ACOutputs
type: Class
subclass of: InverterOutput
definition: AC output of inverter

CECNotes
type: Class
subclass of: PhotovoltaicInverterProperty
definition: Notes from CEC testing of the inverter

CellCutType
type: Class
subclass of: PhotovoltaicCellProperty

CellTechnologyType
type: Class
subclass of: PhotovoltaicCellProperty
definition: Cell technology (PERC, TOPCon, Al-BSF, CdTe, CIGS, etc)

EncapsulantMaterial
type: Class
subclass of: PhotovoltaicModuleProperty
definition: Material of the polymer encapsulant

GridInterfaceType
type: Class
subclass of: PhotovoltaicInverterProperty
definition: Grid interface phase (monophase, biphase, triphase)

InterconnectionLineCount
type: Class
subclass of: InverterOutput
definition: Number of interconnection lines

InterconnectionPhaseType
type: Class
subclass of: InverterOutput
definition: Interconnection phase type

InverterSwitchoverTime
type: Class
subclass of: InverterOutput
definition: Switch over time between grid import and inverter export to grid

ModuleCountParallel
type: Class
subclass of: PhotovoltaicInverterProperty
definition: Number of strings of modules connected in parallel

ModuleEncapsulant
type: Class
subclass of: PhotovoltaicModuleProperty
definition: Polymer encapsulant of a module

ModuleJunctionBox
type: Class
subclass of: PhotovoltaicModuleProperty
definition: Electrical junction box for connection to the module

NightTare
type: Class
subclass of: PhotovoltaicInverterProperty
definition: Power consumption of the device during nighttime

mds
type: Ontology
creator: Alexander C. Harding Bradley
creator: Balashanmuga Priyan Rajamohan
creator: Erika I. Barcelos
creator: Finley Holt
creator: Frank Ernst
creator: Matthew Willard
creator: Mohommad Redad Mehdi
creator: Pawan K. Tripathi
creator: Roger H. French
creator: Weiqi Yue
description: The Materials Data Science Ontology
version info: 0.2.0.5

PowerFactorMax
type: Class
subclass of: InverterOutput
definition: Maximum power factor
unit: KiloW

PowerFactorMin
type: Class
subclass of: InverterOutput
definition: Minimum power factor
unit: KiloW

RevenueGrade
type: Class
subclass of: PhotovoltaicInverterProperty
definition: Is the inverter revenue grade? (accuracy of 0.5% or better)

TotalHarmonicDistortionCurrent
type: Class
subclass of: InverterOutput
definition: Harmonic distortion of current

TotalHarmonicDistortionPower
type: Class
subclass of: InverterOutput
definition: Total harmonic distortion of power
unit: KiloW

VoltageACNom
type: Class
subclass of: InverterOutput
definition: Nominal AC voltage
unit: http://qudt.org/2.1/vocab/unit#V

VoltageDCInverterStart
type: Class
subclass of: PhotovoltaicInverterProperty
definition: Turn-on input DC voltage required for inverter to output AC power
unit: http://qudt.org/2.1/vocab/unit#V

characteristic of
type: ObjectProperty
domain: BeamlineConfiguration
domain: DarkCorrectionMethod1
domain: DarkCorrectionMethod2
domain: DetectorCalibration
domain: DetectorParameters
domain: DiffractionFrame
domain: HeatTreatmentProcess
domain: Integration
domain: Modeling
domain: PhotovoltaicBacksheet
domain: PhotovoltaicCell
domain: PhotovoltaicInverter
domain: PhotovoltaicModule
domain: PhotovoltaicRacking
domain: PhotovoltaicSite
domain: RingSamplingMethod
domain: SampleAlignment
domain: TextureMeasurement
domain: XrayDetector
domain: XrayRecipe
domain: XrayResult
domain: XraySample
domain: XrayTool
range: Architecture
range: BeamConvergence
range: BeamSize
range: BeamlineConfiguration
range: BitDepth
range: Calibration
range: DAQFrequency
range: DarkPatternUsed
range: DetectorLength
range: DetectorResolution
range: DetectorWidth
range: DistanceBetweenTwoRings
range: DistanceFromSample
range: EnergyRange
range: EnergyUsed
range: Epochs
range: ExposureTime
range: Facility
range: FramesPerFile
range: ImageSequence
range: IntegrationOptions
range: Length
range: LogFile
range: MaskFile
range: MaterialName
range: MaxBeamSize
range: MaxFrameRate
range: MountingType
range: NumberOfRings
range: PhotovoltaicBacksheetProperty
range: PhotovoltaicCellProperty
range: PhotovoltaicInverterProperty
range: PhotovoltaicModuleProperty
range: PhotovoltaicSite
range: PhotovoltaicSiteParameter
range: PixelSize
range: ProcessingMethod
range: RackingType
range: ReadOutTime
range: RingPointFile
range: RmsFitQuality
range: SampleToLabAlignment
range: StackNumber
range: StartEndTimeStamp
range: Station
range: TestingSplit
range: Thickness
range: TrackingAlgorithm
range: TrainingSplit
range: VersionNumber
range: WavelengthRange
range: WavelengthUsed
range: Width
range: MaterialDesignation
range: Medium

