New Approach to Make Cylindrical Packaging Products in Rotation Around Their Fixed Axis During Irradiation in the Monte Carlo Simulation

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New Approach to Make Cylindrical Packaging Products in Rotation Around Their Fixed Axis During Irradiation in the Monte Carlo Simulation

Aknouch, A.; Elouardi, Y.; Mouhib, M.; Sebihi, R.; Didi, A.; Choukri, A.

Moscow University physics bulletin, 09/2020, Volume: 75, Issue: 5

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This article, presents an approach to make the cylindrical packaging products in rotation around their fixed axis, in the Monte Carlo simulation during irradiation. This approach will solve the rotating plats around its fixed axis problem in the simulation so can be used to improve the dose uniformity and predict the irradiated products packaging form, taking into account its density and its position in the irradiation cell, to save time and the high costs of the experiments. This study has released at Moroccan gamma irradiation station. We have used the MCNPX code to simulate this approach. The validation has been done by an experiment measurement using sugar as a product and alanine dosimeters for dosimetric calculation.

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