Returnables

The following keywords are used as Returnables in Django implementation of TAP-VAMDC node software. Returnables is an internal concept of the Django implementation, defining the names of the placeholders in the schema, where data producer may put his data. There is no requirement for other implementations of VAMDC-TAP to include support for them. Some of the keywords suppose additional suffixes that allows them to be expanded into DataType xsams object. For further information see the Django TAP-VAMDC documentation.

Another use case of returnables is the possibilty to determine if it make sense to look for a certain piece of data in the output documents of the node. But even if the node declares that it has that kind of data in it’s output, there is no guarantee that it will be present in a response for a particular query.

Implicit Returnables

For the sake of not exploding the list below, keywords of a certain type are omitted. These are the ones that belong to a DataType in the XSAMS schema. A DataType has a value (the physical quantity itself) and can have units, comments, a method, references and an accuracy in different formats. Therefore, if a keyword SomeKeyword is marked as a DataType, the following words can also be used as Returnables, even though they are not listed below.

• SomeKeywordUnit
• SomeKeywordRef
• SomeKeywordComment
• SomeKeywordMethod
• SomeKeywordAccuracyCalibration
• SomeKeywordAccuracyQuality
• SomeKeywordAccuracySystematic
• SomeKeywordAccuracySystematicConfidence
• SomeKeywordAccuracySystematicRelative
• SomeKeywordAccuracyStatistical
• SomeKeywordAccuracyStatisticalConfidence
• SomeKeywordAccuracyStatisticalRelative
• SomeKeywordAccuracyStatLow
• SomeKeywordAccuracyStatLowConfidence
• SomeKeywordAccuracyStatLowRelative
• SomeKeywordAccuracyStatHigh
• SomeKeywordAccuracyStatHighConfidence
• SomeKeywordAccuracyStatHighRelative

The list of Returnables

AtomInchi

Type: string

Constraints:

AtomInchiKey

Type: string

Constraints:

AtomIonCharge

Ionization stage with 0 for neutral

Type: integer number

Constraints: >=0

AtomMass

Atomic mass in Daltons, which is the same as the unified mass units (1Da = 1u = 1.660 538 86 (28) e-27)

Units: u

Type: floating-point number

Has DataType suffixes support

Constraints: >1

AtomMassNumber

Units: u

Type: integer number

Constraints:

AtomNuclearCharge

Atomic number or nuclear charge

Type: integer number

Constraints: >0

AtomNuclearSpin

Type: floating-point number

Constraints:

AtomSpeciesID

Type: string

Constraints:

AtomStateComponentComments

Type: string

Constraints:

AtomStateComponentMethod

Type: string

Constraints:

AtomStateComponentRef

Type: string

Constraints:

AtomStateCompositionComments

Type: string

Constraints:

AtomStateConfigurationLabel

Type: string

Constraints:

AtomStateConfigurationLabel

Type: string

Constraints:

AtomStateCoreTermJ1J2

Type: integer number

Constraints:

AtomStateCoreTermJJ

Type: integer number

Constraints:

AtomStateCoreTermJKJ

Type: integer number

Constraints:

AtomStateCoreTermJKS

Type: integer number

Constraints:

AtomStateCoreTermK

Type: integer number

Constraints:

AtomStateCoreTermLKK

Type: integer number

Constraints:

AtomStateCoreTermLKL

Type: integer number

Constraints:

AtomStateCoreTermLKLSymbol

Type: integer number

Constraints:

AtomStateCoreTermLKS2

Type: integer number

Constraints:

AtomStateCoreTermLSL

Type: integer number

Constraints:

AtomStateCoreTermLSLSymbol

Type: string

Constraints:

AtomStateCoreTermLSMultiplicity

Type: integer number

Constraints:

AtomStateCoreTermLSSeniority

Type: integer number

Constraints:

AtomStateCoreTermLabel

Type: string

Constraints:

AtomStateCoreTermS

Type: integer number

Constraints:

AtomStateCoreTotalAngMom

Type: integer number

Constraints:

AtomStateCoupling

Type: string

Constraints:

AtomStateDescription

Good luck

Type: string

Constraints:

AtomStateElementCore

Type: string

Constraints:

AtomStateEnergy

Energy of the level

Type: floating-point number

Has DataType suffixes support

Constraints: >=0

AtomStateHyperfineConstantA

Hyperfine splitting due to magnetic dipole interaction

Type: floating-point number

Has DataType suffixes support

Constraints:

AtomStateHyperfineConstantB

Hyperfine splitting due to electric quadrupole interaction

Type: floating-point number

Has DataType suffixes support

Constraints:

AtomStateHyperfineMomentum

Type: floating-point number

Constraints:

AtomStateID

ID for an atomic state, e.g. for linking a process to the state

Type: string

Constraints:

AtomStateIonizationEnergy

Ionization energy in eV

Type: floating-point number

Has DataType suffixes support

Constraints: >0

AtomStateK

Type: string

Constraints:

AtomStateKappa

Type: floating-point number

Constraints:

AtomStateL

Type: string

Constraints:

AtomStateLandeFactor

Lande factor

Type: floating-point number

Has DataType suffixes support

Constraints:

AtomStateLifeTime

Life time of an atomic state in s.

Units: s

Type: floating-point number

Has DataType suffixes support

Constraints: >0

AtomStateMagneticQuantumNumber

Type: floating-point number

Constraints:

AtomStateMixingCoeff

Type: string

Constraints:

AtomStateMixingCoeffClass

Type: string

Constraints:

AtomStateMixingCoeffClass

Type: string

Constraints:

AtomStateMixingCoefficient

Type: floating-point number

Constraints:

AtomStateParity

Type: string

Constraints:

AtomStatePolarizability

Type: floating-point number

Has DataType suffixes support

Constraints:

AtomStateQuantumDefect

Type: floating-point number

Has DataType suffixes support

Constraints:

AtomStateRef

Type: string

Constraints:

AtomStateS

Type: string

Constraints:

AtomStateS2

Type: string

Constraints:

AtomStateShellID

Type: string

Constraints:

AtomStateShellKappa

Type: floating-point number

Constraints:

AtomStateShellNumberOfElectrons

Type: integer number

Constraints:

AtomStateShellOrbitalAngMom

Type: integer number

Constraints:

AtomStateShellOrbitalAngMomSymbol

Type: string

Constraints:

AtomStateShellPairID

Type: string

Constraints:

AtomStateShellPairShell1ID

Type: string

Constraints:

AtomStateShellPairShell1Kappa

Type: floating-point number

Constraints:

AtomStateShellPairShell1NumberOfElectrons

Type: integer number

Constraints:

AtomStateShellPairShell1OrbitalAngMom

Type: integer number

Constraints:

AtomStateShellPairShell1OrbitalAngmomSymbol

Type: string

Constraints:

AtomStateShellPairShell1Parity

Type: string

Constraints:

AtomStateShellPairShell1QN

Type: integer number

Constraints:

AtomStateShellPairShell1TermJ1J2

Type: integer number

Constraints:

AtomStateShellPairShell1TermJJ

Type: integer number

Constraints:

AtomStateShellPairShell1TermJKJ

Type: integer number

Constraints:

AtomStateShellPairShell1TermJKS

Type: integer number

Constraints:

AtomStateShellPairShell1TermK

Type: integer number

Constraints:

AtomStateShellPairShell1TermLKK

Type: integer number

Constraints:

AtomStateShellPairShell1TermLKL

Type: integer number

Constraints:

AtomStateShellPairShell1TermLKLSymbol

Type: string

Constraints:

AtomStateShellPairShell1TermLKS2

Type: integer number

Constraints:

AtomStateShellPairShell1TermLSL

Type: integer number

Constraints:

AtomStateShellPairShell1TermLSLSymbol

Type: string

Constraints:

AtomStateShellPairShell1TermLSMultiplicity

Type: integer number

Constraints:

AtomStateShellPairShell1TermLSSeniority

Type: integer number

Constraints:

AtomStateShellPairShell1TermLabel

Type: string

Constraints:

AtomStateShellPairShell1TermS

Type: integer number

Constraints:

AtomStateShellPairShell1TotalAngMom

Type: integer number

Constraints:

AtomStateShellPairShell2ID

Type: string

Constraints:

AtomStateShellPairShell2Kappa

Type: floating-point number

Constraints:

AtomStateShellPairShell2NumberOfElectrons

Type: integer number

Constraints:

AtomStateShellPairShell2OrbitalAngMom

Type: integer number

Constraints:

AtomStateShellPairShell2OrbitalAngMomSymbol

Type: string

Constraints:

AtomStateShellPairShell2Parity

Type: string

Constraints:

AtomStateShellPairShell2QN

Type: integer number

Constraints:

AtomStateShellPairShell2TermJ1J2

Type: integer number

Constraints:

AtomStateShellPairShell2TermJJ

Type: integer number

Constraints:

AtomStateShellPairShell2TermJKJ

Type: integer number

Constraints:

AtomStateShellPairShell2TermJKS

Type: integer number

Constraints:

AtomStateShellPairShell2TermJKS

Type: integer number

Constraints:

AtomStateShellPairShell2TermK

Type: integer number

Constraints:

AtomStateShellPairShell2TermLKK

Type: integer number

Constraints:

AtomStateShellPairShell2TermLKL

Type: integer number

Constraints:

AtomStateShellPairShell2TermLKL

Type: integer number

Constraints:

AtomStateShellPairShell2TermLKLSymbol

Type: integer number

Constraints:

AtomStateShellPairShell2TermLKS2

Type: integer number

Constraints:

AtomStateShellPairShell2TermLSLSymbol

Type: integer number

Constraints:

AtomStateShellPairShell2TermLSMultiplicity

Type: integer number

Constraints:

AtomStateShellPairShell2TermLSSeniority

Type: integer number

Constraints:

AtomStateShellPairShell2TermLabel

Type: string

Constraints:

AtomStateShellPairShell2TermS

Type: integer number

Constraints:

AtomStateShellPairShell2TotalAngMom

Type: integer number

Constraints:

AtomStateShellPairTermJ1J2

Type: integer number

Constraints:

AtomStateShellPairTermJJ

Type: integer number

Constraints:

AtomStateShellPairTermJKJ

Type: integer number

Constraints:

AtomStateShellPairTermJKS

Type: integer number

Constraints:

AtomStateShellPairTermK

Type: integer number

Constraints:

AtomStateShellPairTermLKK

Type: integer number

Constraints:

AtomStateShellPairTermLKL

Type: integer number

Constraints:

AtomStateShellPairTermLKLSymbol

Type: integer number

Constraints:

AtomStateShellPairTermLKS2

Type: integer number

Constraints:

AtomStateShellPairTermLSL

Type: integer number

Constraints:

AtomStateShellPairTermLSLSymbol

Type: integer number

Constraints:

AtomStateShellPairTermLSMultiplicity

Type: integer number

Constraints:

AtomStateShellPairTermLSSeniority

Type: integer number

Constraints:

AtomStateShellPairTermLabel

Type: string

Constraints:

AtomStateShellPairTermS

Type: integer number

Constraints:

AtomStateShellParity

Type: integer number

Constraints:

AtomStateShellPrincipalQN

Type: integer number

Constraints:

AtomStateShellTermJ1J2

Type: integer number

Constraints:

AtomStateShellTermJJ

Type: integer number

Constraints:

AtomStateShellTermJKJ

Type: integer number

Constraints:

AtomStateShellTermJKS

Type: integer number

Constraints:

AtomStateShellTermK

Type: integer number

Constraints:

AtomStateShellTermLKK

Type: integer number

Constraints:

AtomStateShellTermLKL

Type: integer number

Constraints:

AtomStateShellTermLKLSymbol

Type: string

Constraints:

AtomStateShellTermLKS2

Type: integer number

Constraints:

AtomStateShellTermLSL

Type: integer number

Constraints:

AtomStateShellTermLSLSymbol

Type: integer number

Constraints:

AtomStateShellTermLSMultiplicity

Type: integer number

Constraints:

AtomStateShellTermLabel

Type: integer number

Constraints:

AtomStateShellTermS

Type: integer number

Constraints:

AtomStateShellTermSeniority

Type: integer number

Constraints:

AtomStateShellTotalAngMom

Type: integer number

Constraints:

AtomStateStatisticalWeight

Type: floating-point number

Constraints:

AtomStateSuperShellNumberOfElectrons

Type: integer number

Constraints:

AtomStateSuperShellPrincipalQN

Type: integer number

Constraints:

AtomStateTotalAngMom

Type: string

Constraints:

AtomSymbol

Atomic name

Type: string

Constraints:

CollisionComment

Type: string

Constraints:

CollisionDataSetComment

Type: string

Constraints:

CollisionDataSetDescription

Type: string

Constraints:

CollisionDataSetMethod

Type: string

Constraints:

CollisionDataSetRef

Type: string

Constraints:

CollisionFitDataAccuracy

Type: string

Constraints:

CollisionFitDataArgumentDescription

Type: string

Constraints:

CollisionFitDataArgumentLowerLimit

Type: string

Constraints:

CollisionFitDataArgumentName

Type: string

Constraints:

CollisionFitDataArgumentUnits

Type: string

Constraints:

CollisionFitDataArgumentUpperLimit

Type: string

Constraints:

CollisionFitDataComment

Type: string

Constraints:

CollisionFitDataFunction

Type: string

Constraints:

CollisionFitDataMethod

Type: string

Constraints:

CollisionFitDataParameter

Type: string

Constraints:

CollisionFitDataPhysicalUncertainty

Type: string

Constraints:

CollisionFitDataProductionDate

Type: string

Constraints:

CollisionFitDataRef

Type: string

Constraints:

CollisionIAEACode

Type: string

Constraints:

CollisionIntermediateSpecies

Type: string

Constraints:

CollisionIntermediateState

Type: string

Constraints:

CollisionMethod

Type: string

Constraints:

CollisionProductSpecies

Type: string

Constraints:

CollisionProductState

Type: string

Constraints:

CollisionRef

Type: string

Constraints:

CollisionSpecies

Type: string

Constraints:

CollisionState

Type: string

Constraints:

CollisionTabulatedDataComment

Type: string

Constraints:

CollisionTabulatedDataMethod

Type: string

Constraints:

CollisionTabulatedDataPhysicalUncertainty

Type: string

Constraints:

CollisionTabulatedDataProductionDate

Type: string

Constraints:

CollisionTabulatedDataRef

Type: string

Constraints:

CollisionTabulatedDataReferenceFrame

Type: string

Constraints:

CollisionTabulatedDataX

Type: floating-point number

Constraints:

CollisionTabulatedDataXDescription

Type: string

Constraints:

CollisionTabulatedDataXError

Type: floating-point number

Constraints:

CollisionTabulatedDataXN

Type: integer number

Constraints:

CollisionTabulatedDataXNegativeError

Type: string

Constraints:

CollisionTabulatedDataXParameter

Type: string

Constraints:

CollisionTabulatedDataXPositiveError

Type: floating-point number

Constraints:

CollisionTabulatedDataXUnits

Type: string

Constraints:

CollisionTabulatedDataY

Type: floating-point number

Constraints:

CollisionTabulatedDataYDescription

Type: string

Constraints:

CollisionTabulatedDataYError

Type: floating-point number

Constraints:

CollisionTabulatedDataYNegativeError

Type: floating-point number

Constraints:

CollisionTabulatedDataYPositiveError

Type: floating-point number

Constraints:

CollisionTabulatedDataYUnits

Type: string

Constraints:

CollisionThreshold

Type: floating-point number

Has DataType suffixes support

Constraints:

CollisionalTabulatedDataYN

Type: floating-point number

Constraints:

CrossSectionBandCentre

Type: floating-point number

Has DataType suffixes support

Constraints:

CrossSectionBandModeComment

Type: string

Constraints:

CrossSectionBandModeDeltaV

List of dV values

Type: floating-point number

Constraints: >0

CrossSectionBandModeDeltaVID

Type: string

Constraints:

CrossSectionBandModeMethod

Type: string

Constraints:

CrossSectionBandModeName

Type: string

Constraints:

CrossSectionBandName

Type: string

Constraints:

CrossSectionBandWidth

Type: floating-point number

Has DataType suffixes support

Constraints:

CrossSectionDescription

A string describing the cross section being given in a CrossSection element, e.g. ‘IR absorption cross section’

Type: string

Constraints:

CrossSectionEnvironment

Type: string

Constraints:

CrossSectionID

Type: string

Constraints:

CrossSectionSpecies

Type: string

Constraints:

CrossSectionState

Type: string

Constraints:

CrossSectionX

A list of whitespace-delimited values of the independent variable (e.g. wavelength) against which the cross section is given

Type: string

Constraints:

CrossSectionXDataFile

Datafile containing X data.

Type: string

Constraints:

CrossSectionXError

An error (accuracy) applying to each and every data point in the Cross section independent variable data series

Type: floating-point number

Constraints:

CrossSectionXErrorList

A list of errors (accuracy values), separated by whitespace, one for each of the data points listed in the cross section independent variable data series (e.g. wavenumber)

Type: string

Constraints:

CrossSectionXLinearA0

The coefficient a0 in the linear series X_i = a0 + a1.i giving the independent variable against which the cross section is given when this data series is an evenly-spaced series of values.

Type: floating-point number

Constraints:

CrossSectionXLinearA0

The coefficient a0 in the linear series X_i = a0 + a1.i giving the independent variable against which the cross section is given

Type: floating-point number

Constraints:

CrossSectionXName

The name of the independent variable against which the cross section is measured (e.g. wavenumber)

Type: string

Constraints:

CrossSectionXUnit

The units of the independent variable against which the cross section is measured (e.g. 1/cm)

Type: string

Constraints:

CrossSectionY

A whitespace-delimited list of data points comprising the cross section

Type: string

Constraints:

CrossSectionYDataFile

Datafile containing Y data.

Type: string

Constraints:

CrossSectionYError

A single error (accuracy) value applying to each and every data point of the cross section

Type: floating-point number

Constraints:

CrossSectionYErrorList

A white-space delimited list of error (accuracy) values for each data point given for the cross section

Type: string

Constraints:

CrossSectionYLinearA1

The coefficient a1 in the linear series Y_i = a0 + a1.i giving the independent variable against which the cross section is given when this data series is an evenly-spaced series of values

Type: floating-point number

Constraints:

CrossSectionYLinearA1

The coefficient a1 in the linear series Y_i = a0 + a1.i giving the independent variable against which the cross section is given

Type: floating-point number

Constraints:

CrossSectionYName

Name of the Cross Section parameter given (e.g. ‘sigma’)

Type: string

Constraints:

CrossSectionYUnit

Units of the cross section (e.g. ‘Mb’, ‘arbitrary’, ‘km/mol’)

Type: string

Constraints:

EnvironmentComment

Type: string

Constraints:

EnvironmentID

Type: string

Constraints:

EnvironmentRef

Type: string

Constraints:

EnvironmentSpecies

Type: string

Constraints:

EnvironmentSpeciesConcentration

Type: floating-point number

Has DataType suffixes support

Constraints:

EnvironmentSpeciesMoleFraction

Type: floating-point number

Has DataType suffixes support

Constraints:

EnvironmentSpeciesName

Type: string

Constraints:

EnvironmentSpeciesPartialPressure

Type: floating-point number

Has DataType suffixes support

Constraints:

EnvironmentSpeciesRef

Type: string

Constraints:

EnvironmentTemperature

Environment temperature

Units: K

Type: floating-point number

Has DataType suffixes support

Constraints: >0

EnvironmentTotalNumberDensity

Units: 1/cm3

Type: floating-point number

Has DataType suffixes support

Constraints:

EnvironmentTotalPressure

Environment total pressure

Units: bar

Type: floating-point number

Has DataType suffixes support

Constraints: >0

FunctionArgumentDescription

Type: string

Constraints:

FunctionArgumentLowerLimit

Type: floating-point number

Constraints:

FunctionArgumentName

Type: string

Constraints:

FunctionArgumentUnits

Type: string

Constraints:

FunctionArgumentUpperLimit

Type: floating-point number

Constraints:

FunctionComputerLanguage

Type: string

Constraints:

FunctionDescription

Type: string

Constraints:

FunctionExpression

Type: string

Constraints:

FunctionID

Type: string

Constraints:

FunctionName

Type: string

Constraints:

FunctionParameterDescription

Type: string

Constraints:

FunctionParameterName

Type: string

Constraints:

FunctionParameterUnits

Type: string

Constraints:

FunctionReferenceFrame

Type: string

Constraints:

FunctionSourceCodeURL

Type: string

Constraints:

FunctionSourceRef

Type: string

Constraints:

FunctionYDescription

Type: string

Constraints:

FunctionYLowerLimit

Type: floating-point number

Constraints:

FunctionYName

Type: string

Constraints:

FunctionYUnits

Type: string

Constraints:

FunctionYUpperLimit

Type: floating-point number

Constraints:

MethodComment

Type: string

Constraints:

MethodRef

Type: string

Constraints:

MoleculeChemicalName

Conventional molecule name, e.g. CO2, NH3, Feh (may not be unique)

Type: string

Constraints:

MoleculeID

Type: string

Constraints:

MoleculeInchi

Type: string

Constraints:

MoleculeInchiKey

Type: string

Constraints:

MoleculeMolecularWeight

Type: floating-point number

Has DataType suffixes support

Constraints:

MoleculeNormalModeHarmonicFrequency

Type: floating-point number

Has DataType suffixes support

Constraints:

MoleculeNormalModeIntensity

Type: floating-point number

Has DataType suffixes support

Constraints:

MoleculeNuclearSpins

Type: string

Constraints:

MoleculeNuclearSpinsAtomArray

Type: string

Constraints:

MoleculeNuclearSpinsBondArray

Type: string

Constraints:

MoleculeQn

Type: floating-point number

Constraints:

MoleculeQnAttribute

Molecular quantum number attribute(s)

Type: string

Constraints:

MoleculeQnCase

Case name for the case-by-case molecular state description

Type: string

Constraints:

MoleculeQnComment

Additional comments for molecular quantum numbers

Type: string

Constraints:

MoleculeQnLabel

Case label for the case-by-case molecular state description

Type: string

Constraints:

MoleculeQnStateID

Type: string

Constraints:

MoleculeSpeciesID

Type: string

Constraints:

MoleculeStateCharacLifeTime

Molecular state lifetime in seconds

Units: s

Type: floating-point number

Has DataType suffixes support

Constraints: >0

MoleculeStateCharacNuclearSpinSymmetry

Type: string

Constraints: (ortho|para|A|E|none)

MoleculeStateEnergy

Type: floating-point number

Has DataType suffixes support

Constraints:

MoleculeStateID

Type: string

Constraints:

MoleculeStateQuantumNumbers

Type: string

Constraints:

MoleculeStoichiometricFormula

Molecular stoichiometric formula

Type: string

Constraints:

NodeID

A unique string for each VAMDC node. For example used for xsams-internal referencing. This MUST be filled.

