Inclusive production of charged hadrons in photon–photon collisions
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G. ABBIENDI; C. AINSLEY; P. F. AKESSON; G. ALEXANDER; G. ANAGNOSTOU; K. J. ANDERSON; S. ASAI; +193 Authors
G. ABBIENDI; C. AINSLEY; P. F. AKESSON; G. ALEXANDER; G. ANAGNOSTOU; K. J. ANDERSON; S. ASAI; D. AXEN; I. BAILEY; E. BARBERIO; T. BARILLARI; R. J. BARLOW; R. J. BATLEY; P. BECHTLE; T. BEHNKE; K. W. BELL; P. J. BELL; G. BELLA; A. BELLERIVE; G. BENELLI; S. BETHKE; O. BIEBEL; O. BOERIU; P. BOCK; M. BOUTEMEUR; BRAIBANT, SYLVIE; R. M. BROWN; H. J. BURCKHART; S. CAMPANA; CAPILUPPI, PAOLO; R. K. CARNEGIE; A. A. CARTER; J. R. CARTER; C. Y. CHANG; D. G. CHARLTON; C. CIOCCA; A. CSILLING; CUFFIANI, MARCO; S. DADO; A. DE ROECK; E. A. DE WOLF; S; K. DESCH; B. DIENES; J. DUBBERT; E. DUCHOVNI; G. DUCKECK; I. P. DUERDOTH; E. ETZION; F. FABBRI; P. FERRARI; F. FIEDLER; I. FLECK; M. FORD; A. FREY; P. GAGNON; J. W. GARY; C. GEICH GIMBEL; GIACOMELLI, GIORGIO MARIA; P. GIACOMELLI; M. GIUNTA; J. GOLDBERG; E. GROSS; J. GRUNHAUS; M. GRUW; P. O. GUNTHER; A. GUPTA; C. HAJDU; M. HAMANN; G. G. HANSON; A. HAREL; M. HAUSCHILD; C. M. HAWKES; R. HAWKINGS; R. J. HEMINGWAY; G. HERTEN; R. D. HEUER; J. C. HILL; D. HORVATH; P. IGO KEMENES; K. ISHII; H. JEREMIE; P. JOVANOVIC; T. R. JUNK; J. KANZAKI; D. KARLEN; K. KAWAGOE; T. KAWAMOTO; R. K. KEELER; R. G. KELLOGG; B. W. KENNEDY; S. KLUTH; T. KOBAYASHI; M. KOBEL; S. KOMAMIYA; T. KRAMER; A. KRASZNAHORKAY; P. KRIEGER; J. VON KROGH; T. KUHL; M. KUPPER; G. D. LAFFERTY; H. LANDSMAN; D. LANSKE; D. LELLOUCH; J. LETTSO; L. LEVINSON; J. LILLICH; S. L. LLOYD; F. K. LOEBINGER; J. LU27; A. LUDWIG; J. LUDWIG; W. MADER; S. MARCELLINI; A. J. MARTIN; T. MASHIMO; P. MATTIGM; J. MCKENNA; R. A. MCPHERSON; F. MEIJERS; W. MENGES; F. S. MERRITT; H. MES; N. MEYER; A. MICHELINI; S. MIHARA; G. MIKENBERG; D. J. MILLER; W. MOHR; T. MORI; A. MUTTER; K. NAGAI; I. NAKAMURA; H. NANJO; H. A. NEAL; R. NISIUS; S. W. O’NEALE; A. OH; M. J. OREGLIA; S. ORITO; C. PAHL; G. PASZTOR; J. R. PATER; J. E. PILCHER; J. PINFOLD; D. E. PLANE; O. POOTH; M. PRZYBYCIEN; A. QUADT; K. RABBERTZ; C. REMBSER; P. RENKEL; J. M. RONEY; ROSSI, ANTONIO MARIA; Y. ROZEN; K. RUNGE; K. SACHS; T. SAEKI; E. K. G. SARKISYAN; A. D. SCHAILE; O. SCHAILE; P. SCHARFF HANSEN; J. SCHIECK; T. SCHORNER SADENIUS; M. SCHRODER; M. SCHUMACHER; R. SEUSTER; T. G. SHEARS; B. C. SHEN; P. SHERWOOD; A. SKUJA; A. M. SMITH; R. SOBIE; S. SOLDNER REMBOLD; F. SPANO; A. STAHL; D. STROM; R. STROHMER; S. TAREM; M. TASEVSKY; R. TEUSCHER; M. A. THOMSON; E. TORRENCE; D. TOYA; P. TRAN; I. TRIGGER; Z. TROCSANYI; E. TSUR; M. F. TURNER WATSON; I. UEDA; B. UJVARI; C. F. VOLLMER; P. VANNEREM; R. VERTESI; M. VERZOCCHI; H. VOSS; J. VOSSEBELD; C. P. WARD; D. R. WARD;
Inclusive production of charged hadrons in photon–photon collisions
The inclusive production of charged hadrons in the collisions of quasi-real photons e+e- -> e+e- +X has been measured using the OPAL detector at LEP. The data were taken at e+e- centre-of-mass energies from 183 to 209 GeV. The differential cross-sections as a function of the transverse momentum and the pseudorapidity of the hadrons are compared to theoretical calculations of up to next-to-leading order (NLO) in the strong coupling constant alpha{s}. The data are also compared to a measurement by the L3 Collaboration, in which a large deviation from the NLO predictions is observed.
20 pages, 4 figures, Submitted to Phys. Letts. B
United Kingdom, Germany, United Kingdom, United States, Italy
- Ludwig-Maximilians-Universität München Germany
- University of Manchester United Kingdom
- University College London United Kingdom
- University of Freiburg Germany
- Helmholtz Association of German Research Centres Germany
High Energy Physics - Experiment (hep-ex), FOS: Physical sciences, LEP OPAL hadronic photon-photon interactions, info:eu-repo/classification/ddc/530, 530, High Energy Physics - Experiment
High Energy Physics - Experiment (hep-ex), FOS: Physical sciences, LEP OPAL hadronic photon-photon interactions, info:eu-repo/classification/ddc/530, 530, High Energy Physics - Experiment
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These citations are derived from selected sources.
This is an alternative to the "Influence" indicator, which also reflects the overall/total impact of an article in the research community at large, based on the underlying citation network (diachronically).
Citations provided by BIP!popularityPopularity provided by BIP!
This indicator reflects the "current" impact/attention (the "hype") of an article in the research community at large, based on the underlying citation network.
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