1 Risø National Laboratory for Sustainable Energy, Technical University of Denmark2 Department of Wind Energy, Technical University of Denmark3 unknown
RODOS is a real-time and on-line decision support system for assisting emergency response in the case of a nuclear emergency. The system is presently under development within the CEC Radiation Protection Programme as a joint venture between several European institutes. This paper identifies, ranks and selects a series of suitable local scale atmospheric flow and dispersion models for RODOS, covering a variety of release types, terrain types and atmospheric stability conditions. The identification and ranking of suitable models is based on a discussion of principal modelling requirements, scale considerations, model performance and evaluation records, computational needs, user expertise, and type of sources to be modelled. Models suitable for a given accident scenario are chosen from this hierarchy in order to provide the dose assessments via the dispersion module. A forecasting feasibility for estimation of possible dose assessments is proposed by on-line connecting the RODOS system via computer networks to national or international numerical weather forecast centres. Local meteorology is introduced into RODOS via a menu-driven 'Pre-processor for Atmospheric Dispersion' module. The pre-processor provides the flow and dispersion models with on-site wind and atmospheric stability measures.
Radiation Protection Dosimetry, 1993, Vol 50, Issue 2-4, p. 205-218
Miljøaspekter ved energi- og industriproduktion
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Workshop on decision making support for off-site emergency management, 1993