AN INVESTIGATION INTO INTERMITTENCY

6533b86efe1ef96bd12cc865

RESEARCH PRODUCT

AN INVESTIGATION INTO INTERMITTENCY

Decamp D Deschizeaux B Goy C Lees Jp Minard Mn Alemany R Crespo Jm Delfino M Fernandez E Gaitan V Garrido L Mir Lm Pacheco A Catanesi Mg Creanza D Depalma M Farilla A Iaselli G Maggi G Maggi M Natali S Nuzzo S Quattromini M Ranieri A Raso G Romano F Ruggieri F Selvaggi G Silvestris L Tempesta P Zito G Gao Y Hu H Huang D Huang X Lin J Lou J Qiao C Ruan T Wang T Xie Y Xu D Xu R Zhang J Zhao W Atwood Wb Bauerdick Lat Bird F Blucher E Bonvicini G Bossi F Boudreau J Brown D Burnett Th Drevermann H Forty Rw Grab C Hagelberg R Haywood S Hilgart J Jost B Kasemann M Knobloch J Lacourt A Lancon E Lehraus I Lohse T Marchioro A Martinez M Mato P Menary S Minten A Miotto A Miquel R Moser Hg Nash J Palazzi P Ranjard F Redlinger G Roth A Rothberg J Rotscheidt H Saich M Schlatter D Schmelling M Takashima M Tejessy W Wachsmuth H Wasserbaech S Wiedenmann W Witzeling W Wotschack J Ajaltouni Z Badaud F Bardadinotwinowska M Bencheikh Am Elfellous R Falvard A Gay P Guicheney C Harvey J Henrard P Jousset J Michel B Montret Jc Pallin D Perret P Proriol J Prulhiere F Stimpfl G Hansen Jd Hansen Ph Mollerud R Nilsson Bs Efthymiopoulos I Simopoulou E Vayaki A Badier J Blondel A Bonneaud G Bourotte J Braems F Brient Jc Fouque G Gamess A Guirlet R Orteu S Rosowsky A Rouge A Rumpf M Tanaka R Videau H Candlin Dj Veitch E Moneta L Parrini G Corden M Georgiopoulos C Ikeda M Lannutti J Levinthal D Mermikides M Sawyer L Antonelli A Baldini R Bencivenni G Bologna G Campana P Capon G Cerutti F Chiarella V Dettorrepiazzoli B Felici G Laurelli P Mannocchi G Murtas F Murtas Gp Nicoletti G Passalacqua L Pepealtarelli M Picchi P Zografou P Altoon B Boyle O Halley Aw Tenhave I Hearns Jl Lynch Jg Morton Wt Raine C Scarr Jm Smith K Thompson As Turnbull Rm Brandl B Braun O Geiges R Geweniger C Hanke P Hepp V Kluge Ee Maumary Y Putzer A Rensch B Stahl A Tittel K Wunsch M Belk At Beuselinck R Binnie Dm Cameron W Cattaneo M Dornan Pj Dugeay S Greene Am Hassard Jf Lieske Nm Patton Sj Payne Dg Phillips Mj Sedgbeer Jk Taylor G Tomalin Ir Wright Ag Girtler P Kuhn D Rudolph G Bowdery Ck Brodbeck Tj Finch Aj Foster F Hughes G Keemer Nr Nuttall M Patel A Rowlingson Bs Sloan T Snow Sw Whelan Ep Barczewski T Kleinknecht K Raab J Renk B Roehn S Sander Hg Schmidt H Steeg F Walther Sm Wolf B Albanese Jp Aubert Jj Benchouk C Bernard V Bonissent A Courvoisier D Etienne F Papalexiou S Payre P Pietrzyk B Qian Z Talby M Becker H Blum W Cattaneo P Cowan G Dehning B Dietl H Dydak F Fernandezbosman M Hanslkozanecka T Jahn A Kozanecki W Lange E Lauber J Lutjens G Lutz G Manner W Pan Y Richter R Schroder J Schwarz As Settles R Stierlin U Denis Rs Thomas J Wolf G Bertin V Boucrot J Callot O Chen X Cordier A Davier M Ganis G Grivaz Jf Heusse P Janot P Kim Dw Lediberder F Lefrancois J Lutz Am Veillet Jj Videau I Zhang Z Zomer F Abbaneo D Amendolia Sr Bagliesi G Batignani G Bosisio L Bottigli U Bradaschia C Carpinelli M Ciocci Ma Dellorso R Ferrante I Fidecaro F Foa L Focardi E Forti F Gatto C Giassi A Giorgi Ma Mannelli Eb Marrochesi Ps Messineo A Moneta L Palla F Sanguinetti G Steinberger J Tenchini R Tonelli G Triggiani G Vannini C Venturi A Verdini Pg Walsh J Carter Jm Green Mg March Pv Medcalf T Quazi Is Strong Ja Thomas Rm West Lr Wildish T Botterill Dr Clifft Rw Edgecock Tr Edwards M Fisher Sm Jones Tj Norton Pr Salmon Dp Thompson Jc Blochdevaux B Colas P Klopfenstein C Locci E Loucatos S Monnier E Perez P Perlas Ja Perrier F Rander J Renardy Jf Roussarie A Schuller Jp Schwindling J Vallage B Ashman Jg Booth Cn Buttar C Carney R Cartwright S Combley F Dinsdale M Dogru M Hatfield F Martin J Parker D Reeves P Thompson Lf Barberio E Brandt S Burkhardt H Grupen C Meinhard H Mirabito L Schafer U Seywerd H Giannini G Gobbo B Ragusa F Rolandi L Stiegler U Bellantoni L Chen X Cinabro D Conway Js Cowen Df Feng Z Ferguson Dps Gao Ys Grahl J Harton Jl Jacobsen Je Jared Rc Johnson Rp Leclaire Bw Pan Yb Pater Jr Saadi Y Sharma V Shi Zh Tang Yh Walsh Am Wear Ja Weber Fv Whitney Mh Wu Sl Zobernig G.Alberto Lusiani Franco Ligabue

subject

Physics Particle physics Physics and Astronomy (miscellaneous)RANGE Hadron Parton Elementary particle DECAYS Gluon Moment (physics)Transverse mass Rapidity High Energy Physics::Experiment Parton shower ANNIHILATION Nuclear Experiment Engineering (miscellaneous)Particle Physics - Experiment

description

The results of an investigation based on ALEPH data, e+ e- --> hadrons at square-root s = 91 GeV, into fluctuations in rapidity space are presented. It is found that the behaviour of the factorial moments is well represented by the Lund parton shower model. An estimate is made of the scale of fluctuations needed to describe the data. Differential moments are introduced and are used to demonstrate that within the average represented by the traditional factorial moments the pattern of fluctu10.1007/BF01483869ations is itself a strong function of rapidity. This pattern is shown to be primarily associated with the emission of hard gluons. The implied structure between the hadron clusters and partons is explored by the use of transverse mass moments. It is concluded that the principal features of the one-dimensional factorial moments, differential moments and transverse mass moments have their origin in the O(alpha(s)) matrix element, kinematic boundaries and the method of selection of the event axis.

year	journal	country	edition	language
1992-01-01

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