Multiple jet production at low transverse energies inpp¯collisions ats=1.8TeV

6533b833fe1ef96bd129c06b

RESEARCH PRODUCT

Multiple jet production at low transverse energies inpp¯collisions ats=1.8TeV

V. V. Babintsev G. Ginther Jianming Qian L. Duflot V. Simak B. Kothari P. Padley Alexey Volkov G. Briskin N.v. Mokhov A. Leflat Jeffrey F. Krane M. I. Martin Elemer Nagy A. P. Heinson P. Demine Mitchell Wayne H. Schellman J. M. Kohli H. Zheng Yu-tin Huang E. Kajfasz R. E. Hall M. Sosebee D. Edmunds Stefan Grünendahl Elizabeth Gallas T. Mcmahon D. Coppage J. T. Eltzroth R. Jesik K. A. Johns Z. Casilum Nikos Varelas Andre Sznajder S. Tentindo-repond Christos Leonidopoulos Bing Zhou R. K. Shivpuri L. Lueking Anurag Gupta Mossadek Talby B. Gómez Pushpalatha C Bhat Yuri Gershtein H. L. Melanson S. Krzywdzinski Freya Blekman Wendy Taylor D. R. Claes A. Patwa V. Oguri H. E. Fisk T. C. Bacon Philip Baringer Shashikant Dugad H. Motta S. Fu Gustaaf Brooijmans D. Buchholz P. Krivkova J. Warchol S. Doulas J. Womersley A. Zylberstejn F. Lehner H. Greenlee B. M. Sabirov S. Banerjee Z. Zhou J. Solomon N. A. Naumann J. H. Christenson V. M. Abazov Kaushik De Neeti Parashar M. A.c. Cummings Florian Beaudette B. Hoeneisen Lee Sawyer L. Babukhadia M. A. Strang Andrew White Roger Moore D. P. Stoker Q. Xu David H. Adams Alice Bean D. A. Stoyanova B. G. Pope E. Popkov D. Karmanov C. S. Mishra Andrew Brandt R. Engelmann M. Zielinski R. L. Mccarthy A. S. Turcot S. Reucroft R. Gilmartin F. Canelli Volker Buescher S. M. Tripathi M. Gao Gregory R Snow B. Knuteson Ia Iashvili E. A. Kozlovsky H.e. Miettinen Suyong Choi A. Goussiou A. V. Kostritskiy M. Bhattacharjee B. Connolly Richard Breedon K. Gounder Vipin Bhatnagar Sissel Hansen R. Van Kooten G. Obrant D. Mihalcea U. Bassler A. Bross A. Besson O. Peters Andrei Nomerotski Haiyan Wang S.a. Kahn Elizaveta Shabalina Vasken Hagopian R. Partridge X. Zhang T. Rockwell Iain Alexander Bertram M. Demarteau T. G. Trippe G. A. Davis Serban Protopopescu M. Strovink P.f. Ermolov Bobby Samir Acharya H. A. Neal H. Weerts M. Roco Z. M. Wang John Hobbs L. Coney M. Merkin Stephen Wimpenny Michael Begel V. L. Malyshev Lev Dudko D. Fein P. M. Tuts V. E. Kuznetsov R. W. Stephens Michael Rijssenbeek D. Chakraborty A. Zieminski J. T. White J. T. Linnemann W. Kahl E. G. Zverev V. Sorín K. Yip Sharon Hagopian Don Lincoln P. W. Balm J. Barreto V. S. Burtovoi T. Marshall G. Eppley D. A. Wijngaarden H. S. Mao K. Papageorgiou Alberto Santoro A. Stone Daniel John Karmgard C. Hebert Heriberto Castilla-valdez M. Buehler Darien Wood K. Bos Seong Keun Kim J. G.r. Lima Gregorio Bernardi D. Denisov P. Yamin Nicholas John Hadley Robert Hirosky L. Stutte Raymond Brock Boaz Klima N. R. Stanton G. D. Alexeev Flera Rizatdinova A.s. Dyshkant V. N. Evdokimov R. A. Sidwell Michael A. Strauss P. Rubinov J. M. Heinmiller Srinivasan Rajagopalan R. Beuselinck S. Blessing Hal Evans Scott Snyder Thomas Ferbel A. M. Kalinin D. Bauer Jing Li R. Demina Meenakshi Narain S. J. Jong A. S. Ito S. Willis R. Piegaia G. Gutierrez Gilvan Alves Vladimir Gavrilov Gordon Watts F. Fleuret Y. Kulik E. Flattum R. J. Madaras E. W. Anderson L. S. Vertogradov