The results of an investigation based on ALEPH data,e + e – 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 fluctuations 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 theO( s ) matrix element, kinematic boundaries and the method of selection of the event axis.

An investigation into intermittency / D. Decamp;B. Deschizeaux;C. Goy;J. -P. Lees;M. -N. Minard;R. Alemany;J. M. Crespo;M. Delfino;E. Fernandez;V. Gaitan;Ll. Garrido;Ll. M. Mir;A. Pacheco;M. G. Catanesi;D. Creanza;M. Palma;A. Farilla;G. Iaselli;G. Maggi;M. Maggi;S. Natali;S. Nuzzo;M. Quattromini;A. Ranieri;G. Raso;F. Romano;F. Ruggieri;G. Selvaggi;L. Silvestris;P. Tempesta;G. Zito;Y. Gao;H. Hu;D. Huang;X. Huang;J. Lin;J. Lou;C. Qiao;T. Ruan;T. Wang;Y. Xie;D. Xu;R. Xu;J. Zhang;W. Zhao;W. B. Atwood;L. A. T. Bauerdick;F. Bird;E. Blucher;G. Bonvicini;F. Bossi;J. Boudreau;D. Brown;T. H. Burnett;H. Drevermann;R. W. Forty;C. Grab;R. Hagelberg;S. Haywood;J. Hilgart;B. Jost;M. Kasemann;J. Knobloch;A. Lacourt;E. Lan�on;I. Lehraus;T. Lohse;A. Lusiani;A. Marchioro;M. Martinez;P. Mato;S. Menary;A. Minten;A. Miotto;R. Miquel;H. -G. Moser;J. Nash;P. Palazzi;F. Ranjard;G. Redlinger;A. Roth;J. Rothberg;H. Rotscheidt;M. Saich;D. Schlatter;M. Schmelling;M. Takashima;W. Tejessy;H. Wachsmuth;S. Wasserbaech;W. Wiedenmann;W. Witzeling;J. Wotschack;Z. Ajaltouni;F. Badaud;M. Bardadin-Otwinowska;A. M. Bencheikh;R. Fellous;A. Falvard;P. Gay;C. Guicheney;J. Harvey;P. Henrard;J. Jousset;B. Michel;J. -C. Montret;D. Pallin;P. Perret;J. Proriol;F. Prulhi�re;G. Stimpfl;J. D. Hansen;P. H. Hansen;R. M�llerud;B. S. Nilsson;I. Efthymiopoulos;E. Simopoulou;A. Vayaki;J. Badier;A. Blondel;G. Bonneaud;J. Bourotte;F. Braems;J. C. Brient;G. Fouque;A. Gamess;R. Guirlet;S. Orteu;A. Rosowsky;A. Roug�;M. Rumpf;R. Tanaka;H. Videau;D. J. Candlin;E. Veitch;L. Moneta;G. Parrini;M. Corden;C. Georgiopoulos;M. Ikeda;J. Lannutti;D. Levinthal;M. Mermikides;L. Sawyer;A. Antonelli;R. Baldini;G. Bencivenni;G. Bologna;P. Campana;G. Capon;F. Cerutti;V. Chiarella;B. D'Ettorre-Piazzoli;G. Felici;P. Laurelli;G. Mannocchi;F. Murtas;G. P. Murtas;G. Nicoletti;L. Passalacqua;M. Pepe-Altarelli;P. Picchi;P. Zografou;B. Altoon;O. Boyle;A. W. Halley;I. Have;J. L. Hearns;J. G. Lynch;W. T. Morton;C. Raine;J. M. Scarr;K. Smith;A. S. Thompson;R. M. Turnbull;B. Brandl;O. Braun;R. Geiges;C. Geweniger;P. Hanke;V. Hepp;E. E. Kluge;Y. Maumary;A. Putzer;B. Rensch;A. Stahl;K. Tittel;M. Wunsch;A. T. Belk;R. Beuselinck;D. M. Binnie;W. Cameron;M. Cattaneo;P. J. Dornan;S. Dugeay;A. M. Greene;J. F. Hassard;N. M. Lieske;S. J. Patton;D. G. Payne;M. J. Phillips;J. K. Sedgbeer;G. Taylor;I. R. Tomalin;A. G. Wright;P. Girtler;D. Kuhn;G. Rudolph;C. K. Bowdery;T. J. Brodbeck;A. J. Finch;F. Foster;G. Hughes;N. R. Keemer;M. Nuttall;A. Patel;B. S. Rowlingson;T. Sloan;S. W. Snow;E. P. Whelan;T. Barczewski;K. Kleinknecht;J. Raab;B. Renk;S. Roehn;H. -G. Sander;H. Schmidt;F. Steeg;S. M. Walther;B. Wolf;J. -P. Albanese;J. -J. Aubert;C. Benchouk;V. Bernard;A. Bonissent;D. Courvoisier;F. Etienne;S. Papalexiou;P. Payre;B. Pietrzyk;Z. Qian;M. Talby;H. Becker;W. Blum;P. Cattaneo;G. Cowan;B. Dehning;H. Dietl;F. Dydak;M. Fernandez-Bosman;T. Hansl-Kozanecka;A. Jahn;W. Kozanecki;E. Lange;J. Lauber;G. L�tjens;G. Lutz;W. M�nner;Y. Pan;R. Richter;J. Schr�der;A. S. Schwarz;R. Settles;U. Stierlin;R. St. Denis;J. Thomas;G. Wolf;V. Bertin;J. Boucrot;O. Callot;X. Chen;A. Cordier;M. Davier;G. Ganis;J. -F. Grivaz;Ph. Heusse;P. Janot;D. W. Kim;F. Diberder;J. Lefran�ois;A. -M. Lutz;J. -J. Veillet;I. Videau;Z. Zhang;F. Zomer;D. Abbaneo;S. R. Amendolia;G. Bagliesi;G. Batignani;L. Bosisio;U. Bottigli;C. Bradaschia;M. Carpinelli;M. A. Ciocci;R. Dell'Orso;I. Ferrante;F. Fidecaro;L. Fo�;E. Focardi;F. Forti;C. Gatto;A. Giassi;M. A. Giorgi;F. Ligabue;E. B. Mannelli;P. S. Marrochesi;A. Messineo;F. Palla;G. Sanguinetti;J. Steinberger;R. Tenchini;G. Tonelli;G. Triggiani;C. Vannini;A. Venturi;P. G. Verdini;J. Walsh;J. M. Carter;M. G. Green;P. V. March;T. Medcalf;I. S. Quazi;J. A. Strong;R. M. Thomas;L. R. West;T. Wildish;D. R. Botterill;R. W. Clifft;T. R. Edgecock;M. Edwards;S. M. Fisher;T. J. Jones;P. R. Norton;D. P. Salmon;J. C. Thompson;B. Bloch-Devaux;P. Colas;C. Klopfenstein;E. Locci;S. Loucatos;E. Monnier;P. Perez;J. A. Perlas;F. Perrier;J. Rander;J. -F. Renardy;A. Roussarie;J. -P. Schuller;J. Schwindling;B. Vallage;J. G. Ashman;C. N. Booth;C. Buttar;R. Carney;S. Cartwright;F. Combley;M. Dinsdale;M. Dogru;F. Hatfield;J. Martin;D. Parker;P. Reeves;L. F. Thompson;E. Barberio;S. Brandt;H. Burkhardt;C. Grupen;H. Meinhard;L. Mirabito;U. Sch�fer;H. Seywerd;G. Giannini;B. Gobbo;F. Ragusa;L. Rolandi;U. Stiegler;L. Bellantoni;D. Cinabro;J. S. Conway;D. F. Cowen;Z. Feng;D. P. S. Ferguson;Y. S. Gao;J. Grahl;J. L. Harton;J. E. Jacobsen;R. C. Jared;R. P. Johnson;B. W. LeClaire;Y. B. Pan;J. R. Pater;Y. Saadi;V. Sharma;Z. H. Shi;Y. H. Tang;A. M. Walsh;J. A. Wear;F. V. Weber;M. H. Whitney;Sau Lan Wu;G. Zobernig. - In: ZEITSCHRIFT FÜR PHYSIK. C, PARTICLES AND FIELDS. - ISSN 0170-9739. - ELETTRONICO. - 53:(1992), pp. 21-32. [10.1007/BF01483869]

An investigation into intermittency

FOCARDI, ETTORE;
1992

Abstract

The results of an investigation based on ALEPH data,e + e – 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 fluctuations 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 theO( s ) matrix element, kinematic boundaries and the method of selection of the event axis.
