Monte Carlo Simulation of Accident Scenario Involving the NIAR Radioactive Sources; A gamma radiation exposure risk assessment using Monte Carlo simulation and an adult anthropomorphic phantom; A comparison based on the calculation of some hadron doses in addition to the secondary neutron fluence using the FLUKA Monte Carlo code; Impact of using an axial magnetic field of 1.5 T in carbon ion therapy for the diagnosis of head cancers; Calculation Of WER And WET For 3 Dosimetric Materials At Carbon Ion Energies Ranging 100-300 Mev Using Fluka And MCNPX Monte Carlo Codes; Evaluation of water equivalent ratio for 3 dosimetric materials at carbon ion energies ranging 100–300 MeV/nucleon using Fluka Monte Carlo code; Design of a protective shield for a radiological emergency intervention using Monte Carlo simulation and an anthropomorphic phantom..