DOI: 10.1007/bf01630590

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Jet production and fragmentation properties in deep inelastic muon scattering

Michele Arneodo,A. Arvidson,J.J. Aubert,B. Badełek,J. Beaufays,Chris Bee,C. Benchouk,G. Berghoff,I. Bird,D. Blum,E. Böhm,X. De Bouard,F.W. Brasse,H. M. Braun,C. Broll,S. Brown,H. Brück,H. Calén,J. S. Chima,J. Ciborowski,R. W. Clifft,G. Coignet,F. Combley,J. M. Conrad,John A Coughlan,G. D’Agostini,S. Dahlgren,F. Dengler,I. Derado,Torben Dreyer,J. Drees,M. Drobnitzki,M. Düren,V. Eckardt,A. Edwards,M. Edwards,Thomas Ernst,G. Eszes,Jean Favier,M. I. Ferrero,Jan Figiel,W. Flauger,J. M. Foster,J. Ftáčnik,E. Gabathuler,J. Gajewski,R. Gamet,J. Gayler,N. I. Geddes,P. Grafström,F. Grard,J. Haas,E. Hagberg,F.J. Hasert,P. Hayman,Ph. Heusse,M. Jaffré,A. Jachołkowska,F. Janata,Gábor Jancsó,Andrew Johnson,E. Kabuß,G. Kellner,V. Korbel,A. Krüger,J. Krüger,S. Kullander,Ulrich Landgraf,D. Lanske,J. Loken,K. Long,M. Maire,Pa. Malecki,A. Manz,Silvia Maselli,W. Mohr,F. Montanet,H. E. Montgomery,E. Nagy,J. Nassalski,P.R. Norton,F. G. Oakham,A. M. Osborne,C. Pascaud,B. Pawlik,P. Payre,C. Peroni,H. Peschel,H. Pessard,J. Pettingale,B. Pietrzyk,U. Pietrzyk,B. Pönsgen,M. Pötsch,P. Renton,P. Ribarics,Klaus Rith,E. Rondio,A. Sandacz,M. Scheer,A. Schlabböhmer,H. Schiemann,N. Schmitz,M. Schneegans,M. Scholz,T. Schröder,K. Schultze,T. Sloan,H. E. Stier,M. Studt,Geoffrey Norman Taylor,J.M. Thénard,J.C. Thompson,A. Torre,J. Tóth,L. Urbán,L. Urbán,W. Wallucks,M. R. Whalley,S. Wheeler,W. S. C. Williams,Stephen Wimpenny,R. Windmolders,G. Wolf,K. Ziemons

Physics

Particle physics

Deep inelastic scattering

1987

Results are presented from a study of deep inelastic 280 GeV muon-nucleon interactions on the transverse momenta and jet properties of the final state hadrons. The results are analysed in a way which attempts to separate the contributions of hard and soft QCD effects from those that arise from the fragmentation process. The fragmentation models with which the data are compared are the Lund string model, the independent jet model, the QCD parton shower model including soft gluon interference effects, and the firestring model. The discrimination between these models is discussed. Various methods of analysis of the data in terms of hard QCD processes are presented. From a study of the properties of the jet profiles a value of α s , to leading order, is determined using the Lund string model, namely α s =0.29±0.01 (stat.) ±0.02 (syst.), forQ 2∼20 GeV2.

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“Jet production and fragmentation properties in deep inelastic muon scattering” is a paper by Michele Arneodo A. Arvidson J.J. Aubert B. Badełek J. Beaufays Chris Bee C. Benchouk G. Berghoff I. Bird D. Blum E. Böhm X. De Bouard F.W. Brasse H. M. Braun C. Broll S. Brown H. Brück H. Calén J. S. Chima J. Ciborowski R. W. Clifft G. Coignet F. Combley J. M. Conrad John A Coughlan G. D’Agostini S. Dahlgren F. Dengler I. Derado Torben Dreyer J. Drees M. Drobnitzki M. Düren V. Eckardt A. Edwards M. Edwards Thomas Ernst G. Eszes Jean Favier M. I. Ferrero Jan Figiel W. Flauger J. M. Foster J. Ftáčnik E. Gabathuler J. Gajewski R. Gamet J. Gayler N. I. Geddes P. Grafström F. Grard J. Haas E. Hagberg F.J. Hasert P. Hayman Ph. Heusse M. Jaffré A. Jachołkowska F. Janata Gábor Jancsó Andrew Johnson E. Kabuß G. Kellner V. Korbel A. Krüger J. Krüger S. Kullander Ulrich Landgraf D. Lanske J. Loken K. Long M. Maire Pa. Malecki A. Manz Silvia Maselli W. Mohr F. Montanet H. E. Montgomery E. Nagy J. Nassalski P.R. Norton F. G. Oakham A. M. Osborne C. Pascaud B. Pawlik P. Payre C. Peroni H. Peschel H. Pessard J. Pettingale B. Pietrzyk U. Pietrzyk B. Pönsgen M. Pötsch P. Renton P. Ribarics Klaus Rith E. Rondio A. Sandacz M. Scheer A. Schlabböhmer H. Schiemann N. Schmitz M. Schneegans M. Scholz T. Schröder K. Schultze T. Sloan H. E. Stier M. Studt Geoffrey Norman Taylor J.M. Thénard J.C. Thompson A. Torre J. Tóth L. Urbán L. Urbán W. Wallucks M. R. Whalley S. Wheeler W. S. C. Williams Stephen Wimpenny R. Windmolders G. Wolf K. Ziemons published in 1987. It has an Open Access status of “green”. You can read and download a PDF Full Text of this paper here.