component
type: ObjectProperty
domain: Calibration
domain: XrayRecipe
domain: XrayTool
range: DetectorCalibration
range: SampleAlignment
range: XrayDetector
range: XrayTool
range: Sample
alternative label: has component
definition: Die Objekt-Eigenschaft Komponente, die in Verbindung mit ProzessKnoten und seinen (modularen) Elementen verwendet wird. Sie ermöglicht die Darstellung der einzelnen, unterschiedlichen Teile von ProzessKnoten. Im Wesentlichen ist die "Komponenten-Eigenschaft" eine Möglichkeit, ein komplexes System in überschaubare und eindeutige Teile zu zerlegen, um die Rolle der einzelnen Teile innerhalb des Gesamtsystems zu verstehen und zu verwalten. @de
definition: The object property component, which is used in connection with ProcessingNode and its (modular) elements. It enables the representation of the individual, different parts of processing nodes. Essentially, the 'component property' is a way of breaking down a complex system into manageable and distinct parts in order to understand and manage the role of each part within the overall system.

composed of
type: ObjectProperty
domain: BeamlineConfiguration
domain: DetectorResolution
domain: DiffractionFrame
domain: PhotovoltaicModule
domain: XrayRecipe
domain: Furnace
range: BeamlineConfiguration
range: Calibration
range: DataCollection
range: DetectorParameters
range: ExperimentType
range: PhotovoltaicBacksheet
range: PhotovoltaicCell
range: PhotovoltaicInverter
range: PixelHeight
range: PixelWidth
range: XrayRecipeParameters
range: Medium
definition: This property is used to describe the fact that and which objects are composed of other objects, i.e. it is used to describe the specific constituents or ingredients that form a particular entity or object. As a prepositional phrase, it indicates the elements, parts, or components that make up a whole.
definition: This property is used to describe which voxels and materials an object is composed of.

composes
type: ObjectProperty
domain: Furnace
range: Design
definition: Diese Eigenschaft wird verwendet, um die Tatsache zu beschreiben, dass und welche Objekte andere Objekte zusammensetzen, d. h. sie wird verwendet, um die spezifischen Bestandteile oder Zutaten zu beschreiben, aus denen ein bestimmtes Gebilde oder Objekt besteht. Als Präpositionalphrase bezeichnet sie die Elemente, Teile oder Komponenten, aus denen sich ein anderes Objekt zusammensetzt. @de
definition: This property is used to describe the fact that and which objects compose other objects, i.e. it is used to describe the specific constituents or ingredients forming a particular entity or object. As a prepositional phrase, it indicates the elements, parts, or components that make up a whole of another object.
definition: This property is used to describe which objects a voxel or a material contributes to compose.

executed by
type: ObjectProperty
domain: AzimuthalRegrouping
domain: HeatTreatmentProcess
range: Integration
range: Furnace
definition: This property represents which process is executed by which process node.

input
type: ObjectProperty
domain: PostProcessing
range: XrayResult
alternative label: has input
definition: This property is used to link the processes to their input objects.

input of
type: ObjectProperty
domain: AzimuthalRegrouping
domain: DataReduction
domain: Integration
domain: PostProcessing
domain: XraySample
range: DiffractionImage
range: ImageStack
range: Modeling
range: PoniFile
range: PostProcessing
range: XrayTool
alternative label: is input of

output of
type: ObjectProperty
domain: DataReduction
domain: DetectorCalibration
domain: XrayResult
range: AzimuthalRegrouping
range: PoniFile
range: XrayRecipe
alternative label: is output of

value
type: DatatypeProperty
label: hat Wert @de
domain: 2-theta-pos
domain: AngularRangeX
domain: AngularRangeY
domain: Architecture
domain: AzimuthRange
domain: AzmVal
domain: BacksheetManufacturer
domain: BacksheetMaterial
domain: BacksheetVintage
domain: Bank-id
domain: BankNo
domain: BeamConvergence
domain: BeamSize
domain: BitDepth
domain: Btm_rota
domain: CECListingDate
domain: CellCount
domain: Cesr_
domain: ChiDiscontinuity
domain: Crys_rtrn
domain: Crys_sply
domain: CurrentACMax
domain: CurrentAtMaximumPower
domain: CurrentShortCircuit
domain: DAQFrequency
domain: DetectorLength
domain: DetectorName
domain: DetectorWidth
domain: Diod
domain: DistanceBetweenTwoRings
domain: DistanceFromSample
domain: DoPolarizationCorrection
domain: DoRemoveNAN
domain: DoSolidAngleCorrection
domain: EfficiencyCECWtdVoltageMax
domain: EfficiencyCECWtdVoltageMin
domain: EfficiencyCECWtdVoltageNom
domain: Elevation
domain: EnergyRange
domain: EnergyUsed
domain: Epochs
domain: ErrorModel
domain: ExposureTime
domain: Facility
domain: File-format
domain: FirstName
domain: FluorescencePattern
domain: FrequenciesAC
domain: Fst_shtr
domain: Fxn
domain: FxyeGSASFileEntry
domain: HasMeter
domain: Htype
domain: Ic0
domain: Ic1
domain: Ic2
domain: Ic3
domain: ImageSequence
domain: Init-delta
domain: Init-theta
domain: IntegrationMethod
domain: IntegrationType
domain: Intensity
domain: IntensityUnc
domain: InverterEfficiency
domain: InverterEfficiencyCEC
domain: InverterEfficiencyIEC
domain: InverterEfficiencyMax
domain: InverterOutput
domain: Irads
domain: IsHybrid
domain: IsPVInputCapable
domain: Latitude
domain: Length
domain: Load_cll
domain: Load_scrw
domain: Longitude

2-theta-pos
type: Class
subclass of: Parameters1ID

AngularRangeX
type: Class
subclass of: Parameters1ID

AngularRangeY
type: Class
subclass of: Parameters1ID

AzimuthRange
type: Class
subclass of: IntegrationOptions
definition: The azimuthal integration range.

