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Monte Carlo modelling of a simple accident dosemeter
1Los Alamos National Laboratory, HSR-4, P.O. Box 1663, Los Alamos, NM 87545, USA. devine_r@lanl.gov
Abstract:
A simple dosemeter made of a sulphur tablet, bare and cadmium-covered indium foils and a cadmium-covered copper foil has been modelled using MCNP5. Studies of the model without phantoms or other confounding factors have shown that the cross sections and fluence-to-dose factors generated by the Monte Carlo method agree with those generated by analytic expressions for the high-energy component. In this study, the effect of location on phantoms is studied and an extension of this study to low and intermediate energies is done. The activities expected from exposure to four critical assemblies on phantom is calculated and compared with observations.
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