Herrera C. A. Mondragon for the CMS Collaboration, Navarro D. A. Perez for the CMS Collaboration, Sanchez G. A. Ayala for the CMS Collaboration, Carrillo S. for the CMS Collaboration, Vazquez E. for the CMS Collaboration, Radi A. for the CMS Collaboration, Ahmad A. for the CMS Collaboration, Asghar I. for the CMS Collaboration, Hoorani H. for the CMS Collaboration, Muhammad S. for the CMS Collaboration, Shah M. A. for the CMS Collaboration, Crotty I. for the CMS Collaboration ·

The expected radiation background in the CMS RPC system has been studied using the MC prediction with the CMS FLUKA simulation of the detector and the cavern. The MC geometry used in the analysis describes very accurately the present RPC system but still does not include the complete description of the RPC upgrade region with pseudorapidity $1.9 < \lvert \eta \rvert < 2.4$... Present results are ready to be updated with the final geometry description. The radiation background has been studied in terms of expected particle rates, absorbed dose and fluence. Two High Luminosity LHC (HL-LHC) scenarios have been investigated - after collecting $3000$ and $4000$ fb$^{-1}$. Estimations with safety factor of 3 have been considered, as well. read more

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Instrumentation and Detectors High Energy Physics - Experiment