cbrn:SpectrumType

A data type that provides spectrum measurement data.

Complex type information

Content

• Sequence [1..1]
  from type structures:ObjectType
  from subst. group structures:ObjectAugmentationPoint
  structures:ObjectAugmentationPointAbstract [0..*]An augmentation point for ObjectType
  from type cbrn:RemarksComplexObjectType
  cbrn:RemarkText [0..*]A placeholder for comments intended to help the consumer of the data to understand better the information encapsulated by the parent element.
  from subst. group cbrn:RemarksComplexObjectAugmentationPoint
  cbrn:RemarksComplexObjectAugmentationPointAbstract [0..*]An augmentation point for cbrn:RemarksComplexObjectType.
  1. cbrn:LiveTimeDuration [1..1]A duration during which a detection assembly is sensitive to the input signal. The value of LiveTimeDuration is always less than or equal to the value of RealTimeDuration, because it does not include the time that the radiation detector was unable to re
  2. cbrn:ChannelDataValueList [1..1]A list of values, one for each of a spectrum's channels. The values represent the number of counts per channel.
  3. cbrn:EnergyCalibration [0..1]An EnergyCalibration that spectrum measurements can reference as applicable to a particular spectrum.
  4. cbrn:IntrinsicFullEnergyPeakEfficiencyCalibration [0..1]An intrinsic full-energy peak efficiency calibration. The intrinsic full-energy peak efficiency at any value of energy is the ratio of the net counts in a peak at that energy to the number of photons impinging on the radiation detector surface at that energy.
  5. cbrn:FullEnergyPeakEfficiencyCalibration [0..1]A full-energy peak efficiency calibration. The full-energy peak efficiency at any value of energy is the ratio of the net counts in a peak at that energy to the number of photons emitted by a source at that energy.
  6. cbrn:FWHMCalibration [0..1]A FWHM calibration for a gamma radiation detector; i.e., FWHM as a function of energy.
  7. cbrn:IntrinsicSingleEscapePeakEfficiencyCalibration [0..1]An intrinsic single-escape peak efficiency calibration. The intrinsic single-escape peak efficiency at any value of energy is the ratio of the counts in the single-escape peak of that energy to the number of photons impinging on the radiation detector surface at that energy.
  8. cbrn:IntrinsicDoubleEscapePeakEfficiencyCalibration [0..1]An intrinsic double-escape peak efficiency calibration. The intrinsic double-escape peak efficiency at any value of energy is the ratio of the counts in the double-escape peak of that energy to the number of photons impinging on the radiation detector surface at that energy.
  9. cbrn:RadDetectorInformation [0..1]A set of information regarding a radiation detector.
  10. cbrn:TotalEfficiencyCalibration [0..1]A total efficiency calibration. The total efficiency at any value of energy is the ratio of the total recorded pulses in a spectrum to the number of photons emitted from a source at that energy.
  11. cbrn:RadRawSpectrum [0..*]A Spectrum data element(s) used to produce derived data. There shall be no duplicate IDREF values in the list. This is required whenever the element is used within a DerivedData block, and is prohibited otherwise.
  from subst. group cbrn:SpectrumAugmentationPoint
  cbrn:SpectrumAugmentationPointAbstract [0..*]An augmentation point for cbrn:SpectrumType.

Attributes

Used by

• Element cbrn:RadRawSpectrum
• Element cbrn:Spectrum

Type inheritance chain

• structures:ObjectType
  • cbrn:RemarksComplexObjectType
    • cbrn:SpectrumType