AzmVal
type: Class
subclass of: Parameters1ID

BacksheetManufacturer
type: Class
subclass of: PhotovoltaicBacksheetProperty
definition: Manufacturer (if known) of the backsheet

BacksheetMaterial
type: Class
subclass of: PhotovoltaicBacksheetProperty
definition: Material (polymer) the PV backsheet is comprised of (EVA, POE, PET, etc)

BacksheetVintage
type: Class
subclass of: PhotovoltaicBacksheetProperty
definition: Vintage (year of manufacture) of the backsheet

Bank-id
type: Class
subclass of: Parameters1ID

BankNo
type: Class
subclass of: Parameters1ID

Btm_rota
type: Class
subclass of: ParametersFAST

CECListingDate
type: Class
subclass of: PhotovoltaicInverterProperty
definition: Date module measurements listed by CEC

CellCount
type: Class
subclass of: PhotovoltaicModuleProperty
definition: Number of cells in a module

Centering
type: Class
subclass of: PostProcessing
definition: Centering algorithm to center the images.

Cesr_
type: Class
subclass of: ParametersFAST

ChiDiscontinuity
type: Class
subclass of: IntegrationOptions

CroppingMethod
type: Class
subclass of: Registration
definition: The cropping method.

Crys_rtrn
type: Class
subclass of: ParametersFAST

Crys_sply
type: Class
subclass of: ParametersFAST

CurrentACMax
type: Class
subclass of: InverterOutput
definition: Current at maximum AC power
unit: http://qudt.org/2.1/vocab/unit#A

CurrentAtMaximumPower
type: Class
subclass of: PhotovoltaicCellProperty
definition: DC current at maximum power point
unit: http://qudt.org/2.1/vocab/unit#A

CurrentShortCircuit
type: Class
subclass of: PhotovoltaicCellProperty
definition: Short-circuit current of the cell
unit: http://qudt.org/2.1/vocab/unit#A

DarkField
type: Class
subclass of: Image
definition: The dark field image.

DarkPatternUsed
type: Class
subclass of: PrimaryData
definition: The dark image used to perform dark correction.

Depth
type: Class
subclass of: ValueObject
definition: the distance from the top or surface to the bottom of something

Design
type: Class
subclass of: Description
definition: Design of the furnace.

DiffractionImage
type: Class
subclass of: Image
definition: The diffraction image being integrated.

Diod
type: Class
subclass of: ParametersFAST
unit: http://qudt.org/2.1/vocab/unit#V

DoPolarizationCorrection
type: Class
subclass of: IntegrationOptions
definition: Is polarization correction required.

DoRemoveNAN
type: Class
subclass of: IntegrationOptions
definition: Is NAN removal required.

DoSolidAngleCorrection
type: Class
subclass of: IntegrationOptions
definition: Is solid angle correction required.

EfficiencyCECWtdVoltageMax
type: Class
subclass of: InverterEfficiency
definition: CEC measured voltage maximum
unit: http://qudt.org/2.1/vocab/unit#V

EfficiencyCECWtdVoltageMin
type: Class
subclass of: InverterEfficiency
definition: CEC measured voltage minimum
unit: http://qudt.org/2.1/vocab/unit#V

EfficiencyCECWtdVoltageNom
type: Class
subclass of: InverterEfficiency
definition: CEC measured nominal operating voltage
unit: http://qudt.org/2.1/vocab/unit#V

Elevation
type: Class
subclass of: PhotovoltaicSiteParameter
definition: Elevation above sea level
unit: http://qudt.org/2.1/vocab/unit#M

ErrorModel
type: Class
subclass of: IntegrationOptions
definition: The error model used.

File-format
type: Class
subclass of: Parameters1ID

FirstName
type: Class
subclass of: Parameters1ID

FluorescencePattern
type: Class
subclass of: PhotovoltaicModuleProperty
definition: A UVF fluorescence pattern of a module

Frame
type: Class
subclass of: Image
definition: The frame of diffraction.

FrameID
type: Class
subclass of: ProvidedIdentifier
definition: Identifier of the frame.

FramesPerFile
type: Class
subclass of: DataAcquisitionRate
definition: Number of frames per file.

FrequenciesAC
type: Class
subclass of: InverterOutput
definition: AC frequency, typically 60Hz (Americas) or 50Hz (elsewhere)
unit: Hertz

Fst_shtr
type: Class
subclass of: ParametersFAST

Fxn
type: Class
subclass of: Parameters1ID

FxyeGSASFileEntry
type: Class
subclass of: Parameters1ID

GravityMethod
type: Class
subclass of: Centering
definition: The gravity centering method.

HasMeter
type: Class
subclass of: PhotovoltaicInverterProperty
definition: Does the inverter measure output AC power and input DC power?

