Mesorad dose assessment model. Volume 1. Technical basis

Autor: G.F. Athey, J.V. Ramsdell, R.I. Scherpelz, T.J. Bander
Rok vydání: 1986
Předmět:
DOI: 10.2172/5718929
Popis: MESORAD is a dose assessment model for emergency response applications. Using release data for as many as 50 radionuclides, the model calculates: (1) external doses resulting from exposure to radiation emitted by radionuclides contained in elevated or deposited material; (2) internal dose commitment resulting from inhalation; and (3) total whole-body doses. External doses from airborne material are calculated using semi-infinite and finite cloud approximations. At each stage in model execution, the appropriate approximation is selected after considering the cloud dimensions. Atmospheric processes are represented in MESORAD by a combination of Lagrangian puff and Gaussian plume dispersion models, a source depletion (deposition velocity) dry deposition model, and a wet deposition model using washout coefficients based on precipitation rates.
Databáze: OpenAIRE