Interface RadiologicalConsequenceDocumentation

Documentation of the Radiological Consequence Analysis process.

Example

const radiologicalConsequenceDocumentation = {
  uuid: "rcd-001",
  name: "Radiological Consequence Analysis Documentation",
  processDescription: "This analysis followed the standard methodology for radiological consequence assessment.",
  inputSources: ["Source term data from Mechanistic Source Term Analysis", "Site meteorological data"],
  appliedMethods: ["Gaussian plume dispersion modeling", "ICRP dosimetry methods"],
  resultsSummary: "Results indicate that all release categories meet the safety criteria.",
  peerReview: {
    reviewDate: "2023-06-15",
    reviewers: ["Dr. Jane Smith", "Dr. John Doe"],
    findings: [
      { 
        id: "FIND-001", 
        description: "Uncertainty analysis for evacuation timing needs improvement",
        significance: "MEDIUM",
        status: "OPEN" 
      }
    ]
  },
  uncertaintiesAndAssumptions: [
    "Assumption: Population distribution is based on 2020 census data.",
    "Uncertainty: Evacuation timing has a significant impact on early health effects."
  ],
  sensitivityStudies: [
    {
      uuid: "sens-001",
      description: "Sensitivity to meteorological conditions",
      variedParameters: ["Wind speed", "Stability class"],
      parameterRanges: { "Wind speed": [1, 10], "Stability class": [1, 6] },
      results: "Results are most sensitive to stability class during the release."
    }
  ]
};

interface RadiologicalConsequenceDocumentation {
    appliedMethods: string[];
    assumptions?: BaseAssumption[];
    designInformation?: BaseDesignInformation[];
    inputsDescription?: string;
    inputSources: string[];
    methodsDescription?: string;
    modelUncertaintyDocumentation?: BaseModelUncertaintyDocumentation;
    peerReview?: BasePeerReviewDocumentation;
    processDescription: string;
    requirementReferences?: { implementation: string; requirementId: string }[];
    requirementTraceability?: {
        implementation: string;
        requirementId: string;
        standardReference: string;
    }[];
    resultsDescription?: string;
    resultsSummary: string;
    riskIntegrationDocumentation?: {
        consequenceMetricUsage: {
            correspondingRiskMetric?: RiskMetricType;
            metricName: string;
            usageDescription: string;
        }[];
        feedbackIncorporation?: {
            date?: string;
            feedbackReference: string;
            incorporationDescription: string;
            status: "IN_PROGRESS"
            | "PENDING"
            | "COMPLETED";
        }[];
        feedbackReceived?: {
            date?: string;
            description: string;
            significance: ImportanceLevel;
            source: string;
        }[];
        inconsistencyResolution?: string;
        integrationChallenges?: string[];
        integrationProcessDescription: string;
        keyInsights?: string[];
        riskIntegrationReferences?: {
            analysisId: string;
            date?: string;
            usageDescription: string;
            version?: string;
        }[];
        uncertaintyPropagation?: string;
    };
    sensitivityStudies?: SensitivityStudy[];
    supportingDocumentationReferences?: string[];
    uncertaintiesAndAssumptions: string[];
}

Hierarchy (View Summary)

BaseProcessDocumentation
- RadiologicalConsequenceDocumentation

Index

Properties

appliedMethods assumptions? designInformation? inputsDescription? inputSources methodsDescription? modelUncertaintyDocumentation? peerReview? processDescription requirementReferences? requirementTraceability? resultsDescription? resultsSummary riskIntegrationDocumentation? sensitivityStudies? supportingDocumentationReferences? uncertaintiesAndAssumptions

Properties

appliedMethods

appliedMethods: string[]

Methods applied in the analysis.

Example

["Gaussian plume dispersion modeling", "ICRP dosimetry methods"]

`Optional`assumptions

assumptions?: BaseAssumption[]

Specific assumptions made in the radiological consequence analysis

`Optional`designInformation

designInformation?: BaseDesignInformation[]

Design information sources used in the analysis

`Optional`inputsDescription

inputsDescription?: string

Description of inputs used in the analysis

inputSources

inputSources: string[]

Input sources used in the analysis.

Example

["Source term data from Mechanistic Source Term Analysis", "Site meteorological data"]

`Optional`methodsDescription

methodsDescription?: string

Description of methods applied in the analysis

`Optional`modelUncertaintyDocumentation

modelUncertaintyDocumentation?: BaseModelUncertaintyDocumentation

Model uncertainty documentation

`Optional`peerReview

peerReview?: BasePeerReviewDocumentation

Peer review documentation.

processDescription

processDescription: string

Description of the overall process used

`Optional`requirementReferences

requirementReferences?: { implementation: string; requirementId: string }[]

Traceability to requirements

Type declaration

implementation: string
How the requirement is addressed
requirementId: string
Requirement identifier

`Optional`requirementTraceability

requirementTraceability?: {
    implementation: string;
    requirementId: string;
    standardReference: string;
}[]

Traceability to requirements in standards and regulations

Type declaration

implementation: string
How the requirement is addressed
requirementId: string
Requirement identifier
standardReference: string
Standard or regulation reference

`Optional`resultsDescription

resultsDescription?: string

Description of the results of the analysis

resultsSummary

resultsSummary: string

Summary of analysis results.

Example

"Results indicate that all release categories meet the safety criteria."