Htype
type: Class
subclass of: Parameters1ID

Ic0
type: Class
subclass of: ParametersFAST
unit: http://qudt.org/2.1/vocab/unit#S

Ic1
type: Class
subclass of: ParametersFAST
unit: http://qudt.org/2.1/vocab/unit#S

Ic2
type: Class
subclass of: ParametersFAST
unit: http://qudt.org/2.1/vocab/unit#S

Ic3
type: Class
subclass of: ParametersFAST
unit: http://qudt.org/2.1/vocab/unit#S

Init-delta
type: Class
subclass of: Parameters1ID

Init-theta
type: Class
subclass of: Parameters1ID

IntegrationID
type: Class
subclass of: ProvidedIdentifier
definition: Identifier for the integration process.

IntegrationMethod
type: Class
subclass of: IntegrationOptions
definition: The method used for integration.

IntegrationType
type: Class
subclass of: IntegrationOptions
definition: Type of integration, either 1 or 2D.

Intensity
type: Class
subclass of: Parameters1ID

IntensityUnc
type: Class
subclass of: Parameters1ID

InverterEfficiencyCEC
type: Class
subclass of: InverterEfficiency
definition: CEC measured inverter efficency

InverterEfficiencyIEC
type: Class
subclass of: InverterEfficiency
definition: IEC inverter efficency

InverterEfficiencyMax
type: Class
subclass of: InverterEfficiency
definition: Theoretical maximum inverter efficency (nameplate)

Irads
type: Class
subclass of: Parameters1ID

IsHybrid
type: Class
subclass of: PhotovoltaicInverterProperty
definition: System connected only to grid, or also to batteries?

IsPVInputCapable
type: Class
subclass of: PhotovoltaicInverterProperty
definition: Is inverter capable of directly accepting PV input?

Latitude
type: Class
subclass of: PhotovoltaicSiteParameter
definition: North/south position of a point on the Earth, decimal format

Load_cll
type: Class
subclass of: ParametersFAST

Load_scrw
type: Class
subclass of: ParametersFAST

LogFile
type: Class
subclass of: Metadata

Longitude
type: Class
subclass of: PhotovoltaicSiteParameter
definition: East/west position of a point on the Earth, decimal format

MaskFile
type: Class
subclass of: CalibrationDocument
definition: Mask file of the detector.

Mo_stab
type: Class
subclass of: ParametersFAST

ModuleCountSeries
type: Class
subclass of: PhotovoltaicInverterProperty
definition: Number of modules per string connected in series

ModuleEfficiency
type: Class
subclass of: ModuleRatingAtReference
definition: Theoretical efficency of a module

ModuleRatingCondition
type: Class
subclass of: PhotovoltaicCellProperty
definition: Condition of the cell

NptAzimuth
type: Class
subclass of: IntegrationOptions

Nptradial
type: Class
subclass of: IntegrationOptions

NumberInverters
type: Class
subclass of: PhotovoltaicSiteParameter
definition: Number of inverters located at the site

OpenCLDevice
type: Class
subclass of: IntegrationOptions
definition: The device used. Either CPU or GPU.

OrangeButtonTerm
type: Class
subclass of: ValueObject
definition: Term from the OrangeButton Taxonomy

PhotovoltaicRacking
type: Class
subclass of: PhotovoltaicSiteParameter
definition: How PV modules are arranged within the system

PixelwiseCorrelation
type: Class
subclass of: Rescaling
definition: Pixelwise correlation for rescaling.

PolarizationFactor
type: Class
subclass of: IntegrationOptions
definition: Polarization factor of the diffractometer.
unit: Degree

PowerACMax
type: Class
subclass of: InverterOutput
definition: Maximum AC power
unit: KiloW

PowerACNom
type: Class
subclass of: InverterOutput
definition: Nominal AC power
unit: KiloW

PowerDC
type: Class
subclass of: ModuleRatingAtReference
definition: DC power at STC, 1 sun of irradiance
unit: KiloW

PowerDCOut
type: Class
subclass of: InverterOutput
definition: DC power output of PV array

PowerSTC
type: Class
subclass of: ModuleRatingAtReference
definition: Power at refrence conditions
unit: KiloW

RadialRange
type: Class
subclass of: IntegrationOptions
definition: The radial range.

Rescaling
type: Class
subclass of: PostProcessing
definition: Rescaling of images.

Resolution
type: Class
subclass of: ValueObject
definition: the smallest interval measurable by a scientific (especially optical) instrument

RingPointFile
type: Class
subclass of: CalibrationDocument
definition: Ring point file of the detector.

RmsFitQuality
type: Class
subclass of: ValueObject
definition: RMS fit quality of the detector.

RollingMethod
type: Class
subclass of: Registration
definition: The rolling method.

SampleToLabAlignment
type: Class
subclass of: SampleAlignment
definition: Alignment of the sample in lab coordinates.

Sync_cnt
type: Class
subclass of: ParametersFAST

TextureMeasurement
type: Class
subclass of: ExperimentType
definition: An experiment to measure texture in a sample.

Top_pzo
type: Class
subclass of: ParametersFAST

Top_rota
type: Class
subclass of: ParametersFAST

VoltageACMax
type: Class
subclass of: InverterOutput
definition: Maximum AC voltage
unit: http://qudt.org/2.1/vocab/unit#V

VoltageACMin
type: Class
subclass of: InverterOutput
definition: Minimum AC voltage
unit: http://qudt.org/2.1/vocab/unit#V

VoltageAtMaximumPower
type: Class
subclass of: ModuleRatingAtReference
definition: DC voltage at the maximum power point under STC
unit: http://qudt.org/2.1/vocab/unit#V

VoltageOpenCircuit
type: Class
subclass of: ModuleRatingAtReference
definition: Module open circuit voltage, maximum voltage the module can provide
unit: http://qudt.org/2.1/vocab/unit#V

Weight
type: Class
subclass of: PhotovoltaicModuleProperty
definition: Module weight
unit: LB

Department
type: Class
label: Abteilung @de
definition: A sub section of an organization.

