@base <@BASEURI@/UCD> . @prefix rdf: . @prefix rdfs: . @prefix dc: . @prefix foaf: . @prefix : . @prefix str: . <> a :ConceptScheme; dc:title "Vocabulary for the IVOA Unified Content Descriptors (Version @RELEASE@, @RELEASEDATE@)"@en; dc:created "@RELEASEDATE@"; dc:creator [ foaf:name "The IVOA Semantics Working Group" ]; dc:description """The UCD standard is an officially sanctioned and managed vocabulary of the IVOA. The normative document is a simple text file containing entries consisting of tokens (for example em.IR), a short description, and usage information (syntax codes which permit UCD tokens to be concatenated). The form of the tokens implies a natural hierarchy: 'em.IR.8-15um' is obviously a narrower term than 'em.IR', which in turn is narrower than 'em'. Given the structure of the UCD1+ vocabulary, the natural translation to SKOS consists of preferred labels equal to the original tokens (the UCD1 words include dashes and periods), vocabulary tokens based on them (for example, "emIR815Um" for 'em.IR.8-15um'), direct use of the definitions, and the syntax codes placed in usage documentation."""; :hasTopConcept <#Arith>, <#Em>, <#Instr>, <#Meta>, <#Obs>, <#Phot>, <#Phys>, <#Pos>, <#Spect>, <#Src>, <#Stat>, <#Time> . <#Arith> a :Concept; :prefLabel "arith"@en; :inScheme <>; :definition "Arithmetic quantities"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Arithdiff> a :Concept; :prefLabel "arith.diff"@en; :inScheme <>; :broader <#Arith>; :definition "Difference between two quantities described by the same UCD"@en; :scopeNote "S: stands for only secondary: the word cannot be used as the first word to describe a single quantity"@en . <#Arithfactor> a :Concept; :prefLabel "arith.factor"@en; :inScheme <>; :broader <#Arith>; :definition "Numerical factor"@en; :scopeNote "P: means that the word can only be used as primary or first word"@en . <#Arithgrad> a :Concept; :prefLabel "arith.grad"@en; :inScheme <>; :broader <#Arith>; :definition "Gradient"@en; :scopeNote "P: means that the word can only be used as primary or first word"@en . <#Arithrate> a :Concept; :prefLabel "arith.rate"@en; :inScheme <>; :broader <#Arith>; :definition "Rate (per time unit)"@en; :scopeNote "P: means that the word can only be used as primary or first word"@en . <#Arithratio> a :Concept; :prefLabel "arith.ratio"@en; :inScheme <>; :broader <#Arith>; :definition "Ratio between two quantities described by the same UCD"@en; :scopeNote "S: stands for only secondary: the word cannot be used as the first word to describe a single quantity"@en . <#Arithzp> a :Concept; :prefLabel "arith.zp"@en; :inScheme <>; :broader <#Arith>; :definition "Zero point"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Em> a :Concept; :prefLabel "em"@en; :inScheme <>; :definition "Electromagnetic spectrum"@en; :scopeNote "S: stands for only secondary: the word cannot be used as the first word to describe a single quantity"@en . <#Emir> a :Concept; :prefLabel "em.IR"@en; :inScheme <>; :broader <#Em>; :definition "Infrared part of the spectrum"@en; :scopeNote "S: stands for only secondary: the word cannot be used as the first word to describe a single quantity"@en . <#Emirj> a :Concept; :prefLabel "em.IR.J"@en; :inScheme <>; :broader <#Emir>; :definition "Infrared between 1.0 and 1.5 micron"@en; :scopeNote "S: stands for only secondary: the word cannot be used as the first word to describe a single quantity"@en . <#Emirh> a :Concept; :prefLabel "em.IR.H"@en; :inScheme <>; :broader <#Emir>; :definition "Infrared between 1.5 and 2 micron"@en; :scopeNote "S: stands for only secondary: the word cannot be used as the first word to describe a single quantity"@en . <#Emirk> a :Concept; :prefLabel "em.IR.K"@en; :inScheme <>; :broader <#Emir>; :definition "Infrared between 2 and 3 micron"@en; :scopeNote "S: stands for only secondary: the word cannot be used as the first word to describe a