Experimental verification of the dual unitarization scheme

Boos, E.; Ermilova, D. I.; Philippova, V. V.; Samoilov, V. V.; Temiraliev, T.; Batyunya, B.; Boguslavsky, I. V.; Gramenitsky, I. M.; Lednický, R.; Levonian, S.; Тихонова, Л. А.; Valkárová, A.; Vrba, V.; Zlatanov, Z.; Dumbrajs, S.; Ervanne, J.; Hannula, E.; Villanen, H.; Villanen, P.; Dementiev, R. K.; Grechko, V.E.; Korzhavina, I. A.; Leikin, E.M.; Pavlova, A. G.; Ruď, V. I.; Suk, M.; Herynek, I.; Reimer, P.; Řídký, J.; Sedlák, J.; Šimák, V.; Khudzadze, A. M.; Kuratashvili, G. O.; Topuria, Teya; Tsintsadze, V. D.

doi:10.1016/0370-2693(79)91288-7

Physics Letters B

1979

DOI: 10.1016/0370-2693(79)91288-7

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Experimental verification of the dual unitarization scheme

E. Boos

D. I. Ermilova

V. V. Philippova

et al.

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Cited by 8 publications

(1 citation statement)

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“…This may be due to the fact that the phase volume is limited at lower energies which results in a narrowing of the distributions. I n addition, with PIab < 22 GeV/c in pp collisions there is observed an increase (up to about 40%) of the fraction of annihilation processes which, according to common observat,ion[32], may be of a multijet nature and may result in a decrease of the ( b k ) values.Thus, the analysis of the bk distributions of x-mesons in jets produced in soft hadronhadron and hadron-nucleus collisions shows remarkable universality of these distributions Fortschr.Phys. 38 (1990) 4 depending neither on the collision energy for Plaa= 22 -205 GeV/c, nor on the type of a fragmenting system (p, x-, p, C).…”

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confidence: 87%

Asymptotic Properties of Hadron Matter in Relative Four-Velocity Space

Baldin

Didenko

1990

Fortschr. Phys.

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Relativistically invariant description of multiple particle processes in the relative 4-velocity space is suggested. The main regularities of multiple particle processes, i.e. the correlation depletion principle of automodelity and intermediate asymptotics are generally formulated within the considered approach. The method based on new variables allows to give a relativistically invariant description of asymptotic properties of the excited hadron and nuclear matter at high energies (hadron jets, clusters, scale invariance, limiting fragmentation etc.). Large experimental material including hadron-hadron, hadron-nucleus, nucleus-nucleus and 7N interactions within an energy of P = 4 -205 GeV/c is analysing. The results obtained prove the truthfulness of main consequences of correlation depletion and automodelity principles. 1* 264 A. M. BALDIN, L. A. DIDENEO, Asymptotic Properties Reference [7]give arguments in favour of the fact that just the quantities b* and not the energy-momentum transfers determine the magnitude of the amplitude and thereby the interaction strength of the objects i and k. I n addition, the quantities bik define at which level (nucleon of quark) we should consider the structure of the interactions objects i and k. These arguments are as follows. 266 A. M. BALDIN, L. A. DIDENKO, Asymptotic PropertieB lo-'

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confidence: 87%

Asymptotic Properties of Hadron Matter in Relative Four-Velocity Space

Baldin

Didenko

1990

Fortschr. Phys.

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Multiparticle production in antiproton collisions

Lednický

1983

Czech J Phys

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Inelastic $$\bar p$$ p interactions at 22.4 GeV/c compared withe + e − annihilation into hadrons

Boos

Ermilova

Samoilov

et al. 1982

Z. Phys. C - Particles and Fields

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Experimental verification of the dual unitarization scheme

Cited by 8 publications

References 8 publications

Asymptotic Properties of Hadron Matter in Relative Four-Velocity Space

Asymptotic Properties of Hadron Matter in Relative Four-Velocity Space

Multiparticle production in antiproton collisions

Inelastic $$\bar p$$ p interactions at 22.4 GeV/c compared withe + e − annihilation into hadrons

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