Abstract
Distributions of nuclear holes (cylindrical channels of an identical diameter) in reactor track membranes were studied by computer simulation taking into account the angular spread of an ion beam. The factors of angular decrease in the number of multiple-hole channels and their dependence on the overlap multiplicity and membrane porosity P at P = 0.01–0.30 and hole multiplicity of m < 4 were obtained. The simulation results were compared with predictions made using analytical models.
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