GlasDigital Ontology
Release 2024-01-21
- Diese Version:
- https://w3id.org/pmd/glass-ontology/1.0.1
- Revision:
- 1.0.1
- Autoren:
- Simon Stier (https://orcid.org/0000-0003-0410-3616)
- Ya-Fan Chen (https://orcid.org/0000-0003-4295-7815)
- Download Serialisierung:
- Lizenz:
- Visualisierung:
- Zitieren als:
- Simon Stier (https://orcid.org/0000-0003-0410-3616), Ya-Fan Chen (https://orcid.org/0000-0003-4295-7815). GlasDigital Ontology. Revision: 1.0.1. Retrieved from: https://w3id.org/pmd/glass-ontology/1.0.1
Ontology Specification Draft
Zusammenfassung
The GlasDigital Ontology was developed for the GlasDigital project (https://www.materialdigital.de/project/4). It describes the robotic melting process at Bundesanstalt für Materialforschung und -prüfung (BAM), Berlin and also contains the terminology of the SciGlass database (The data has become open source since 2019. See: https://github.com/epam/SciGlass). A practical use case of the ontology is the Semantic Knowledge Base (SKB) developed with Fast Ontodocker (https://git.material-digital.de/ya-fanchen/fast-ontodocker), which covers the entire glass manufacturing process parameters and glass property searching, as well as the integration of SciGlass data. It is based on the PMD Core Ontology (PMDco) v1 and a migration to the latest PMDco is planned.GlasDigital Ontology: überblick zurück zum Inhaltsverzeichnis
Diese Ontologie beinhaltet die folgenden Klassen und Eigenschaften.Klassen
- absorbance
- acoustical property
- activation energy
- Analysis Process
- annealing point
- annealing range
- Atomistic Level Material Structure
- average refractive index at high lambda
- average refractive index at low lambda
- batch process
- beam bending viscometer
- beam bending viscometry
- bending rate
- Brewster's constant stress-optic coefficient
- bulk modulus
- calorimeter
- calorimetry
- coefficient of linear thermal expansion linear thermal expansion coefficient
- Component
- compressibility
- Continuum Level Material Structure
- cool furnace cool oven
- cooling process
- cooling rate
- cooling start holding time
- cooling start temperature
- critical cooling rate
- critical point critical temperature
- crucible
- crucible weight
- crystal growth
- crystallisation process crystallization process
- crystallization temperature
- Data Resource
- deformation point
- density
- density at 1000C
- density at 1200C
- density at 1400C
- density at 20C
- density at 800C
- dielectric constant relative permittivity
- differential scanning calorimeter
- differential scanning calorimetry
- diffusion
- diffusion coefficient
- dilatometer
- dilatometric softening temperature
- dilatometry
- dispersion
- dosing speed
- dosing time
- elastic modulus elastic constant
- electrical conductivity
- extinction coefficient
- fiber softening point
- fictive temperature
- fill process
- fracture toughness
- furnace oven
- Glass
- glass analysis equipment
- glass homogeneity
- Glass Manufacturing Chamber
- Glass Manufacturing Process
- Glass Manufacturing Process Node
- glass transition region
- glass transition temperature
- glassy state
- Header Field
- heating rate
- indentation hardness test
- index of refraction refractive index
- intermediate process
- Internal friction
- ion diffusion
- Knoop hardness number
- Knoop hardness test
- linear thermal expansion coefficient at 100C
- linear thermal expansion coefficient at 160C
- linear thermal expansion coefficient at 210C
- linear thermal expansion coefficient at 350C
- linear thermal expansion coefficient at 55C
- linear thermal expansion coefficient below Tg
- liquefaction point melt temperature
- liquid state
- liquidus temperature
- Littleton point softening point
- log specific electrical resistivity at 1000C
- log specific electrical resistivity at 100C
- log specific electrical resistivity at 1400C
- log specific electrical resistivity at 150C
- log specific electrical resistivity at 20C
- log specific electrical resistivity at 300C
- log specific electrical resistivity at 800C
- log viscosity at 1000C
- log viscosity at 1100C
- log viscosity at 1200C
- log viscosity at 1300C
- log viscosity at 1400C
- log viscosity at 1500C
- log viscosity at 1600C
- log viscosity at 1800C
- log viscosity at 2000C
- log viscosity at 2200C
- log viscosity at 500C
- log viscosity at 600C
- log viscosity at 700C
- log viscosity at 800C
- log viscosity at 900C
- loss angle
- loss tangent
- low-temperature border of annealing range strain point
- Manufacture Node
- Manufacture Process
- Material
- Material Property
- Material Structure
- maximum crystal growth rate
- maximum crystal growth temperature
- mean dispersion
- mean dispersion at 20C
- measured process duration
- Measured Process Parameter
- melt heating rate
- melt holding time
- melting process
- Mesoscopic Level Material Structure
- microindentation hardness microhardness
- microindentation hardness test microhardness test
- microscope
- Microscopic Level Material Structure
- microscopy
- model
- modulus of rigidity shear modulus
- molar absorptivity molar extinction coefficient
- molar volume
- molar weight molar mass
- mole percent
- Nano Level Material Structure
- net weight
- nominal process duration
- Nominal Process Parameter
- nucleation
- nucleation rate
- nucleation temperature
- Object
- onset crystallisation temperature onset crystallization temperature
- optical density
- optical property
- parallel plate viscometer
- parallel plate viscometry
- peak crystallisation temperature peak crystallization temperature
- PmdSiUnit
- Pochettino viscometer
- Poisson's ratio
- premelt heating rate
- premelt holding time
- Process
- Process Node Component
- Process Parameter
- ProcessNode
- quality factor
- QuantityValue
- raw material
- refractive index at 20C
- relaxation time
- resonant frequency and damping analyser
- resonant frequency and damping analysis
- rotational viscometer
- rotational viscometry
- sample mass
- Simulation Node
- sound absorption
- sound velocity
- specific electrical resistivity
- specific electrical resistivity temperature
- specific heat capacity
- specific heat capacity at 1000C
- specific heat capacity at 1200C
- specific heat capacity at 1400C
- specific heat capacity at 200C
- specific heat capacity at 20C
- specific heat capacity at 400C
- specific heat capacity at 800C
- specific volume
- spectrometer
- spectroscopy
- standard
- surface electrical conductivity
- surface tension
- surface tension above Tg
- surface tension at 1200C
- surface tension at 1300C
- surface tension at 1400C
- surface tension at 900C
- target cooling temperature
- target melt temperature
- target premelt temperature
- target total weight
- target weight
- tensile strength
- Test
- thermal analysis
- thermal conductivity
- thermal diffusivity
- thermal endurance thermal shock resistance
- thermal expansion coefficient
- total weight
- V-number Abbe number
- Value
- Vickers hardness number
- Vickers hardness test
- viscometer
- viscometry
- viscosity
- viscosity T1
- viscosity T10
- viscosity T11
- viscosity T12
- viscosity T13
- viscosity T2
- viscosity T3
- viscosity T4
- viscosity T5
- viscosity T6
- viscosity T7
- viscosity T8
- viscosity T9
- viscosity temperature
- Vogel-Fulcher-Tammann equation
- volumetric thermal expansion coefficient volume thermal expansion coefficient
- Voxel
- weight
- weight percent
- working point
- Young's modulus
Object Properties
- compose
- composed by
- execute
- executed by
- has cool oven
- has crucible
- has data resource
- has final process
- has furnace
- has header field
- has initial process
- has input batch
- has input object
- has input raw material
- has material property
- has material structure
- has next process
- has optional process
- has output object
- has oven
- has pmd unit
- has previous process
- has process node component
- has process parameter
- has quantitative measurement
- has quantitative metadata measurement
- has quantitative nominal metadata parameter
- has quantitative nominal parameter
- has quantitative nominal primary parameter
- has quantitative nominal secondary parameter
- has quantitative parameter
- has quantitative primary data series measurement
- has quantitative primary measurement
- has quantitative secondary measurement
- has subordinate process
- has timestep
- has value
- measured process duration
- nominal process duration
- quantityUnit
Data Properties
- chamber type
- conducted by
- generated object identifier
- has acquisition date
- has applicant
- has assignee
- has collection interface hint
- has column count
- has data resource characteristic
- has data resource date
- has data resource datetime
- has data resource description
- has data resource location
- has data resource name
- has data resource posix timestamp
- has data resource provider
- has data resource reference
- has data resource serialization
- has data resource time
- has datetime
- has ending time
- has fill number
- has generated identifier
- has generated process identifier
- has glass component
- has glass id
- has header field characteristic
- has header field description
- has header field sequence number
- has inventor
- has job number
- has material number
- has measurement
- has melt number
- has metadata measurement
- has nominal end posix timestamp
- has nominal metadata parameter
- has nominal parameter
- has nominal primary parameter
- has nominal secondary parameter
- has nominal start posix timestamp
- has number of component
- has number of melt
- has number of sequence
- has object characteristic
- has oven number
- has parameter
- has patent characteristic
- has patent number
- has patent title
- has primary measurement
- has process name
- has process node characteristic
- has process node identifier
- has process node manufacturer
- has process node model
- has process node name
- has process node type
- has process node version
- has qualifying process annotation
- has qualifying process node annotation
- has raw material name
- has SciGlass Id
- has secondary measurement
- has sequence number
- has starting time
- has supplied identifier
- has supplied object identifier
- has supplied process identifier
- has total mole percent
- has total weight percent
- has trademark
- has type description
- has ucum code
- has unit label
- is final process node
- is initial process node
- is oven door open
- method descriptor
- quantityAmount
Annotation Properties
Querverweis für... GlasDigital Ontology Klassen, Object Properties und Data Properties zurück zum Inhaltsverzeichnis
Dieser Abschnitt enthält Details für jede Klasse und jedes definierte Property, die definiert wurden durch GlasDigital Ontology.Klassen
- absorbance
- acoustical property
- activation energy
- Analysis Process
- annealing point
- annealing range
- Atomistic Level Material Structure
- average refractive index at high lambda
- average refractive index at low lambda
- batch process
- beam bending viscometer
- beam bending viscometry
- bending rate
- Brewster's constant stress-optic coefficient
- bulk modulus
- calorimeter
- calorimetry
- coefficient of linear thermal expansion linear thermal expansion coefficient
- Component
- compressibility
- Continuum Level Material Structure
- cool furnace cool oven
- cooling process
- cooling rate
- cooling start holding time
- cooling start temperature
- critical cooling rate
- critical point critical temperature
- crucible
- crucible weight
- crystal growth
- crystallisation process crystallization process
- crystallization temperature
- Data Resource
- deformation point
- density
- density at 1000C
- density at 1200C
- density at 1400C
- density at 20C
- density at 800C
- dielectric constant relative permittivity
- differential scanning calorimeter
- differential scanning calorimetry
- diffusion
- diffusion coefficient
- dilatometer
- dilatometric softening temperature
- dilatometry
- dispersion
- dosing speed
- dosing time
- elastic modulus elastic constant
- electrical conductivity
- extinction coefficient
- fiber softening point
- fictive temperature
- fill process
- fracture toughness
- furnace oven
- Glass
- glass analysis equipment
- glass homogeneity
- Glass Manufacturing Chamber
- Glass Manufacturing Process
- Glass Manufacturing Process Node
- glass transition region
- glass transition temperature
- glassy state
- Header Field
- heating rate
- indentation hardness test
- index of refraction refractive index
- intermediate process
- Internal friction
- ion diffusion
- Knoop hardness number
- Knoop hardness test
- linear thermal expansion coefficient at 100C
- linear thermal expansion coefficient at 160C
- linear thermal expansion coefficient at 210C
- linear thermal expansion coefficient at 350C
- linear thermal expansion coefficient at 55C
- linear thermal expansion coefficient below Tg
- liquefaction point melt temperature
- liquid state
- liquidus temperature
- Littleton point softening point
- log specific electrical resistivity at 1000C
- log specific electrical resistivity at 100C
- log specific electrical resistivity at 1400C
- log specific electrical resistivity at 150C
- log specific electrical resistivity at 20C
- log specific electrical resistivity at 300C
- log specific electrical resistivity at 800C
- log viscosity at 1000C
- log viscosity at 1100C
- log viscosity at 1200C
- log viscosity at 1300C
- log viscosity at 1400C
- log viscosity at 1500C
- log viscosity at 1600C
- log viscosity at 1800C
- log viscosity at 2000C
- log viscosity at 2200C
- log viscosity at 500C
- log viscosity at 600C
- log viscosity at 700C
- log viscosity at 800C
- log viscosity at 900C
- loss angle
- loss tangent
- low-temperature border of annealing range strain point
- Manufacture Node
- Manufacture Process
- Material
- Material Property
- Material Structure
- maximum crystal growth rate
- maximum crystal growth temperature
- mean dispersion
- mean dispersion at 20C
- measured process duration
- Measured Process Parameter
- melt heating rate
- melt holding time
- melting process
- Mesoscopic Level Material Structure
- microindentation hardness microhardness
- microindentation hardness test microhardness test
- microscope
- Microscopic Level Material Structure
- microscopy
- model
- modulus of rigidity shear modulus
- molar absorptivity molar extinction coefficient
- molar volume
- molar weight molar mass
- mole percent
- Nano Level Material Structure
- net weight
- nominal process duration
- Nominal Process Parameter
- nucleation
- nucleation rate
- nucleation temperature
- Object
- onset crystallisation temperature onset crystallization temperature
- optical density
- optical property
- parallel plate viscometer
- parallel plate viscometry
- peak crystallisation temperature peak crystallization temperature
- PmdSiUnit
- Pochettino viscometer
- Poisson's ratio
- premelt heating rate
- premelt holding time
- Process
- Process Node Component
- Process Parameter
- ProcessNode
- quality factor
- QuantityValue
- raw material
- refractive index at 20C
- relaxation time
- resonant frequency and damping analyser
- resonant frequency and damping analysis
- rotational viscometer
- rotational viscometry
- sample mass
- Simulation Node
- sound absorption
- sound velocity
- specific electrical resistivity
- specific electrical resistivity temperature
- specific heat capacity
- specific heat capacity at 1000C
- specific heat capacity at 1200C
- specific heat capacity at 1400C
- specific heat capacity at 200C
- specific heat capacity at 20C
- specific heat capacity at 400C
- specific heat capacity at 800C
- specific volume
- spectrometer
- spectroscopy
- standard
- surface electrical conductivity
- surface tension
- surface tension above Tg
- surface tension at 1200C
- surface tension at 1300C
- surface tension at 1400C
- surface tension at 900C
- target cooling temperature
- target melt temperature
- target premelt temperature
- target total weight
- target weight
- tensile strength
- Test
- thermal analysis
- thermal conductivity
- thermal diffusivity
- thermal endurance thermal shock resistance
- thermal expansion coefficient
- total weight
- V-number Abbe number
- Value
- Vickers hardness number
- Vickers hardness test
- viscometer
- viscometry
- viscosity
- viscosity T1
- viscosity T10
- viscosity T11
- viscosity T12
- viscosity T13
- viscosity T2
- viscosity T3
- viscosity T4
- viscosity T5
- viscosity T6
- viscosity T7
- viscosity T8
- viscosity T9
- viscosity temperature
- Vogel-Fulcher-Tammann equation
- volumetric thermal expansion coefficient volume thermal expansion coefficient
- Voxel
- weight
- weight percent
- working point
- Young's modulus
absorbancec zurück zur Übersicht oder Klassenübersicht
IRI: https://glasdigi.cms.uni-jena.de/glass/Absorbance
In optics, absorbance or decadic absorbance is the common logarithm of the ratio of incident to transmitted radiant power through a material, and spectral absorbance or spectral decadic absorbance is the common logarithm of the ratio of incident to transmitted spectral radiant power through a material. Absorbance is dimensionless, and in particular is not a length, though it is a monotonically increasing function of path length, and approaches zero as the path length approaches zero. The use of the term "optical density" for absorbance is discouraged.
- Source
- https://en.wikipedia.org/wiki/Absorbance
- hat Super-Klassen
- optical property c
acoustical propertyc zurück zur Übersicht oder Klassenübersicht
IRI: https://glasdigi.cms.uni-jena.de/glass/AcousticalProperty
A group of properties in the Main Database of SciGlass which includes values of sound velocity and sound absorption. Values of these properties are not included in the Auxiliary Database.
- hat Super-Klassen
- Material Property c
- hat Sub-Klassen
- sound absorption c, sound velocity c
activation energyc zurück zur Übersicht oder Klassenübersicht
IRI: https://glasdigi.cms.uni-jena.de/glass/ActivationEnergy
This term is used to describe the amount of energy necessary for an atom, vibrating in the vicinity of a certain position in a glass-forming network, to acquire to surpass a potential barrier surrounding it and move to another position. When a group of atoms can form two or more stable configurations, the energy of vibrations needed for this group of atoms to change from a certain configuration to another is also called the activation energy. Activation energy can be determined by the temperature dependence of a property whose value is directly connected with surpassing potential barriers by atoms or ions of glass. These are the so-called transport properties.
- Source
- SciGlass 7.0
- hat Super-Klassen
- Material Property c
Analysis Processc zurück zur Übersicht oder Klassenübersicht
IRI: https://material-digital.de/pmdco/AnalysisProcess
A process that is driven by the primary intent to gain new measurements
An analysis process is either a transformative process or a non-transformative process.
- hat Super-Klassen
- Process c
- hat Sub-Klassen
- indentation hardness test c, microscopy c, resonant frequency and damping analysis c, spectroscopy c, standard c, thermal analysis c, viscometry c
annealing pointc zurück zur Übersicht oder Klassenübersicht
IRI: https://glasdigi.cms.uni-jena.de/glass/AnnealingPoint
The annealing point is the temperature to which a glass may be heated after working to relieve any internal stresses that arose as a result of the forming process.
unit = °C
- Source
- Sciglass 7.0
- https://www.materials.unsw.edu.au/study-us/high-school-students-and-teachers/online-tutorials/ceramics/glass/properties
- hat Super-Klassen
- Material Property c
annealing rangec zurück zur Übersicht oder Klassenübersicht
IRI: https://glasdigi.cms.uni-jena.de/glass/AnnealingRange
The temperature interval between the annealing point and the strain point.
- Source
- SciGlass 7.0
- hat Super-Klassen
- Material Property c
Atomistic Level Material Structurec zurück zur Übersicht oder Klassenübersicht
IRI: https://material-digital.de/pmdco/AtomisticLevelMaterialStructure
It is a material length scale. Includes individual atoms and their spatial arrangement, information on the chemical elements, information on the lattice and crystal structure, 0-dimensional crystal defects
- hat Super-Klassen
- Material Structure c
average refractive index at high lambdac zurück zur Übersicht oder Klassenübersicht
IRI: https://glasdigi.cms.uni-jena.de/glass/AverageRefractiveIndexAtHighLambda
average n at λ>1μm (20°C)
- Source
- Sciglass 7.0
- hat Super-Klassen
- index of refraction refractive index c
- ist disjunkt zu
- average refractive index at low lambda c
average refractive index at low lambdac zurück zur Übersicht oder Klassenübersicht
IRI: https://glasdigi.cms.uni-jena.de/glass/AverageRefractiveIndexAtLowLambda
average n at 0.6<λ<1μm (20°C)
- Source
- Sciglass 7.0
- hat Super-Klassen
- index of refraction refractive index c
- ist disjunkt zu
- average refractive index at high lambda c
batch processc zurück zur Übersicht oder Klassenübersicht
IRI: https://glasdigi.cms.uni-jena.de/glass/batchProcess
- hat Super-Klassen
- Glass Manufacturing Process c
beam bending viscometerc zurück zur Übersicht oder Klassenübersicht
IRI: https://glasdigi.cms.uni-jena.de/glass/beamBendingViscometer
- hat Super-Klassen
- viscometer c
beam bending viscometryc zurück zur Übersicht oder Klassenübersicht
IRI: https://glasdigi.cms.uni-jena.de/glass/beamBendingViscometry
- hat Super-Klassen
- viscometry c
bending ratec zurück zur Übersicht oder Klassenübersicht
IRI: https://glasdigi.cms.uni-jena.de/glass/BendingRate
bending rate from parallel plate & beam bending viscometry (viscometer)
- hat Super-Klassen
- Material Property c
Brewster's constantc zurück zur Übersicht oder Klassenübersicht
stress-optic coefficientc zurück zur Übersicht oder Klassenübersicht
IRI: https://glasdigi.cms.uni-jena.de/glass/StressOpticCoefficient
Ideally, homogeneous glass is isotropic. However, at the presence of non-hydrostatic stresses it becomes non-isotropic. It means that perpendicular vibrations of a non-polarized light are going through the glass sample with different velocities. Accordingly the sample is characterized by two different refractive indexes (develops a double refraction). A constant which shows correlation between the optical path difference between vibrations along two perpendicular axes (with minimal and maximal velocities) and stresses which gave rise to this difference is called the stress-optic coefficient, or Brewster's constant.
