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Titolo:
RESPONSE OF THE ATLAS TILE CALORIMETER PROTOTYPE TO MUONS
Autore:
AJALTOUNI Z; ALBIOL F; ALIFANOV A; AMARAL P; AMORIM A; ANDERSON K; ANGELINI C; ASTVATSATUROV A; AUTIERO D; BADAUD F; BARREIRA G; BERGLUND S; BLANCHOT G; BLUCHER E; BLAJ C; BOGUSH A; BOHM C; BOLDEA V; BORISOV O; BOSMAN M; BOUHEMAID N; BRETTE P; BROMBERG C; BROSSARD M; BUDAGOV J; CALOBA L; CARVALHO J; CASADO P; CAVALLISFORZA M; CAVASINNI V; CHADELAS R; CHEVALEYRE JC; CHIRIKOVZORIN I; CHLACHIDZE G; COBAL M; COGSWELL F; COLACO F; CONSTANTINESCU S; COSTANZO D; CROUAU M; DAUDON F; DAVID M; DAVIDEK T; DAWSON J; DUGNE JJ; DE K; DELPRETE T; DESANTO A; DIGIROLAMO B; DITA S; DOLEJSI J; DOLEZAL Z; DOWNING R; EFTHYMIOPOULOS I; ERREDE D; ERREDE S; EVANS H; FERRER A; FLAMINIO V; GALLAS E; GASPAR M; GOLDEMEISTER O; GLAGOLEV V; GOLUBEV V; GOMES A; GRABSKY V; HANEY M; HAKOPIAN H; HELLMAN S; HENRIQUES A; HOLMGREN S; HONORE PF; HUSTON J; IVANYUSHENKOV Y; JOHANSSON E; JONAND K; JUSTE A; KAKURIN S; KARAPETIAN G; KARYUKHIN A; KHOKHLOV Y; KLYUKHIN V; KOLOMOETS V; KOPIKOV S; KOSTRIKOV M; KOVTUN V; KUKHTIN V; KULAGIN M; KULCHITSKY Y; LAMI S; LAPIN V; LAZZERONI C; LEBEDEV A; LEITNER R; LI J; LIBA I; LOMAKIN Y; LOMAKINA O; LOKAJICEK M; MAIO A; MALYUKOV S; MARROQUIN F; MARTINS JP; MAZZONI E; MERRITT F; MICHEL B; MILLER R; MINASHVILI I; MIRALLES L; MNATSAKANIAN E; MONTAROU G; MUANZA GS; NEMECEK S; NESSI M; ONOFRE A; ORTEU S; PADILLA C; PALLIN D; PANTEA D; PATRIARCA J; PEREIRA A; PERLAS JA; PILCHER J; PINHAO J; POGGIOLI L; POIROT S; PRICE L; PROTOPOPOV Y; PROUDFOOT J; PUKHOV O; REINMUTH G; RENZONI G; RICHARDS R; RIU I; ROMANOV V; RONCEUX B; RUMYANTSEV V; RUSSAKOVICH N; SANDERS H; SANTOS J; SAWYER L; SAYS LP; SEIXAS JM; SELLDEN B; SEMENOV A; SENCHISHIN V; SHCHELCHKOV A; SHEVTSOV V; SHOCHET M; SIDOROV V; SIMAITIS V; SISSAKIAN A; SOLODKOV A; SONDEREGGER P; SOUSTRUZNIK K; STANEK R; STARCHENKO E; STEPHENS R; STUDENOV S; SUK M; SURKOV A; TANG F; TARDELL S; TAS P; TEUBERT F; THALER J; TOKAR S; TOPILIN N; TRKA Z; TURCOT A; TURCOTTE M; VALKAR S; VARANDAS MJ; VARTAPETIAN A; VAZEILLE F; VINOGRADOV V; VOROZHTSOV S; WAGNER D; WHITE A; WOLTERS H; YAMDAGNI N; YARYGIN G; YOSEF C; ZAITSEV A; ZDRAZIL M;
Indirizzi:
LIP P-1000 LISBON PORTUGAL ARGONNE NATL LAB ARGONNE IL 60439 UNIV AUTONOMA BARCELONA,INST FIS ALTES ENERGIES E-08193 BARCELONA SPAIN UNIV CHICAGO CHICAGO IL 60637 INST ATOM PHYS R-76900 BUCHAREST ROMANIA UNIV CLERMONT FERRAND,LPC CLERMONT FERRAND CLERMONT FERRAN FRANCE CERN CH-1211 GENEVA 23 SWITZERLAND JOINT NUCL RES INST DUBNA 141980 RUSSIA UNIV ILLINOIS CHICAGO IL 60680 UNIV LISBON,FCUL P-1699 LISBON PORTUGAL UNIV COIMBRA,FCTUC COIMBRA PORTUGAL LIP COIMBRA PORTUGAL MICHIGAN STATE UNIV E LANSING MI 48824 INST PHYS ASB MINSK BYELARUS UNIV PISA PISA ITALY IST NAZL FIS NUCL PISA ITALY CHARLES UNIV PRAGUE CZECH REPUBLIC ACAD SCI PRAGUE PRAGUE CZECH REPUBLIC INST HIGH ENERGY PHYS PROTVINO RUSSIA UFRJ,EE,COPPE RIO JANEIRO BRAZIL UNIV STOCKHOLM STOCKHOLM SWEDEN IFIC VALENCIA SPAIN UNIV TEXAS ARLINGTON TX 76019 YEREVAN PHYS INST YEREVAN 375036 ARMENIA
Titolo Testata:
Nuclear instruments & methods in physics research. Section A, Accelerators, spectrometers, detectors and associated equipment
fascicolo: 1-2, volume: 388, anno: 1997,
pagine: 64 - 78
SICI:
0168-9002(1997)388:1-2<64:ROTATC>2.0.ZU;2-H
Fonte:
ISI
Lingua:
ENG
Soggetto:
PERFORMANCE;
Tipo documento:
Article
Natura:
Periodico
Settore Disciplinare:
Science Citation Index Expanded
Science Citation Index Expanded
Science Citation Index Expanded
Science Citation Index Expanded
Citazioni:
13
Recensione:
Indirizzi per estratti:
Citazione:
Z. Ajaltouni et al., "RESPONSE OF THE ATLAS TILE CALORIMETER PROTOTYPE TO MUONS", Nuclear instruments & methods in physics research. Section A, Accelerators, spectrometers, detectors and associated equipment, 388(1-2), 1997, pp. 64-78

Abstract

A study of high energy muons traversing the ATLAS hadron Tile calorimeter in the barrel region in the energy range between 10 and 300 GeV is presented. Both test beam experimental data and Monte Carlo simulations are given and show good agreement. The Tile calorimeter capabilityof detecting isolated muons over the above energy range is demonstrated. A signal to background ratio of about 10 is expected for the nominal LHC luminosity (10(34) l/cm(2) s). The photoelectron statistics effect in the muon shape response is shown. The e/mip ratio is found to be 0.81 +/- 0.03; the e/mu ratio is in the range 0.91-0.97. The energy loss of a muon in the calorimeter, dominated by the energy lost in theabsorber, can be correlated to the energy loss in the active material. This correlation allows one to correct on an event by event basis the muon energy loss in the calorimeter and therefore reduce the low energy tails in the muon momentum distribution.

ASDD Area Sistemi Dipartimentali e Documentali, Università di Bologna, Catalogo delle riviste ed altri periodici
Documento generato il 02/12/20 alle ore 14:17:06