Abstract
The differential and integral angular distributions of shower particles produced in high-energy nuclear interactions are calculated according to the multiple meson production theories of Fermi, Landau and Heisenberg8–11) for nucleon-nucleon interaction. Angular distributions calculated according to the theory of Landau are given for nucleon-nucleus interaction too. It is shown by summarizing the experimental data of jets of energies higher than 1013 eV that the angular distribution alone does not show unambiguously which of the multiple meson production theories, if any, is the correct one.
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