- Source
- SciGlass 7.0
- hat Super-Klassen
- Material Property c
bulk modulusc zurück zur Übersicht oder Klassenübersicht
IRI: https://glasdigi.cms.uni-jena.de/glass/BulkModulus
The bulk modulus (K or B) of a substance is a measure of how resistant to compression that substance is.
- Source
- https://en.wikipedia.org/wiki/Bulk_modulus
- hat Super-Klassen
- elastic modulus elastic constant c
calorimeterc zurück zur Übersicht oder Klassenübersicht
IRI: https://glasdigi.cms.uni-jena.de/glass/calorimeter
A calorimeter is an object used for calorimetry, or the process of measuring the heat of chemical reactions or physical changes as well as heat capacity.
- Source
- https://en.wikipedia.org/wiki/Calorimeter
- hat Super-Klassen
- glass analysis equipment c
- hat Sub-Klassen
- differential scanning calorimeter c
calorimetryc zurück zur Übersicht oder Klassenübersicht
IRI: https://glasdigi.cms.uni-jena.de/glass/calorimetry
Calorimetry is the science or act of measuring changes in state variables of a body for the purpose of deriving the heat transfer associated with changes of its state due, for example, to chemical reactions, physical changes, or phase transitions under specified constraints. Calorimetry is performed with a calorimeter.
- Source
- https://en.wikipedia.org/wiki/Calorimetry
- hat Super-Klassen
- thermal analysis c
- hat Sub-Klassen
- differential scanning calorimetry c
coefficient of linear thermal expansionc zurück zur Übersicht oder Klassenübersicht
linear thermal expansion coefficientc zurück zur Übersicht oder Klassenübersicht
IRI: https://glasdigi.cms.uni-jena.de/glass/LinearThermalExpansionCoefficient
The relative change in length of a sample per 1 K of change in temperature. Very often abbreviated LTEC or simply TEC.
In Sciglass database, α*1e7 at ?°C
unit = K^-1
symbol = α
- Source
- SciGlass 7.0
- hat Super-Klassen
- thermal expansion coefficient c
- hat Sub-Klassen
- linear thermal expansion coefficient at 100C c, linear thermal expansion coefficient at 160C c, linear thermal expansion coefficient at 210C c, linear thermal expansion coefficient at 350C c, linear thermal expansion coefficient at 55C c, linear thermal expansion coefficient below Tg c
Componentc zurück zur Übersicht oder Klassenübersicht
IRI: https://material-digital.de/pmdco/Component
An object that serves a specific technical application. Constituent part of a compound of parts that builds a technical application
- hat Super-Klassen
- Object c
compressibilityc zurück zur Übersicht oder Klassenübersicht
IRI: https://glasdigi.cms.uni-jena.de/glass/Compressibility
The inverse of bulk modulus.
- Source
- SciGlass 7.0
- hat Super-Klassen
- Material Property c
Continuum Level Material Structurec zurück zur Übersicht oder Klassenübersicht
IRI: https://material-digital.de/pmdco/ContinuumLevelMaterialStructure
A material structure that is at the length level of the the entire geometry.
- hat Super-Klassen
- Material Structure c
cool furnacec zurück zur Übersicht oder Klassenübersicht
cool ovenc zurück zur Übersicht oder Klassenübersicht
IRI: https://glasdigi.cms.uni-jena.de/glass/CoolOven
- hat Super-Klassen
- Process Node Component c
- ist in Range von
- has cool oven op
cooling processc zurück zur Übersicht oder Klassenübersicht
IRI: https://glasdigi.cms.uni-jena.de/glass/coolingProcess
- hat Super-Klassen
- Glass Manufacturing Process c
- hat Sub-Klassen
- glassy state c
cooling ratec zurück zur Übersicht oder Klassenübersicht
IRI: https://glasdigi.cms.uni-jena.de/glass/CoolingRate
Cooling at a constant rate.
- hat Super-Klassen
- Nominal Process Parameter c
cooling start holding timec zurück zur Übersicht oder Klassenübersicht
IRI: https://glasdigi.cms.uni-jena.de/glass/CoolingStartHoldingTime
- hat Super-Klassen
- Nominal Process Parameter c
cooling start temperaturec zurück zur Übersicht oder Klassenübersicht
IRI: https://glasdigi.cms.uni-jena.de/glass/CoolingStartTemperature
It contains two values in the raw melting json data of BAM, and it is displayed as a list.
- hat Super-Klassen
- Nominal Process Parameter c
critical cooling ratec zurück zur Übersicht oder Klassenübersicht
IRI: https://glasdigi.cms.uni-jena.de/glass/CriticalCoolingRate
The minimal cooling rate of a substance initially existing in a liquid state which ensures obtaining this substance in a glassy state without visible signs of crystallization. The higher the tendency of the substance to crystallize, the higher its critical cooling rate.
- Source
- SciGlass 7.0
- hat Super-Klassen
- Material Property c
critical pointc zurück zur Übersicht oder Klassenübersicht
critical temperaturec zurück zur Übersicht oder Klassenübersicht
IRI: https://glasdigi.cms.uni-jena.de/glass/CriticalTemperature
In thermodynamics, a critical point (or critical state) is the end point of a phase equilibrium curve.
- Source
- https://en.wikipedia.org/wiki/Critical_point_(thermodynamics)
- hat Super-Klassen
- Material Property c
cruciblec zurück zur Übersicht oder Klassenübersicht
IRI: https://glasdigi.cms.uni-jena.de/glass/crucible
A crucible is a ceramic or metal container in which metals or other substances may be melted or subjected to very high temperatures.
- Source
- https://en.wikipedia.org/wiki/Crucible
- hat Super-Klassen
- Process Node Component c
- ist in Range von
- has crucible op
crucible weightc zurück zur Übersicht oder Klassenübersicht
IRI: https://glasdigi.cms.uni-jena.de/glass/CrucibleWeight
- hat Super-Klassen
- Measured Process Parameter c
crystal growthc zurück zur Übersicht oder Klassenübersicht
IRI: https://glasdigi.cms.uni-jena.de/glass/crystalGrowth
Crystal growth is a major stage of a crystallization process, and consists in the addition of new atoms, ions, or polymer strings into the characteristic arrangement of the crystalline lattice.[1][2] The growth typically follows an initial stage of either homogeneous or heterogeneous (surface catalyzed) nucleation, unless a "seed" crystal, purposely added to start the growth, was already present.
- Source
- https://en.wikipedia.org/wiki/Crystal_growth
- hat Super-Klassen
- crystallisation process crystallization process c
crystallisation processc zurück zur Übersicht oder Klassenübersicht
crystallization processc zurück zur Übersicht oder Klassenübersicht
IRI: https://glasdigi.cms.uni-jena.de/glass/crystallizationProcess
Crystallization occurs in two major steps. The first is nucleation, the appearance of a crystalline phase from either a supercooled liquid or a supersaturated solvent. The second step is known as crystal growth, which is the increase in the size of particles and leads to a crystal state.
- Source
- https://en.wikipedia.org/wiki/Crystallization
- hat Super-Klassen
- Glass Manufacturing Process c
- hat Sub-Klassen
- crystal growth c, nucleation c
crystallization temperaturec zurück zur Übersicht oder Klassenübersicht
IRI: https://glasdigi.cms.uni-jena.de/glass/CrystallizationTemperature
- Source
- Sciglass 7.0
- hat Super-Klassen
- Material Property c
- hat Sub-Klassen
- onset crystallisation temperature onset crystallization temperature c, peak crystallisation temperature peak crystallization temperature c
Data Resourcec zurück zur Übersicht oder Klassenübersicht
IRI: https://material-digital.de/pmdco/DataResource
A data resource is file which contains parameters and measurements of a process.
- ist in der Domäne von
- has data resource characteristic dp, has data resource location dp, has data resource reference dp, has data resource serialization dp, has header field op
- ist in Range von
- has data resource op
deformation pointc zurück zur Übersicht oder Klassenübersicht
IRI: https://glasdigi.cms.uni-jena.de/glass/DeformationPoint
The temperature observed during the measurement of expansivity by the interferometer method, at which viscous flow exactly counteracts thermal expansion. The deformation point generally corresponds to a viscosity in the range from 10^11 to 10^12 poises. [Standard definition (ASTM; C162-52)]
See also dilatometric softening temperature.
- Source
- SciGlass 7.0
- hat Super-Klassen
- Material Property c
densityc zurück zur Übersicht oder Klassenübersicht
IRI: https://glasdigi.cms.uni-jena.de/glass/Density
Mass of a unit volume of a substance.
unit = g/cm^3
- Source
- Sciglass 7.0
- hat Super-Klassen
- Material Property c
- hat Sub-Klassen
- density at 1000C c, density at 1200C c, density at 1400C c, density at 20C c, density at 800C c
density at 1000Cc zurück zur Übersicht oder Klassenübersicht
IRI: https://glasdigi.cms.uni-jena.de/glass/DensityAt1000C
- hat Super-Klassen
- density c
- ist disjunkt zu
- density at 1200C c, density at 1400C c, density at 20C c, density at 800C c
density at 1200Cc zurück zur Übersicht oder Klassenübersicht
IRI: https://glasdigi.cms.uni-jena.de/glass/DensityAt1200C
- hat Super-Klassen
- density c
- ist disjunkt zu
- density at 1000C c, density at 1400C c, density at 20C c, density at 800C c
density at 1400Cc zurück zur Übersicht oder Klassenübersicht
IRI: https://glasdigi.cms.uni-jena.de/glass/DensityAt1400C
- hat Super-Klassen
- density c
- ist disjunkt zu
- density at 1000C c, density at 1200C c, density at 20C c, density at 800C c
density at 20Cc zurück zur Übersicht oder Klassenübersicht
IRI: https://glasdigi.cms.uni-jena.de/glass/DensityAt20C
- hat Super-Klassen
- density c
- ist disjunkt zu
- density at 1000C c, density at 1200C c, density at 1400C c, density at 800C c
density at 800Cc zurück zur Übersicht oder Klassenübersicht
IRI: https://glasdigi.cms.uni-jena.de/glass/DensityAt800C
- hat Super-Klassen
- density c
- ist disjunkt zu
- density at 1000C c, density at 1200C c, density at 1400C c, density at 20C c
dielectric constantc zurück zur Übersicht oder Klassenübersicht
relative permittivityc zurück zur Übersicht oder Klassenübersicht
IRI: https://glasdigi.cms.uni-jena.de/glass/RelativePermittivity
only the data on dielectric permittivity and dielectric losses corresponding to room temperature and frequency 10^6 Hz (or to the nearest frequency in the range 10^4~10^7 Hz) are compiled.
The relative permittivity (in older texts, dielectric constant) is the permittivity of a material expressed as a ratio with the electric permittivity of a vacuum.
A dielectric is an insulating material, and the dielectric constant of an insulator measures the ability of the insulator to store electric energy in an electrical field.
- Source
- Sciglass 7.0
- hat Super-Klassen
- Material Property c
differential scanning calorimeterc zurück zur Übersicht oder Klassenübersicht
IRI: https://glasdigi.cms.uni-jena.de/glass/differentialScanningCalorimeter
An equipment for conducting differential scanning calorimetry (DSC)
- hat Super-Klassen
- calorimeter c
differential scanning calorimetryc zurück zur Übersicht oder Klassenübersicht
IRI: https://glasdigi.cms.uni-jena.de/glass/differentialScanningCalorimetry
Differential scanning calorimetry (DSC) is a thermoanalytical technique in which the difference in the amount of heat required to increase the temperature of a sample and reference is measured as a function of temperature.
- Source
- https://en.wikipedia.org/wiki/Differential_scanning_calorimetry
- hat Super-Klassen
- calorimetry c
diffusionc zurück zur Übersicht oder Klassenübersicht
IRI: https://glasdigi.cms.uni-jena.de/glass/diffusion
Any kind of diffusion
- Source
- SciGlass 7.0
- hat Super-Klassen
- Glass Manufacturing Process c
- hat Sub-Klassen
- ion diffusion c
diffusion coefficientc zurück zur Übersicht oder Klassenübersicht
IRI: https://glasdigi.cms.uni-jena.de/glass/DiffusionCoefficient
The coefficient describing intensity of diffusion.
- Source
- SciGlass 7.0
- hat Super-Klassen
- Material Property c
dilatometerc zurück zur Übersicht oder Klassenübersicht
IRI: https://glasdigi.cms.uni-jena.de/glass/dilatometer
- hat Super-Klassen
- glass analysis equipment c
dilatometric softening temperaturec zurück zur Übersicht oder Klassenübersicht
IRI: https://glasdigi.cms.uni-jena.de/glass/DilatometricSofteningTemperature
The temperature at which the length of a sample in a dilatometer, with considerable external force applied to the sample in the course of heating at constant rate, reaches a maximal value and begins to decrease with further increases in temperature. The appearance of the maximum on the dilatometric curve is connected with the parallel influence of sample dilatation with increasing temperature and sample deformation due to the viscous flow. The position of the maximum can correspond approximately to a certain viscosity of the studied glass. Usually this viscosity is assumed to be equal to 10^11 P. However this value depends a great deal on the external load applied to the sample (the greater the load the higher corresponding viscosity), on the area of sample section (the greater the area the lower viscosity), on the value of TEC for the studied substance in its liquid state (the higher TEC the lower viscosity), on the rate of heating and on the previous thermal history of the sample (the higher the heating rate the lower viscosity; the lower the fictive temperature of the substance the lower viscosity). Thus the actual viscosity values at dilatometric softening temperatures could differ from the value stated above as greatly as one order of magnitude.
See also deformation point.
unit = °C, symbol = Mg
- Source
- SciGlass 7.0
- hat Super-Klassen
- Material Property c
dilatometryc zurück zur Übersicht oder Klassenübersicht
IRI: https://glasdigi.cms.uni-jena.de/glass/dilatometry
- hat Super-Klassen
- thermal analysis c
dispersionc zurück zur Übersicht oder Klassenübersicht
IRI: https://glasdigi.cms.uni-jena.de/glass/Dispersion
In optics, dispersion is the phenomenon in which the phase velocity of a wave depends on its frequency.
- Source
- https://en.wikipedia.org/wiki/Dispersion_(optics)
- hat Super-Klassen
- optical property c
dosing speedc zurück zur Übersicht oder Klassenübersicht
IRI: https://glasdigi.cms.uni-jena.de/glass/DosingSpeed
If time series values are contained, they are displayed as a list.
- hat Super-Klassen
- Nominal Process Parameter c
dosing timec zurück zur Übersicht oder Klassenübersicht
IRI: https://glasdigi.cms.uni-jena.de/glass/DosingTime
If time series values are contained, they are displayed as a list.
- hat Super-Klassen
- Nominal Process Parameter c
elastic modulusc zurück zur Übersicht oder Klassenübersicht
elastic constantc zurück zur Übersicht oder Klassenübersicht
IRI: https://glasdigi.cms.uni-jena.de/glass/ElasticConstant
- Source
- https://en.wikipedia.org/wiki/Elastic_modulus
- hat Super-Klassen
- Material Property c
- hat Sub-Klassen
- Poisson's ratio c, Young's modulus c, bulk modulus c, modulus of rigidity shear modulus c
electrical conductivityc zurück zur Übersicht oder Klassenübersicht
IRI: https://glasdigi.cms.uni-jena.de/glass/ElectricalConductivity
The characteristics of the ability of a substance to conduct electrical current. It is the conductance of the cube when two opposite surfaces are connected to electrodes (cf.: electrical resistivity).Units of electrical conductivity are reciprocal to those of electrical resistivity: Ohm^-1*cm^-1 in CGS and S/m in SI.
- Source
- SciGlass 7.0
- hat Super-Klassen
- Material Property c
extinction coefficientc zurück zur Übersicht oder Klassenübersicht
IRI: https://glasdigi.cms.uni-jena.de/glass/ExtinctionCoefficient
A characteristics of the influence of a certain coloring component on the optical absorption of a glass or melt at the selected wavelength. There are two kinds of extinction coefficients, one is used for determination of optical density D, the other for determination of absorbance A.
- Source
- SciGlass 7.0
- hat Super-Klassen
- Material Property c
fiber softening pointc zurück zur Übersicht oder Klassenübersicht
IRI: https://glasdigi.cms.uni-jena.de/glass/FiberSofteningPoint
Similar to Softening Point, but the fiber softening point specifically refers to the temperature at which the glass fiber begins to soften
and lose its dimensional stability, while the softening point of glass generally refers to the temperature
at which the bulk glass begins to soften and can be molded or shaped.
- hat Super-Klassen
- Material Property c
fictive temperaturec zurück zur Übersicht oder Klassenübersicht
IRI: https://glasdigi.cms.uni-jena.de/glass/FictiveTemperature
The temperature which is used for characterization of the structure of a glass-forming melt.
Tf
- Source
- SciGlass 7.0
- hat Super-Klassen
- Material Property c
fill processc zurück zur Übersicht oder Klassenübersicht
IRI: https://glasdigi.cms.uni-jena.de/glass/fillProcess
- hat Super-Klassen
- melting process c
fracture toughnessc zurück zur Übersicht oder Klassenübersicht
IRI: https://glasdigi.cms.uni-jena.de/glass/FractureToughness
In materials science, fracture toughness is the critical stress intensity factor of a sharp crack where propagation of the crack suddenly becomes rapid and unlimited.
- Source
- https://en.wikipedia.org/wiki/Fracture_toughness
- hat Super-Klassen
- Material Property c
furnacec zurück zur Übersicht oder Klassenübersicht
ovenc zurück zur Übersicht oder Klassenübersicht
IRI: https://glasdigi.cms.uni-jena.de/glass/oven
- hat Super-Klassen
- Process Node Component c
- ist in Range von
- has furnace op, has oven op
Glassc zurück zur Übersicht oder Klassenübersicht
IRI: https://glasdigi.cms.uni-jena.de/glass/Glass
Glass is an inorganic product of fusion which has cooled to a rigid condition without crystallizing. [Standard definition (ASTM; C162-52)]
Note: In recent years there has been a definite tendency to broaden the meaning of the term glass and have it cover all kinds of non-crystalline solids {see for example (Varshneya, 1994: References)}. However, in SciGlass the definition of ASTM is strictly followed. All information presented in this Information System concern the properties of non-crystalline solids cooled to a rigid condition from temperatures higher than the glass transition region or the properties of glass-forming melts.
- Source
- SciGlass 7.0
- hat Super-Klassen
- Object c
- ist in der Domäne von
- has material property op
glass analysis equipmentc zurück zur Übersicht oder Klassenübersicht
IRI: https://glasdigi.cms.uni-jena.de/glass/GlassAnalysisEquipment
Any kind of equipment
- hat Super-Klassen
- Process Node Component c
- hat Sub-Klassen
- calorimeter c, dilatometer c, microscope c, resonant frequency and damping analyser c, spectrometer c, viscometer c
glass homogeneityc zurück zur Übersicht oder Klassenübersicht
IRI: https://glasdigi.cms.uni-jena.de/glass/GlassHomogeneity
A refractive index variation within an optical component leads
to a deformation of the wavefront passing through the glass
piece.
Higher the homogeneity, lower the refractive index variation.