Description
type: Class
label: Beschreibung @de
definition: A descriptive text qualifying the nature of a thing (e.g. agent, activity, entity, object, ...).
definition: Ein beschreibender Text, der die Natur / Beschaffenheit / Informationen zu einer Entität qualifiziert (z.B. Aktivitäten, Entitäten, Objekten, ...). @de

Force
type: Class
label: Kraft @de
definition: Strength or energy exerted or brought to bear : cause of motion or change : active power.

Identifier
type: Class
label: Identifikator @de
definition: A named value intended to distinguish between entities.

Laboratory
type: Class
label: Labor @de
definition: A place equipped for experimental study in a science or for testing and analysis.

Location
type: Class
label: Ort @de
definition: Eine Position oder ein Ort, der besetzt ist oder besetzt werden kann oder durch ein bestimmtes Merkmal gekennzeichnet ist. @de
definition: A position or site occupied or available for occupancy or marked by some distinguishing feature.

ManufacturingProcess
type: Class
label: Herstellungsprozess @de
label: Manufacture Process
definition: A process that is driven by the primary intent to transform objects.

MaterialProperty
type: Class
label: Materialeigenschaft @de
label: Material Property
definition: Eine Materialeigenschaft ist eine intensive Eigenschaft eines Materials, d. h. eine physikalische Eigenschaft, die nicht von der Menge des Materials abhängt. Diese quantitativen Eigenschaften können als Maßstab verwendet werden, um die Vorteile eines Materials mit denen eines anderen zu vergleichen und so die Materialauswahl zu erleichtern. @de
definition: A materials property is an intensive property of a material, i.e., a physical property that does not depend on the amount of the material. These quantitative properties may be used as a metric by which the benefits of one material versus another can be compared, thereby aiding in materials selection.

MeasuringDevice
type: Class
label: Messgerät @de
label: Measuring Device
definition: A processing node capable of determining a specific quality.

MeasuringProcess
type: Class
label: Messprozess @de
label: Measuring Process
definition: A measurement process is an analysis process that acquires data (usually expressed in numbers) by using tools.

Metadata
type: Class
label: Metadaten @de
definition: Die DataScope Metadaten umfassen Attribute und zusätzliche Daten (Provenienz), die z.B. die Fabrik, das Labor, das Prozesssystem und die Objekte betreffen und die eine Bewertung der Qualität / Zuverlässigkeit der Messungen und eine systematische Suche in einer Datenbank ermöglichen. @de
definition: This data scope expresses that a :ValueObject refers to attributes and additional data (provenance) on production, laboratory, process system and objects that enable an evaluation of the quality/reliability of the measurements and a systematic search task in a database.

NodeSeries
type: Class
label: Serie @de
label: Node Series
alternative label: Knotentyp @de
alternative label: Node Type
definition: Processing Node typename, e.g. "ProTherm500"

ProjectIdentifier
type: Class
label: Projektidentifikator @de
label: Project Identifier
definition: Ein umgangssprachlicher, von Menschen erstellter, beschreibender Text, der die Art eines Projekts qualifiziert. @de
definition: A colloquial, human-generated, descriptive text qualifying the nature of a project.

SpecimenName
type: Class
label: Prüfstück Name @de
label: Specimen Name
definition: Diese Eigenschaft beschreibt die Bezeichnung eines Prüfstücks, die in der Regel von Menschen als von Menschen lesbarer Identifikator vergeben wird. @de
definition: This property describes the designation of a specimen, usually given as human-readable identifier by humans. @de

Architecture
type: Class
subclass of: ModelingParameters
definition: Architecture of the model.

BeamConvergence
type: Class
subclass of: Optical
definition: Beam convergence of the incident beam.

BeamSize
type: Class
subclass of: Optical
definition: Size of the incident beam.
unit: MilliM

BitDepth
type: Class
subclass of: Depth
definition: Bit depth of the resulting image.

DAQFrequency
type: Class
subclass of: ValueObject
definition: DAQ frequency of the detector.

DarkCorrection
type: Class
subclass of: PostProcessing
definition: Dark correction of raw images.

DarkCorrectionMethod1
type: Class
subclass of: DarkCorrection
definition: Method 1 to perform dark correction.

DarkCorrectionMethod2
type: Class
subclass of: DarkCorrection
definition: Method 2 to perform dark correction.

DataCollection
type: Class
subclass of: PrimaryData
definition: Data collection stage of the experiment.

DataReduction
type: Class
subclass of: ComputingNode
definition: The data reduction of X-Ray diffraction data.

DetectorLength
type: Class
subclass of: Length
definition: Length of the detector.
unit: MilliM

DetectorName
type: Class
subclass of: NodeSeries
definition: Name of the detector.

DetectorParameters
type: Class
subclass of: DiffractionFrame
definition: Detector parameters for the frame.

DetectorResolution
type: Class
subclass of: Resolution
definition: The resolution of the detector.

