Technical Elements Documentation
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    Interface RadiologicalConsequenceAnalysisScope

    Defines the scope of the Radiological Consequence Analysis.

    const scope: RadiologicalConsequenceAnalysisScope = {
      isSpecificSite: true,
      siteReference: "SITE-001",
      consequenceMetrics: ["Individual Early Fatality Risk", "Population Latent Cancer Risk"],
      protectiveActionsModellingDegree: "Detailed modelling based on site-specific emergency plans.",
      meteorologyModellingDegree: "Site-specific meteorological data used.",
      atmosphericDispersionModellingDegree: "Complex Gaussian plume model with terrain effects.",
      dosimetryModelsUsed: "Dose calculations using EPA Federal Guidance Report No. 11 and 12 methodologies.",
      doseAggregationMethod: "Organ doses calculated for key organs, effective dose determined using ICRP Publication 103 weighting factors.",
      radionuclideDecayConsideration: "Decay accounted for during atmospheric transport and dose calculations using half-life data.",
      doseIntegrationPeriods: ["7-day thyroid dose", "50-year committed effective dose"]
    };
    interface RadiologicalConsequenceAnalysisScope {
        atmosphericDispersionModellingDegree: string;
        boundingSite?: BoundingSite;
        consequenceMetrics: string[];
        dosimetryModellingDegree: string;
        economicFactorsModellingDegree: string;
        healthEffectsModellingDegree: string;
        isSpecificSite: boolean;
        meteorologyModellingDegree: string;
        protectiveActionsModellingDegree: string;
        siteReference?: SiteReference;
    }
    Index

    Properties

    atmosphericDispersionModellingDegree boundingSite? consequenceMetrics dosimetryModellingDegree economicFactorsModellingDegree healthEffectsModellingDegree isSpecificSite meteorologyModellingDegree protectiveActionsModellingDegree siteReference?

    Properties

    atmosphericDispersionModellingDegree: string

    Degree to which atmospheric transport and dispersion are modelled.

    "Complex Gaussian plume model with terrain effects." | "Simple straight-line Gaussian plume model."
    boundingSite?: BoundingSite

    Description and justification of the bounding site used, if applicable.

    { description: "...", justification: "...", characteristics: { ... } }
    consequenceMetrics: string[]

    Consequence measure(s) selected for the intended application of the PRA. References to metrics defined in Risk Integration.

    ["Individual Early Fatality Risk", "Population Latent Cancer Risk"]

    RCRE-B1

    dosimetryModellingDegree: string

    Degree to which dosimetry is modelled.

    "Detailed organ dose calculations for multiple exposure pathways." | "Effective dose based on inhalation pathway only."
    economicFactorsModellingDegree: string

    Degree to which economic factors are modelled.

    "Comprehensive assessment of off-site economic impacts." | "Qualitative discussion of potential costs."
    healthEffectsModellingDegree: string

    Degree to which health effects are modelled.

    "Probabilistic modelling of early and latent health effects." | "Bounding estimates of severe outcomes."
    isSpecificSite: boolean

    Indicates whether a specific site is being analysed. If false, a bounding site is assumed.

    true
    meteorologyModellingDegree: string

    Degree to which meteorology is modelled.

    "Site-specific meteorological data used." | "Generic meteorological distributions."
    protectiveActionsModellingDegree: string

    Degree to which protective actions are modelled.

    "Detailed modelling based on site-specific emergency plans." | "Simplified bounding assumptions."
    siteReference?: SiteReference

    Reference to the specific site being analysed, if applicable.

    "SITE-001"

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