A. N. Galyaev Alexander Belyaev V. Sirotenko R. Snihur D. Casey Y. Fisyak J. Kotcher G. Steinbrück O. V. Eroshin Y. Song Marvin Johnson Suman Bala Beri S. Chopra Q. Z. Li P. A. Rapidis D. K. Cho Y. Arnoud Patrick Slattery K. Genser Phillip Gutierrez Harald Fox A. V. Kozelov A. Jonckheere R. Illingworth W. E. Cooper S. Duensing V. S. Narasimham L. Groer Ariel Schwartzman A. Juste A. P. Vorobiev Stephan Linn Rajendran Raja A. Alton N. Graf N. Oshima Daria Zieminska Y. D. Mutaf A. Khanov N. Parua N. Sotnikova V.v. Abramov Melissa Ridel R. Kehoe R. D. Schamberger Arnaud Duperrin A. A. Mayorov D. Hedin Ulrich Heintz M. A. Kubantsev R. J. Genik M. Jaffré M. H.g. Souza Jong-sung Yu Brad Abbott Shuichi Kunori H. Jöstlein Chris Hays Frank Filthaut V. A. Bezzubov Christophe Royon Pierre Petroff Arnaud Lucotte M. Diesburg Alexander Kupco J. P. Negret R. P. Smith Sebastian Grinstein H. E. Montgomery V. Vaniev J. Snow K. M. Chan Michael Shupe Michael Hildreth Randy Ruchti H. D. Wahl M. Zanabria Winston Ko J. Estrada Y. A. Yatsunenko Harrison Prosper S. Desai T. Yasuda S. N. Ahmed M. Fortner N. W. Reay Emanuela Barberis L. T. Goss Charles Leggett Tulika Bose H. Haggerty M. B. Przybycien F. Borcherding N. I. Bojko G. Sajot D. O'neil J. N. Butler P. D. Grannis P. I. Goncharov C. Miao Miguel Mostafa B. Olivier S. Youssef M. Abolins Sarah Catherine Eno N. K. Mondal H. T. Diehl T. A. Bolton H. Singh D. Whiteson A. Boehnlein J. Ellison A. K.a. Maciel Sa. Jain S. Fuess A. Abdesselam V. Zutshi Zeno Dixon Greenwood S. P. Denisov M. R. Krishnaswamy D. Shpakov A. R. Clark Sergey Chekulaev K. W. Merritt T. Nunnemann B. Baldin J. F. Bartlett V. Manankov Y. Ducros W. M. Lee A. Kharchilava F. Nang Richard B. Lipton Howard Gordon Sergey Kuleshov F. Villeneuve-seguier Victor Daniel Elvira D. Cutts Wagner Carvalho Greg Landsberg K. Soustruznik A. Baden G. C. Blazey R. Yamada John Rutherfoord C. Luo Mary Beth Adams S. N. Gurzhiev Viatcheslav Stolin James C. Green C. Lundstedt Carlos Avila Sabine Crépé-renaudin J. M. Hauptman Cecilia Elena Gerber

subject

Physics Quantum chromodynamics Nuclear and High Energy Physics Jet (fluid)Particle physics 010308 nuclear & particles physics Astrophysics::High Energy Astrophysical Phenomena High Energy Physics::Phenomenology 01 natural sciences 7. Clean energy Spectral line Nuclear physics Transverse plane 0103 physical sciences High Energy Physics::Experiment Production (computer science)Nuclear Experiment 010306 general physics Bar (unit)

description

We present data on multiple production of jets with transverse energies near 20 GeV in p (p) over bar collisions at roots=1.8 TeV. QCD calculations in the parton-shower approximation of PYTHIA and HERWIG and the next-to-leading order approximation of JETRAD are compared to the data for one, two, three, and four jet inclusive production. Transverse energy spectra and multiple jet angular and summed transverse-energy distributions are adequately described by the shower approximation while next-to-leading order calculations describe the data poorly.

year	journal	country	edition	language
2003-03-10	Physical Review D

https://doi.org/10.1103/physrevd.67.052001