Multimuons events and primary composition

Mathematics – Probability

Scientific paper

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Monte Carlo Method, Muons, Primary Cosmic Rays, Radiation Detectors, Atmospheric Density, Heavy Nuclei, Radioactive Decay, Scattering Cross Sections, Simulation

Scientific paper

Nucleon decay detectors at large depths offers now a total area larger than 1000 sq m to registrate muons of energy exceeding 1 TeV. Near complete high energy muon families are detected in those arrays. An extensive 3D Monte-Carlo simulation was conducted in view to understand the spatial distribution of those events and the possible link with elementary act or primary composition. As pion or kaon parents have a very small decay probability at so high energy, multimuon phenomena occurs at high altitude where the atmospheric density is small after the most energetic collisions.

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