- hat Super-Klassen
- Material Property c
Glass Manufacturing Chamberc zurück zur Übersicht oder Klassenübersicht
IRI: https://glasdigi.cms.uni-jena.de/glass/GlassManufacturingChamber
- hat Super-Klassen
- Process Node Component c
- ist in der Domäne von
- chamber type dp
Glass Manufacturing Processc zurück zur Übersicht oder Klassenübersicht
IRI: https://glasdigi.cms.uni-jena.de/glass/GlassManufacturingProcess
- hat Super-Klassen
- Manufacture Process c
- hat Sub-Klassen
- batch process c, cooling process c, crystallisation process crystallization process c, diffusion c, intermediate process c, melting process c
Glass Manufacturing Process Nodec zurück zur Übersicht oder Klassenübersicht
IRI: https://glasdigi.cms.uni-jena.de/glass/GlassManufacturingProcessNode
A subclass of process node representing glass manufacturing process nodes.
- hat Super-Klassen
- Manufacture Node c
- ist in der Domäne von
- has cool oven op, has crucible op, has furnace op, has oven op
glass transition regionc zurück zur Übersicht oder Klassenübersicht
IRI: https://glasdigi.cms.uni-jena.de/glass/GlassTransitionRegion
The temperature range where the temperature dependencies of properties of a glass-forming substance, which are specific for a liquid state, transform gradually into temperature dependences of properties specific for a glassy state. As a convenient and theoretically reasonable approximation it is possible to determine the width of the glass transition region by the width of a hysteresis loop obtained for the same cooling and heating rates and for the same property. A deficiency of this approach is the fact that the borderlines of hysteresis loop depend on the precision of measurements of the corresponding property. However, in the most cases, it is not essential to know exact positions of the boundaries of the glass transition regions and the method mentioned above is quite acceptable. Position of the glass transition region for any selected glass-forming substance depends of the rates of temperature change and, to a certain extent, on the selected property.
- Source
- SciGlass 7.0
- hat Super-Klassen
- Material Property c
glass transition temperaturec zurück zur Übersicht oder Klassenübersicht
IRI: https://glasdigi.cms.uni-jena.de/glass/GlassTransitionTemperature
The glass transition temperature (Tg) is the temperature range where the polymer substrate changes from a rigid glassy material to a soft (not melted) material.
unit = °C
- Source
- Sciglass 7.0
- https://www.sciencedirect.com/topics/chemistry/glass-transition-temperature
- hat Super-Klassen
- Material Property c
glassy statec zurück zur Übersicht oder Klassenübersicht
IRI: https://glasdigi.cms.uni-jena.de/glass/glassyState
Thermodynamically unstable but kinetically stable state of a non-crystalline substance obtained by cooling a liquid to a rigid condition without crystallization (cf.: glass).
- Source
- SciGlass 7.0
- hat Super-Klassen
- cooling process c
Header Fieldc zurück zur Übersicht oder Klassenübersicht
IRI: https://material-digital.de/pmdco/HeaderField
A class bundling the semantics for a specific column in a table inside a (multidimensional) blob. Includes column number, pointer to concept, pointer to unit, and human readable description.
- ist in der Domäne von
- has header field characteristic dp, has header field description dp, has header field sequence number dp
- ist in Range von
- has header field op, has quantitative primary data series measurement op
heating ratec zurück zur Übersicht oder Klassenübersicht
IRI: https://glasdigi.cms.uni-jena.de/glass/HeatingRate
Heating with a constant rate.
- Source
- SciGlass 7.0
- hat Super-Klassen
- Material Property c
indentation hardness testc zurück zur Übersicht oder Klassenübersicht
IRI: https://glasdigi.cms.uni-jena.de/glass/IndentationHardnessTest
Indentation hardness tests are used in mechanical engineering to determine the hardness of a material to deformation.
- Source
- https://en.wikipedia.org/wiki/Indentation_hardnes
- hat Super-Klassen
- Analysis Process c
- hat Sub-Klassen
- microindentation hardness test microhardness test c
index of refractionc zurück zur Übersicht oder Klassenübersicht
refractive indexc zurück zur Übersicht oder Klassenübersicht
IRI: https://glasdigi.cms.uni-jena.de/glass/RefractiveIndex
The ratio of the velocities of light in a vacuum to that in the substance. It is dimensionless.
- Source
- Sciglass 7.0
- hat Super-Klassen
- optical property c
- hat Sub-Klassen
- average refractive index at high lambda c, average refractive index at low lambda c, refractive index at 20C c
intermediate processc zurück zur Übersicht oder Klassenübersicht
IRI: https://glasdigi.cms.uni-jena.de/glass/intermediateProcess
intermediate process is the process between the main processes "batch", "melting", "cooling", "crystallization" (optional). And it usually does not contain important information, since only MeasuredProcessDuration, JobNumber and SequenceNumber are recorded.
- hat Super-Klassen
- Glass Manufacturing Process c
Internal frictionc zurück zur Übersicht oder Klassenübersicht
IRI: https://glasdigi.cms.uni-jena.de/glass/InternalFriction
Characteristic of the loss of energy of sinusoidal vibrations in a substance due to its inelastic deformations. It is equal to 2*pi*tanδ, where tanδ is the loss tangent (see "quality factor").
- Source
- SciGlass 7.0
- hat Super-Klassen
- Material Property c
ion diffusionc zurück zur Übersicht oder Klassenübersicht
IRI: https://glasdigi.cms.uni-jena.de/glass/ionDiffusion
Diffusion of ions inside the glass or into the glass bulk from the surface.
- Source
- SciGlass 7.0
- hat Super-Klassen
- diffusion c
Knoop hardness numberc zurück zur Übersicht oder Klassenübersicht
IRI: https://glasdigi.cms.uni-jena.de/glass/KnoopHardnessNumber
hardness number according to Knoop hardness test.
- hat Super-Klassen
- microindentation hardness microhardness c
Knoop hardness testc zurück zur Übersicht oder Klassenübersicht
IRI: https://glasdigi.cms.uni-jena.de/glass/KnoopHardnessTest
hardness test according to Knoop
- Source
- https://en.wikipedia.org/wiki/Knoop_hardness_test
- hat Super-Klassen
- microindentation hardness test microhardness test c
linear thermal expansion coefficient at 100Cc zurück zur Übersicht oder Klassenübersicht
IRI: https://glasdigi.cms.uni-jena.de/glass/LinearThermalExpansionCoefficientAt100C
α*1e7 at 100°C
- hat Super-Klassen
- coefficient of linear thermal expansion linear thermal expansion coefficient c
- ist disjunkt zu
- linear thermal expansion coefficient at 160C c, linear thermal expansion coefficient at 210C c, linear thermal expansion coefficient at 350C c, linear thermal expansion coefficient at 55C c, linear thermal expansion coefficient below Tg c
linear thermal expansion coefficient at 160Cc zurück zur Übersicht oder Klassenübersicht
IRI: https://glasdigi.cms.uni-jena.de/glass/LinearThermalExpansionCoefficientAt160C
α*1e7 at 160°C
- hat Super-Klassen
- coefficient of linear thermal expansion linear thermal expansion coefficient c
- ist disjunkt zu
- linear thermal expansion coefficient at 100C c, linear thermal expansion coefficient at 210C c, linear thermal expansion coefficient at 350C c, linear thermal expansion coefficient at 55C c, linear thermal expansion coefficient below Tg c
linear thermal expansion coefficient at 210Cc zurück zur Übersicht oder Klassenübersicht
IRI: https://glasdigi.cms.uni-jena.de/glass/LinearThermalExpansionCoefficientAt210C
α*1e7 at 210°C
- hat Super-Klassen
- coefficient of linear thermal expansion linear thermal expansion coefficient c
- ist disjunkt zu
- linear thermal expansion coefficient at 100C c, linear thermal expansion coefficient at 160C c, linear thermal expansion coefficient at 350C c, linear thermal expansion coefficient at 55C c, linear thermal expansion coefficient below Tg c
linear thermal expansion coefficient at 350Cc zurück zur Übersicht oder Klassenübersicht
IRI: https://glasdigi.cms.uni-jena.de/glass/LinearThermalExpansionCoefficientAt350C
α*1e7 at 350°C
- hat Super-Klassen
- coefficient of linear thermal expansion linear thermal expansion coefficient c
- ist disjunkt zu
- linear thermal expansion coefficient at 100C c, linear thermal expansion coefficient at 160C c, linear thermal expansion coefficient at 210C c, linear thermal expansion coefficient at 55C c, linear thermal expansion coefficient below Tg c
linear thermal expansion coefficient at 55Cc zurück zur Übersicht oder Klassenübersicht
IRI: https://glasdigi.cms.uni-jena.de/glass/LinearThermalExpansionCoefficientAt55C
α*1e7 at 55°C
- hat Super-Klassen
- coefficient of linear thermal expansion linear thermal expansion coefficient c
- ist disjunkt zu
- linear thermal expansion coefficient at 100C c, linear thermal expansion coefficient at 160C c, linear thermal expansion coefficient at 210C c, linear thermal expansion coefficient at 350C c, linear thermal expansion coefficient below Tg c
linear thermal expansion coefficient below Tgc zurück zur Übersicht oder Klassenübersicht
IRI: https://glasdigi.cms.uni-jena.de/glass/LinearThermalExpansionCoefficientBelowTg
α*1e7 at T <Tg
- hat Super-Klassen
- coefficient of linear thermal expansion linear thermal expansion coefficient c
- ist disjunkt zu
- linear thermal expansion coefficient at 100C c, linear thermal expansion coefficient at 160C c, linear thermal expansion coefficient at 210C c, linear thermal expansion coefficient at 350C c, linear thermal expansion coefficient at 55C c
liquefaction pointc zurück zur Übersicht oder Klassenübersicht
melt temperaturec zurück zur Übersicht oder Klassenübersicht
IRI: https://glasdigi.cms.uni-jena.de/glass/MeltTemperature
If time series values are contained, they are displayed as a list.
- Source
- SciGlass 7.0
- hat Super-Klassen
- Measured Process Parameter c
liquid statec zurück zur Übersicht oder Klassenübersicht
IRI: https://glasdigi.cms.uni-jena.de/glass/liquidState
Thermodynamically stable (above liquidus temperature) or metastable (below liquidus temperature) state of a non-crystalline substance. It should be noted that this thermodynamic definition of liquid state does not agree with the most common definitions of liquids as substances, the main characteristic of which is the fluidity. According to the thermodynamic definition a liquid could be thoroughly rigid (for example, after a very long isothermal hold, a glass-forming substance can reach a metastable state at viscosity of 10^15 P or higher).
In the present Information System, the thermodynamic definition of the term liquid state is used.
- Source
- SciGlass 7.0
- hat Super-Klassen
- melting process c
liquidus temperaturec zurück zur Übersicht oder Klassenübersicht
IRI: https://glasdigi.cms.uni-jena.de/glass/LiquidusTemperature
The maximum temperature at which equilibrium exists between the molten glass and its primary crystalline phase. [Standard definition (ASTM; C162-52)]
unit = °C
- Source
- SciGlass 7.0
- hat Super-Klassen
- Material Property c
Littleton pointc zurück zur Übersicht oder Klassenübersicht
softening pointc zurück zur Übersicht oder Klassenübersicht
IRI: https://glasdigi.cms.uni-jena.de/glass/SofteningPoint
The maximum temperature at which a glass piece may be handled without permanent deformation; this corresponds to a viscosity of approximately 4x 10^6 Pa -s ( 4X 10^7 or 10^7.6 P).
unit = °C
- Source
- https://en.wikipedia.org/wiki/Softening_point
- https://www.manufacturingterms.com/Softening-point-(glass).html
- hat Super-Klassen
- Material Property c
log specific electrical resistivity at 1000Cc zurück zur Übersicht oder Klassenübersicht
IRI: https://glasdigi.cms.uni-jena.de/glass/LogSpecificElectricalResistivityAt1000C
- hat Super-Klassen
- specific electrical resistivity c
- ist disjunkt zu
- log specific electrical resistivity at 100C c, log specific electrical resistivity at 1400C c, log specific electrical resistivity at 150C c, log specific electrical resistivity at 20C c, log specific electrical resistivity at 300C c, log specific electrical resistivity at 800C c
log specific electrical resistivity at 100Cc zurück zur Übersicht oder Klassenübersicht
IRI: https://glasdigi.cms.uni-jena.de/glass/LogSpecificElectricalResistivityAt100C
- hat Super-Klassen
- specific electrical resistivity c
- ist disjunkt zu
- log specific electrical resistivity at 1000C c, log specific electrical resistivity at 1400C c, log specific electrical resistivity at 150C c, log specific electrical resistivity at 20C c, log specific electrical resistivity at 300C c, log specific electrical resistivity at 800C c
log specific electrical resistivity at 1400Cc zurück zur Übersicht oder Klassenübersicht
IRI: https://glasdigi.cms.uni-jena.de/glass/LogSpecificElectricalResistivityAt1400C
- hat Super-Klassen
- specific electrical resistivity c
- ist disjunkt zu
- log specific electrical resistivity at 1000C c, log specific electrical resistivity at 100C c, log specific electrical resistivity at 150C c, log specific electrical resistivity at 20C c, log specific electrical resistivity at 300C c, log specific electrical resistivity at 800C c
log specific electrical resistivity at 150Cc zurück zur Übersicht oder Klassenübersicht
IRI: https://glasdigi.cms.uni-jena.de/glass/LogSpecificElectricalResistivityAt150C
- hat Super-Klassen
- specific electrical resistivity c
- ist disjunkt zu
- log specific electrical resistivity at 1000C c, log specific electrical resistivity at 100C c, log specific electrical resistivity at 1400C c, log specific electrical resistivity at 20C c, log specific electrical resistivity at 300C c, log specific electrical resistivity at 800C c
log specific electrical resistivity at 20Cc zurück zur Übersicht oder Klassenübersicht
IRI: https://glasdigi.cms.uni-jena.de/glass/LogSpecificElectricalResistivityAt20C
- hat Super-Klassen
- specific electrical resistivity c
- ist disjunkt zu
- log specific electrical resistivity at 1000C c, log specific electrical resistivity at 100C c, log specific electrical resistivity at 1400C c, log specific electrical resistivity at 150C c, log specific electrical resistivity at 300C c, log specific electrical resistivity at 800C c
log specific electrical resistivity at 300Cc zurück zur Übersicht oder Klassenübersicht
IRI: https://glasdigi.cms.uni-jena.de/glass/LogSpecificElectricalResistivityAt300C
- hat Super-Klassen
- specific electrical resistivity c
- ist disjunkt zu
- log specific electrical resistivity at 1000C c, log specific electrical resistivity at 100C c, log specific electrical resistivity at 1400C c, log specific electrical resistivity at 150C c, log specific electrical resistivity at 20C c, log specific electrical resistivity at 800C c
log specific electrical resistivity at 800Cc zurück zur Übersicht oder Klassenübersicht
IRI: https://glasdigi.cms.uni-jena.de/glass/LogSpecificElectricalResistivityAt800C
- hat Super-Klassen
- specific electrical resistivity c
- ist disjunkt zu
- log specific electrical resistivity at 1000C c, log specific electrical resistivity at 100C c, log specific electrical resistivity at 1400C c, log specific electrical resistivity at 150C c, log specific electrical resistivity at 20C c, log specific electrical resistivity at 300C c
log viscosity at 1000Cc zurück zur Übersicht oder Klassenübersicht
IRI: https://glasdigi.cms.uni-jena.de/glass/LogViscosityAt1000C
- hat Super-Klassen
- viscosity c
- ist disjunkt zu
- log viscosity at 1100C c, log viscosity at 1200C c, log viscosity at 1300C c, log viscosity at 1400C c, log viscosity at 1500C c, log viscosity at 1600C c, log viscosity at 1800C c, log viscosity at 2000C c, log viscosity at 2200C c, log viscosity at 500C c, log viscosity at 600C c, log viscosity at 700C c, log viscosity at 800C c, log viscosity at 900C c
log viscosity at 1100Cc zurück zur Übersicht oder Klassenübersicht
IRI: https://glasdigi.cms.uni-jena.de/glass/LogViscosityAt1100C
- hat Super-Klassen
- viscosity c
- ist disjunkt zu
- log viscosity at 1000C c, log viscosity at 1200C c, log viscosity at 1300C c, log viscosity at 1400C c, log viscosity at 1500C c, log viscosity at 1600C c, log viscosity at 1800C c, log viscosity at 2000C c, log viscosity at 2200C c, log viscosity at 500C c, log viscosity at 600C c, log viscosity at 700C c, log viscosity at 800C c, log viscosity at 900C c
log viscosity at 1200Cc zurück zur Übersicht oder Klassenübersicht
IRI: https://glasdigi.cms.uni-jena.de/glass/LogViscosityAt1200C
- hat Super-Klassen
- viscosity c
- ist disjunkt zu
- log viscosity at 1000C c, log viscosity at 1100C c, log viscosity at 1300C c, log viscosity at 1400C c, log viscosity at 1500C c, log viscosity at 1600C c, log viscosity at 1800C c, log viscosity at 2000C c, log viscosity at 2200C c, log viscosity at 500C c, log viscosity at 600C c, log viscosity at 700C c, log viscosity at 800C c, log viscosity at 900C c
log viscosity at 1300Cc zurück zur Übersicht oder Klassenübersicht
IRI: https://glasdigi.cms.uni-jena.de/glass/LogViscosityAt1300C
- hat Super-Klassen
- viscosity c
- ist disjunkt zu
- log viscosity at 1000C c, log viscosity at 1100C c, log viscosity at 1200C c, log viscosity at 1400C c, log viscosity at 1500C c, log viscosity at 1600C c, log viscosity at 1800C c, log viscosity at 2000C c, log viscosity at 2200C c, log viscosity at 500C c, log viscosity at 600C c, log viscosity at 700C c, log viscosity at 800C c, log viscosity at 900C c
log viscosity at 1400Cc zurück zur Übersicht oder Klassenübersicht
IRI: https://glasdigi.cms.uni-jena.de/glass/LogViscosityAt1400C
- hat Super-Klassen
- viscosity c
- ist disjunkt zu
- log viscosity at 1000C c, log viscosity at 1100C c, log viscosity at 1200C c, log viscosity at 1300C c, log viscosity at 1500C c, log viscosity at 1600C c, log viscosity at 1800C c, log viscosity at 2000C c, log viscosity at 2200C c, log viscosity at 500C c, log viscosity at 600C c, log viscosity at 700C c, log viscosity at 800C c, log viscosity at 900C c
log viscosity at 1500Cc zurück zur Übersicht oder Klassenübersicht
IRI: https://glasdigi.cms.uni-jena.de/glass/LogViscosityAt1500C
- hat Super-Klassen
- viscosity c
- ist disjunkt zu
- log viscosity at 1000C c, log viscosity at 1100C c, log viscosity at 1200C c, log viscosity at 1300C c, log viscosity at 1400C c, log viscosity at 1600C c, log viscosity at 1800C c, log viscosity at 2000C c, log viscosity at 2200C c, log viscosity at 500C c, log viscosity at 600C c, log viscosity at 700C c, log viscosity at 800C c, log viscosity at 900C c
log viscosity at 1600Cc zurück zur Übersicht oder Klassenübersicht
IRI: https://glasdigi.cms.uni-jena.de/glass/LogViscosityAt1600C
- hat Super-Klassen
- viscosity c
- ist disjunkt zu
- log viscosity at 1000C c, log viscosity at 1100C c, log viscosity at 1200C c, log viscosity at 1300C c, log viscosity at 1400C c, log viscosity at 1500C c, log viscosity at 1800C c, log viscosity at 2000C c, log viscosity at 2200C c, log viscosity at 500C c, log viscosity at 600C c, log viscosity at 700C c, log viscosity at 800C c, log viscosity at 900C c
log viscosity at 1800Cc zurück zur Übersicht oder Klassenübersicht
IRI: https://glasdigi.cms.uni-jena.de/glass/LogViscosityAt1800C
- hat Super-Klassen
- viscosity c
- ist disjunkt zu
- log viscosity at 1000C c, log viscosity at 1100C c, log viscosity at 1200C c, log viscosity at 1300C c, log viscosity at 1400C c, log viscosity at 1500C c, log viscosity at 1600C c, log viscosity at 2000C c, log viscosity at 2200C c, log viscosity at 500C c, log viscosity at 600C c, log viscosity at 700C c, log viscosity at 800C c, log viscosity at 900C c
log viscosity at 2000Cc zurück zur Übersicht oder Klassenübersicht
IRI: https://glasdigi.cms.uni-jena.de/glass/LogViscosityAt2000C
- hat Super-Klassen
- viscosity c
- ist disjunkt zu
- log viscosity at 1000C c, log viscosity at 1100C c, log viscosity at 1200C c, log viscosity at 1300C c, log viscosity at 1400C c, log viscosity at 1500C c, log viscosity at 1600C c, log viscosity at 1800C c, log viscosity at 2200C c, log viscosity at 500C c, log viscosity at 600C c, log viscosity at 700C c, log viscosity at 800C c, log viscosity at 900C c
log viscosity at 2200Cc zurück zur Übersicht oder Klassenübersicht
IRI: https://glasdigi.cms.uni-jena.de/glass/LogViscosityAt2200C
- hat Super-Klassen
- viscosity c
- ist disjunkt zu
- log viscosity at 1000C c, log viscosity at 1100C c, log viscosity at 1200C c, log viscosity at 1300C c, log viscosity at 1400C c, log viscosity at 1500C c, log viscosity at 1600C c, log viscosity at 1800C c, log viscosity at 2000C c, log viscosity at 500C c, log viscosity at 600C c, log viscosity at 700C c, log viscosity at 800C c, log viscosity at 900C c
log viscosity at 500Cc zurück zur Übersicht oder Klassenübersicht
IRI: https://glasdigi.cms.uni-jena.de/glass/LogViscosityAt500C
- hat Super-Klassen
- viscosity c
- ist disjunkt zu
- log viscosity at 1000C c, log viscosity at 1100C c, log viscosity at 1200C c, log viscosity at 1300C c, log viscosity at 1400C c, log viscosity at 1500C c, log viscosity at 1600C c, log viscosity at 1800C c, log viscosity at 2000C c, log viscosity at 2200C c, log viscosity at 600C c, log viscosity at 700C c, log viscosity at 800C c, log viscosity at 900C c
log viscosity at 600Cc zurück zur Übersicht oder Klassenübersicht
IRI: https://glasdigi.cms.uni-jena.de/glass/LogViscosityAt600C
- hat Super-Klassen
- viscosity c
- ist disjunkt zu
- log viscosity at 1000C c, log viscosity at 1100C c, log viscosity at 1200C c, log viscosity at 1300C c, log viscosity at 1400C c, log viscosity at 1500C c, log viscosity at 1600C c, log viscosity at 1800C c, log viscosity at 2000C c, log viscosity at 2200C c, log viscosity at 500C c, log viscosity at 700C c, log viscosity at 800C c, log viscosity at 900C c
log viscosity at 700Cc zurück zur Übersicht oder Klassenübersicht
IRI: https://glasdigi.cms.uni-jena.de/glass/LogViscosityAt700C
- hat Super-Klassen
- viscosity c
- ist disjunkt zu
- log viscosity at 1000C c, log viscosity at 1100C c, log viscosity at 1200C c, log viscosity at 1300C c, log viscosity at 1400C c, log viscosity at 1500C c, log viscosity at 1600C c, log viscosity at 1800C c, log viscosity at 2000C c, log viscosity at 2200C c, log viscosity at 500C c, log viscosity at 600C c, log viscosity at 800C c, log viscosity at 900C c
log viscosity at 800Cc zurück zur Übersicht oder Klassenübersicht
IRI: https://glasdigi.cms.uni-jena.de/glass/LogViscosityAt800C
- hat Super-Klassen
- viscosity c
- ist disjunkt zu
- log viscosity at 1000C c, log viscosity at 1100C c, log viscosity at 1200C c, log viscosity at 1300C c, log viscosity at 1400C c, log viscosity at 1500C c, log viscosity at 1600C c, log viscosity at 1800C c, log viscosity at 2000C c, log viscosity at 2200C c, log viscosity at 500C c, log viscosity at 600C c, log viscosity at 700C c, log viscosity at 900C c
log viscosity at 900Cc zurück zur Übersicht oder Klassenübersicht
IRI: https://glasdigi.cms.uni-jena.de/glass/LogViscosityAt900C
- hat Super-Klassen
- viscosity c
- ist disjunkt zu
- log viscosity at 1000C c, log viscosity at 1100C c, log viscosity at 1200C c, log viscosity at 1300C c, log viscosity at 1400C c, log viscosity at 1500C c, log viscosity at 1600C c, log viscosity at 1800C c, log viscosity at 2000C c, log viscosity at 2200C c, log viscosity at 500C c, log viscosity at 600C c, log viscosity at 700C c, log viscosity at 800C c
loss anglec zurück zur Übersicht oder Klassenübersicht
IRI: https://glasdigi.cms.uni-jena.de/glass/LossAngle
The angle 𝛿 between the excitations and response vectors of a circle diagram describing the response of a body in alternating electrical or mechanical fields.
