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The multiplicity dependence of the angular and energy characteristics of secondary particles in proton-nucleon collisions at 9 Bevis studied. A comparison is made with results of calculations based on the single-meson scheme.

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Proton-Proton Interaction at 9 BeV

Kobzev, V.A. ; Shalagina, Yu.T. ; Shalagina, E.V. ; et al.

Zh.Eksp.Teor.Fiz. 41 (1962) 747-751, 1962.

Inspire Record 1387790 DOI 10.17182/hepdata.17011

The c .m.s. angular distributions of protons and 1r mesons emitted in emulsions in protonproton collisions were measured. The proton angular distribution is symmetric and possesses a pronounced anisotropy. The n-meson distribution is symmetric and more isotropic. The angular dependence of the total energy in the c .m .s. has been determined for protons. It is shown that, on the average, protons expend about 74% of their energy in the c.m.s. on meson production. Within the limits of experimental error, the mean values of the transverse momentum and the total energy in the c .m.s. are the same for various multiplicities.

3 data tables

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CHARACTERISTICS OF FAST SECONDARY NEUTRONS IN p p AND p C-12 INTERACTIONS AT P = 10-GeV/c

Fast neutron production (p(n) >= 1-GeV/c) in p p and p C-12 interactions at p = 4.2-GeV/c and 10-GeV/c.

Inelastic Interaction of Protons and Nucleons at an Energy of 9 BeV

Proton-Proton Interaction at 9 BeV