1992
53
21
32
D. Decamp;B. Deschizeaux;C. Goy;J. -P. Lees;M. -N. Minard;R. Alemany;J. M. Crespo;M. Delfino;E. Fernandez;V. Gaitan;Ll. Garrido;Ll. M. Mir;A. Pacheco;M. G. Catanesi;D. Creanza;M. Palma;A. Farilla;G. Iaselli;G. Maggi;M. Maggi;S. Natali;S. Nuzzo;M. Quattromini;A. Ranieri;G. Raso;F. Romano;F. Ruggieri;G. Selvaggi;L. Silvestris;P. Tempesta;G. Zito;Y. Gao;H. Hu;D. Huang;X. Huang;J. Lin;J. Lou;C. Qiao;T. Ruan;T. Wang;Y. Xie;D. Xu;R. Xu;J. Zhang;W. Zhao;W. B. Atwood;L. A. T. Bauerdick;F. Bird;E. Blucher;G. Bonvicini;F. Bossi;J. Boudreau;D. Brown;T. H. Burnett;H. Drevermann;R. W. Forty;C. Grab;R. Hagelberg;S. Haywood;J. Hilgart;B. Jost;M. Kasemann;J. Knobloch;A. Lacourt;E. Lan�on;I. Lehraus;T. Lohse;A. Lusiani;A. Marchioro;M. Martinez;P. Mato;S. Menary;A. Minten;A. Miotto;R. Miquel;H. -G. Moser;J. Nash;P. Palazzi;F. Ranjard;G. Redlinger;A. Roth;J. Rothberg;H. Rotscheidt;M. Saich;D. Schlatter;M. Schmelling;M. Takashima;W. Tejessy;H. Wachsmuth;S. Wasserbaech;W. Wiedenmann;W. Witzeling;J. Wotschack;Z. Ajaltouni;F. Badaud;M. Bardadin-Otwinowska;A. M. Bencheikh;R. Fellous;A. Falvard;P. Gay;C. Guicheney;J. Harvey;P. Henrard;J. Jousset;B. Michel;J. -C. Montret;D. Pallin;P. Perret;J. Proriol;F. Prulhi�re;G. Stimpfl;J. D. Hansen;P. H. Hansen;R. M�llerud;B. S. Nilsson;I. Efthymiopoulos;E. Simopoulou;A. Vayaki;J. Badier;A. Blondel;G. Bonneaud;J. Bourotte;F. Braems;J. C. Brient;G. Fouque;A. Gamess;R. Guirlet;S. Orteu;A. Rosowsky;A. Roug�;M. Rumpf;R. Tanaka;H. Videau;D. J. Candlin;E. Veitch;L. Moneta;G. Parrini;M. Corden;C. Georgiopoulos;M. Ikeda;J. Lannutti;D. Levinthal;M. Mermikides;L. Sawyer;A. Antonelli;R. Baldini;G. Bencivenni;G. Bologna;P. Campana;G. Capon;F. Cerutti;V. Chiarella;B. D'Ettorre-Piazzoli;G. Felici;P. Laurelli;G. Mannocchi;F. Murtas;G. P. Murtas;G. Nicoletti;L. Passalacqua;M. Pepe-Altarelli;P. Picchi;P. Zografou;B. Altoon;O. Boyle;A. W. Halley;I. Have;J. L. Hearns;J. G. Lynch;W. T. Morton;C. Raine;J. M. Scarr;K. Smith;A. S. Thompson;R. M. Turnbull;B. Brandl;O. Braun;R. Geiges;C. Geweniger;P. Hanke;V. Hepp;E. E. Kluge;Y. Maumary;A. Putzer;B. Rensch;A. Stahl;K. Tittel;M. Wunsch;A. T. Belk;R. Beuselinck;D. M. Binnie;W. Cameron;M. Cattaneo;P. J. Dornan;S. Dugeay;A. M. Greene;J. F. Hassard;N. M. Lieske;S. J. Patton;D. G. Payne;M. J. Phillips;J. K. Sedgbeer;G. Taylor;I. R. Tomalin;A. G. Wright;P