Type: string

Constraints:

NonRadTranComment

Type: string

Constraints:

NonRadTranEnergy

Type: floating-point number

Has DataType suffixes support

Constraints:

NonRadTranFinalState

Final state of the transition

Type: string

Constraints:

NonRadTranInitialState

Initial state of the transition

Type: string

Constraints:

NonRadTranMethod

Type: string

Constraints:

NonRadTranProbability

Type: floating-point number

Has DataType suffixes support

Constraints:

NonRadTranRef

Type: string

Constraints:

NonRadTranSpecies

Type: string

Constraints:

NonRadTranType

Type: string

Constraints:

NonRadTranWidth

Type: floating-point number

Has DataType suffixes support

Constraints:

NormalModeHarmonicFrequency

The harmonic frequency of a normal mode

Units: 1/cm

Type: floating-point number

Has DataType suffixes support

Constraints: >0

NormalModeIntensity

Intensity of a normal mode

Units: km/mol

Type: floating-point number

Has DataType suffixes support

Constraints: >0

NormalModeSymmetry

The character of the irreducible representation for this vibrational normal mode in the molecular point group

Type: string

Constraints:

RadTransBandCentre

Type: floating-point number

Has DataType suffixes support

Constraints:

RadTransBandWidth

Type: floating-point number

Has DataType suffixes support

Constraints:

RadTransBroadeningDopplerComment

Type: string

Constraints:

RadTransBroadeningDopplerEnvironment

Type: string

Constraints:

RadTransBroadeningDopplerLineshapeName

Type: string

Constraints:

RadTransBroadeningDopplerLineshapeParameter

Type: floating-point number

Has DataType suffixes support

Constraints:

RadTransBroadeningDopplerLineshapeParameterName

Type: string

Constraints:

RadTransBroadeningDopplerMethod

Type: string

Constraints:

RadTransBroadeningDopplerRef

Type: string

Constraints:

RadTransBroadeningInstrumentComment

Type: string

Constraints:

RadTransBroadeningInstrumentEnvironment

Type: string

Constraints:

RadTransBroadeningInstrumentLineshapeName

Type: string

Constraints:

RadTransBroadeningInstrumentLineshapeParameter

Type: floating-point number

Has DataType suffixes support

Constraints:

RadTransBroadeningInstrumentLineshapeParameterName

Type: string

Constraints:

RadTransBroadeningInstrumentMethod

Type: string

Constraints:

RadTransBroadeningInstrumentRef

Type: string

Constraints:

RadTransBroadeningNaturalComment

Type: string

Constraints:

RadTransBroadeningNaturalEnvironment

Type: string

Constraints:

RadTransBroadeningNaturalLineshapeName

Type: string

Constraints:

RadTransBroadeningNaturalLineshapeParameter

A broadening parameter for natural broadening.

Type: floating-point number

Has DataType suffixes support

Constraints:

RadTransBroadeningNaturalLineshapeParameterName

The name of natural broadening parameters.

Type: string

Constraints:

RadTransBroadeningNaturalMethod

Type: string

Constraints:

RadTransBroadeningNaturalRef

Type: string

Constraints:

RadTransBroadeningPressureComment

Type: string

Constraints:

RadTransBroadeningPressureEnvironment

Type: string

Constraints:

RadTransBroadeningPressureLineshapeName

Type: string

Constraints:

RadTransBroadeningPressureLineshapeParameter

Type: floating-point number

Has DataType suffixes support

Constraints:

RadTransBroadeningPressureLineshapeParameterName

Type: string

Constraints:

RadTransBroadeningPressureMethod

Type: string

Constraints:

RadTransBroadeningPressureRef

Type: string

Constraints:

RadTransComments

(String)

Type: string

Constraints:

RadTransEffectiveLandeFactor

Effective Lande factor for a given transition

Type: floating-point number

Has DataType suffixes support

Constraints:

RadTransEnergy

Type: floating-point number

Has DataType suffixes support

Constraints:

RadTransFinalStateRef

Type: string

Constraints:

RadTransFrequency

Type: floating-point number

Has DataType suffixes support

Constraints:

RadTransInitialStateRef

Type: string

Constraints:

RadTransProbabilityA

Type: floating-point number

Has DataType suffixes support

Constraints:

RadTransProbabilityIdealisedIntensity

Type: floating-point number

Has DataType suffixes support

Constraints:

RadTransProbabilityLineStrength

Type: floating-point number

Has DataType suffixes support

Constraints:

RadTransProbabilityLog10WeightedOscillatorStrength

Type: floating-point number

Has DataType suffixes support

Constraints:

RadTransProbabilityMultipole

Type: string

Constraints:

RadTransProbabilityOscillatorStrength

Type: floating-point number

Has DataType suffixes support

Constraints:

RadTransProbabilityWeightedOscillatorStrength

Type: floating-point number

Has DataType suffixes support

Constraints:

RadTransRefs

Type: string

Constraints:

RadTransShiftingComment

Type: string

Constraints:

RadTransShiftingEnv

Type: string

Constraints:

RadTransShiftingMethod

Type: string

Constraints:

RadTransShiftingParamAccCalib

Type: string

Constraints:

RadTransShiftingParamAccComment

Type: string

Constraints:

RadTransShiftingParamAccMethod

Type: string

Constraints:

RadTransShiftingParamAccQuality

Type: integer number

Constraints: >=0

RadTransShiftingParamAccRef

Type: string

Constraints:

RadTransShiftingParamAccStatHigh

Type: floating-point number

Constraints:

RadTransShiftingParamAccStatHighConfidence

Type: floating-point number

Constraints:

RadTransShiftingParamAccStatHighRelative

Type: string

Constraints:

RadTransShiftingParamAccStatLow

Type: floating-point number

Constraints:

RadTransShiftingParamAccStatLowConfidence

Type: floating-point number

Constraints:

RadTransShiftingParamAccStatLowRelative

Type: string

Constraints:

RadTransShiftingParamAccStatisticalConfidence

Type: floating-point number

Constraints:

RadTransShiftingParamAccStatisticalRelative

Type: string

Constraints:

RadTransShiftingParamAccSystematicConfidence

Type: floating-point number

Constraints:

RadTransShiftingParamAccSystematicRelative

Type: string

Constraints:

RadTransShiftingParamComment

Type: string

Constraints:

RadTransShiftingParamFitArgumentDescription

Type: string

Constraints:

RadTransShiftingParamFitArgumentLowerLimit

Type: floating-point number

Constraints:

RadTransShiftingParamFitArgumentName

List of argument names

Type: string

Constraints:

RadTransShiftingParamFitArgumentUnits

Type: string

Constraints:

RadTransShiftingParamFitArgumentUpperLimit

Type: floating-point number

Constraints:

RadTransShiftingParamFitFunction

Type: string

Constraints:

RadTransShiftingParamFitParameter

Type: string

Has DataType suffixes support

Constraints:

RadTransShiftingParamFitParameterName

Type: string

Constraints:

RadTransShiftingParamMethod

Type: string

Constraints:

RadTransShiftingParamName

Type: string

Constraints:

RadTransShiftingParamRef

Type: string

Constraints:

RadTransShiftingParamValue

Shifting parameter value

Type: floating-point number

Constraints:

RadTransShiftingParamValue

Type: floating-point number

Constraints:

RadTransShiftingParamValueUnits

Type: string

Constraints:

RadTransShiftingParamValueUnits

Type: string

Constraints:

RadTransShiftingParamValueUnits

Type: string

Constraints:

RadTransShiftingRef

Type: string

Constraints:

RadTransSpeciesRef

Type: string

Constraints:

RadTransWavelength

Units: A

Type: floating-point number

Has DataType suffixes support

Constraints:

RadTransWavenumber

Type: floating-point number

Has DataType suffixes support

Constraints:

SourceAuthorName

Name of one of the authors

Type: string

Constraints:

SourceCategory

Type of publication, e.g. journal, book etc.

Type: string

Constraints: Journal | Book | Proceedings | On-line

SourceID

Type: string

Constraints:

SourceName

E.g. JQSRT

Type: string

Constraints:

SourcePageBegin

Starting page number

Type: integer number

Constraints: >=0

SourcePageEnd

Type: string

Constraints:

SourceTitle

Full title of the paper

Type: string

Constraints:

SourceURI

Webb link to the publication

Type: string

Constraints:

SourceVolume

Volumen number

Type: integer number

Constraints: >0

SourceYear

Publication Year

Type: integer number

Constraints: >0