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DOE OSTI · 1975635

LANL Accident Analysis and Atmospheric Dispersion Modeling [Slides]

Mazzola, Carl Andrew
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Abstract

After completion of this course, the analyst will understand the differences between an unmitigated analysis and a mitigated analysis. After completion of this course, the analyst will know the key receptors that a radiological and hazardous chemical accident analysis must consider. After completion of this course, the analyst will understand how to calculate a radiological release source term and a toxic chemical release source term for various phenomenology. After completion of this course, the analyst will understand how to calculate a radiological and toxic chemical health insult to key receptors and compare to consequence thresholds. After completion of this course, the analyst will understand the role of atmospheric dispersion in radiological and toxic consequence calculations. After completion of this course, the analyst will understand atmospheric dispersion modeling and the inputs to and outputs from the MACCS/POSTMAX codes.

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96 KNOWLEDGE MANAGEMENT AND PRESERVATIONaccident analysisatmospheric dispersionradiological and chemical releases

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Mazzola, Carl Andrew. 2022-11-01. LANL Accident Analysis and Atmospheric Dispersion Modeling [Slides]. https://doi.org/10.2172/1975635

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