tan 𝛿 is the ratio of imaginary to real parts of complex dielectric constant or complex elastic modulus.
Sometimes tan 𝛿 is also called the loss angle: see reference:
Varshneya A.K. 1994. Fundamentals of Inorganic Glasses. Academic Press, N.Y., London.
- Source
- Sciglass 7.0
- hat Super-Klassen
- Material Property c
- hat Sub-Klassen
- loss tangent c
loss tangentc zurück zur Übersicht oder Klassenübersicht
IRI: https://glasdigi.cms.uni-jena.de/glass/LossTangent
tangent of loss angle (for electrical, acoustical, and another kinds of sinusoidal excitation)
Loss tangent (tan(δ)) (also referred to as dissipation factor (Df) by many PCB manufacturers)
is a measure of signal attenuation as the signal propagates down the transmission line.
This attenuation is the result of electromagnetic wave absorption in the dielectric material and is commonly known as dielectric loss.
In Sciglass database, value = Tan𝛿*1E4
- Source
- Sciglass 7.0
- hat Super-Klassen
- loss angle c
low-temperature border of annealing rangec zurück zur Übersicht oder Klassenübersicht
strain pointc zurück zur Übersicht oder Klassenübersicht
IRI: https://glasdigi.cms.uni-jena.de/glass/StrainPoint
The strain point is the maximum temperature at which a glass can be used for structural applications without undergoing creep.
- Source
- SciGlass 7.0
- https://www.materials.unsw.edu.au/study-us/high-school-students-and-teachers/online-tutorials/ceramics/glass/properties
- hat Super-Klassen
- Material Property c
Manufacture Nodec zurück zur Übersicht oder Klassenübersicht
IRI: https://material-digital.de/pmdco/ManufactureNode
A process node that implements transformative processes as well as consumes and creates tangible objects and typically requires inputs
In general but not necessarily, a manufacture node includes intrinsic analysis nodes that create corresponding measurements with respect to the process implemented by the manufacture node.
- hat Super-Klassen
- ProcessNode c
- hat Sub-Klassen
- Glass Manufacturing Process Node c
Manufacture Processc zurück zur Übersicht oder Klassenübersicht
IRI: https://material-digital.de/pmdco/ManufactureProcess
A process that is driven by the primary intent to transform objects
A manufacture process is always a transformative process.
- hat Super-Klassen
- Process c
- hat Sub-Klassen
- Glass Manufacturing Process c
Materialc zurück zur Übersicht oder Klassenübersicht
IRI: https://material-digital.de/pmdco/Material
It is a substance or mixture of substances that constitutes an object.
represented by the sum of material properties and material structure
- hat Sub-Klassen
- raw material c
Material Propertyc zurück zur Übersicht oder Klassenübersicht
IRI: https://material-digital.de/pmdco/MaterialProperty
In Glass ontology, 'MaterialProperty' is also associated with quantityAmount.
This term is mainly used for storing the data properties of the Sciglass database.
- hat Sub-Klassen
- Brewster's constant stress-optic coefficient c, Internal friction c, Littleton point softening point c, V-number Abbe number c, acoustical property c, activation energy c, annealing point c, annealing range c, bending rate c, compressibility c, critical cooling rate c, critical point critical temperature c, crystallization temperature c, deformation point c, density c, dielectric constant relative permittivity c, diffusion coefficient c, dilatometric softening temperature c, elastic modulus elastic constant c, electrical conductivity c, extinction coefficient c, fiber softening point c, fictive temperature c, fracture toughness c, glass homogeneity c, glass transition region c, glass transition temperature c, heating rate c, liquidus temperature c, loss angle c, low-temperature border of annealing range strain point c, maximum crystal growth rate c, maximum crystal growth temperature c, microindentation hardness microhardness c, molar absorptivity molar extinction coefficient c, molar volume c, molar weight molar mass c, mole percent c, nucleation rate c, nucleation temperature c, optical property c, quality factor c, relaxation time c, sample mass c, specific electrical resistivity c, specific electrical resistivity temperature c, specific heat capacity c, specific volume c, surface electrical conductivity c, surface tension c, tensile strength c, thermal conductivity c, thermal diffusivity c, thermal endurance thermal shock resistance c, thermal expansion coefficient c, viscosity c, viscosity temperature c, weight percent c, working point c
- ist in Range von
- has material property op
Material Structurec zurück zur Übersicht oder Klassenübersicht
IRI: https://material-digital.de/pmdco/MaterialStructure
Structural and compositional information on a material within the regarded material level, includes 0,1,2,3 dimensional descriptions involves all material levels.
- hat Sub-Klassen
- Atomistic Level Material Structure c, Continuum Level Material Structure c, Mesoscopic Level Material Structure c, Microscopic Level Material Structure c, Nano Level Material Structure c
- ist in Range von
- has material structure op
maximum crystal growth ratec zurück zur Übersicht oder Klassenübersicht
IRI: https://glasdigi.cms.uni-jena.de/glass/MaximumCrystalGrowthRate
unit = cm/s
- Source
- Sciglass 7.0
- hat Super-Klassen
- Material Property c
maximum crystal growth temperaturec zurück zur Übersicht oder Klassenübersicht
IRI: https://glasdigi.cms.uni-jena.de/glass/MaximumCrystalGrowthTemperature
unit = °C
- Source
- Sciglass 7.0
- hat Super-Klassen
- Material Property c
mean dispersionc zurück zur Übersicht oder Klassenübersicht
IRI: https://glasdigi.cms.uni-jena.de/glass/MeanDispersion
Difference of refractive indices nF- nC for F and C wavelengths (see Standard wavelengths for optical properties). The quantity is used to determine the Nu-value.
wavelength F = 486.13nm
wavelength C = 656.27nm
in Sciglass database, Mean dispersion*1E4 at 20°C
- Source
- SciGlass 7.0
- hat Super-Klassen
- optical property c
- hat Sub-Klassen
- mean dispersion at 20C c
mean dispersion at 20Cc zurück zur Übersicht oder Klassenübersicht
IRI: https://glasdigi.cms.uni-jena.de/glass/MeanDispersionAt20C
in Sciglass database, Mean dispersion*1E4 at 20°C
- hat Super-Klassen
- mean dispersion c
measured process durationc zurück zur Übersicht oder Klassenübersicht
IRI: https://glasdigi.cms.uni-jena.de/glass/MeasuredProcessDuration
- hat Super-Klassen
- Measured Process Parameter c
Measured Process Parameterc zurück zur Übersicht oder Klassenübersicht
IRI: https://glasdigi.cms.uni-jena.de/glass/MeasuredProcessParameter
This property is used to describe a quantity value that has been measured during the execution of a process.
- hat Super-Klassen
- Process Parameter c
- hat Sub-Klassen
- crucible weight c, liquefaction point melt temperature c, measured process duration c, net weight c, total weight c, weight c
melt heating ratec zurück zur Übersicht oder Klassenübersicht
IRI: https://glasdigi.cms.uni-jena.de/glass/MeltHeatingRate
Heating at a constant rate.
- hat Super-Klassen
- Nominal Process Parameter c
melt holding timec zurück zur Übersicht oder Klassenübersicht
IRI: https://glasdigi.cms.uni-jena.de/glass/MeltHoldingTime
- hat Super-Klassen
- Nominal Process Parameter c
melting processc zurück zur Übersicht oder Klassenübersicht
IRI: https://glasdigi.cms.uni-jena.de/glass/meltingProcess
- hat Super-Klassen
- Glass Manufacturing Process c
- hat Sub-Klassen
- fill process c, liquid state c
Mesoscopic Level Material Structurec zurück zur Übersicht oder Klassenübersicht
IRI: https://material-digital.de/pmdco/MesoscopicLevelMaterialStructure
A material structure that covers multiple grains or phases of the material
- hat Super-Klassen
- Material Structure c
microindentation hardnessc zurück zur Übersicht oder Klassenübersicht
microhardnessc zurück zur Übersicht oder Klassenübersicht
IRI: https://glasdigi.cms.uni-jena.de/glass/Microhardness
The characteristic of the deformation of the glass surface under the influence of a pyramidal diamond indentor. The size of indentation is usually of the order of several micrometers. In the most cases two kinds of pyramids are used, namely Vickers and Knoop pyramids.
The Vickers hardness number (VHN) = 1.8544F/D kgf/mm^2
where F is the force in kgf and D is the average diagonal of impression in mm.
The Knoop hardness number (KHN) = 14.23F/L kgf/mm^2
where L is the length of the long diagonal.
The difference between values obtained by these two kinds of measurements is not great and usually is within the limits of the scatter of data reported by various authors for the same glass composition. Thus in the Auxiliary Database all microhardness data are presented together independently on the kind of indentor used for the corresponding measurements.
In Sciglass database, unit = GPa
- Source
- SciGlass 7.0
- hat Super-Klassen
- Material Property c
- hat Sub-Klassen
- Knoop hardness number c, Vickers hardness number c
microindentation hardness testc zurück zur Übersicht oder Klassenübersicht
microhardness testc zurück zur Übersicht oder Klassenübersicht
IRI: https://glasdigi.cms.uni-jena.de/glass/microhardnessTest
- Source
- https://en.wikipedia.org/wiki/Indentation_hardness#Microindentation_tests
- hat Super-Klassen
- indentation hardness test c
- hat Sub-Klassen
- Knoop hardness test c, Vickers hardness test c
microscopec zurück zur Übersicht oder Klassenübersicht
IRI: https://glasdigi.cms.uni-jena.de/glass/microscope
- hat Super-Klassen
- glass analysis equipment c
Microscopic Level Material Structurec zurück zur Übersicht oder Klassenübersicht
IRI: https://material-digital.de/pmdco/MicroscopicLevelMaterialStructure
A material structure on a single grain level
- hat Super-Klassen
- Material Structure c
microscopyc zurück zur Übersicht oder Klassenübersicht
IRI: https://glasdigi.cms.uni-jena.de/glass/microscopy
- hat Super-Klassen
- Analysis Process c
modelc zurück zur Übersicht oder Klassenübersicht
IRI: https://glasdigi.cms.uni-jena.de/glass/model
Any kind of model
- hat Super-Klassen
- Simulation Node c
- hat Sub-Klassen
- Vogel-Fulcher-Tammann equation c
modulus of rigidityc zurück zur Übersicht oder Klassenübersicht
shear modulusc zurück zur Übersicht oder Klassenübersicht
IRI: https://glasdigi.cms.uni-jena.de/glass/ShearModulus
In materials science, shear modulus or modulus of rigidity, denoted by G, or sometimes S or μ, is a measure of the elastic shear stiffness of a material and is defined as the ratio of shear stress to the shear strain.
- Source
- Sciglass 7.0
- https://en.wikipedia.org/wiki/Shear_modulus
- hat Super-Klassen
- elastic modulus elastic constant c
molar absorptivityc zurück zur Übersicht oder Klassenübersicht
molar extinction coefficientc zurück zur Übersicht oder Klassenübersicht
IRI: https://glasdigi.cms.uni-jena.de/glass/MolarExtinctionCoefficient
The molar attenuation coefficient is a measurement of how strongly a chemical species attenuates light at a given wavelength.
- Source
- https://en.wikipedia.org/wiki/Molar_attenuation_coefficient
- hat Super-Klassen
- Material Property c
molar volumec zurück zur Übersicht oder Klassenübersicht
IRI: https://glasdigi.cms.uni-jena.de/glass/MolarVolume
The volume of a mole of glass.
Equation:
molar volume (V_M) = M/d. where M = molar mass, d = density.
- Source
- SciGlass 7.0
- hat Super-Klassen
- Material Property c
molar weightc zurück zur Übersicht oder Klassenübersicht
molar massc zurück zur Übersicht oder Klassenübersicht
IRI: https://glasdigi.cms.uni-jena.de/glass/MolarMass
The averaged value of molar weights of glass components (oxides, halides etc.).
- Source
- SciGlass 7.0
- hat Super-Klassen
- Material Property c
mole percentc zurück zur Übersicht oder Klassenübersicht
IRI: https://glasdigi.cms.uni-jena.de/glass/MolePercent
mol%
- hat Super-Klassen
- Material Property c
Nano Level Material Structurec zurück zur Übersicht oder Klassenübersicht
IRI: https://material-digital.de/pmdco/NanoLevelMaterialStructure
A Material Structure that involves individual features within one single grain or phase like dislocations or precipitates.
- hat Super-Klassen
- Material Structure c
net weightc zurück zur Übersicht oder Klassenübersicht
IRI: https://glasdigi.cms.uni-jena.de/glass/NetWeight
It is measured after taking out of the oven and before the next filling step.
- hat Super-Klassen
- Measured Process Parameter c
nominal process durationc zurück zur Übersicht oder Klassenübersicht
IRI: https://glasdigi.cms.uni-jena.de/glass/NominalProcessDuration
- hat Super-Klassen
- Nominal Process Parameter c
Nominal Process Parameterc zurück zur Übersicht oder Klassenübersicht
IRI: https://glasdigi.cms.uni-jena.de/glass/NominalProcessParameter
This property is used to describe a quantity value that was input of process.
- hat Super-Klassen
- Process Parameter c
- hat Sub-Klassen
- cooling rate c, cooling start holding time c, cooling start temperature c, dosing speed c, dosing time c, melt heating rate c, melt holding time c, nominal process duration c, premelt heating rate c, premelt holding time c, target cooling temperature c, target melt temperature c, target premelt temperature c, target total weight c, target weight c
nucleationc zurück zur Übersicht oder Klassenübersicht
IRI: https://glasdigi.cms.uni-jena.de/glass/nucleation
Nucleation is the first step in the formation of either a new thermodynamic phase or a new structure via self-assembly or self-organization. Nucleation is typically defined to be the process that determines how long an observer has to wait before the new phase or self-organized structure appears.
- Source
- https://en.wikipedia.org/wiki/Nucleation
- hat Super-Klassen
- crystallisation process crystallization process c
nucleation ratec zurück zur Übersicht oder Klassenübersicht
IRI: https://glasdigi.cms.uni-jena.de/glass/NucleationRate
The nucleation rate is determined by the number of crystals forming per unit of time in a unit of melt volume (in the case of bulk nucleation) or on a unity of melt surface (in the case of surface nucleation).
unit = cm^-3*min^-1
- Source
- SciGlass 7.0
- hat Super-Klassen
- Material Property c
nucleation temperaturec zurück zur Übersicht oder Klassenübersicht
IRI: https://glasdigi.cms.uni-jena.de/glass/NucleationTemperature
unit = °C
- Source
- Sciglass 7.0
- hat Super-Klassen
- Material Property c
Objectc zurück zur Übersicht oder Klassenübersicht
IRI: https://material-digital.de/pmdco/Object
A discernable, tangible or simulated entity that is processed in a process by a process node. An Object is composed of Voxels.
- hat Sub-Klassen
- Component c, Glass c
- ist in der Domäne von
- composed by op, generated object identifier dp, has supplied object identifier dp
- ist in Range von
- has input object op, has output object op
onset crystallisation temperaturec zurück zur Übersicht oder Klassenübersicht
onset crystallization temperaturec zurück zur Übersicht oder Klassenübersicht
IRI: https://glasdigi.cms.uni-jena.de/glass/OnsetCrystallizationTemperature
Tx, unit = °C
- Source
- Sciglass 7.0
- hat Super-Klassen
- crystallization temperature c
optical densityc zurück zur Übersicht oder Klassenübersicht
IRI: https://glasdigi.cms.uni-jena.de/glass/OpticalDensity
A measure of the transmittance through an optical medium. Optical density equals the log to the base 10 of the reciprocal of the transmittance
- Source
- https://www.photonics.com/EDU/optical_density/d5788
- hat Super-Klassen
- optical property c
optical propertyc zurück zur Übersicht oder Klassenübersicht
IRI: https://glasdigi.cms.uni-jena.de/glass/OpticalProperty
A group of properties in the Main Database of SciGlass which includes refractive index, dispersion, and absorption and transmission of optical waves. In the Auxiliary Database only data on refractive index at room temperature at D-line of the spectrum (see Standard wavelengths for optical properties) and mean dispersion are included.
