Charged multiplicity distributions in rapidity bins for pp collisions at $$\sqrt s = 31$$ , 44 and 62 GeV, 44 and 62 GeV | Zendy

A. Breakstone | Zendy; H. B. Crawley | Zendy; A. Firestone | Zendy; M. Gorbics | Zendy; D. Isenhower | Zendy; J. Lamsa | Zendy; W. T. Meyer | Zendy; R. Campanini | Zendy; M. Cuffiani | Zendy; M.M. Deninno | Zendy; F. Fabbri | Zendy; P. Giacomelli | Zendy; S. Marcellini | Zendy; B. Poli | Zendy; F. Rimondi | Zendy; G. P. Siroli | Zendy; G. M. Dallavalle | Zendy; K. Doroba | Zendy; D. Drijard | Zendy; Hubertus Fischer | Zendy; H. Frehse | Zendy; W. Geist | Zendy; M. Górski | Zendy; M. Heiden | Zendy; W. Herr | Zendy; T. Lohse | Zendy; O. Ullaland | Zendy; R. Yeung | Zendy; R. Mankel | Zendy; K. Rauschnabel | Zendy; M. Schmelling | Zendy; D. Wegener | Zendy; H. Flöge | Zendy; L. Geßwein | Zendy; P. Hanke | Zendy; E.-E. Kluge | Zendy; T. Nakada | Zendy; M. Panter | Zendy; A. Putzer | Zendy; B. Rensch | Zendy; M. Wunsch | Zendy; R. Gokieli | Zendy; R. Sosnowski | Zendy; M. Szczekowski | Zendy

Open Access

Charged multiplicity distributions in rapidity bins for pp collisions at $$\sqrt s = 31$$ , 44 and 62 GeV, 44 and 62 GeV

Author(s) -

A. Breakstone,

H. B. Crawley,

A. Firestone,

M. Gorbics,

D. Isenhower,

J. Lamsa,

W. T. Meyer,

R. Campanini,

M. Cuffiani,

M.M. Deninno,

F. Fabbri,

P. Giacomelli,

S. Marcellini,

B. Poli,

F. Rimondi,

G. P. Siroli,

G. M. Dallavalle,

K. Doroba,

D. Drijard,

Hubertus Fischer,

H. Frehse,

W. Geist,

M. Górski,

M. Heiden,

W. Herr,

T. Lohse,

O. Ullaland,

R. Yeung,

R. Mankel,

K. Rauschnabel,

M. Schmelling,

D. Wegener,

H. Flöge,

L. Geßwein,

P. Hanke,

E.-E. Kluge,

T. Nakada,

M. Panter,

A. Putzer,

B. Rensch,

M. Wunsch,

R. Gokieli,

R. Sosnowski,

M. Szczekowski

Publication year - 1989

Publication title -

il nuovo cimento a

Language(s) - English

Resource type - Journals

ISSN - 0369-3546

DOI - 10.1007/bf02800332

Subject(s) - rapidity , multiplicity (mathematics) , physics , negative binomial distribution , charged particle , nuclear physics , large hadron collider , scaling , phase space , particle physics , statistics , mathematics , poisson distribution , geometry , thermodynamics , ion , quantum mechanics

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