DetectorWidth
type: Class
subclass of: Width
definition: Width of the detector.
unit: MilliM

DistanceBetweenTwoRings
type: Class
subclass of: Distance
definition: Distance between two rings.

DistanceFromSample
type: Class
subclass of: Distance
definition: Distance of the detector from the sample.
unit: MilliM

EnergyRange
type: Class
subclass of: WorkingRange
definition: The energy range the tool can operate in.
unit: KiloEV

EnergyUsed
type: Class
subclass of: Force
definition: The energy of the incident beam.
unit: KiloEV

Epochs
type: Class
subclass of: ModelingParameters
definition: Number of epochs the model was trained for.

ExposureTime
type: Class
subclass of: Time
definition: Exposure time for the detector.
unit: SEC

Facility
type: Class
subclass of: Laboratory
definition: Facility where the experiment was performed.

HeatTreatmentProcess
type: Class
subclass of: ExperimentType
definition: Heat treatment experiment.

ImageSequence
type: Class
subclass of: SequenceNumber
definition: Running sequence of the image taken.

ImageStack
type: Class
subclass of: Image
definition: The image stack.

Length
type: Class
subclass of: PhotovoltaicModuleProperty
definition: Length of the module along longest side
unit: CentiM

MaterialName
type: Class
subclass of: MaterialDesignation
definition: Name of the material.

MaxBeamSize
type: Class
subclass of: Optical
definition: Maximum beam size.
unit: DEG

MaxFrameRate
type: Class
subclass of: DataAcquisitionRate
definition: Maximum frame rate the detector can capture.
unit: HZ

MethodName
type: Class
subclass of: Identifier
definition: Name of the method.

ModelID
type: Class
subclass of: ProvidedIdentifier
definition: An identifier for the model.

MountingType
type: Class
subclass of: MaterialProperty
definition: How the arrays are mounted (fixed, one axis tracker, two axis tracker, vertical, etc)

NumberOfRings
type: Class
subclass of: ValueObject
definition: Number of rings in the diffractogram.

PhotovoltaicBacksheetID
type: Class
subclass of: ProvidedIdentifier
definition: Identifier for a PV backsheet

PhotovoltaicCellID
type: Class
subclass of: ProvidedIdentifier
definition: Identifier for the PV cell

PhotovoltaicInverterID
type: Class
subclass of: ProvidedIdentifier
definition: Identifier for a PV inverter

PhotovoltaicModuleID
type: Class
subclass of: ProvidedIdentifier
definition: Module identifier

PhotovoltaicSiteID
type: Class
subclass of: ProvidedIdentifier
definition: Site identifier

PixelHeight
type: Class
subclass of: Length
definition: Pixel height of the detector.

PixelSize
type: Class
subclass of: Length
definition: Pixel size of the detector.
unit: MicroM

PixelWidth
type: Class
subclass of: Width
definition: Pixel width of the detector.

PoniFile
type: Class
subclass of: CalibrationDocument
definition: PONI file of the detector.

ProcessingMethod
type: Class
subclass of: ManufacturingProcess
definition: The manufacturing method by ehich the sample was created.

RackingType
type: Class
subclass of: MaterialDesignation
definition: Type of racking used (open, closed, roof, etc)

ReadOutTime
type: Class
subclass of: Time
definition: Time to read out the data.
unit: MilliSEC

RecipeID
type: Class
subclass of: ProvidedIdentifier
definition: An identifier for the recipe.

Registration
type: Class
subclass of: PostProcessing
definition: Registration of an image.

ResultID
type: Class
subclass of: ProvidedIdentifier
definition: An identifier for the results.

RingSamplingMethod
type: Class
subclass of: PostProcessing
definition: The ring sampling method.

SampleID
type: Class
subclass of: SpecimenName
definition: A human-labeled sample identifier.

StackNumber
type: Class
subclass of: ProjectIdentifier
definition: The stack of the data.

StartEndTimeStamp
type: Class
subclass of: Time
definition: Start and end time stamp.
unit: SEC

Station
type: Class
subclass of: Department
definition: Particular beamline within the facility.

TestingSplit
type: Class
subclass of: ModelingParameters
definition: The testing split.

Thickness
type: Class
subclass of: PhotovoltaicModuleProperty
definition: Thickness of the module, not counting the framing
unit: CentiM

ToolID
type: Class
subclass of: ProvidedIdentifier
definition: An identifier for the instrument.

TrackingAlgorithm
type: Class
subclass of: Algorithm
definition: If system is tracking, method used (truetracking, backtracking, diffuse tracking, etc)

TrainingSplit
type: Class
subclass of: ModelingParameters
definition: The training split.

VersionNumber
type: Class
subclass of: SequenceNumber
definition: Version number of the method.

WavelengthRange
type: Class
subclass of: WorkingRange
definition: The wavelength range the given beamline can operate in.

