A diquark scattering model for highp T proton production inpp collisions at the ISR | Zendy

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

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A diquark scattering model for highp T proton production inpp collisions at the ISR

Author(s) -

A. Breakstone,

H. B. Crawley,

G. M. Dallavalle,

K. Doroba,

D. Drijard,

F. Fabbri,

A. Firestone,

Hubertus Fischer,

H. Frehse,

W. Geist,

P. Giacomelli,

R. Gokieli,

M. Gorbics,

P. Hanke,

M. Heiden,

W. Herr,

E.-E. Kluge,

J. Lamsa,

T. Lohse,

R. Mankel,

W. T. Meyer,

T. Nakada,

M. Panter,

A. Putzer,

K. Rauschnabel,

B. Rensch,

F. Rimondi,

M. Schmelling,

G. P. Siroli,

R. Sosnowski,

M. Szczekowski,

O. Ullaland,

D. Wegener

Publication year - 1985

Publication title -

zeitschrift für physik c

Language(s) - English

Resource type - Journals

eISSN - 1431-5858

pISSN - 0170-9739

DOI - 10.1007/bf01413596

Subject(s) - diquark , parton , physics , scattering , particle physics , nuclear physics , quark , large hadron collider , proton , momentum (technical analysis) , gluon , quantum mechanics , finance , economics

The relative yield of high transverse momentum protons measured inpp interctions at the CERN ISR is calculated in the framework of simple parton models. Whereas models based exclusively on quark and gluon scattering fail to describe the data, the hypothesis of diquark scattering provides a quantitative understanding of the measured dependences on transverse momentum, polar angle, and centre-of-mass energy. Different assumptions on diquark structure functions are tested.

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