- Source
- https://en.wikipedia.org/wiki/Optical_properties
- hat Super-Klassen
- Material Property c
- hat Sub-Klassen
- absorbance c, dispersion c, index of refraction refractive index c, mean dispersion c, optical density c
parallel plate viscometerc zurück zur Übersicht oder Klassenübersicht
IRI: https://glasdigi.cms.uni-jena.de/glass/parallelPlateViscometer
- hat Super-Klassen
- viscometer c
parallel plate viscometryc zurück zur Übersicht oder Klassenübersicht
IRI: https://glasdigi.cms.uni-jena.de/glass/ParallelPlateViscometry
- hat Super-Klassen
- viscometry c
peak crystallisation temperaturec zurück zur Übersicht oder Klassenübersicht
peak crystallization temperaturec zurück zur Übersicht oder Klassenübersicht
IRI: https://glasdigi.cms.uni-jena.de/glass/PeakCrystallizationTemperature
Tc, unit = °C
- Source
- Sciglass 7.0
- hat Super-Klassen
- crystallization temperature c
PmdSiUnitc zurück zur Übersicht oder Klassenübersicht
IRI: https://material-digital.de/pmdco/PmdSiUnit
Equivalent to the definition found at https://www.wikidata.org/wiki/Q61610698. Instances of this class represent a tuple of prefix and SI unit
- ist in der Domäne von
- has ucum code dp, has unit label dp
- ist in Range von
- has pmd unit op
Pochettino viscometerc zurück zur Übersicht oder Klassenübersicht
IRI: https://glasdigi.cms.uni-jena.de/glass/PochettinoViscometer
The device based on the method of measuring high viscosity values at conditions of pure shear. The investigated glass is introduced into a ring-shaped space between two concentric cylinders; the shearing force is applied axially, and the axial displacement of the inner cylinder towards the outer cylinder is measured by interferometry.
- Source
- SciGlass 7.0
- hat Super-Klassen
- viscometer c
Poisson's ratioc zurück zur Übersicht oder Klassenübersicht
IRI: https://glasdigi.cms.uni-jena.de/glass/PoissonRatio
Poisson's ratio of a material defines the ratio of transverse strain (x direction) to the axial strain (y direction)
- Source
- https://en.wikipedia.org/wiki/Poisson%27s_ratio
- hat Super-Klassen
- elastic modulus elastic constant c
premelt heating ratec zurück zur Übersicht oder Klassenübersicht
IRI: https://glasdigi.cms.uni-jena.de/glass/PremeltHeatingRate
- hat Super-Klassen
- Nominal Process Parameter c
premelt holding timec zurück zur Übersicht oder Klassenübersicht
IRI: https://glasdigi.cms.uni-jena.de/glass/PremeltHoldingTime
- hat Super-Klassen
- Nominal Process Parameter c
Processc zurück zur Übersicht oder Klassenübersicht
IRI: https://material-digital.de/pmdco/Process
A series of actions or operations conducing to an end
In PMD, a process is conducted via process 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. A process is either a transformative process or a non-transformative process with respect to objects processed via a process node. There are primarily two types of distinguishable processes: manufacture process, analysis process. A process is a series of operations that are subordinate processes.
- hat Sub-Klassen
- Analysis Process c, Manufacture Process c
- ist in der Domäne von
- executed by op, has data resource op, has ending time dp, has fill number dp, has final process op, has generated process identifier dp, has initial process op, has input object op, has input raw material op, has job number dp, has measurement dp, has melt number dp, has metadata measurement dp, has next process op, has nominal end posix timestamp dp, has nominal start posix timestamp dp, has number of sequence dp, has output object op, has parameter dp, has previous process op, has primary measurement dp, has qualifying process annotation dp, has quantitative primary data series measurement op, has secondary measurement dp, has starting time dp, has subordinate process op, has supplied process identifier dp, method descriptor dp, nominal process duration op
- ist in Range von
- execute op, has final process op, has initial process op, has next process op, has previous process op, has subordinate process op
Process Node Componentc zurück zur Übersicht oder Klassenübersicht
IRI: https://material-digital.de/pmdco/ProcessNodeComponent
- hat Sub-Klassen
- Glass Manufacturing Chamber c, cool furnace cool oven c, crucible c, furnace oven c, glass analysis equipment c
- ist in Range von
- has process node component op
Process Parameterc zurück zur Übersicht oder Klassenübersicht
IRI: https://glasdigi.cms.uni-jena.de/glass/ProcessParameter
Glass process parameters from BAM
- hat Sub-Klassen
- Measured Process Parameter c, Nominal Process Parameter c
ProcessNodec zurück zur Übersicht oder Klassenübersicht
IRI: https://material-digital.de/pmdco/ProcessNode
A workflow constituent that facilitates process instances, e.g. a service, tool, or machine.
- hat Sub-Klassen
- Manufacture Node c, Simulation Node c
- ist in der Domäne von
- execute op, has acquisition date dp, has collection interface hint dp, has process node characteristic dp, has process node component op, has process node model dp, has process node name dp, has process node type dp, has process node version dp, has type description dp
- ist in Range von
- executed by op
quality factorc zurück zur Übersicht oder Klassenübersicht
IRI: https://glasdigi.cms.uni-jena.de/glass/QualityFactor
The Q factor is a parameter that describes the resonance behavior of an underdamped harmonic oscillator (resonator).
- Source
- https://en.wikipedia.org/wiki/Q_factor
- hat Super-Klassen
- Material Property c
QuantityValuec zurück zur Übersicht oder Klassenübersicht
IRI: http://wikiba.se/ontology#QuantityValue
Wikibase extended value representing quantity.
- hat Super-Klassen
- Value c
- ist in der Domäne von
- quantityUnit op
- ist in Range von
- has timestep op, has value op, measured process duration op, nominal process duration op
raw materialc zurück zur Übersicht oder Klassenübersicht
IRI: https://glasdigi.cms.uni-jena.de/glass/RawMaterial
raw material forms the glass (Object)
- hat Super-Klassen
- Material c
- ist in Range von
- has input raw material op
refractive index at 20Cc zurück zur Übersicht oder Klassenübersicht
IRI: https://glasdigi.cms.uni-jena.de/glass/RefractiveIndexAt20C
- Source
- Sciglass 7.0
- hat Super-Klassen
- index of refraction refractive index c
relaxation timec zurück zur Übersicht oder Klassenübersicht
IRI: https://glasdigi.cms.uni-jena.de/glass/RelaxationTime
Relaxation is the process of moving to equilibrium for a system driven out of equilibrium. Relaxation time t is a constant characterizing the speed of this moving. In the simplest case when the relaxation of the system can be described by only one relaxation time and this value does not change with time during the whole relaxation process.
- Source
- SciGlass 7.0
- hat Super-Klassen
- Material Property c
resonant frequency and damping analyserc zurück zur Übersicht oder Klassenübersicht
IRI: https://glasdigi.cms.uni-jena.de/glass/resonantFrequencyAndDampingAnalyser
The Resonant Frequency and Damping Analyser (RFDA) professional system measures the resonant frequencies and internal friction or damping of samples and calculates the Young's modulus, shear modulus, Poisson's ratio of rectangular bars, cylindrical rods and discs according to the ASTM E1876-15 standard. (or other standards)
- Source
- https://www.imce.eu/products/rfda-professional
- hat Super-Klassen
- glass analysis equipment c
resonant frequency and damping analysisc zurück zur Übersicht oder Klassenübersicht
IRI: https://glasdigi.cms.uni-jena.de/glass/ResonantFrequencyAndDampingAnalysis
Resonant Frequency and Damping Analysis (RFDA) professional system measures the resonant frequencies and internal friction or damping of samples and calculates the Young's modulus, shear modulus, Poisson's ratio of rectangular bars, cylindrical rods and discs according to the ASTM E1876-15 standard.
non-destructive test method.
measurement of the resonance frequency and its decay behaviour after a short mechanical impulse.
determination of elasticity and shear modulus, the lateral contraction number and damping.
- Source
- https://www.imce.eu/products/rfda-professional
- hat Super-Klassen
- Analysis Process c
rotational viscometerc zurück zur Übersicht oder Klassenübersicht
IRI: https://glasdigi.cms.uni-jena.de/glass/rotationalViscometer
Rotational viscometers use the idea that the torque required to turn an object in a fluid is a function of the viscosity of that fluid. They measure the torque required to rotate a disk or bob in a fluid at a known speed.
- Source
- https://en.wikipedia.org/wiki/Viscometer#Rotational_viscometers
- hat Super-Klassen
- viscometer c
rotational viscometryc zurück zur Übersicht oder Klassenübersicht
IRI: https://glasdigi.cms.uni-jena.de/glass/rotationalViscometry
- hat Super-Klassen
- viscometry c
sample massc zurück zur Übersicht oder Klassenübersicht
IRI: https://glasdigi.cms.uni-jena.de/glass/SampleMass
the mass of sample used in the analysis process
- hat Super-Klassen
- Material Property c
Simulation Nodec zurück zur Übersicht oder Klassenübersicht
IRI: https://material-digital.de/pmdco/SimulationNode
A process node that implements foo as well as consumes and creates simulation objects and parameters.
- hat Super-Klassen
- ProcessNode c
- hat Sub-Klassen
- model c
sound absorptionc zurück zur Übersicht oder Klassenübersicht
IRI: https://glasdigi.cms.uni-jena.de/glass/SoundAbsorption
- hat Super-Klassen
- acoustical property c
sound velocityc zurück zur Übersicht oder Klassenübersicht
IRI: https://glasdigi.cms.uni-jena.de/glass/SoundVelocity
- hat Super-Klassen
- acoustical property c
specific electrical resistivityc zurück zur Übersicht oder Klassenübersicht
IRI: https://glasdigi.cms.uni-jena.de/glass/SpecificElectricalResistivity
The specific value characterizing the electrical resistance of a substance. It is the resistance of the cube when two opposite surfaces are connected to electrodes.
Units of electrical resistivity (ρ): Ohm*cm in CGS and Oh*m in SI.
unit = Ohm*cm
symbol = ρ
- Source
- SciGlass 7.0
- hat Super-Klassen
- Material Property c
- hat Sub-Klassen
- log specific electrical resistivity at 1000C c, log specific electrical resistivity at 100C c, log specific electrical resistivity at 1400C c, log specific electrical resistivity at 150C c, log specific electrical resistivity at 20C c, log specific electrical resistivity at 300C c, log specific electrical resistivity at 800C c
specific electrical resistivity temperaturec zurück zur Übersicht oder Klassenübersicht
IRI: https://glasdigi.cms.uni-jena.de/glass/SpecificElectricalResistivityTemperature
temperature corresponding to specific electric resistivity of a substance equal to 10^8 Ohm.cm or 10^6 Ohm.m, unit = °C
- Source
- Sciglass 7.0
- hat Super-Klassen
- Material Property c
specific heat capacityc zurück zur Übersicht oder Klassenübersicht
IRI: https://glasdigi.cms.uni-jena.de/glass/SpecificHeatCapacity
(Specific) Heat capacity is the amount of heat (joules or calories) required to increase the temperature of a body by 1 K. Heat capacity can be either specific (related to a unit mass) or molar (related to a unit mole). In most cases it is measured at constant pressure and in this case is denoted by Cp.
- Source
- SciGlass 7.0
- https://en.wikipedia.org/wiki/Specific_heat_capacity
- hat Super-Klassen
- Material Property c
- hat Sub-Klassen
- specific heat capacity at 1000C c, specific heat capacity at 1200C c, specific heat capacity at 1400C c, specific heat capacity at 200C c, specific heat capacity at 20C c, specific heat capacity at 400C c, specific heat capacity at 800C c
specific heat capacity at 1000Cc zurück zur Übersicht oder Klassenübersicht
IRI: https://glasdigi.cms.uni-jena.de/glass/SpecificHeatCapacityAt1000C
- hat Super-Klassen
- specific heat capacity c
- ist disjunkt zu
- specific heat capacity at 1200C c, specific heat capacity at 1400C c, specific heat capacity at 200C c, specific heat capacity at 20C c, specific heat capacity at 400C c, specific heat capacity at 800C c
specific heat capacity at 1200Cc zurück zur Übersicht oder Klassenübersicht
IRI: https://glasdigi.cms.uni-jena.de/glass/SpecificHeatCapacityAt1200C
- hat Super-Klassen
- specific heat capacity c
- ist disjunkt zu
- specific heat capacity at 1000C c, specific heat capacity at 1400C c, specific heat capacity at 200C c, specific heat capacity at 20C c, specific heat capacity at 400C c, specific heat capacity at 800C c
specific heat capacity at 1400Cc zurück zur Übersicht oder Klassenübersicht
IRI: https://glasdigi.cms.uni-jena.de/glass/SpecificHeatCapacityAt1400C
- hat Super-Klassen
- specific heat capacity c
- ist disjunkt zu
- specific heat capacity at 1000C c, specific heat capacity at 1200C c, specific heat capacity at 200C c, specific heat capacity at 20C c, specific heat capacity at 400C c, specific heat capacity at 800C c
specific heat capacity at 200Cc zurück zur Übersicht oder Klassenübersicht
IRI: https://glasdigi.cms.uni-jena.de/glass/SpecificHeatCapacityAt200C
- hat Super-Klassen
- specific heat capacity c
- ist disjunkt zu
- specific heat capacity at 1000C c, specific heat capacity at 1200C c, specific heat capacity at 1400C c, specific heat capacity at 20C c, specific heat capacity at 400C c, specific heat capacity at 800C c
specific heat capacity at 20Cc zurück zur Übersicht oder Klassenübersicht
IRI: https://glasdigi.cms.uni-jena.de/glass/SpecificHeatCapacityAt20C
- hat Super-Klassen
- specific heat capacity c
- ist disjunkt zu
- specific heat capacity at 1000C c, specific heat capacity at 1200C c, specific heat capacity at 1400C c, specific heat capacity at 200C c, specific heat capacity at 400C c, specific heat capacity at 800C c
specific heat capacity at 400Cc zurück zur Übersicht oder Klassenübersicht
IRI: https://glasdigi.cms.uni-jena.de/glass/SpecificHeatCapacityAt400C
- hat Super-Klassen
- specific heat capacity c
- ist disjunkt zu
- specific heat capacity at 1000C c, specific heat capacity at 1200C c, specific heat capacity at 1400C c, specific heat capacity at 200C c, specific heat capacity at 20C c, specific heat capacity at 800C c
specific heat capacity at 800Cc zurück zur Übersicht oder Klassenübersicht
IRI: https://glasdigi.cms.uni-jena.de/glass/SpecificHeatCapacityAt800C
- hat Super-Klassen
- specific heat capacity c
- ist disjunkt zu
- specific heat capacity at 1000C c, specific heat capacity at 1200C c, specific heat capacity at 1400C c, specific heat capacity at 200C c, specific heat capacity at 20C c, specific heat capacity at 400C c
specific volumec zurück zur Übersicht oder Klassenübersicht
IRI: https://glasdigi.cms.uni-jena.de/glass/SpecificVolume
Specific volume at 20°C
unit = cm^3/g
- Source
- Sciglass 7.0
- hat Super-Klassen
- Material Property c
spectrometerc zurück zur Übersicht oder Klassenübersicht
IRI: https://glasdigi.cms.uni-jena.de/glass/spectrometer
- hat Super-Klassen
- glass analysis equipment c
spectroscopyc zurück zur Übersicht oder Klassenübersicht
IRI: https://glasdigi.cms.uni-jena.de/glass/spectroscopy
- hat Super-Klassen
- Analysis Process c
standardc zurück zur Übersicht oder Klassenübersicht
IRI: https://glasdigi.cms.uni-jena.de/glass/standard
Any kind of standard used in measuring glass properties
e.g. ASTM, DIN, …
- hat Super-Klassen
- Analysis Process c
surface electrical conductivityc zurück zur Übersicht oder Klassenübersicht
IRI: https://glasdigi.cms.uni-jena.de/glass/SurfaceElectricalConductivity
The conductivity of a square on the glass surface when a voltage is applied to two opposite sides. It is expressed in S (Ohm^-1).
- Source
- SciGlass 7.0
- hat Super-Klassen
- Material Property c
surface tensionc zurück zur Übersicht oder Klassenübersicht
IRI: https://glasdigi.cms.uni-jena.de/glass/SurfaceTension
Amount of work (or energy) needed to form a unit surface.
P.S. SI unit is newton per meter but the cgs unit of dyne per centimeter is also used
In Sciglass database, unt = mN/m, symbol = σ
- Source
- SciGlass 7.0
- hat Super-Klassen
- Material Property c
- hat Sub-Klassen
- surface tension above Tg c, surface tension at 1200C c, surface tension at 1300C c, surface tension at 1400C c, surface tension at 900C c
surface tension above Tgc zurück zur Übersicht oder Klassenübersicht
IRI: https://glasdigi.cms.uni-jena.de/glass/SurfaceTensionAboveTg
σ at T>Tg
- hat Super-Klassen
- surface tension c
- ist disjunkt zu
- surface tension at 1200C c, surface tension at 1300C c, surface tension at 1400C c, surface tension at 900C c
surface tension at 1200Cc zurück zur Übersicht oder Klassenübersicht
IRI: https://glasdigi.cms.uni-jena.de/glass/SurfaceTensionAt1200C
σ at 1200°C
- hat Super-Klassen
- surface tension c
- ist disjunkt zu
- surface tension above Tg c, surface tension at 1300C c, surface tension at 1400C c, surface tension at 900C c
surface tension at 1300Cc zurück zur Übersicht oder Klassenübersicht
IRI: https://glasdigi.cms.uni-jena.de/glass/SurfaceTensionAt1300C
σ at 1300°C
- hat Super-Klassen
- surface tension c
- ist disjunkt zu
- surface tension above Tg c, surface tension at 1200C c, surface tension at 1400C c, surface tension at 900C c
surface tension at 1400Cc zurück zur Übersicht oder Klassenübersicht
IRI: https://glasdigi.cms.uni-jena.de/glass/SurfaceTensionAt1400C
σ at 1400°C
- hat Super-Klassen
- surface tension c
- ist disjunkt zu
- surface tension above Tg c, surface tension at 1200C c, surface tension at 1300C c, surface tension at 900C c
surface tension at 900Cc zurück zur Übersicht oder Klassenübersicht
IRI: https://glasdigi.cms.uni-jena.de/glass/SurfaceTensionAt900C
σ at 900°C
- hat Super-Klassen
- surface tension c
- ist disjunkt zu
- surface tension above Tg c, surface tension at 1200C c, surface tension at 1300C c, surface tension at 1400C c
target cooling temperaturec zurück zur Übersicht oder Klassenübersicht
IRI: https://glasdigi.cms.uni-jena.de/glass/TargetCoolingTemperature
- hat Super-Klassen
- Nominal Process Parameter c
target melt temperaturec zurück zur Übersicht oder Klassenübersicht
IRI: https://glasdigi.cms.uni-jena.de/glass/TargetMeltTemperature
- hat Super-Klassen
- Nominal Process Parameter c
target premelt temperaturec zurück zur Übersicht oder Klassenübersicht
IRI: https://glasdigi.cms.uni-jena.de/glass/TargetPremeltTemperature
- hat Super-Klassen
- Nominal Process Parameter c
target total weightc zurück zur Übersicht oder Klassenübersicht
IRI: https://glasdigi.cms.uni-jena.de/glass/TargetTotalWeight
this is the target total weight of the mixture from all raw materials
- hat Super-Klassen
- Nominal Process Parameter c
target weightc zurück zur Übersicht oder Klassenübersicht
IRI: https://glasdigi.cms.uni-jena.de/glass/TargetWeight
If time series values are contained, they are displayed as a list.
- hat Super-Klassen
- Nominal Process Parameter c
tensile strengthc zurück zur Übersicht oder Klassenübersicht
IRI: https://glasdigi.cms.uni-jena.de/glass/TensileStrength
the maximum stress that a material can withstand while being stretched or pulled before breaking.