`Optional`riskIntegrationDocumentation

riskIntegrationDocumentation?: {
    consequenceMetricUsage: {
        correspondingRiskMetric?: RiskMetricType;
        metricName: string;
        usageDescription: string;
    }[];
    feedbackIncorporation?: {
        date?: string;
        feedbackReference: string;
        incorporationDescription: string;
        status: "IN_PROGRESS"
        | "PENDING"
        | "COMPLETED";
    }[];
    feedbackReceived?: {
        date?: string;
        description: string;
        significance: ImportanceLevel;
        source: string;
    }[];
    inconsistencyResolution?: string;
    integrationChallenges?: string[];
    integrationProcessDescription: string;
    keyInsights?: string[];
    riskIntegrationReferences?: {
        analysisId: string;
        date?: string;
        usageDescription: string;
        version?: string;
    }[];
    uncertaintyPropagation?: string;
}

Documentation of the integration with risk integration. Describes how this analysis is used in risk integration and how feedback is incorporated.

Type declaration

consequenceMetricUsage: {
    correspondingRiskMetric?: RiskMetricType;
    metricName: string;
    usageDescription: string;
}[]
How consequence metrics are used in risk integration
OptionalfeedbackIncorporation?: {
    date?: string;
    feedbackReference: string;
    incorporationDescription: string;
    status: "IN_PROGRESS" | "PENDING" | "COMPLETED";
}[]
How feedback was incorporated
OptionalfeedbackReceived?: {
    date?: string;
    description: string;
    significance: ImportanceLevel;
    source: string;
}[]
Feedback received from risk integration
OptionalinconsistencyResolution?: string
How inconsistencies were resolved
OptionalintegrationChallenges?: string[]
Challenges encountered during integration
integrationProcessDescription: string
Description of the integration process
OptionalkeyInsights?: string[]
Key insights about consequences derived from risk integration
OptionalriskIntegrationReferences?: {
    analysisId: string;
    date?: string;
    usageDescription: string;
    version?: string;
}[]
References to risk integration analyses that use this consequence analysis
OptionaluncertaintyPropagation?: string
How uncertainties are propagated to risk integration

`Optional`sensitivityStudies

sensitivityStudies?: SensitivityStudy[]

Sensitivity studies conducted. Uses the standardized SensitivityStudy interface from shared-patterns.

`Optional`supportingDocumentationReferences

supportingDocumentationReferences?: string[]

References to supporting documentation

uncertaintiesAndAssumptions

uncertaintiesAndAssumptions: string[]

Documentation of uncertainties and assumptions.

Example

["Assumption: Population distribution is based on 2020 census data."]

Interface RadiologicalConsequenceDocumentation

Example

Hierarchy (View Summary)

Index

Properties

Properties

appliedMethods

Example

Optionalassumptions

OptionaldesignInformation

OptionalinputsDescription

inputSources

Example

OptionalmethodsDescription

OptionalmodelUncertaintyDocumentation

OptionalpeerReview

processDescription

OptionalrequirementReferences

Type declaration

implementation: string

requirementId: string

OptionalrequirementTraceability

Type declaration

implementation: string

requirementId: string

standardReference: string

OptionalresultsDescription

resultsSummary

Example

OptionalriskIntegrationDocumentation

Type declaration

consequenceMetricUsage: { correspondingRiskMetric?: RiskMetricType; metricName: string; usageDescription: string;}[]

OptionalfeedbackIncorporation?: { date?: string; feedbackReference: string; incorporationDescription: string; status: "IN_PROGRESS" | "PENDING" | "COMPLETED";}[]

OptionalfeedbackReceived?: { date?: string; description: string; significance: ImportanceLevel; source: string;}[]

OptionalinconsistencyResolution?: string

OptionalintegrationChallenges?: string[]

integrationProcessDescription: string

OptionalkeyInsights?: string[]

OptionalriskIntegrationReferences?: { analysisId: string; date?: string; usageDescription: string; version?: string;}[]

OptionaluncertaintyPropagation?: string

OptionalsensitivityStudies

OptionalsupportingDocumentationReferences

uncertaintiesAndAssumptions

Example

Settings

On This Page

`Optional`assumptions

`Optional`designInformation

`Optional`inputsDescription

`Optional`methodsDescription

`Optional`modelUncertaintyDocumentation

`Optional`peerReview

`Optional`requirementReferences

`Optional`requirementTraceability

`Optional`resultsDescription

`Optional`riskIntegrationDocumentation

consequenceMetricUsage: {
correspondingRiskMetric?: RiskMetricType;
metricName: string;
usageDescription: string;
}[]

`Optional`feedbackIncorporation?: {
date?: string;
feedbackReference: string;
incorporationDescription: string;
status: "IN_PROGRESS" | "PENDING" | "COMPLETED";
}[]

`Optional`feedbackReceived?: {
date?: string;
description: string;
significance: ImportanceLevel;
source: string;
}[]

`Optional`inconsistencyResolution?: string

`Optional`integrationChallenges?: string[]

`Optional`keyInsights?: string[]

`Optional`riskIntegrationReferences?: {
analysisId: string;
date?: string;
usageDescription: string;
version?: string;
}[]

`Optional`uncertaintyPropagation?: string

`Optional`sensitivityStudies

`Optional`supportingDocumentationReferences