Muon reconstruction and identification with the Run II D0 detector

6533b837fe1ef96bd12a272a

RESEARCH PRODUCT

Muon reconstruction and identification with the Run II D0 detector

Sabine Lammers R. Van Kooten Mitchell Wayne H. Schellman J. M. Kohli M. D. Corcoran Stefan Grünendahl J. M. Hauptman Cecilia Elena Gerber Aaron Dominguez A. Melnitchouk L. Han Robert Hirosky Y. W. Liu M. Buehler G. Ginther G. Ginther D. Menezes Jianming Qian J. Kraus A. Jonckheere Julia Meyer A. Lobodenko G. Gutierrez Hongfang Liu V. A. Kuzmin G. D. Alexeev Flera Rizatdinova Daria Zieminska Suneel Dutt T. R. Wyatt D. Edmunds A. Alton Meng Wang Dmitri Tsybychev R. L. Mccarthy Ulrich Heintz Angelo De Souza Santos A. Sanchez-hernandez Y. T. Tsai Y. Ilchenko J. Joshi John Hobbs G. Sajot D. Smirnov Pushpalatha C Bhat Frank Filthaut N. K. Mondal D. Boline H. T. Diehl Markus Wobisch Martin Grunewald M. R. Adams Y. N. Kharzheev A. Das M. Diesburg M. Hohlfeld S. Söldner-rembold S. Desai Petr Vokac G. Alkhazov J. Zennamo Jose Andres Garcia-gonzalez D. V. Bandurin Kamil Augsten L. Bagby A. Dubey P. Svoisky Milos Lokajicek J. K. Lim Q. Z. Li Hui Li Vipin Bhatnagar I. Kiselevich T. Gadfort Darien Wood Zhenyu Ye Yuri Gershtein A. Juste J. Snow B. Hoeneisen Lee Sawyer F. Miconi Oleg Brandt A. Boehnlein J. Ellison J. Osta K. M. Chan Christophe Royon D. A. Stoyanova C. P. Buszello R. Illingworth E. Camacho-pérez Yuehong Xie J. Martínez-ortega Bjoern Penning S. Fuess T. Kurca T. Kurca M. P. Sanders Vladimir Gavrilov Horst Severini Gordon Watts U. Bassler E. De La Cruz-burelo Konstantinos Petridis S. Blessing H. D. Wahl L. Feng A. V. Popov M. Arthaud Graham Wilson L. S. Vertogradov I. Howley Lidija Zivkovic P. F. Ding Scott Snyder Reinhard Schwienhorst M. C. Cousinou P. Skubic S. Bhatia J. Clutter Sung Keun Park Hakjae Lee Andrew Brandt J. L. Holzbauer R. Partridge Mark Richard James Williams Phillip Gutierrez G. Grenier G. Grenier M. Cooke Shih-chang Lee S. Atkins W. M. Van Leeuwen J. Warchol A. S. Ito Regina Demina Anthony Ross H. Hegab V. Parihar J. Weichert Cecile Deterre Frederic Deliot G. Savage J. Orduna B. C.k. Casey Alexander Grohsjean Carsten Hensel M. M. Meijer A. P. Heinson Richard B. Lipton P. Neustroev Lev Uvarov A. K.a. Maciel Kristian Harder T. Yasuda Dongdong Li R. D. Schamberger Gregory R Snow Andrew Askew R. Bernhard Emily Nurse Kenneth Bloom V. L. Malyshev V. E. Bazterra W. E. Cooper Philip Baringer P. N. Ratoff V. V. Shary Marc Besancon Thibault Guillemin Maksym Titov D. Cutts Boris Tuchming Marco Verzocchi Sergey Burdin V. Bunichev Fabrice Couderc V. V. Lipaev J. Lellouch K. Herner S. Banerjee Ji Zhu J. Sekaric Michael A. Strauss S. Chakrabarti J. P. Agnew I. Ripp-baudot A. Meyer S. Caughron Arnulf Quadt P. Rubinov T. Head D.p. Brown A. Patwa Mark Owen Marvin Johnson A. L. Lyon K. A. Johns Liang Li W. Geng W. Geng N. Prokopenko M. A. Pleier Arnaud Duperrin M. S. Jeong Avto Kharchilava F. Badaud S. Cihangir Elemer Nagy S. P. Denisov T. Hoang A. V. Kozelov Marcia Begalli Shangfeng Yang Lev Dudko Nikos Varelas C. L. Mcgivern Bing Zhou R. Jesik T. Scanlon Guo-ming Chen S. Kermiche L. Welty-rieger H. E. Fisk Meenakshi Narain Steven W. Shaw Zdenek Hubacek D. R. Claes Gavin Davies S. J. De Jong Philippe Calfayan R. Lopes De Sa R. Magaña-villalba Suman Bala Beri Elizaveta Shabalina V. Hynek Gavin Grant Hesketh J. M. Yu S. W. Cho Michael Mulhearn Pedro G Mercadante A. Jayasinghe Y. A. Yatsunenko N. Osman Alexander Khanov X. B. Bu Emilien Chapon Gianluca Petrillo K. Soustruznik M. Eads M. Jaffré Joseph Haley Y. Scheglov Todd Adams Christophe Clement Yvonne Peters S. Uvarov Shabnam Jabeen M. Merkin A. Y. Verkheev B. S. Acharya Aran Garcia-bellido A. A. Shchukin Frank Fiedler N. Khalatyan Alexander Kupco S. Chevalier-théry E. Kajfasz I. Katsanos Jan Stark Hang Yin V. M. Podstavkov N. Parua D. Vilanova Randy Ruchti B. Quinn Raymond Brock M. Fortner A. Chandra Christopher George Tully R. Beuselinck T. Nunnemann B. Baldin Carlos Avila C. Schwanenberger E. E. Boos Alice Bean A. Croc Ph Gris Heriberto Castilla-valdez G. C. Blazey P. Jiang H. Greenlee R. Yamada Emanuela Barberis Yuji Enari Patrick Slattery S. W. Youn Ruchika Nayyar A. Bross Jean-francois Grivaz Volker Buescher Ashok Kumar P. Lebrun P. Lebrun V. Lesne J. F. Bartlett K. Devaughan Andreas Werner Jung Robert Kehoe P. Jonsson D. Hedin Guennadi Borissov I. Heredia-de La Cruz W. C. Fisher Emily Johnson A. Pal W. M. Lee Xiaowen Lei Don Lincoln Erich Varnes Thomas Hebbeker M. Mulders C. Luo Neeti Parashar M. Vesterinen J. P. Negret R. Madar J. Hogan Harald Fox L. Suter D. Karmanov Brad Abbott I. Razumov M. Zielinski R. Luna-garcia J. Hays T. G. Zhao W. Ye I. A. Vasilyev Michael Hildreth Sudhir Malik Ia Iashvili Victor Daniel Elvira Pierre Petroff Brajesh C Choudhary V. V. Tokmenin Suyong Choi Darren Price H. A. Neal H. T. Nguyen Maxim Perfilov S. Uzunyan J. T. Linnemann G. Golovanov K. Yip Jason Dhia Mansour Amnon Harel V. M. Abazov L. Bellantoni Gregorio Bernardi D. Denisov P. D. Grannis Hal Evans Thomas Ferbel M. Prewitt Lars Sonnenschein S. Greder Iain Alexander Bertram V. N. Evdokimov M. Rominsky Raimund Ströhmer V. Simak