- Source
- https://en.wikipedia.org/wiki/Ultimate_tensile_strength
- hat Super-Klassen
- Material Property c
Testc zurück zur Übersicht oder Klassenübersicht
IRI: https://material-digital.de/pmdco/Test
thermal analysisc zurück zur Übersicht oder Klassenübersicht
IRI: https://glasdigi.cms.uni-jena.de/glass/thermalAnalysis
- hat Super-Klassen
- Analysis Process c
- hat Sub-Klassen
- calorimetry c, dilatometry c
thermal conductivityc zurück zur Übersicht oder Klassenübersicht
IRI: https://glasdigi.cms.uni-jena.de/glass/ThermalConductivity
The thermal conductivity of a material is a measure of its ability to conduct heat.
- Source
- SciGlass 7.0
- https://en.wikipedia.org/wiki/Thermal_conductivity
- hat Super-Klassen
- Material Property c
thermal diffusivityc zurück zur Übersicht oder Klassenübersicht
IRI: https://glasdigi.cms.uni-jena.de/glass/ThermalDiffusivity
For solution of problems of non-stationary heat transfer it is more convenient to use instead of thermal conductivity values.
- Source
- SciGlass 7.0
- https://en.wikipedia.org/wiki/Thermal_diffusivity
- hat Super-Klassen
- Material Property c
thermal endurancec zurück zur Übersicht oder Klassenübersicht
thermal shock resistancec zurück zur Übersicht oder Klassenübersicht
IRI: https://glasdigi.cms.uni-jena.de/glass/ThermalShockResistance
THERMAL ENDURANCE (THERMAL SHOCK RESISTANCE)
The relative ability of glassware to withstand thermal shock. [Standard definition (ASTM; C162-52)]. Thermal endurance (the other term - thermal shock resistance) is expressed in K which describes the maximum difference between temperature of heated glassware or a sample of certain standard dimensions and the temperature of cool water into which the studied object could be quickly inserted without any visible indication of disintegration.
unit = K
- Source
- Sciglass 7.0
- hat Super-Klassen
- Material Property c
thermal expansion coefficientc zurück zur Übersicht oder Klassenübersicht
IRI: https://glasdigi.cms.uni-jena.de/glass/ThermalExpansionCoefficient
Kinds of thermal expansion coefficient
- Source
- https://en.wikipedia.org/wiki/Thermal_expansion
- hat Super-Klassen
- Material Property c
- hat Sub-Klassen
- coefficient of linear thermal expansion linear thermal expansion coefficient c, volumetric thermal expansion coefficient volume thermal expansion coefficient c
total weightc zurück zur Übersicht oder Klassenübersicht
IRI: https://glasdigi.cms.uni-jena.de/glass/TotalWeight
which is the actual total weight of the mixture from all raw materials. Calculated by summing the actual value of each raw material at the final dosing step.
- hat Super-Klassen
- Measured Process Parameter c
V-numberc zurück zur Übersicht oder Klassenübersicht
Abbe numberc zurück zur Übersicht oder Klassenübersicht
IRI: https://glasdigi.cms.uni-jena.de/glass/AbbeNumber
Abbe number is an approximate measure of the material's dispersion (change of refractive index versus wavelength), with high values of V indicating low dispersion. It is named after Ernst Abbe (1840–1905), the German physicist who defined it.
Expressed by the Greek letter ν or by the English letter V. Designates reciprocal dispersive power as follows:
ν = (n_D - 1)/ (n_F - n_C)
[Standard definition (ASTM; C162-52)]
In Sciglass database, Abbe's number at 20°C
- Source
- Sciglass 7.0
- https://en.wikipedia.org/wiki/Abbe_number
- hat Super-Klassen
- Material Property c
Valuec zurück zur Übersicht oder Klassenübersicht
IRI: http://wikiba.se/ontology#Value
- hat Sub-Klassen
- QuantityValue c
Vickers hardness numberc zurück zur Übersicht oder Klassenübersicht
IRI: https://glasdigi.cms.uni-jena.de/glass/VickersHardnessNumber
hardness number according to Vickers hardness test
- hat Super-Klassen
- microindentation hardness microhardness c
Vickers hardness testc zurück zur Übersicht oder Klassenübersicht
IRI: https://glasdigi.cms.uni-jena.de/glass/VickersHardnessTest
hardness test according to Vickers
- Source
- https://en.wikipedia.org/wiki/Vickers_hardness_test
- hat Super-Klassen
- microindentation hardness test microhardness test c
viscometerc zurück zur Übersicht oder Klassenübersicht
IRI: https://glasdigi.cms.uni-jena.de/glass/viscometer
Any kind of viscometer
- hat Super-Klassen
- glass analysis equipment c
- hat Sub-Klassen
- Pochettino viscometer c, beam bending viscometer c, parallel plate viscometer c, rotational viscometer c
viscometryc zurück zur Übersicht oder Klassenübersicht
IRI: https://glasdigi.cms.uni-jena.de/glass/viscometry
- hat Super-Klassen
- Analysis Process c
- hat Sub-Klassen
- beam bending viscometry c, parallel plate viscometry c, rotational viscometry c
viscosityc zurück zur Übersicht oder Klassenübersicht
IRI: https://glasdigi.cms.uni-jena.de/glass/Viscosity
The viscosity of a fluid is a measure of its resistance to deformation at a given rate. For liquids, it corresponds to the informal concept of "thickness": for example, syrup has a higher viscosity than water.
- Source
- Sciglass 7.0
- https://en.wikipedia.org/wiki/Viscosity
- hat Super-Klassen
- Material Property c
- hat Sub-Klassen
- log viscosity at 1000C c, log viscosity at 1100C c, log viscosity at 1200C c, log viscosity at 1300C c, log viscosity at 1400C c, log viscosity at 1500C c, log viscosity at 1600C c, log viscosity at 1800C c, log viscosity at 2000C c, log viscosity at 2200C c, log viscosity at 500C c, log viscosity at 600C c, log viscosity at 700C c, log viscosity at 800C c, log viscosity at 900C c
viscosity T1c zurück zur Übersicht oder Klassenübersicht
IRI: https://glasdigi.cms.uni-jena.de/glass/ViscosityT1
- hat Super-Klassen
- viscosity temperature c
- ist disjunkt zu
- viscosity T10 c, viscosity T11 c, viscosity T12 c, viscosity T13 c, viscosity T2 c, viscosity T3 c, viscosity T4 c, viscosity T5 c, viscosity T6 c, viscosity T7 c, viscosity T8 c, viscosity T9 c
viscosity T10c zurück zur Übersicht oder Klassenübersicht
IRI: https://glasdigi.cms.uni-jena.de/glass/ViscosityT10
- hat Super-Klassen
- viscosity temperature c
- ist disjunkt zu
- viscosity T1 c, viscosity T11 c, viscosity T12 c, viscosity T13 c, viscosity T2 c, viscosity T3 c, viscosity T4 c, viscosity T5 c, viscosity T6 c, viscosity T7 c, viscosity T8 c, viscosity T9 c
viscosity T11c zurück zur Übersicht oder Klassenübersicht
IRI: https://glasdigi.cms.uni-jena.de/glass/ViscosityT11
- hat Super-Klassen
- viscosity temperature c
- ist disjunkt zu
- viscosity T1 c, viscosity T10 c, viscosity T12 c, viscosity T13 c, viscosity T2 c, viscosity T3 c, viscosity T4 c, viscosity T5 c, viscosity T6 c, viscosity T7 c, viscosity T8 c, viscosity T9 c
viscosity T12c zurück zur Übersicht oder Klassenübersicht
IRI: https://glasdigi.cms.uni-jena.de/glass/ViscosityT12
- hat Super-Klassen
- viscosity temperature c
- ist disjunkt zu
- viscosity T1 c, viscosity T10 c, viscosity T11 c, viscosity T13 c, viscosity T2 c, viscosity T3 c, viscosity T4 c, viscosity T5 c, viscosity T6 c, viscosity T7 c, viscosity T8 c, viscosity T9 c
viscosity T13c zurück zur Übersicht oder Klassenübersicht
IRI: https://glasdigi.cms.uni-jena.de/glass/ViscosityT13
- hat Super-Klassen
- viscosity temperature c
- ist disjunkt zu
- viscosity T1 c, viscosity T10 c, viscosity T11 c, viscosity T12 c, viscosity T2 c, viscosity T3 c, viscosity T4 c, viscosity T5 c, viscosity T6 c, viscosity T7 c, viscosity T8 c, viscosity T9 c
viscosity T2c zurück zur Übersicht oder Klassenübersicht
IRI: https://glasdigi.cms.uni-jena.de/glass/ViscosityT2
- hat Super-Klassen
- viscosity temperature c
- ist disjunkt zu
- viscosity T1 c, viscosity T10 c, viscosity T11 c, viscosity T12 c, viscosity T13 c, viscosity T3 c, viscosity T4 c, viscosity T5 c, viscosity T6 c, viscosity T7 c, viscosity T8 c, viscosity T9 c
viscosity T3c zurück zur Übersicht oder Klassenübersicht
IRI: https://glasdigi.cms.uni-jena.de/glass/ViscosityT3
- hat Super-Klassen
- viscosity temperature c
- ist disjunkt zu
- viscosity T1 c, viscosity T10 c, viscosity T11 c, viscosity T12 c, viscosity T13 c, viscosity T2 c, viscosity T4 c, viscosity T5 c, viscosity T6 c, viscosity T7 c, viscosity T8 c, viscosity T9 c
viscosity T4c zurück zur Übersicht oder Klassenübersicht
IRI: https://glasdigi.cms.uni-jena.de/glass/ViscosityT4
- hat Super-Klassen
- viscosity temperature c
- ist disjunkt zu
- viscosity T1 c, viscosity T10 c, viscosity T11 c, viscosity T12 c, viscosity T13 c, viscosity T2 c, viscosity T3 c, viscosity T5 c, viscosity T6 c, viscosity T7 c, viscosity T8 c, viscosity T9 c
viscosity T5c zurück zur Übersicht oder Klassenübersicht
IRI: https://glasdigi.cms.uni-jena.de/glass/ViscosityT5
- hat Super-Klassen
- viscosity temperature c
- ist disjunkt zu
- viscosity T1 c, viscosity T10 c, viscosity T11 c, viscosity T12 c, viscosity T13 c, viscosity T2 c, viscosity T3 c, viscosity T4 c, viscosity T6 c, viscosity T7 c, viscosity T8 c, viscosity T9 c
viscosity T6c zurück zur Übersicht oder Klassenübersicht
IRI: https://glasdigi.cms.uni-jena.de/glass/ViscosityT6
- hat Super-Klassen
- viscosity temperature c
- ist disjunkt zu
- viscosity T1 c, viscosity T10 c, viscosity T11 c, viscosity T12 c, viscosity T13 c, viscosity T2 c, viscosity T3 c, viscosity T4 c, viscosity T5 c, viscosity T7 c, viscosity T8 c, viscosity T9 c
viscosity T7c zurück zur Übersicht oder Klassenübersicht
IRI: https://glasdigi.cms.uni-jena.de/glass/ViscosityT7
- hat Super-Klassen
- viscosity temperature c
- ist disjunkt zu
- viscosity T1 c, viscosity T10 c, viscosity T11 c, viscosity T12 c, viscosity T13 c, viscosity T2 c, viscosity T3 c, viscosity T4 c, viscosity T5 c, viscosity T6 c, viscosity T8 c, viscosity T9 c
viscosity T8c zurück zur Übersicht oder Klassenübersicht
IRI: https://glasdigi.cms.uni-jena.de/glass/ViscosityT8
- hat Super-Klassen
- viscosity temperature c
- ist disjunkt zu
- viscosity T1 c, viscosity T10 c, viscosity T11 c, viscosity T12 c, viscosity T13 c, viscosity T2 c, viscosity T3 c, viscosity T4 c, viscosity T5 c, viscosity T6 c, viscosity T7 c, viscosity T9 c
viscosity T9c zurück zur Übersicht oder Klassenübersicht
IRI: https://glasdigi.cms.uni-jena.de/glass/ViscosityT9
- hat Super-Klassen
- viscosity temperature c
- ist disjunkt zu
- viscosity T1 c, viscosity T10 c, viscosity T11 c, viscosity T12 c, viscosity T13 c, viscosity T2 c, viscosity T3 c, viscosity T4 c, viscosity T5 c, viscosity T6 c, viscosity T7 c, viscosity T8 c
viscosity temperaturec zurück zur Übersicht oder Klassenübersicht
IRI: https://glasdigi.cms.uni-jena.de/glass/ViscosityTemperature
Ti (log η = i)
temperature (°C) corresponding to viscosity (η) logarithm value equal to i.
Which means viscosity is equal to 10^i Pa
- Source
- Sciglass 7.0
- hat Super-Klassen
- Material Property c
- hat Sub-Klassen
- viscosity T1 c, viscosity T10 c, viscosity T11 c, viscosity T12 c, viscosity T13 c, viscosity T2 c, viscosity T3 c, viscosity T4 c, viscosity T5 c, viscosity T6 c, viscosity T7 c, viscosity T8 c, viscosity T9 c
Vogel-Fulcher-Tammann equationc zurück zur Übersicht oder Klassenübersicht
IRI: https://glasdigi.cms.uni-jena.de/glass/GO_00079
The abbreviation: VFT equation is often used. The most broadly this equation is used for the description of temperature dependence of viscosity.
- Source
- SciGlass 7.0
- hat Super-Klassen
- model c
volumetric thermal expansion coefficientc zurück zur Übersicht oder Klassenübersicht
volume thermal expansion coefficientc zurück zur Übersicht oder Klassenübersicht
IRI: https://glasdigi.cms.uni-jena.de/glass/VolumeThermalExpansionCoefficient
The relative change in volume of a sample per 1 K of change in temperature. Sometimes an abbreviation VTEC is used.
- Source
- SciGlass 7.0
- hat Super-Klassen
- thermal expansion coefficient c
Voxelc zurück zur Übersicht oder Klassenübersicht
IRI: https://material-digital.de/pmdco/Voxel
An element representing a value on a grid in three dimensional space.
In PMD, an infinitesimal part of an object which is made of a homogenuous material. Size depends on the observed material level. For now, geometrically, a cubus is assumed.
Made of a material
Different Voxels can have different material properties and material structure
A (partial) logical object that describes (a part of) a physical object
- ist in der Domäne von
- has material structure op
weightc zurück zur Übersicht oder Klassenübersicht
IRI: https://glasdigi.cms.uni-jena.de/glass/Weight
P.S. When it contain time series values, it will be displayed as a list.
- hat Super-Klassen
- Measured Process Parameter c
weight percentc zurück zur Übersicht oder Klassenübersicht
IRI: https://glasdigi.cms.uni-jena.de/glass/WeightPercent
wt%
- hat Super-Klassen
- Material Property c
working pointc zurück zur Übersicht oder Klassenübersicht
IRI: https://glasdigi.cms.uni-jena.de/glass/WorkingPoint
The temperature corresponding to viscosity of 10^4 P. At this temperature the glass is sufficiently soft for the shaping (blowing, pressing) in a glass-forming process. (Volf,1961): see References
- Source
- SciGlass 7.0
- hat Super-Klassen
- Material Property c
Young's modulusc zurück zur Übersicht oder Klassenübersicht
IRI: https://glasdigi.cms.uni-jena.de/glass/YoungModulus
Denoted by E
- Source
- SciGlass 7.0
- hat Super-Klassen
- elastic modulus elastic constant c
Objekt Eigenschaften
- compose
- composed by
- execute
- executed by
- has cool oven
- has crucible
- has data resource
- has final process
- has furnace
- has header field
- has initial process
- has input batch
- has input object
- has input raw material
- has material property
- has material structure
- has next process
- has optional process
- has output object
- has oven
- has pmd unit
- has previous process
- has process node component
- has process parameter
- has quantitative measurement
- has quantitative metadata measurement
- has quantitative nominal metadata parameter
- has quantitative nominal parameter
- has quantitative nominal primary parameter
- has quantitative nominal secondary parameter
- has quantitative parameter
- has quantitative primary data series measurement
- has quantitative primary measurement
- has quantitative secondary measurement
- has subordinate process
- has timestep
- has value
- measured process duration
- nominal process duration
- quantityUnit
composeop zurück zur Übersicht oder Übersicht der Objekteigenschaften
IRI: https://material-digital.de/pmdco/compose
This property is used to describe which objects a voxel or a material contributes to compose.
composed byop zurück zur Übersicht oder Übersicht der Objekteigenschaften
IRI: https://material-digital.de/pmdco/composedBy
This property is used to describe which voxels and materials an object is composed of.
- hat Domäne
- Object c
executeop zurück zur Übersicht oder Übersicht der Objekteigenschaften
IRI: https://material-digital.de/pmdco/execute
This property represents which process node executes a process
- hat Domäne
- ProcessNode c
- hat Range
- Process c
executed byop zurück zur Übersicht oder Übersicht der Objekteigenschaften
IRI: https://material-digital.de/pmdco/executedBy
This property represents which process is executed by which process node.
- hat Domäne
- Process c
- hat Range
- ProcessNode c
has cool ovenop zurück zur Übersicht oder Übersicht der Objekteigenschaften
IRI: https://glasdigi.cms.uni-jena.de/glass/hasCoolOven
- hat Super-Eigenschaften
- has process node component op
- hat Domäne
- Glass Manufacturing Process Node c
- hat Range
- cool furnace cool oven c
has crucibleop zurück zur Übersicht oder Übersicht der Objekteigenschaften
IRI: https://glasdigi.cms.uni-jena.de/glass/hasCrucible
- hat Super-Eigenschaften
- has process node component op
- hat Domäne
- Glass Manufacturing Process Node c
- hat Range
- crucible c
has data resourceop zurück zur Übersicht oder Übersicht der Objekteigenschaften
IRI: https://material-digital.de/pmdco/hasDataResource
This property is used to connect a Process to the Data Resource that describe the parameters and measurements produced during the process.
- hat Domäne
- Process c
- hat Range
- Data Resource c
has final processop zurück zur Übersicht oder Übersicht der Objekteigenschaften
IRI: https://material-digital.de/pmdco/hasFinalProcess
This property is used to indicate the last process conducted by a process node in a series of processes conducted by the same process node.
has furnaceop zurück zur Übersicht oder Übersicht der Objekteigenschaften
IRI: https://glasdigi.cms.uni-jena.de/glass/hasFurnace
- hat äquivalente Eigenschaften
- has oven op
- hat Super-Eigenschaften
- has process node component op
- hat Domäne
- Glass Manufacturing Process Node c
- hat Range
- furnace oven c
has header fieldop zurück zur Übersicht oder Übersicht der Objekteigenschaften
IRI: https://material-digital.de/pmdco/hasHeaderField
A description for each header field included in the blob represented by the data resource
- hat Domäne
- Data Resource c
- hat Range
- Header Field c
has initial processop zurück zur Übersicht oder Übersicht der Objekteigenschaften
IRI: https://material-digital.de/pmdco/hasInitialProcess
This property is used to indicate the initial process conducted by a process node in a series of processes conducted by the same process node.
has input batchop zurück zur Übersicht oder Übersicht der Objekteigenschaften
IRI: https://glasdigi.cms.uni-jena.de/glass/hasInputBatch
The raw materials mixture for glass melting is termed "batch". The batch must be measured properly to achieve a given, desired glass formulation.
- Source
- https://en.wikipedia.org/wiki/Glass_batch_calculation
- hat äquivalente Eigenschaften
- has input raw material op
has input objectop zurück zur Übersicht oder Übersicht der Objekteigenschaften
IRI: https://material-digital.de/pmdco/hasInputObject
This property is used to link the processes to their input objects
has input raw materialop zurück zur Übersicht oder Übersicht der Objekteigenschaften
IRI: https://glasdigi.cms.uni-jena.de/glass/hasInputRawMaterial
e.g. Na2CO3 (Na2O), Al2O3, H3BO3 (B2O3), SiO2, etc.
