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Monte-Carlo modeling and simulation of neutrons detection process using Boron-10
Preview AbstractThe interaction of a mono-energetic neutron beam with a target layer of Boron-10 is studied to characterize the behavior of neutrons and produced charged particles inside the layer. The detection system is modeled through a Monte-Carlo simulation. The quality of the simulation method and controlling parameters is assessed with the response function. The Von Neumann rejection sampling method is used to model the interaction process. The obtained results show high agreement with previous results.