Localization of strong interaction and random fragmentation as a model of high-energy collisions

Narayan, D. S.

doi:10.1016/0550-3213(71)90335-x

Nuclear Physics B

1971

DOI: 10.1016/0550-3213(71)90335-x

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Localization of strong interaction and random fragmentation as a model of high-energy collisions

D. S. Narayan

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1974

1979

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Cited by 15 publications

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Energy Dependence of Mean Charged Multiplicity in Hadron‐hadron Collision and Modified HEISENBERG'S Approach

1979

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A b s t r a c t . A semi empirical formulation for the energy dependence of multiplicity in hadronic collisions as proposed in a recent paper by Ghosh et al. has been applied to account for the experimental multiplicity data of Fp, Fn and n*n collisions. A remarkable agreement has been found over the entire region. Energieabhangigkeit der mittleren Ladungsmultiplizitlt bei Hadron-Hadron-StiiBen in einer modifizierten Heisenberg-NaherungI n h a l t s u b e r s i c h t . Mit Hilfe der kiirzlich von GHOSH ma. vorgeschlagenen halbempirischen Formulierung der Energieabhangigkeit der Multiplizitat bei Hadron-StoBen wurden die experimentellen Ergebnisse an Fp-, ?;n-und n*n-StoBen ausgewertet und eine bemerkenswerte Ubereinstimmung uber den gesamten MeBbereich festgestellt.

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Energy Dependence of Mean Charged Multiplicity in Hadron‐hadron Collision and Modified HEISENBERG'S Approach

1979

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Heisenberg's model revisited to study the angular distribution in inelastic hadron hadron collision at high energy

1979

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Charge transfer inpp collisions according to a mixed two component model

1975

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Localization of strong interaction and random fragmentation as a model of high-energy collisions

Cited by 15 publications

References 8 publications

Energy Dependence of Mean Charged Multiplicity in Hadron‐hadron Collision and Modified HEISENBERG'S Approach

Energy Dependence of Mean Charged Multiplicity in Hadron‐hadron Collision and Modified HEISENBERG'S Approach

Heisenberg's model revisited to study the angular distribution in inelastic hadron hadron collision at high energy

Charge transfer inpp collisions according to a mixed two component model

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