par Adam, Wolfgang;Beghin, Diego 
;Brun, Hugues ;Clerbaux, Barbara ;Delannoy, Hugo ;De Lentdecker, Gilles ;Fasanella, Giuseppe ;Favart, Laurent ;Goldouzian, Reza ;Grebenyuk, Anastasia ;Karapostoli, Georgia ;Lenzi, Thomas ;Leonard, Alexandre ;Luetic, Jelena ;Postiau, Nicolas ;Seva, Tomislav ;Vanlaer, Pascal ;Vannerom, David ;Wang, Qun ;Zhang, Fengwangdong ; [et al.]
Référence Journal of Instrumentation, 12, 6, P06018
Publication Publié, 2017
;Brun, Hugues ;Clerbaux, Barbara ;Delannoy, Hugo ;De Lentdecker, Gilles ;Fasanella, Giuseppe ;Favart, Laurent ;Goldouzian, Reza ;Grebenyuk, Anastasia ;Karapostoli, Georgia ;Lenzi, Thomas ;Leonard, Alexandre ;Luetic, Jelena ;Postiau, Nicolas ;Seva, Tomislav ;Vanlaer, Pascal ;Vannerom, David ;Wang, Qun ;Zhang, Fengwangdong ; [et al.]Référence Journal of Instrumentation, 12, 6, P06018
Publication Publié, 2017
Article révisé par les pairs
| Résumé : | The upgrade of the LHC to the High-Luminosity LHC (HL-LHC) is expected to increase the LHC design luminosity by an order of magnitude. This will require silicon tracking detectors with a significantly higher radiation hardness. The CMS Tracker Collaboration has conducted an irradiation and measurement campaign to identify suitable silicon sensor materials and strip designs for the future outer tracker at the CMS experiment. Based on these results, the collaboration has chosen to use n-in-p type silicon sensors and focus further investigations on the optimization of that sensor type. This paper describes the main measurement results and conclusions that motivated this decision. © 2017 CERN for the benefit of the CMS collaboration. |