- hat äquivalente Eigenschaften
- has input batch op
- hat Domäne
- Process c
- hat Range
- raw material c
has material propertyop zurück zur Übersicht oder Übersicht der Objekteigenschaften
IRI: https://glasdigi.cms.uni-jena.de/glass/hasMaterialProperty
- hat Domäne
- Glass c
- hat Range
- Material Property c
has material structureop zurück zur Übersicht oder Übersicht der Objekteigenschaften
IRI: https://material-digital.de/pmdco/hasMaterialStructure
This property is used to indicate which material structures a voxel has.
- hat Domäne
- Voxel c
- hat Range
- Material Structure c
has next processop zurück zur Übersicht oder Übersicht der Objekteigenschaften
IRI: https://material-digital.de/pmdco/hasNextProcess
This property is used to indicate the process that was run after the current process.
has optional processop zurück zur Übersicht oder Übersicht der Objekteigenschaften
IRI: https://glasdigi.cms.uni-jena.de/glass/hasOptionalProcess
Newly created object property for Glass ontology. Possible merging with the PMD core ontology?
has output objectop zurück zur Übersicht oder Übersicht der Objekteigenschaften
IRI: https://material-digital.de/pmdco/hasOutputObject
This property is used to link the processes to their output objects
has ovenop zurück zur Übersicht oder Übersicht der Objekteigenschaften
IRI: https://glasdigi.cms.uni-jena.de/glass/hasOven
- hat äquivalente Eigenschaften
- has furnace op
- hat Super-Eigenschaften
- has process node component op
- hat Domäne
- Glass Manufacturing Process Node c
- hat Range
- furnace oven c
has pmd unitop zurück zur Übersicht oder Übersicht der Objekteigenschaften
IRI: https://material-digital.de/pmdco/hasPmdUnit
The association of a higher concept with a unit of measurement from Wikidata
- hat Domäne
- QuantityValue c or Header Field c
- hat Range
- PmdSiUnit c
has previous processop zurück zur Übersicht oder Übersicht der Objekteigenschaften
IRI: https://material-digital.de/pmdco/hasPreviousProcess
This property is used to indicate that which process was previously run.
has process node componentop zurück zur Übersicht oder Übersicht der Objekteigenschaften
IRI: https://material-digital.de/pmdco/hasProcessNodeComponent
An object property associating a process node with its (potentially modular) components, e.g. the chambers of a heat treatment furnace.
- hat Sub-Eigenschaften
- has cool oven op, has crucible op, has furnace op, has oven op
- hat Domäne
- ProcessNode c
- hat Range
- Process Node Component c
has process parameterop zurück zur Übersicht oder Übersicht der Objekteigenschaften
IRI: https://glasdigi.cms.uni-jena.de/glass/hasProcessParameter
- hat äquivalente Eigenschaften
- has quantitative parameter op
has quantitative measurementop zurück zur Übersicht oder Übersicht der Objekteigenschaften
IRI: https://material-digital.de/pmdco/hasQuantitativeMeasurement
This property is used to describe a quantity value that has been measured during the execution of a process.
- hat Super-Eigenschaften
- has quantitative parameter op
- hat Sub-Eigenschaften
- has quantitative metadata measurement op, has quantitative primary measurement op, has quantitative secondary measurement op
- hat Domäne
- Object c or Process c
- hat Range
- QuantityValue c or Header Field c
has quantitative metadata measurementop zurück zur Übersicht oder Übersicht der Objekteigenschaften
IRI: https://material-digital.de/pmdco/hasQuantitativeMetadataMeasurement
- hat Super-Eigenschaften
- has quantitative measurement op
- hat Domäne
- Object c or Process c
- hat Range
- QuantityValue c or Header Field c
has quantitative nominal metadata parameterop zurück zur Übersicht oder Übersicht der Objekteigenschaften
IRI: https://material-digital.de/pmdco/hasQuantitativeNominalMetadataParameter
This property is used to describe a quantity value that is input of a process describing a metadata process parameter.
- hat Super-Eigenschaften
- has quantitative nominal parameter op
- hat Domäne
- Object c or Process c
- hat Range
- QuantityValue c or Header Field c
has quantitative nominal parameterop zurück zur Übersicht oder Übersicht der Objekteigenschaften
IRI: https://material-digital.de/pmdco/hasQuantitativeNominalParameter
This property is used to describe a quantity value that was input of process.
- hat Super-Eigenschaften
- has quantitative parameter op
- hat Sub-Eigenschaften
- has quantitative nominal metadata parameter op, has quantitative nominal primary parameter op, has quantitative nominal secondary parameter op
- hat Domäne
- Object c or Process c
- hat Range
- QuantityValue c or Header Field c
has quantitative nominal primary parameterop zurück zur Übersicht oder Übersicht der Objekteigenschaften
IRI: https://material-digital.de/pmdco/hasQuantitativeNominalPrimaryParameter
This property is used to describe a quantity value that is input of a process describing a primary process parameter.
- hat Super-Eigenschaften
- has quantitative nominal parameter op
- hat Sub-Eigenschaften
- nominal process duration op
- hat Domäne
- Object c or Process c
- hat Range
- QuantityValue c or Header Field c
has quantitative nominal secondary parameterop zurück zur Übersicht oder Übersicht der Objekteigenschaften
IRI: https://material-digital.de/pmdco/hasQuantitativeNominalSecondaryParameter
This property is used to describe a quantity value that was input of process describing a secondary process parameter.
- hat Super-Eigenschaften
- has quantitative nominal parameter op
- hat Domäne
- Object c or Process c
- hat Range
- QuantityValue c or Header Field c
has quantitative parameterop zurück zur Übersicht oder Übersicht der Objekteigenschaften
IRI: https://material-digital.de/pmdco/hasQuantitativeParameter
This property is used to relate values with units to process measurements and paramaeters.
- hat äquivalente Eigenschaften
- has process parameter op
- hat Sub-Eigenschaften
- has quantitative measurement op, has quantitative nominal parameter op
- hat Domäne
- Object c or Process c
- hat Range
- QuantityValue c or Header Field c
has quantitative primary data series measurementop zurück zur Übersicht oder Übersicht der Objekteigenschaften
IRI: https://material-digital.de/pmdco/hasQuantitativePrimaryDataSeriesMeasurement
- hat Super-Eigenschaften
- has quantitative primary measurement op
- hat Domäne
- Process c
- hat Range
- Header Field c
has quantitative primary measurementop zurück zur Übersicht oder Übersicht der Objekteigenschaften
IRI: https://material-digital.de/pmdco/hasQuantitativePrimaryMetadata
- hat Super-Eigenschaften
- has quantitative measurement op
- hat Sub-Eigenschaften
- has quantitative primary data series measurement op, measured process duration op
- hat Domäne
- Object c or Process c
- hat Range
- QuantityValue c or Header Field c
has quantitative secondary measurementop zurück zur Übersicht oder Übersicht der Objekteigenschaften
IRI: https://material-digital.de/pmdco/hasQuantitativeSecondaryMeasurement
- hat Super-Eigenschaften
- has quantitative measurement op
- hat Domäne
- Object c or Process c
- hat Range
- QuantityValue c or Header Field c
has subordinate processop zurück zur Übersicht oder Übersicht der Objekteigenschaften
IRI: https://material-digital.de/pmdco/hasSubordinateProcess
This property is used to link a process to its subordinate processes.
has timestepop zurück zur Übersicht oder Übersicht der Objekteigenschaften
IRI: https://glasdigi.cms.uni-jena.de/glass/hasTimestep
the value is a string list e.g., "[1670938828.988, 1670938846.4, 1670938861.762, 1670938871.274, 1670938881.126, 1670938890.952, 1670938898.254, 1670938906.882, 1670938913.484]". Where a single value indicates a Posix timestamp.
- hat Range
- QuantityValue c
has valueop zurück zur Übersicht oder Übersicht der Objekteigenschaften
IRI: https://glasdigi.cms.uni-jena.de/glass/hasValue
- hat Range
- QuantityValue c
measured process durationop zurück zur Übersicht oder Übersicht der Objekteigenschaften
IRI: https://material-digital.de/pmdco/measuredProcessDuration
moved to "ProcessParameter" Class in Glass Ontology
- hat Super-Eigenschaften
- has quantitative primary measurement op
- hat Domäne
- Process c or ProcessNode c
- hat Range
- QuantityValue c
nominal process durationop zurück zur Übersicht oder Übersicht der Objekteigenschaften
IRI: https://material-digital.de/pmdco/nominalProcessDuration
moved to "ProcessParameter" Class in Glass Ontology
- hat Super-Eigenschaften
- has quantitative nominal primary parameter op
- hat Domäne
- Process c
- hat Range
- QuantityValue c
quantityUnitop zurück zur Übersicht oder Übersicht der Objekteigenschaften
IRI: http://wikiba.se/ontology#quantityUnit
Unit of measurement.
- hat Domäne
- QuantityValue c
- hat Range
- item c
Daten Eigenschaften
- chamber type
- conducted by
- generated object identifier
- has acquisition date
- has applicant
- has assignee
- has collection interface hint
- has column count
- has data resource characteristic
- has data resource date
- has data resource datetime
- has data resource description
- has data resource location
- has data resource name
- has data resource posix timestamp
- has data resource provider
- has data resource reference
- has data resource serialization
- has data resource time
- has datetime
- has ending time
- has fill number
- has generated identifier
- has generated process identifier
- has glass component
- has glass id
- has header field characteristic
- has header field description
- has header field sequence number
- has inventor
- has job number
- has material number
- has measurement
- has melt number
- has metadata measurement
- has nominal end posix timestamp
- has nominal metadata parameter
- has nominal parameter
- has nominal primary parameter
- has nominal secondary parameter
- has nominal start posix timestamp
- has number of component
- has number of melt
- has number of sequence
- has object characteristic
- has oven number
- has parameter
- has patent characteristic
- has patent number
- has patent title
- has primary measurement
- has process name
- has process node characteristic
- has process node identifier
- has process node manufacturer
- has process node model
- has process node name
- has process node type
- has process node version
- has qualifying process annotation
- has qualifying process node annotation
- has raw material name
- has SciGlass Id
- has secondary measurement
- has sequence number
- has starting time
- has supplied identifier
- has supplied object identifier
- has supplied process identifier
- has total mole percent
- has total weight percent
- has trademark
- has type description
- has ucum code
- has unit label
- is final process node
- is initial process node
- is oven door open
- method descriptor
- quantityAmount
chamber typedp zurück zur Übersicht oder Übersicht der Dateneigenschaften
IRI: https://w3id.org/pmd/glass-ontology/@chamberType
e.g. cooling oven, melting oven
- hat Domäne
- Glass Manufacturing Chamber c
- hat Range
- literal
conducted bydp zurück zur Übersicht oder Übersicht der Dateneigenschaften
IRI: https://glasdigi.cms.uni-jena.de/glass/conductedBy
In pre-release of heat-treatment ontology, "conductedBy" has been created and put to the "Annotation properties" section.
generated object identifierdp zurück zur Übersicht oder Übersicht der Dateneigenschaften
IRI: https://material-digital.de/pmdco/generatedObjectIdentifier
A machine-readable identifier associated with a discernable, tangible or simulated entity that is intended to be unique in a given scope. Examples for scope include: a database storing object data or a supply chain principal creating its own identifiers for the reports it generates
- hat Super-Eigenschaften
- has object characteristic dp
- hat Domäne
- Object c
- hat Range
- string
has acquisition datedp zurück zur Übersicht oder Übersicht der Dateneigenschaften
IRI: https://material-digital.de/pmdco/hasAcquisitionDate
The point in time a process node was commissioned (e.g. the purchase date, first day of use), represented in IEEE 1003 'Seconds since Epoch'.
- hat Super-Eigenschaften
- has process node characteristic dp
- hat Domäne
- ProcessNode c
- hat Range
- positive integer
has applicantdp zurück zur Übersicht oder Übersicht der Dateneigenschaften
IRI: https://glasdigi.cms.uni-jena.de/glass/hasApplicant
The applicant is the person or entity who filed the patent application with the United States Patent and Trademark Office (USPTO). The applicant may or may not be the same as the assignee.
- hat Super-Eigenschaften
- has patent characteristic dp
- hat Range
- string
has assigneedp zurück zur Übersicht oder Übersicht der Dateneigenschaften
IRI: https://glasdigi.cms.uni-jena.de/glass/hasAssignee
The assignee is the entity or individual who owns the rights to the patent. This may be the inventor(s), a company, or an individual who has acquired the rights to the patent from the original owner(s).
- hat Super-Eigenschaften
- has patent characteristic dp
has collection interface hintdp zurück zur Übersicht oder Übersicht der Dateneigenschaften
IRI: https://material-digital.de/pmdco/hasCollectionInterfaceHint
A label in support of identifying a network interface and/or address used by a process node to provide primary data stored in ontologies
- hat Super-Eigenschaften
- has process node characteristic dp
- hat Domäne
- ProcessNode c
- hat Range
- string
has column countdp zurück zur Übersicht oder Übersicht der Dateneigenschaften
IRI: https://glasdigi.cms.uni-jena.de/glass/hasColumnCount
This is used to split the table and display it as it was in the pdf patent file
- hat Super-Eigenschaften
- has patent characteristic dp
has data resource characteristicdp zurück zur Übersicht oder Übersicht der Dateneigenschaften
IRI: https://material-digital.de/pmdco/dataResourceCharacteristic
- hat Sub-Eigenschaften
- has data resource date dp, has data resource datetime dp, has data resource description dp, has data resource location dp, has data resource name dp, has data resource posix timestamp dp, has data resource provider dp, has data resource reference dp, has data resource serialization dp, has data resource time dp, has patent characteristic dp
- hat Domäne
- Data Resource c
- hat Range
- literal
has data resource datedp zurück zur Übersicht oder Übersicht der Dateneigenschaften
IRI: https://glasdigi.cms.uni-jena.de/glass/hasDataResourceDate
- hat Super-Eigenschaften
- has data resource characteristic dp
has data resource datetimedp zurück zur Übersicht oder Übersicht der Dateneigenschaften
IRI: https://glasdigi.cms.uni-jena.de/glass/hasDataResourceDatetime
e.g., "hasDataResourceDatetime": "2022-09-26T08:44:33.777000+0200"
- hat Super-Eigenschaften
- has data resource characteristic dp
- hat Range
- date time stamp
has data resource descriptiondp zurück zur Übersicht oder Übersicht der Dateneigenschaften
IRI: https://glasdigi.cms.uni-jena.de/glass/hasDataResourceDescription
similar to "hasTypeDescription" which is the description for process node, "hasDataResourceDescription" is the description for "DataResource".
- hat Super-Eigenschaften
- has data resource characteristic dp
has data resource locationdp zurück zur Übersicht oder Übersicht der Dateneigenschaften
IRI: https://material-digital.de/pmdco/hasDataResourceLocation
This property indicates that a file can be retrieved or downloaded from a specific address.
- hat Super-Eigenschaften
- has data resource characteristic dp
- hat Domäne
- Data Resource c
- hat Range
- any u r i
has data resource namedp zurück zur Übersicht oder Übersicht der Dateneigenschaften
IRI: https://glasdigi.cms.uni-jena.de/glass/hasDataResourceName
File name of the data
- hat Super-Eigenschaften
- has data resource characteristic dp
has data resource posix timestampdp zurück zur Übersicht oder Übersicht der Dateneigenschaften
IRI: https://glasdigi.cms.uni-jena.de/glass/hasDataResourcePosixTimestamp
- hat Super-Eigenschaften
- has data resource characteristic dp
has data resource providerdp zurück zur Übersicht oder Übersicht der Dateneigenschaften
IRI: https://glasdigi.cms.uni-jena.de/glass/hasDataResourceProvider
Specify the provider of the data resource, e.g. BAM, Sciglass Database
- hat Super-Eigenschaften
- has data resource characteristic dp
has data resource referencedp zurück zur Übersicht oder Übersicht der Dateneigenschaften
IRI: https://glasdigi.cms.uni-jena.de/glass/hasDataResourceReference
Specify the reference (of sciglass database), e.g. from journals, patents
- hat Super-Eigenschaften
- has data resource characteristic dp
- hat Domäne
- Data Resource c
- hat Range
- string
has data resource serializationdp zurück zur Übersicht oder Übersicht der Dateneigenschaften
IRI: https://material-digital.de/pmdco/hasDataResourceSerialization
File name extension
- hat Super-Eigenschaften
- has data resource characteristic dp
- hat Domäne
- Data Resource c
- hat Range
- { "CBOR" , "JSON" }
has data resource timedp zurück zur Übersicht oder Übersicht der Dateneigenschaften
IRI: https://glasdigi.cms.uni-jena.de/glass/hasDataResourceTime
- hat Super-Eigenschaften
- has data resource characteristic dp
has datetimedp zurück zur Übersicht oder Übersicht der Dateneigenschaften
IRI: https://glasdigi.cms.uni-jena.de/glass/hasDatetime
- hat Super-Eigenschaften
- has nominal metadata parameter dp
- hat Range
- date time stamp
has ending timedp zurück zur Übersicht oder Übersicht der Dateneigenschaften
IRI: https://glasdigi.cms.uni-jena.de/glass/hasEndingTime
in contrast to the pmd core ontology 'hasStartingTime'.
has fill numberdp zurück zur Übersicht oder Übersicht der Dateneigenschaften
IRI: https://glasdigi.cms.uni-jena.de/glass/hasFillNumber
- hat Super-Eigenschaften
- has nominal metadata parameter dp
- hat Domäne
- Process c
- hat Range
- integer
has generated identifierdp zurück zur Übersicht oder Übersicht der Dateneigenschaften
IRI: https://material-digital.de/pmdco/@hasGeneratedIdentifier
A machine-readable identifier that is intended to be unique in a given scope. Examples for scope include: a database storing process data or a *process node* creating its own identifiers for the reports it generates
- hat Super-Eigenschaften
- has nominal metadata parameter dp
- hat Range
- string
has generated process identifierdp zurück zur Übersicht oder Übersicht der Dateneigenschaften
IRI: https://glasdigi.cms.uni-jena.de/glass/hasGeneratedProcessIdentifier
id and recipe string
- hat Super-Eigenschaften
- has nominal metadata parameter dp
- hat Domäne
- Process c
- hat Range
- string
has glass componentdp zurück zur Übersicht oder Übersicht der Dateneigenschaften
IRI: https://glasdigi.cms.uni-jena.de/glass/hasGlassComponent
e.g., "hasGlassComponent": "SiO2 Na2CO3 B2O3". Components are separated by spaces.
- hat Super-Eigenschaften
- has nominal metadata parameter dp
- hat Range
- string
has glass iddp zurück zur Übersicht oder Übersicht der Dateneigenschaften
IRI: https://glasdigi.cms.uni-jena.de/glass/hasGlassId
The id of each glass melting data from BAM
- hat äquivalente Eigenschaften
- has supplied object identifier dp
- hat Super-Eigenschaften
- has nominal metadata parameter dp
has header field characteristicdp zurück zur Übersicht oder Übersicht der Dateneigenschaften
IRI: https://material-digital.de/pmdco/headerFieldCharacteristic
- hat Sub-Eigenschaften
- has header field description dp, has header field sequence number dp
- hat Domäne
- Header Field c
- hat Range
- literal
has header field descriptiondp zurück zur Übersicht oder Übersicht der Dateneigenschaften
IRI: https://material-digital.de/pmdco/hasHeaderFieldDescription
A data property representing an optional human-readable description of the header field's intent.
- hat Super-Eigenschaften
- has header field characteristic dp
- hat Domäne
- Header Field c
- hat Range
- string
has header field sequence numberdp zurück zur Übersicht oder Übersicht der Dateneigenschaften
IRI: https://material-digital.de/pmdco/hasHeaderFieldSequenceNumber
A mandatory numbering representing the index of the columns in sequence
- hat Super-Eigenschaften
- has header field characteristic dp
- hat Domäne
- Header Field c
- hat Range
- positive integer
has inventordp zurück zur Übersicht oder Übersicht der Dateneigenschaften
IRI: https://glasdigi.cms.uni-jena.de/glass/hasInventor
In some cases, the inventor may be both the applicant and the assignee. This is often the case when the inventor is an independent inventor or a small business owner. In other cases, a larger company or corporation may file the patent application on behalf of the inventors and then become the assignee if the patent is granted.
