Multiplicity of secondary particles as a function of the number of collisions of. pi. /sup -/ mesons with nucleons of the carbon nucleus at p=40 GeV/c
N. Angelov, S. Backović, V.G. Grishin, Yu. Nad, T. Kanarek
Abstract
N. Angelov, S. Backović, V.G. Grishin, Yu. Nad, T. Kanarek
Abstract
We have studied the multiplicity of secondary charged particles produced in inelastic collisions of ..pi../sup -/ mesons with ..nu.. protons of the carbon nucleus at p=40 GeV/c (..nu..=1--5). It is shown that the dependence of the average multiplicities of particles on ..nu.. agrees within experimental error with the dependence of in ..pi../sup -/p interactions on the incident-pion energy in the interval 40--200 GeV. For multinucleon interactions, scaling in multiplicity (KNO) and the Wroblewski dependence are satisfied.
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We have studied the multiplicity of secondary charged particles produced in inelastic collisions of ..pi../sup -/ mesons with ..nu.. protons of the carbon nucleus at p=40 GeV/c (..nu..=1--5). It is shown that the dependence of the average multiplicities of particles on ..nu.. agrees within experimental error with the dependence of in ..pi../sup -/p interactions on the incident-pion energy in the interval 40--200 GeV. For multinucleon interactions, scaling in multiplicity (KNO) and the Wroblewski dependence are satisfied.
Key concepts: Multiplicity (mathematics), Physics, Meson, Pion, Nuclear physics, Nucleon, Particle physics, Scaling