subject

Physics Nuclear and High Energy Physics Particle physics Muon Bar (music)Detector Tevatron FOS: Physical sciences Ranging High Energy Physics - Experiment law.invention Nuclear physics High Energy Physics - Experiment (hep-ex)law Pseudorapidity Experimental High Energy Physics ComputingMethodologies_DOCUMENTANDTEXTPROCESSING [PHYS.HEXP]Physics [physics]/High Energy Physics - Experiment [hep-ex]Physics::Accelerator Physics High Energy Physics::Experiment Fermilab Collider Instrumentation

description

We present an overview of the muon reconstruction and identification methods employed by the D0 Collaboration to analyze the Run II (2001-2011) ppbar data of the Fermilab Tevatron collider at sqrt s = 1.96 TeV. We discuss the performance of these methods, how it is measured using D0 data, and how it is properly modeled by the D0 simulation program. In its pseudorapidity acceptance, eta< 2, the muon system identifies high-pT muons (pT>10 GeV) with efficiencies ranging from 72% to 89%. Muons tracks are reconstructed in the D0 central tracking system with efficiencies ranging from 85% to 92% and with a typical relative momentum resolution of 10% for pT = 40 GeV. Isolation criteria reject multijet background with efficiencies of 87% to 99%.

year	journal	country	edition	language
2013-07-19

10.1016/j.nima.2013.11.050 http://hal.in2p3.fr/in2p3-00846843