WavelengthUsed
type: Class
subclass of: Length
definition: The wavelength used for the experiment.
unit: ANGSTROM

Width
type: Class
subclass of: PhotovoltaicModuleProperty
definition: Width of module along shortest side
unit: CentiM

ComputingNode
type: Class
label: Computerknoten @de
label: Computing Node
definition: Ein Rechnersystem, das eine Ausführungsumgebung bspw. für Simulationsprozesse oder Vorhersagemodelle bereitstellt. Ein Rechenknoten kann virtuell (bspw. ein Container oder eine virtuelle Maschine) oder physisch (z. B. ein Bare-Metal-Server) ausgestaltet sein und verwendet in der Regel digitale Repräsentationen von Objekten als Eingaben und erzeugt digitale Messungen, wie z.B. Simulationsergebnisse oder Vorhersagen, als Ausgaben. @de
definition: A computing system that provides an execution environment for, e.g., simulation processes or prediction models. A Computing Node can be virtual (e.g., a container or virtual machine) or physical (e.g., a bare-metal servers), uses digital represenations of objects as inputs and produces digital measurements, such as simulation results or predictions, as outputs.

DataAcquisitionRate
type: Class
label: Datenerfassungsrate @de
label: Data Acquisition Rate
definition: Diese Eigenschaft bezeichnet die Anzahl der Messungen / Abfragen pro Zeiteinheit bei einer betrachteten Messung einer Messgröße (Abtast-/Abfragerate bei der Datenerfassung). @de
definition: This property denotes the number of measurements / queries per time period for a considered measurement of a measurement parameter (sampling / query rate during data acquisition).

Distance
type: Class
label: Abstand @de
definition: Spatial remoteness.

Medium
type: Class
definition: Substance that surrounds an object inside the system boundaries of a processing node.

Process
type: Class
label: Prozess @de
definition: A process is an activity including a series of actions or operations conducing to an end. In PMD, a process is conducted via processing nodes and has a discernable duration as part of a workflow. A process consumes objects and parameters. A process potentially generates new objects and measurements.

Sample
type: Class
label: Probe @de
definition: Portion of material, usually selected from a larger quantity of material, collected and taken away for testing

SequenceNumber
type: Class
label: Sequenznummer @de
label: Sequence Number
definition: Strict monotonically increasing integer that indicates the position in an ordered list.

Thickness
type: Class
label: Dicke @de
definition: Thickness of the sample.
definition: Diese Entität beschreibt die gemessene Dimension in einer Richtung eines Prüfstücks. @de
definition: This entity describes the measured dimension in one direction of a test piece.
unit: MilliM

WorkingRange
type: Class
label: Arbeitsbereich @de
label: Working Range
definition: Diese Eigenschaft beschreibt den Bereich zwischen den Grenzen, innerhalb derer ein Prozessknoten (z. B. eine Maschine) für ihren vorgesehenen Zweck verwendet werden kann, ausgedrückt durch die Angabe der in Rede stehenden unteren und oberen Bereichswerte. @de
definition: This property describes the region between the limits within which a processing node (e.g., a machine) is capable of being used for its intended purpose, expressed by stating the lower and upper range values of interest.

AzimuthalRegrouping
type: Class
subclass of: Algorithm
definition: The azimuthal regrouping of XRD data.

ExperimentType
type: Class
subclass of: Process
definition: Type of the experiment performed.

Modeling
type: Class
subclass of: ComputingNode
definition: Modeling applied to the collected or modified data.

PhotovoltaicBacksheet
type: Class
subclass of: ProcessingNode
definition: Polymer backsheet of a PV cell or module

PhotovoltaicCell
type: Class
subclass of: ProcessingNode
definition: PV cell that composes a module

PhotovoltaicInverter
type: Class
subclass of: ProcessingNode
definition: An inverter for a PV system

PhotovoltaicModule
type: Class
subclass of: ProcessingNode
definition: A PV module, comprised of cells, for field deployment

PhotovoltaicSite
type: Class
subclass of: Location
definition: Physical location of a PV site

XrayDetector
type: Class
subclass of: MeasuringDevice
definition: The detector used to capture the transmitted X-rays.

XrayRecipeParameters
type: Class
subclass of: ValueObject
definition: Various parmeters of the testing equipment.

XraySample
type: Class
subclass of: Sample
unit: MilliM

CalibrationDocument
type: Class
label: Kalibrierschein @de
label: Kalibrierungsdokument @de
label: Calibration Document
definition: Diese Entität beschreibt ein Dokument, welches Abweichungen eines Messgerätes oder einer Maßverkörperung gegenüber einem anderen Gerät oder einer anderen Maßverkörperung feststellt und dokumentiert. Typischerweise ist die Person, welche die Kalibrierung durchführte, angegeben. @de
definition: This entity describes a document used to state that a set of graduations to indicate values or positions has been performed. Typically, the calibration operator is included.

Furnace
type: Class
label: Ofen @de
definition: Eine geschlossene Struktur, in der Wärme erzeugt wird (z. B. zum Heizen eines Hauses oder zum Einschmelzen von Erz). @de
definition: An enclosed structure in which heat is produced (as for heating a house or for reducing ore).

Optical
type: Class
label: Optisch @de
definition: Optisch bezieht sich auf die Wissenschaft der Optik. Hier speziell auf die optischen Eigenschaften eines Materials. @de
definition: Optical is relating to the science of optics. Here specifically to the optical properties of a material.

PrimaryData
type: Class
label: Primärdaten @de
label: Primary Data
definition: Die Datenkategorie Primärdaten umfasst Daten, die vor / nach einem Prozess erfasst werden, entweder bezogen auf die Geometrie des Objekts (z.B. ao, bo, do, au, bu, du, Lu) oder als Register des gesamten Aufbaus (z.B. Skizzen, Fotos oder Videos) @de
definition: This data scope expresses that a ValueObject refers to data that is directly acquired during a process by sensors (time, force, length, temperature)

Time
type: Class
label: Zeit @de
definition: A nonspatial continuum that is measured in terms of events which succeed one another from past through present to future.

