An Evaluation of Diagnostic Atmospheric Dispersion Models for 'Cold Spill' Applications at Vandenberg Air Force Base, California
Kamada, Ray F.
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Six diagnostic atmospheric dispersion modeling groups: NUATMOS/ CITPUFF, CALMET/CALPUFF PGEMS, WOCSS/MACHWIND/Adaptive plume, and LINCOM/ RIMPUFF/HEAVYPUFF are evaluated for use in specifying toxic hazard corridors for rocket propellant and oxidizer cold spills at Vandenberg AFB. Other models are also considered briefly. Physical assumptions, speed, cost, availability, ease of use, compatibility with existing risk assessment systems, validation, data requirements, and Vandenberg suitability are discussed. Underlying physical basis and modeling technique are emphasized. Dispersion models consist of separable windflow and dispersion sub-models. A MACHWIND/LINCOM windflow tandem with ADPIC, RIMPUFF, or CALPUFF diffusion may provide the most robust diagnostic modeling suite. A cost/benefit analysis of computer hardware and modeling accuracy is given.... Atmospheric dispersion models, Diagnostic mesoscale, Wind flow models, Puff diffusion models, Emergency response, Toxic hazard corridors.
RightsThis publication is a work of the U.S. Government as defined in Title 17, United States Code, Section 101. Copyright protection is not available for this work in the United States.
NPS Report NumberNPS-PH-93-005
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