Study of the normalized transverse momentum distribution of W bosons produced in pp¯ collisions at s=1.96 TeV-Reference-Cited by-同舟云学术

Study of the normalized transverse momentum distribution of W bosons produced in pp¯ collisions at s=1.96 TeV

Published:2021-01-05 Issue:1 Volume:103 Page:
ISSN:2470-0010
Container-title:Physical Review D
language:en
Short-container-title:Phys. Rev. D

Author:

Abazov V. M.,Abbott B.,Acharya B. S.,Adams M.,Adams T.,Agnew J. P.,Alexeev G. D.,Alkhazov G.,Alton A.,Askew A.,Atkins S.,Augsten K.,Aushev V.,Aushev Y.,Avila C.,Badaud F.,Bagby L.,Baldin B.,Bandurin D. V.,Banerjee S.,Barberis E.,Baringer P.,Bartlett J. F.,Bassler U.,Bazterra V.,Bean A.,Begalli M.,Bellantoni L.,Beri S. B.,Bernardi G.,Bernhard R.,Bertram I.,Besançon M.,Beuselinck R.,Bhat P. C.,Bhatia S.,Bhatnagar V.,Blazey G.,Blessing S.,Bloom K.,Boehnlein A.,Boline D.,Boos E. E.,Borissov G.,Borysova M.,Brandt A.,Brandt O.,Brochmann M.,Brock R.,Bross A.,Brown D.,Bu X. B.,Buehler M.,Buescher V.,Bunichev V.,Burdin S.,Buszello C. P.,Camacho-Pérez E.,Casey B. C. K.,Castilla-Valdez H.,Caughron S.,Chakrabarti S.,Chan K. M.,Chandra A.,Chapon E.,Chen G.,Cho S. W.,Choi S.,Choudhary B.,Cihangir S.,Claes D.,Clutter J.,Cooke M.,Cooper W. E.,Corcoran M.,Couderc F.,Cousinou M.-C.,Cuth J.,Cutts D.,Das A.,Davies G.,de Jong S. J.,De La Cruz-Burelo E.,Déliot F.,Demina R.,Denisov D.,Denisov S. P.,Desai S.,Deterre C.,DeVaughan K.,Diehl H. T.,Diesburg M.,Ding P. F.,Dominguez A.,Drutskoy A.,Dubey A.,Dudko L. V.,Duperrin A.,Dutt S.,Eads M.,Edmunds D.,Ellison J.,Elvira V. D.,Enari Y.,Evans H.,Evdokimov A.,Evdokimov V. N.,Fauré A.,Feng L.,Ferbel T.,Fiedler F.,Filthaut F.,Fisher W.,Fisk H. E.,Fortner M.,Fox H.,Franc J.,Fuess S.,Fu Y.,Garbincius P. H.,Garcia-Bellido A.,García-González J. A.,Gavrilov V.,Geng W.,Gerber C. E.,Gershtein Y.,Ginther G.,Gogota O.,Golovanov G.,Grannis P. D.,Greder S.,Greenlee H.,Grenier G.,Gris Ph.,Grivaz J.-F.,Grohsjean A.,Grünendahl S.,Grünewald M. W.,Guillemin T.,Gutierrez G.,Gutierrez P.,Haley J.,Han L.,Harder K.,Harel A.,Hauptman J. M.,Hays J.,Head T.,Hebbeker T.,Hedin D.,Hegab H.,Heinson A. P.,Heintz U.,Hensel C.,Heredia-De La Cruz I.,Herner K.,Hesketh G.,Hildreth M. D.,Hirosky R.,Hoang T.,Hobbs J. D.,Hoeneisen B.,Hogan J.,Hohlfeld M.,Holzbauer J. L.,Howley I.,Hubacek Z.,Hynek V.,Iashvili I.,Ilchenko Y.,Illingworth R.,Ito A. S.,Jabeen S.,Jaffré M.,Jayasinghe A.,Jeong M. S.,Jesik R.,Jiang P.,Johns K.,Johnson E.,Johnson M.,Jonckheere A.,Jonsson P.,Joshi J.,Jung A. W.,Juste A.,Kajfasz E.,Karmanov D.,Katsanos I.,Kaur M.,Kehoe R.,Kermiche S.,Khalatyan N.,Khanov A.,Kharchilava A.,Kharzheev Y. N.,Kiselevich