- hat Super-Eigenschaften
- has patent characteristic dp
- hat Range
- string
has job numberdp zurück zur Übersicht oder Übersicht der Dateneigenschaften
IRI: https://glasdigi.cms.uni-jena.de/glass/hasJobNumber
similar to 'hasSequenceNumber'.
But the job number can be repeated during the process
- hat Super-Eigenschaften
- has nominal metadata parameter dp
- hat Domäne
- Process c
- hat Range
- integer
has material numberdp zurück zur Übersicht oder Übersicht der Dateneigenschaften
IRI: https://glasdigi.cms.uni-jena.de/glass/hasMaterialNumber
Specifies which material (number) is to be used. One material number corresponds to one material
- hat Super-Eigenschaften
- has nominal metadata parameter dp
- hat Range
- integer
has measurementdp zurück zur Übersicht oder Übersicht der Dateneigenschaften
IRI: https://material-digital.de/pmdco/hasMeasurement
This property is used to describe parameters that are created by measurements of a process.
- hat Super-Eigenschaften
- has parameter dp
- hat Sub-Eigenschaften
- has metadata measurement dp, has primary measurement dp, has secondary measurement dp
- hat Domäne
- Process c
- hat Range
- literal
has melt numberdp zurück zur Übersicht oder Übersicht der Dateneigenschaften
IRI: https://glasdigi.cms.uni-jena.de/glass/hasMeltNumber
correspond to/followed after the fill number
- hat Super-Eigenschaften
- has nominal metadata parameter dp
- hat Domäne
- Process c
- hat Range
- integer
has metadata measurementdp zurück zur Übersicht oder Übersicht der Dateneigenschaften
IRI: https://material-digital.de/pmdco/hasMetadataMeasurement
- hat Super-Eigenschaften
- has measurement dp
- hat Domäne
- Process c
- hat Range
- literal
has nominal end posix timestampdp zurück zur Übersicht oder Übersicht der Dateneigenschaften
IRI: https://material-digital.de/pmdco/hasNominalEndPosixTimestamp
IRI modified typo: missing 'm', replaced with 'hasNominalEndPosixTimestamp'
- hat Super-Eigenschaften
- has nominal metadata parameter dp
- hat Domäne
- Process c
- hat Range
- decimal
has nominal metadata parameterdp zurück zur Übersicht oder Übersicht der Dateneigenschaften
IRI: https://material-digital.de/pmdco/@hasNominalMetadataParameter
- hat Super-Eigenschaften
- has nominal parameter dp
- hat Sub-Eigenschaften
- has SciGlass Id dp, has datetime dp, has fill number dp, has generated identifier dp, has generated process identifier dp, has glass component dp, has glass id dp, has job number dp, has material number dp, has melt number dp, has nominal end posix timestamp dp, has nominal start posix timestamp dp, has number of component dp, has number of melt dp, has number of sequence dp, has oven number dp, has qualifying process annotation dp, has raw material name dp, has sequence number dp, has supplied identifier dp, has supplied process identifier dp, method descriptor dp
- hat Range
- literal
has nominal parameterdp zurück zur Übersicht oder Übersicht der Dateneigenschaften
IRI: https://material-digital.de/pmdco/hasNominalParameter
A qualitative nominal variable is a qualitative variable where no ordering is possible or implied in the levels. For example, the variable gender is nominal because there is no order in the levels female/male. Eye color is another example of a nominal variable because there is no order among blue, brown or green eyes.
https://statsandr.com/blog/variable-types-and-examples/
- hat Super-Eigenschaften
- has parameter dp
- hat Sub-Eigenschaften
- has nominal metadata parameter dp, has nominal primary parameter dp, has nominal secondary parameter dp
- hat Range
- literal
has nominal primary parameterdp zurück zur Übersicht oder Übersicht der Dateneigenschaften
IRI: https://material-digital.de/pmdco/hasNominalPrimaryParameter
- hat Super-Eigenschaften
- has nominal parameter dp
- hat Range
- literal
has nominal secondary parameterdp zurück zur Übersicht oder Übersicht der Dateneigenschaften
IRI: https://material-digital.de/pmdco/hasNominalSecondaryParameter
- hat Super-Eigenschaften
- has nominal parameter dp
- hat Range
- literal
has nominal start posix timestampdp zurück zur Übersicht oder Übersicht der Dateneigenschaften
IRI: https://material-digital.de/pmdco/hasNominalStartPosixTimestamp
The point in time a process node began to conduct a process, represented in IEEE 1003 'Seconds since Epoch'
- hat Super-Eigenschaften
- has nominal metadata parameter dp
- hat Domäne
- Process c
- hat Range
- decimal
has number of componentdp zurück zur Übersicht oder Übersicht der Dateneigenschaften
IRI: https://glasdigi.cms.uni-jena.de/glass/hasNumberOfComponent
For NABS glass, has number of component = 4
- hat Super-Eigenschaften
- has nominal metadata parameter dp
- hat Range
- integer
has number of meltdp zurück zur Übersicht oder Übersicht der Dateneigenschaften
IRI: https://glasdigi.cms.uni-jena.de/glass/hasNumberOfMelt
- hat Super-Eigenschaften
- has nominal metadata parameter dp
- hat Range
- integer
has number of sequencedp zurück zur Übersicht oder Übersicht der Dateneigenschaften
IRI: https://glasdigi.cms.uni-jena.de/glass/hasNumberOfSequence
Total sequence number or (number of steps)
- hat Super-Eigenschaften
- has nominal metadata parameter dp
- hat Domäne
- Process c
- hat Range
- integer
has object characteristicdp zurück zur Übersicht oder Übersicht der Dateneigenschaften
IRI: https://material-digital.de/pmdco/objectCharacteristics
- hat Sub-Eigenschaften
- generated object identifier dp, has supplied object identifier dp
has oven numberdp zurück zur Übersicht oder Übersicht der Dateneigenschaften
IRI: https://glasdigi.cms.uni-jena.de/glass/hasOvenNumber
The oven number is the reference of the oven where the melting process takes place.
- hat Super-Eigenschaften
- has nominal metadata parameter dp
- hat Range
- integer
has parameterdp zurück zur Übersicht oder Übersicht der Dateneigenschaften
IRI: https://material-digital.de/pmdco/hasParameter
This Property is used to describe the process parameters that are not associated to quantitative values.
- hat Sub-Eigenschaften
- has measurement dp, has nominal parameter dp
- hat Domäne
- Process c
- hat Range
- literal
has patent characteristicdp zurück zur Übersicht oder Übersicht der Dateneigenschaften
IRI: https://glasdigi.cms.uni-jena.de/glass/hasPatentCharacteristic
- hat Super-Eigenschaften
- has data resource characteristic dp
- hat Sub-Eigenschaften
- has applicant dp, has assignee dp, has column count dp, has inventor dp, has patent number dp, has patent title dp
- hat Range
- string
has patent numberdp zurück zur Übersicht oder Übersicht der Dateneigenschaften
IRI: https://glasdigi.cms.uni-jena.de/glass/hasPatentNumber
e.g. Pub. No.: US 2020/0317558 A1. The patent id = "US20200317558A1", Comma or slash are ignored
- hat Super-Eigenschaften
- has patent characteristic dp
- hat Range
- string
has patent titledp zurück zur Übersicht oder Übersicht der Dateneigenschaften
IRI: https://glasdigi.cms.uni-jena.de/glass/hasPatentTitle
- hat Super-Eigenschaften
- has patent characteristic dp
- hat Range
- string
has primary measurementdp zurück zur Übersicht oder Übersicht der Dateneigenschaften
IRI: https://material-digital.de/pmdco/hasPrimaryMeasurement
- hat Super-Eigenschaften
- has measurement dp
- hat Domäne
- Process c
- hat Range
- literal
has process namedp zurück zur Übersicht oder Übersicht der Dateneigenschaften
IRI: https://glasdigi.cms.uni-jena.de/hasProcessName
- hat Range
- string
has process node characteristicdp zurück zur Übersicht oder Übersicht der Dateneigenschaften
IRI: https://material-digital.de/pmdco/hasProcessNodeCharacteristic
The point in time a process node was commissioned (e.g. the purchase date, first day of use), represented in IEEE 1003 'Seconds since Epoch'.
- hat Sub-Eigenschaften
- has acquisition date dp, has collection interface hint dp, has process node identifier dp, has process node manufacturer dp, has process node model dp, has process node name dp, has process node type dp, has process node version dp, has qualifying process node annotation dp, has type description dp
- hat Domäne
- ProcessNode c
- hat Range
- literal
has process node identifierdp zurück zur Übersicht oder Übersicht der Dateneigenschaften
IRI: https://material-digital.de/pmdco/hasProcessNodeIdentifier
A string intended to uniquely identify a process node in a given scope, e.g. global scope: serial number, organization scope, asset management identifier.
- hat Super-Eigenschaften
- has process node characteristic dp
has process node manufacturerdp zurück zur Übersicht oder Übersicht der Dateneigenschaften
IRI: https://material-digital.de/pmdco/hasProcessNodeManufacturer
Newly added in pre-release pmd ontology
- hat Super-Eigenschaften
- has process node characteristic dp
has process node modeldp zurück zur Übersicht oder Übersicht der Dateneigenschaften
IRI: https://material-digital.de/pmdco/hasProcessNodeModel
In pre-release of heat-treatment ontology, "hasModel" has been moved to the "Annotation properties" section. Replaced by "has process node model"
- hat Super-Eigenschaften
- has process node characteristic dp
- hat Domäne
- ProcessNode c
- hat Range
- string
has process node namedp zurück zur Übersicht oder Übersicht der Dateneigenschaften
IRI: https://material-digital.de/pmdco/hasProcessNodeName
A human-generated identifier associated with a discernible, tangible or simulated entity intended to be unique in a given scope
- hat Super-Eigenschaften
- has process node characteristic dp
- hat Domäne
- ProcessNode c
- hat Range
- string
has process node typedp zurück zur Übersicht oder Übersicht der Dateneigenschaften
IRI: https://material-digital.de/pmdco/hasProcessNodeType
Process Node typename, e.g. "ProTherm500"
- hat Super-Eigenschaften
- has process node characteristic dp
- hat Domäne
- ProcessNode c
- hat Range
- string
has process node versiondp zurück zur Übersicht oder Übersicht der Dateneigenschaften
IRI: https://material-digital.de/pmdco/hasProcessNodeVersion
Process Node Version Number, e.g. "2.24"
- hat Super-Eigenschaften
- has process node characteristic dp
- hat Domäne
- ProcessNode c
- hat Range
- string
has qualifying process annotationdp zurück zur Übersicht oder Übersicht der Dateneigenschaften
IRI: https://material-digital.de/pmdco/hasQualifyingProcessAnnotation
- hat Super-Eigenschaften
- has nominal metadata parameter dp
- hat Domäne
- Process c
- hat Range
- string
has qualifying process node annotationdp zurück zur Übersicht oder Übersicht der Dateneigenschaften
IRI: https://material-digital.de/pmdco/hasQualifyingProcessNodeAnnotation
Description for Process Node's utility, e.g. "Rear Vacuum Furnace Oil Quenching"
- hat Super-Eigenschaften
- has process node characteristic dp
has raw material namedp zurück zur Übersicht oder Übersicht der Dateneigenschaften
IRI: https://glasdigi.cms.uni-jena.de/hasRawMaterialName
e.g. SiO2 - Millisil, Optibor TG (H3BO3), B2O3 - Alfa Aesar, SiO2F38S, Na2CO3_Merck, etc.
"hasRawMaterialName" is the raw material used in the process; the name may contain spaces, so it is better to use a list to combine them instead of a space-separated plain string
e.g., "hasRawMaterialName": "['SiO2', 'Na2CO3', 'B2O3']"
- hat Super-Eigenschaften
- has nominal metadata parameter dp
- hat Range
- string
has SciGlass Iddp zurück zur Übersicht oder Übersicht der Dateneigenschaften
IRI: https://glasdigi.cms.uni-jena.de/glass/hasSciGlassId
For Sciglass database.
sciglass ID is a combination of "Glass ID", "Glass NO" and "Ref ID".
one "Glass ID" in sciglass could contain multiple "Glass NO".
one "Glass ID" in sciglass could contain multiple "Ref ID".
But one "Ref ID"only contains one referece source.
e.g. For "Glass ID" = 279, "Glass NO" = 20988, "Ref ID" = 64.
The generated sciglass ID will be: sciglassID_279_20988_64
- hat äquivalente Eigenschaften
- has supplied object identifier dp
- hat Super-Eigenschaften
- has nominal metadata parameter dp
- hat Range
- string
has secondary measurementdp zurück zur Übersicht oder Übersicht der Dateneigenschaften
IRI: https://material-digital.de/pmdco/hasSecondaryMeasurement
- hat Super-Eigenschaften
- has measurement dp
- hat Domäne
- Process c
- hat Range
- literal
has sequence numberdp zurück zur Übersicht oder Übersicht der Dateneigenschaften
IRI: https://material-digital.de/pmdco/hasSequenceNumber
- hat Super-Eigenschaften
- has nominal metadata parameter dp
- hat Range
- integer
has starting timedp zurück zur Übersicht oder Übersicht der Dateneigenschaften
IRI: https://material-digital.de/pmdco/hasStartingTime
has supplied identifierdp zurück zur Übersicht oder Übersicht der Dateneigenschaften
IRI: https://material-digital.de/pmdco/hasSuppliedIdentifier
A colloquial, human-generated, descriptive text qualifying the nature of a process instance used as an identifier that is not strictly intended to be unique, e.g. "1050°C30 840°C10/ÖL".
- hat Super-Eigenschaften
- has nominal metadata parameter dp
- hat Domäne
- Object c or Process c or ProcessNode c
- hat Range
- string
has supplied object identifierdp zurück zur Übersicht oder Übersicht der Dateneigenschaften
IRI: https://material-digital.de/pmdco/hasSuppliedObjectIdentifier
A human-generated identifier associated with a discernable, tangible or simulated entity
- hat äquivalente Eigenschaften
- has glass id dp, has SciGlass Id dp
- hat Super-Eigenschaften
- has object characteristic dp
- hat Domäne
- Object c
- hat Range
- string
has supplied process identifierdp zurück zur Übersicht oder Übersicht der Dateneigenschaften
IRI: https://glasdigi.cms.uni-jena.de/glass/hasSuppliedProcessIdentifier
This is missing in pmd core ontolog, but it exists in mapper.py
- hat Super-Eigenschaften
- has nominal metadata parameter dp
- hat Domäne
- Process c
- hat Range
- string
has total mole percentdp zurück zur Übersicht oder Übersicht der Dateneigenschaften
IRI: https://glasdigi.cms.uni-jena.de/glass/hasTotalMolePercent
- hat Range
- positive integer
has total weight percentdp zurück zur Übersicht oder Übersicht der Dateneigenschaften
IRI: https://glasdigi.cms.uni-jena.de/glass/hasTotalWeightPercent
- hat Range
- positive integer
has trademarkdp zurück zur Übersicht oder Übersicht der Dateneigenschaften
IRI: https://glasdigi.cms.uni-jena.de/glass/hasTrademark
- Source
- Sciglass 7.0
has type descriptiondp zurück zur Übersicht oder Übersicht der Dateneigenschaften
IRI: https://material-digital.de/pmdco/hasTypeDescription
Description for Process Node's utility, e.g. "Rear Vacuum Furnace Oil Quenching"
- hat Super-Eigenschaften
- has process node characteristic dp
- hat Domäne
- ProcessNode c
- hat Range
- string
has ucum codedp zurück zur Übersicht oder Übersicht der Dateneigenschaften
IRI: https://material-digital.de/pmdco/hasUcumCode
In pre-release pmd ontology, this has been moved under 'has unit label'
- hat Super-Eigenschaften
- has unit label dp
- hat Domäne
- PmdSiUnit c
- hat Range
- literal
has unit labeldp zurück zur Übersicht oder Übersicht der Dateneigenschaften
IRI: https://material-digital.de/pmdco/hasUnitLabel
This property is used the enrich a unit with its common used label.
- hat Sub-Eigenschaften
- has ucum code dp
- hat Domäne
- PmdSiUnit c
- hat Range
- literal
is final process nodedp zurück zur Übersicht oder Übersicht der Dateneigenschaften
IRI: https://material-digital.de/pmdco/isFinalProcessNode
In pre-release of heat-treatment ontology, "isFinalProcessNode" has been moved to the "Annotation properties" section.
Not included in pre-release of pmd core ontology.
- hat Range
- boolean
is initial process nodedp zurück zur Übersicht oder Übersicht der Dateneigenschaften
IRI: https://material-digital.de/pmdco/isInitialProcessNode
In pre-release of heat-treatment ontology, "isInitialProcessNode" has been moved to the "Annotation properties" section.
Not included in pre-release of pmd core ontology.
- hat Range
- boolean
is oven door opendp zurück zur Übersicht oder Übersicht der Dateneigenschaften
IRI: https://glasdigi.cms.uni-jena.de/glass/isOvenDoorOpen
a boolean variable to see if oven door is open or closed.
Only two statuses, so no " IsOvenDoorClosed"
- hat Range
- boolean
method descriptordp zurück zur Übersicht oder Übersicht der Dateneigenschaften
IRI: https://material-digital.de/pmdco/methodDescriptor
A label or key-word that is part of a finite list of descriptors categorizing the procedure used by a process node, e.g. carbourising
- hat Super-Eigenschaften
- has nominal metadata parameter dp
- hat Domäne
- Process c
- hat Range
- string
quantityAmountdp zurück zur Übersicht oder Übersicht der Dateneigenschaften
IRI: http://wikiba.se/ontology/quantityAmount
Amount of quantity.
- hat Domäne
- QuantityValue c or Material Property c
Anmerkungseigenschaften
- alt label
- alternative term
- created
- creator
- definition
- definition
- definition source
- editor note
- example
- license
- pref label
- title
- version i r i
alt labelap zurück zur Übersicht oder Übersicht der Anmerkungseigenschaften
IRI: http://www.w3.org/2004/02/skos/core#altLabel
alternative termap zurück zur Übersicht oder Übersicht der Anmerkungseigenschaften
IRI: http://purl.obolibrary.org/obo/IAO_0000118
createdap zurück zur Übersicht oder Übersicht der Anmerkungseigenschaften
IRI: http://purl.org/dc/terms/created
creatorap zurück zur Übersicht oder Übersicht der Anmerkungseigenschaften
IRI: http://purl.org/dc/terms/creator
definitionap zurück zur Übersicht oder Übersicht der Anmerkungseigenschaften
IRI: http://purl.obolibrary.org/obo/IAO_0000115
definitionap zurück zur Übersicht oder Übersicht der Anmerkungseigenschaften
IRI: http://www.w3.org/2004/02/skos/core#definition
definition sourceap zurück zur Übersicht oder Übersicht der Anmerkungseigenschaften
IRI: http://purl.obolibrary.org/obo/IAO_0000119
editor noteap zurück zur Übersicht oder Übersicht der Anmerkungseigenschaften
IRI: http://purl.obolibrary.org/obo/IAO_0000116
exampleap zurück zur Übersicht oder Übersicht der Anmerkungseigenschaften
IRI: http://www.w3.org/2004/02/skos/core#example
licenseap zurück zur Übersicht oder Übersicht der Anmerkungseigenschaften
IRI: http://purl.org/dc/terms/license
pref labelap zurück zur Übersicht oder Übersicht der Anmerkungseigenschaften
IRI: http://www.w3.org/2004/02/skos/core#prefLabel
titleap zurück zur Übersicht oder Übersicht der Anmerkungseigenschaften
IRI: http://purl.org/dc/terms/title
version i r iap zurück zur Übersicht oder Übersicht der Anmerkungseigenschaften
IRI: http://www.w3.org/2002/07/owl#versionIRI
Legende zurück zu ToC
c: Klassen
op: Object Properties
dp: Data Properties
op: Object Properties
dp: Data Properties
Danksagung zurück zum Inhaltsverzeichnis
Die Autoren bedanken sich beiSilvio Peroni für die Entwicklung von LODE, einer Umgebung zur Live-OWL-Dokumentation, die im Abschnitt Querverweise für die Darstellung verwendet wird, bei Daniel Garijo für die Entwicklung von Widoco, welches für die Templates in dieser Anwendung verwendet wird.