Response of a CMS HGCAL silicon-pad electromagnetic calorimeter prototype to 20–300 GeV positrons

Author:

Acar B.,Adamov G.,Adloff C.,Afanasiev S.,Akchurin N.,Akgün B.,Khan F.A.,Alhusseini M.,Alison J.,Alpana A.,Altopp G.,Alyari M.,An S.,Anagul S.,Andreev I.,Aspell P.,Atakisi I.O.,Bach O.,Baden A.,Bakas G.,Bakshi A.,Bannerjee S.,Bargassa P.,Barney D.,Beaudette F.,Beaujean F.,Becheva E.,Becker A.,Behera P.,Belloni A.,Bergauer T.,Besancon M.,Bhattacharya S.,Bhowmik D.,Bilki B.,Bloch P.,Bodek A.,Bonanomi M.,Bonnemaison A.,Bonomally S.,Borg J.,Bouyjou F.,Bower N.,Braga D.,Brashear J.,Brondolin E.,Bryant P.,Buchot Perraguin A.,Bueghly J.,Burkle B.,Butler-Nalin A.,Bychkova O.,Callier S.,Calvet D.,Cao X.,Cappati A.,Caraway B.,Caregari S.,Cauchois A.,Ceard L.,Cekmecelioglu Y.C.,Cerci S.,Cerminara G.,Chadeeva M.,Charitonidis N.,Chatterjee R.,Chen Y.M.,Chen Z.,Cheng H.J.,Cheng K.y.,Chernichenko S.,Cheung H.,Chien C.H.,Choudhury S.,Čoko D.,Collura G.,Couderc F.,Danilov M.,Dannheim D.,Daoud W.,Dauncey P.,David A.,Davies G.,Davignon O.,Day E.,DeBarbaro P.,De Guio F.,de La Taille C.,De Silva M.,Debbins P.,Defranchis M.M.,Delagnes E.,Deltoro Berrio J.M.,Derylo G.,Dias de Almeida P.G.,Diaz D.,Dinaucourt P.,Dittmann J.,Dragicevic M.,Dugad S.,Dulucq F.,Dumanoglu I.,Dutta V.,Dutta S.,Dünser M.,Eckdahl J.,Edberg T.K.,El Berni M.,Elias F.,Eno S.C.,Ershov Y.,Everaerts P.,Extier S.,Fahim F.,Fallon C.,Fedi G.,Fontana Santos Alves B.A.,Frahm E.,Franzoni G.,Freeman J.,French T.,Gandhi P.,Ganjour S.,Gao X.,Garcia-Bellido A.,Gastaldi F.,Gecse Z.,Geerebaert Y.,Gerwig H.,Gevin O.,Ghosh S.,Gilbert A.,Gilbert W.,Gill K.,Gingu C.,Gninenko S.,Golunov A.,Golutvin I.,Gonzalez T.,Gorbounov N.,Gouskos L.,Gray A.B.,Gu Y.,Guilloux F.,Guler Y.,Gülmez E.,Guo J.,Gurpinar Guler E.,Hammer M.,Hassanshahi H.M.,Hatakeyama K.,Heering A.,Hegde V.,Heintz U.,Hinton N.,Hirschauer J.,Hoff J.,Hou W.-S.,Hou X.,Hua H.,Incandela J.,Irshad A.,Isik C.,Jain S.,Jheng H.R.,Joshi U.,Kachanov V.,Kalinin A.,Kalipoliti L.,Kaminskiy A.,Kapoor A.,Kara O.,Karneyeu A.,Kaya M.,Kaya O.,Kayis Topaksu A.,Khukhunaishvili A.,Kiesler J.,Kilpatrick M.,Kim S.,Koetz K.,Kolberg T.,Köseyan O.K.,Kristić A.,Krohn M.,Krüger K.,Kulagin N.,Kulis S.,Kunori S.,Kuo C.M.,Kuryatkov V.,Kyre S.,Lai Y.,Lamichhane K.,Landsberg G.,Lange C.,Langford J.,Lee M.Y.,Levin A.,Li A.,Li B.,Li J.H.,Li Y.Y.,Liao H.,Lincoln D.,Linssen L.,Lipton R.,Liu Y.,Lobanov A.,Lu R.-S.,Lupi M.,Lysova I.,Magnan A.-M.,Magniette F.,Mahjoub A.,Maier A.A.,Malakhov A.,Mallios S.,Mandjavize I.,Mannelli M.,Mans J.,Marchioro A.,Martelli A.,Martinez G.,Masterson P.,Meng B.,Mengke T.,Mestvirishvili A.,Mirza I.,Moccia S.,Mohanty G.B.,Monti F.,Morrissey I.,Murthy S.,Musić J.,Musienko Y.,Nabili S.,Nagar A.,Nguyen M.,Nikitenko A.,Noonan D.,Noy M.,Nurdan K.,Ochando C.,Odegard B.,Odell N.,Okawa H.,Onel Y.,Ortez W.,Ozegović J.,Ozkorucuklu S.,Paganis E.,Pagenkopf D.,Palladino V.,Pandey S.,Pantaleo F.,Papageorgakis C.,Papakrivopoulos I.,Parshook J.,Pastika N.,Paulini M.,Paulitsch P.,Peltola T.,Pereira Gomes R.,Perkins H.,Petiot P.,Pierre-Emile T.,Pitters F.,Popova E.,Prosper H.,Prvan M.,Puljak I.,Qu H.,Quast T.,Quinn R.,Quinnan M.,Ramos Garcia M.T.,Rao K.K.,Rapacz K.,Raux L.,Reichenbach G.,Reinecke M.,Revering M.,Roberts A.,Romanteau T.,Rose A.,Rovere M.,Roy A.,Rubinov P.,Rusack R.,Rusinov V.,Ryjov V.,Sahin O.M.,Salerno R.,Sanchez Rodriguez A.M.,Saradhy R.,Sarkar T.,Sarkisla M.A.,Sauvan J.B.,Schmidt I.,Schmitt M.,Scott E.,Seez C.,Sefkow F.,Sharma S.,Shein I.,Shenai A.,Shukla R.,Sicking E.,Sieberer P.,Silva P.,Simsek A.E.,Sirois Y.,Smirnov V.,Sozbilir U.,Spencer E.,Steen A.,Strait J.,Strobbe N.,Su J.W.,Sukhov E.,Sun L.,Sunar Cerci D.,Syal C.,Tali B.,Tan C.L.,Tao J.,Tastan I.,Tatli T.,Thaus R.,Tekten S.,Thienpont D.,Tiras E.,Titov M.,Tlisov D.,Tok U.G.,Troska J.,Tsai L.-S.,Tsamalaidze Z.,Tsipolitis G.,Tsirou A.,Tyurin N.,Undleeb S.,Urbanski D.,Ustinov V.,Uzunian A.,Van de Klundert M.,Varela J.,Velasco M.,Viazlo O.,Barreto Pinto M.V.,Vichoudis P.,Virdee T.,Vizinho de Oliveira R.,Voelker J.,Voirin E.,Vojinovic M.,Wade A.,Wang C.,Wang F.,Wang X.,Wang Z.,Wang Z.,Wayne M.,Webb S.N.,Whitbeck A.,White D.,Wickwire R.,Wilson J.S.,Winter D.,Wu H.y.,Wu L.,Wulansatiti Nursanto M.,Yeh C.H.,Yohay R.,Yu D.,Yu G.B.,Yu S.S.,Yuan C.,Yumiceva F.,Yusuff I.,Zacharopoulou A.,Zamiatin N.,Zarubin A.,Zenz S.,Zghiche A.,Zhang H.,Zhang J.,Zhang Y.,Zhang Z.