I.,Kohli J. M.,Kozelov A. V.,Kraus J.,Kumar A.,Kupco A.,Kurča T.,Kuzmin V. A.,Lammers S.,Lebrun P.,Lee H. S.,Lee S. W.,Lee W. M.,Lei X.,Lellouch J.,Li D.,Li H.,Li L.,Li Q. Z.,Lim J. K.,Lincoln D.,Linnemann J.,Lipaev V. V.,Lipton R.,Liu H.,Liu Y.,Lobodenko A.,Lokajicek M.,Lopes de Sa R.,Luna-Garcia R.,Lyon A. L.,Maciel A. K. A.,Madar R.,Magaña-Villalba R.,Malik S.,Malyshev V. L.,Mansour J.,Martínez-Ortega J.,McCarthy R.,McGivern C. L.,Meijer M. M.,Melnitchouk A.,Menezes D.,Mercadante P. G.,Merkin M.,Meyer A.,Meyer J.,Miconi F.,Mondal N. K.,Mulhearn M.,Nagy E.,Narain M.,Nayyar R.,Neal H. A.,Negret J. P.,Neustroev P.,Nguyen H. T.,Nunnemann T.,Orduna J.,Osman N.,Pal A.,Parashar N.,Parihar V.,Park S. K.,Partridge R.,Parua N.,Patwa A.,Penning B.,Perfilov M.,Peters Y.,Petridis K.,Petrillo G.,Pétroff P.,Pleier M.-A.,Podstavkov V. M.,Popov A. V.,Prewitt M.,Price D.,Prokopenko N.,Qian J.,Quadt A.,Quinn B.,Ratoff P. N.,Razumov I.,Ripp-Baudot I.,Rizatdinova F.,Rominsky M.,Ross A.,Royon C.,Rubinov P.,Ruchti R.,Sajot G.,Sánchez-Hernández A.,Sanders M. P.,Santos A. S.,Savage G.,Savitskyi M.,Sawyer L.,Scanlon T.,Schamberger R. D.,Scheglov Y.,Schellman H.,Schott M.,Schwanenberger C.,Schwienhorst R.,Sekaric J.,Severini H.,Shabalina E.,Shary V.,Shaw S.,Shchukin A. A.,Shkola O.,Simak V.,Skubic P.,Slattery P.,Snow G. R.,Snow J.,Snyder S.,Söldner-Rembold S.,Sonnenschein L.,Soustruznik K.,Stark J.,Stefaniuk N.,Stoyanova D. A.,Strauss M.,Suter L.,Svoisky P.,Titov M.,Tokmenin V. V.,Tsai Y.-T.,Tsybychev D.,Tuchming B.,Tully C.,Uvarov L.,Uvarov S.,Uzunyan S.,Van Kooten R.,van Leeuwen W. M.,Varelas N.,Varnes E. W.,Vasilyev I. A.,Verkheev A. Y.,Vertogradov L. S.,Verzocchi M.,Vesterinen M.,Vilanova D.,Vokac P.,Wahl H. D.,Wang C.^ORCID,Wang M. H. L. S.,Warchol J.,Watts G.,Wayne M.,Weichert J.,Welty-Rieger L.,Williams M. R. J.,Wilson G. W.,Wobisch M.,Wood D. R.,Wyatt T. R.,Xie Y.,Yamada R.,Yang S.,Yasuda T.,Yatsunenko Y. A.,Ye W.,Ye Z.,Yin H.,Yip K.,Youn S. W.,Yu J. M.,Zennamo J.,Zhao T. G.,Zhou B.,Zhu J.,Zielinski M.,Zieminska D.,Zivkovic L.,

Funder

U.S. Department of Energy

National Science Foundation

Commissariat à l’Énergie Atomique et aux Énergies Alternatives

Centre National de la Recherche Scientifique

Ministry of Education and Science of the Russian Federation

Russian Foundation for Basic Research

Fundação Carlos Chagas Filho de Amparo à Pesquisa do Estado do Rio de Janeiro

Department of Atomic Energy, Government of India

Department of Science and Technology, Ministry of Science and Technology

Departamento Administrativo de Ciencia, Tecnología e Innovación

Consejo Nacional de Ciencia y Tecnología