DetectorCalibration
type: Class
subclass of: Calibration

DiffractionFrame
type: Class
subclass of: DataCollection
definition: The frame of diffraction.

Integration
type: Class
subclass of: Algorithm
definition: Integration of diffraction patterns azimuthally.

ModelingParameters
type: Class
subclass of: ValueObject
definition: Parameters of the model.

PhotovoltaicBacksheetProperty
type: Class
subclass of: ValueObject
definition: Property of a PV backsheet

SampleAlignment
type: Class
subclass of: Calibration
definition: Alignment of the sample and stage.

XrayResult
type: Class
subclass of: PrimaryData

Algorithm
type: Class
label: Algorithmus @de
definition: A procedure for solving a mathematical problem (as of finding the greatest common divisor) in a finite number of steps that frequently involves repetition of an operation.

Image
type: Class
label: Bild @de
definition: A visual representation of something

MaterialDesignation
type: Class
label: Materialbezeichnung @de
label: Material Designation
definition: It is a name or identifier of a material type. It designates a material. E.g. "steel", "aluminium", "wood", "plastic", "rubber".

Width
type: Class
label: Breite @de
definition: Diese Entität bezeichnet eine horizontale Messung, die im rechten Winkel zur Länge eines Objekts vorgenommen wird. @de
definition: This entity describes a horizontal measurement of an object taken at right angles to the length of the object.

BeamlineConfiguration
type: Class
subclass of: ValueObject
definition: Configuration of the beamline after the calibration.

Calibration
type: Class
subclass of: Process

XrayRecipe
type: Class
subclass of: MeasuringProcess
definition: Th experimental setttings used to get a set of data.

XrayTool
type: Class
subclass of: ProcessingNode
definition: The instrument used to perform the experiment.

ProcessingNode
type: Class
label: Prozessknoten @de
label: Processing Node
definition: Prozessknoten sind Werkzeuge, Geräte und Zubehör sowie Software, die für die Durchführung von Prozessen relevant sind, wie z. B. mechanische und chemische Tests sowie Simulationen, Vorhersagen und maschinelles Lernen. Dementsprechend können Prozessknoten Maschinen, Teile von Maschinen und Softwareanwendungen sein. @de
definition: Processing nodes are tools, equipment and accessories as well as software that are relevant for the performance of processes, such as e.g. mechanical and chemical test as well as simulation, prediction, and machine learning. Accordingly, processing nodes may be machines, parts of machines, and software applications.

PhotovoltaicSiteParameter
type: Class
subclass of: ValueObject
definition: Parameter or property a PV site has

Length
type: Class
label: Länge @de
definition: Eine gemessene Entfernung oder Abmessung eines Objekts, normalerweise die längere oder längste Abmessung des Objekts. @de
definition: A measured distance or dimension of an object, usually the longer or longest dimension of the object.

ModuleRatingAtReference
type: Class
subclass of: PhotovoltaicModuleProperty
definition: Measurements of a module taken at STC and 1000 W/m^2 irradiance

PhotovoltaicCellProperty
type: Class
subclass of: ValueObject
definition: A property of a PV cell

InverterEfficiency
type: Class
subclass of: PhotovoltaicInverterProperty
definition: Inverter efficency from DC to AC power

PostProcessing
type: Class
subclass of: Algorithm
definition: Post processing appplied to the original collected data.

PhotovoltaicModuleProperty
type: Class
subclass of: ValueObject
definition: A property of a PV module

ProvidedIdentifier
type: Class
label: Bereitgestellter Identifikator @de
label: Provided Identifier
definition: A colloquial, human-generated descriptor.

IntegrationOptions
type: Class
subclass of: ValueObject
definition: The various optoins used for integration.

PhotovoltaicInverterProperty
type: Class
subclass of: ValueObject
definition: Property of a PV inverter

ValueObject
type: Class
label: Wertobjekt @de
label: Value Object
definition: A :ValueObject is an entity which represents a specific value. This value can be a numerical, textual, or a more complex data structure. If a literal value is to be specified, the :value datatype property has to be used. In cases where the value is represented by a resource (e.g. URI), the :resource object property has to be used. A value object, respectively its value, is always associated with an entity of type :Process, :ProcessingNode, :Object (e.g. :Specimen), :DigitalEntity, :Project, or other :ValueObject. The value is meant to be a charactaristic of the associated entity. To express this association it is indended to use the :characteristic object property if the value decribes some \"quality\", or the :participant (:input,:output) if it is participating a process. A value object might also refer to a unit. The :unit property might be used (e.g. with QUDT ontology). Instances of a value object might also be a type of :ValueScope, namely a :SetPoint (nominal value), or :Measurement (measured value). With :Setpoint the intend is to express, that the value is meant to be some preset, setting or nominal value. :Measurement expresses, that the value has been measured or determined somehow (see example). Instances of a value object might also be specified in a specific :DataScope (:Metadata, :PrimaryData, :SecondaryData).

Parameters1ID
type: Class
subclass of: XrayRecipeParameters

ParametersFAST
type: Class
subclass of: XrayRecipeParameters

InverterOutput
type: Class
subclass of: PhotovoltaicInverterProperty
definition: Output AC power of the inverter
unit: KiloW