Technical Elements Documentation
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    Interface RadionuclideTransportBarrier

    Represents a barrier to radionuclide transport from a mechanistic source term perspective. This interface focuses on the transport characteristics and effectiveness of barriers, while referencing operational status information from the Event Sequence Quantification module.

    MS-B2

    MS-B4

    interface RadionuclideTransportBarrier {
        affectedRadionuclides?: string[];
        barrierReference?: string;
        barrierType: string;
        description: string;
        effectiveness?: string;
        failureConditions?: string[];
        physicalChemicalConditions?: {
            chemicalEnvironment?: string;
            flowRate?: string;
            impactOnTransport: string;
            pressure?: string;
            temperature?: string;
        };
        status?: BarrierStatus;
        transportMechanisms?: {
            description: string;
            mechanismType: TransportPhenomenonType;
            significance: ImportanceLevel;
        }[];
    }

    Hierarchy

    • Unique
    • Named
      • RadionuclideTransportBarrier
    Index

    Properties

    affectedRadionuclides?: string[]

    Radionuclides primarily affected by this barrier

    barrierReference?: string

    Reference to a barrier defined in Event Sequence Quantification. This UUID links to a barrier in the Event Sequence Quantification module, allowing reuse of operational status information while maintaining separation of concerns.

    barrierType: string

    Type of barrier (e.g., physical, chemical)

    description: string

    Description of the barrier

    effectiveness?: string

    Effectiveness of the barrier in retaining radionuclides

    failureConditions?: string[]

    Conditions under which the barrier may fail or degrade

    physicalChemicalConditions?: {
        chemicalEnvironment?: string;
        flowRate?: string;
        impactOnTransport: string;
        pressure?: string;
        temperature?: string;
    }

    Physical and chemical conditions within the barrier that affect radionuclide transport.

    Type declaration

    • OptionalchemicalEnvironment?: string

      Chemical environment (e.g., pH, oxidation state)

    • OptionalflowRate?: string

      Flow rate or fluid dynamics information

    • impactOnTransport: string

      Impact assessment of these conditions on radionuclide transport

    • Optionalpressure?: string

      Pressure conditions (e.g., range, gradients)

    • Optionaltemperature?: string

      Temperature conditions (e.g., range, gradients)

    MS-B4

    status?: BarrierStatus

    Current status of the barrier in this analysis context. Status information comes from Event Sequence Quantification.

    transportMechanisms?: {
        description: string;
        mechanismType: TransportPhenomenonType;
        significance: ImportanceLevel;
    }[]

    Transport mechanisms specific to this barrier.

    Type declaration

    • description: string

      Description of the mechanism

    • mechanismType: TransportPhenomenonType

      Type of transport mechanism

    • significance: ImportanceLevel

      Significance of this mechanism for this barrier

    MS-B4