Abstract

Abstract The Compact Muon Solenoid collaboration is designing a new high-granularity endcap calorimeter, HGCAL, to be installed later this decade. As part of this development work, a prototype system was built, with an electromagnetic section consisting of 14 double-sided structures, providing 28 sampling layers. Each sampling layer has an hexagonal module, where a multipad large-area silicon sensor is glued between an electronics circuit board and a metal baseplate. The sensor pads of approximately 1.1 cm2 are wire-bonded to the circuit board and are readout by custom integrated circuits. The prototype was extensively tested with beams at CERN's Super Proton Synchrotron in 2018. Based on the data collected with beams of positrons, with energies ranging from 20 to 300 GeV, measurements of the energy resolution and linearity, the position and angular resolutions, and the shower shapes are presented and compared to a detailed Geant4 simulation.

Publisher

IOP Publishing

Subject

Mathematical Physics,Instrumentation

Cited by 7 articles. 订阅此论文施引文献 订阅此论文施引文献,注册后可以免费订阅5篇论文的施引文献,订阅后可以查看论文全部施引文献

1. Performance of the electromagnetic and hadronic prototype segments of the ALICE Forward Calorimeter;Journal of Instrumentation;2024-07-01

2. Timing performance of the CMS High Granularity Calorimeter prototype;Journal of Instrumentation;2024-04-01

3. Leveraging staggered tessellation for enhanced spatial resolution in high-granularity calorimeters;Nuclear Instruments and Methods in Physics Research Section A: Accelerators, Spectrometers, Detectors and Associated Equipment;2024-03

4. Muon Collider Forum report;Journal of Instrumentation;2024-02-01

5. Performance of the CMS High Granularity Calorimeter prototype to charged pion beams of 20–300 GeV/c;Journal of Instrumentation;2023-08-01

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