. Girtler;D. Kuhn;G. Rudolph;C. K. Bowdery;T. J. Brodbeck;A. J. Finch;F. Foster;G. Hughes;N. R. Keemer;M. Nuttall;A. Patel;B. S. Rowlingson;T. Sloan;S. W. Snow;E. P. Whelan;T. Barczewski;K. Kleinknecht;J. Raab;B. Renk;S. Roehn;H. -G. Sander;H. Schmidt;F. Steeg;S. M. Walther;B. Wolf;J. -P. Albanese;J. -J. Aubert;C. Benchouk;V. Bernard;A. Bonissent;D. Courvoisier;F. Etienne;S. Papalexiou;P. Payre;B. Pietrzyk;Z. Qian;M. Talby;H. Becker;W. Blum;P. Cattaneo;G. Cowan;B. Dehning;H. Dietl;F. Dydak;M. Fernandez-Bosman;T. Hansl-Kozanecka;A. Jahn;W. Kozanecki;E. Lange;J. Lauber;G. L�tjens;G. Lutz;W. M�nner;Y. Pan;R. Richter;J. Schr�der;A. S. Schwarz;R. Settles;U. Stierlin;R. St. Denis;J. Thomas;G. Wolf;V. Bertin;J. Boucrot;O. Callot;X. Chen;A. Cordier;M. Davier;G. Ganis;J. -F. Grivaz;Ph. Heusse;P. Janot;D. W. Kim;F. Diberder;J. Lefran�ois;A. -M. Lutz;J. -J. Veillet;I. Videau;Z. Zhang;F. Zomer;D. Abbaneo;S. R. Amendolia;G. Bagliesi;G. Batignani;L. Bosisio;U. Bottigli;C. Bradaschia;M. Carpinelli;M. A. Ciocci;R. Dell'Orso;I. Ferrante;F. Fidecaro;L. Fo�;E. Focardi;F. Forti;C. Gatto;A. Giassi;M. A. Giorgi;F. Ligabue;E. B. Mannelli;P. S. Marrochesi;A. Messineo;F. Palla;G. Sanguinetti;J. Steinberger;R. Tenchini;G. Tonelli;G. Triggiani;C. Vannini;A. Venturi;P. G. Verdini;J. Walsh;J. M. Carter;M. G. Green;P. V. March;T. Medcalf;I. S. Quazi;J. A. Strong;R. M. Thomas;L. R. West;T. Wildish;D. R. Botterill;R. W. Clifft;T. R. Edgecock;M. Edwards;S. M. Fisher;T. J. Jones;P. R. Norton;D. P. Salmon;J. C. Thompson;B. Bloch-Devaux;P. Colas;C. Klopfenstein;E. Locci;S. Loucatos;E. Monnier;P. Perez;J. A. Perlas;F. Perrier;J. Rander;J. -F. Renardy;A. Roussarie;J. -P. Schuller;J. Schwindling;B. Vallage;J. G. Ashman;C. N. Booth;C. Buttar;R. Carney;S. Cartwright;F. Combley;M. Dinsdale;M. Dogru;F. Hatfield;J. Martin;D. Parker;P. Reeves;L. F. Thompson;E. Barberio;S. Brandt;H. Burkhardt;C. Grupen;H. Meinhard;L. Mirabito;U. Sch�fer;H. Seywerd;G. Giannini;B. Gobbo;F. Ragusa;L. Rolandi;U. Stiegler;L. Bellantoni;D. Cinabro;J. S. Conway;D. F. Cowen;Z. Feng;D. P. S. Ferguson;Y. S. Gao;J. Grahl;J. L. Harton;J. E. Jacobsen;R. C. Jared;R. P. Johnson;B. W. LeClaire;Y. B. Pan;J. R. Pater;Y. Saadi;V. Sharma;Z. H. Shi;Y. H. Tang;A. M. Walsh;J. A. Wear;F. V. Weber;M. H. Whitney;Sau Lan Wu;G. Zobernig
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