single quantity"@en . <#Emir34um> a :Concept; :prefLabel "em.IR.3-4um"@en; :inScheme <>; :broader <#Emir>; :definition "Infrared between 3 and 4 micron"@en; :scopeNote "S: stands for only secondary: the word cannot be used as the first word to describe a single quantity"@en . <#Emir48um> a :Concept; :prefLabel "em.IR.4-8um"@en; :inScheme <>; :broader <#Emir>; :definition "Infrared between 4 and 8 micron"@en; :scopeNote "S: stands for only secondary: the word cannot be used as the first word to describe a single quantity"@en . <#Emir815um> a :Concept; :prefLabel "em.IR.8-15um"@en; :inScheme <>; :broader <#Emir>; :definition "Infrared between 8 and 15 micron"@en; :scopeNote "S: stands for only secondary: the word cannot be used as the first word to describe a single quantity"@en . <#Emir1530um> a :Concept; :prefLabel "em.IR.15-30um"@en; :inScheme <>; :broader <#Emir>; :definition "Infrared between 15 and 30 micron"@en; :scopeNote "S: stands for only secondary: the word cannot be used as the first word to describe a single quantity"@en . <#Emir3060um> a :Concept; :prefLabel "em.IR.30-60um"@en; :inScheme <>; :broader <#Emir>; :definition "Infrared between 30 and 60 micron"@en; :scopeNote "S: stands for only secondary: the word cannot be used as the first word to describe a single quantity"@en . <#Emir60100um> a :Concept; :prefLabel "em.IR.60-100um"@en; :inScheme <>; :broader <#Emir>; :definition "Infrared between 60 and 100 micron"@en; :scopeNote "S: stands for only secondary: the word cannot be used as the first word to describe a single quantity"@en . <#Emirnir> a :Concept; :prefLabel "em.IR.NIR"@en; :inScheme <>; :broader <#Emir>; :definition "Near-Infrared, 1-5 microns"@en; :scopeNote "S: stands for only secondary: the word cannot be used as the first word to describe a single quantity"@en . <#Emirmir> a :Concept; :prefLabel "em.IR.MIR"@en; :inScheme <>; :broader <#Emir>; :definition "Medium-Infrared, 5-30 microns"@en; :scopeNote "S: stands for only secondary: the word cannot be used as the first word to describe a single quantity"@en . <#Emirfir> a :Concept; :prefLabel "em.IR.FIR"@en; :inScheme <>; :broader <#Emir>; :definition "Far-Infrared, 30-100 microns"@en; :scopeNote "S: stands for only secondary: the word cannot be used as the first word to describe a single quantity"@en . <#Emuv> a :Concept; :prefLabel "em.UV"@en; :inScheme <>; :broader <#Em>; :definition "Ultraviolet part of the spectrum"@en; :scopeNote "S: stands for only secondary: the word cannot be used as the first word to describe a single quantity"@en . <#Emuv1050nm> a :Concept; :prefLabel "em.UV.10-50nm"@en; :inScheme <>; :broader <#Emuv>; :definition "Ultraviolet between 10 and 50 nm"@en; :scopeNote "S: stands for only secondary: the word cannot be used as the first word to describe a single quantity"@en . <#Emuv50100nm> a :Concept; :prefLabel "em.UV.50-100nm"@en; :inScheme <>; :broader <#Emuv>; :definition "Ultraviolet between 50 and 100 nm"@en; :scopeNote "S: stands for only secondary: the word cannot be used as the first word to describe a single quantity"@en . <#Emuv100200nm> a :Concept; :prefLabel "em.UV.100-200nm"@en; :inScheme <>; :broader <#Emuv>; :definition "Ultraviolet between 100 and 200 nm"@en; :scopeNote "S: stands for only secondary: the word cannot be used as the first word to describe a single quantity"@en . <#Emuv200300nm> a :Concept; :prefLabel "em.UV.200-300nm"@en; :inScheme <>; :broader <#Emuv>; :definition "Ultraviolet between 200 and 300 nm"@en; :scopeNote "S: stands for only secondary: the word cannot be used as the first word to describe a single quantity"@en . <#Emuvfuv> a :Concept; :prefLabel "em.UV.FUV"@en; :inScheme <>; :broader <#Emuv>; :definition "Far-Ultraviolet"@en; :scopeNote "S: stands for only secondary: the word cannot be used as the first word to describe a single quantity"@en . <#Emxray> a :Concept; :prefLabel "em.X-ray"@en; :inScheme <>; :broader <#Em>; :definition "X-ray part of the spectrum"@en; :scopeNote "S: stands for only secondary: the word cannot be used as the first word to describe a single quantity"@en . <#Emxraysoft> a :Concept; :prefLabel "em.X-ray.soft"@en; :inScheme <>; :broader <#Emxray>; :definition "Soft X-ray (0.12 - 2 keV)"@en; :scopeNote "S: stands for only secondary: the word cannot be used as the first word to describe a single quantity"@en . <#Emxraymedium> a :Concept; :prefLabel "em.X-ray.medium"@en; :inScheme <>; :broader <#Emxray>; :definition "Medium X-ray (2 - 12 keV)"@en; :scopeNote "S: stands for only secondary: the word cannot be used as the first word to describe a single quantity"@en . <#Emxrayhard> a :Concept; :prefLabel "em.X-ray.hard"@en; :inScheme <>; :broader <#Emxray>; :definition "Hard X-ray (12 - 120 keV)"@en; :scopeNote "S: stands for only secondary: the word cannot be used as the first word to describe a single quantity"@en . <#Embin> a :Concept; :prefLabel "em.bin"@en; :inScheme <>; :broader <#Em>; :definition "Channel / instrumental spectral bin coordinate (bin number)"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Emenergy> a :Concept; :prefLabel "em.energy"@en; :inScheme <>; :broader <#Em>; :definition "Energy value in the em frame"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Emfreq> a :Concept; :prefLabel "em.freq"@en; :inScheme <>; :broader <#Em>; :definition "Frequency value in the em frame"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Emgamma> a :Concept; :prefLabel "em.gamma"@en; :inScheme <>; :broader <#Em>; :definition "Gamma rays part of the spectrum"@en; :scopeNote "S: stands for only secondary: the word cannot be used as the first word to describe a single quantity"@en . <#Emgammasoft> a :Concept; :prefLabel "em.gamma.soft"@en; :inScheme <>; :broader <#Emgamma>; :definition "Soft gamma ray (120 - 500 keV)"@en; :scopeNote "S: stands for only secondary: the word cannot be used as the first word to describe a single quantity"@en . <#Emgammahard> a :Concept; :prefLabel "em.gamma.hard"@en; :inScheme <>; :broader <#Emgamma>; :definition "Hard gamma ray (>500 keV)"@en; :scopeNote "S: stands for only secondary: the word cannot be used as the first word to describe a single quantity"@en . <#Emline> a :Concept; :prefLabel "em.line"@en; :inScheme <>; :broader <#Em>; :definition "Designation of major atomic lines"@en; :scopeNote "S: stands for only secondary: the word cannot be used as the first word to describe a single quantity"@en . <#Emlinehi> a :Concept; :prefLabel "em.line.HI"@en; :inScheme <>; :broader <#Emline>; :definition "21cm hydrogen line"@en; :scopeNote "S: stands for only secondary: the word cannot be used as the first word to describe a single quantity"@en . <#Emlinelyalpha> a :Concept; :prefLabel "em.line.Lyalpha"@en; :inScheme <>; :broader <#Emline>; :definition "H-Lyalpha line"@en; :scopeNote "S: stands for only secondary: the word cannot be used as the first word to describe a single quantity"@en . <#Emlinehalpha> a :Concept; :prefLabel "em.line.Halpha"@en; :inScheme <>; :broader <#Emline>; :definition "H-alpha line"@en; :scopeNote "S: stands for only secondary: the word cannot be used as the first word to describe a single quantity"@en . <#Emlinehbeta> a :Concept; :prefLabel "em.line.Hbeta"@en; :inScheme <>; :broader <#Emline>; :definition "H-beta line"@en; :scopeNote "S: stands for only secondary: the word cannot be used as the first word to describe a single quantity"@en . <#Emlinehgamma> a :Concept; :prefLabel "em.line.Hgamma"@en; :inScheme <>; :broader <#Emline>; :definition "H-gamma line"@en; :scopeNote "S: stands for only secondary: the word cannot be used as the first word to describe a single quantity"@en . <#Emlinehdelta> a :Concept; :prefLabel "em.line.Hdelta"@en; :inScheme <>; :broader <#Emline>; :definition "H-delta line"@en; :scopeNote "S: stands for only secondary: the word cannot be used as the first word to describe a single quantity"@en . <#Emlinebrgamma> a :Concept; :prefLabel "em.line.Brgamma"@en; :inScheme <>; :broader <#Emline>; :definition "Bracket gamma line"@en; :scopeNote "S: stands for only secondary: the word cannot be used as the first word to describe a single quantity"@en . <#Emlineoiii> a :Concept; :prefLabel "em.line.OIII"@en; :inScheme <>; :broader <#Emline>; :definition "[OIII] line whose rest wl is 500.7 nm"@en; :scopeNote "S: stands for only secondary: the word cannot be used as the first word to describe a single quantity"@en . <#Emlineco> a :Concept; :prefLabel "em.line.CO"@en; :inScheme <>; :broader <#Emline>; :definition "CO radio line, e.g. 12CO(1-0) rest wl 115GHz"@en; :scopeNote "S: stands for only secondary: the word cannot be used as the first word to describe a single quantity"@en . <#Emmm> a :Concept; :prefLabel "em.mm"@en; :inScheme <>; :broader <#Em>; :definition "Millimetric/submillimetric part of the spectrum"@en; :scopeNote "S: stands for only secondary: the word cannot be used as the first word to describe a single quantity"@en . <#Emmm3050ghz> a :Concept; :prefLabel "em.mm.30-50GHz"@en; :inScheme <>; :broader <#Emmm>; :definition "Millimetric between 30 and 50 GHz"@en; :scopeNote "S: stands for only secondary: the word cannot be used as the first word to describe a single quantity"@en . <#Emmm50100ghz> a :Concept; :prefLabel "em.mm.50-100GHz"@en; :inScheme <>; :broader <#Emmm>; :definition "Millimetric between 50 and 100 GHz"@en; :scopeNote "S: stands for only secondary: the word cannot be used as the first word to describe a single quantity"@en . <#Emmm100200ghz> a :Concept; :prefLabel "em.mm.100-200GHz"@en; :inScheme <>; :broader <#Emmm>; :definition "Millimetric between 100 and 200 GHz"@en; :scopeNote "S: stands for only secondary: the word cannot be used as the first word to describe a single quantity"@en . <#Emmm200400ghz> a :Concept; :prefLabel "em.mm.200-400GHz"@en; :inScheme <>; :broader <#Emmm>; :definition "Millimetric between 200 and 400 GHz"@en; :scopeNote "S: stands for only secondary: the word cannot be used as the first word to describe a single quantity"@en . <#Emmm400750ghz> a :Concept; :prefLabel "em.mm.400-750GHz"@en; :inScheme <>; :broader <#Emmm>; :definition "Millimetric between 400 and 750 GHz"@en; :scopeNote "S: stands for only secondary: the word cannot be used as the first word to describe a single quantity"@en . <#Emmm7501500ghz> a :Concept; :prefLabel "em.mm.750-1500GHz"@en; :inScheme <>; :broader <#Emmm>; :definition "Millimetric between 750 and 1500 GHz"@en; :scopeNote "S: stands for only secondary: the word cannot be used as the first word to describe a single quantity"@en . <#Emmm15003000ghz> a :Concept; :prefLabel "em.mm.1500-3000GHz"@en; :inScheme <>; :broader <#Emmm>; :definition "Millimetric between 1500 and 3000 GHz"@en; :scopeNote "S: stands for only secondary: the word cannot be used as the first word to describe a single quantity"@en . <#Emopt> a :Concept; :prefLabel "em.opt"@en; :inScheme <>; :broader <#Em>; :definition "Optical part of the spectrum"@en; :scopeNote "S: stands for only secondary: the word cannot be used as the first word to describe a single quantity"@en . <#Emoptu> a :Concept; :prefLabel "em.opt.U"@en; :inScheme <>; :broader <#Emopt>; :definition "Optical band between 300 and 400 nm"@en; :scopeNote "S: stands for only secondary: the word cannot be used as the first word to describe a single quantity"@en . <#Emoptb> a :Concept; :prefLabel "em.opt.B"@en; :inScheme <>; :broader <#Emopt>; :definition "Optical band between 400 and 500 nm"@en; :scopeNote "S: stands for only secondary: the word cannot be used as the first word to describe a single quantity"@en . <#Emoptv> a :Concept; :prefLabel "em.opt.V"@en; :inScheme <>; :broader <#Emopt>; :definition "Optical band between 500 and 600 nm"@en; :scopeNote "S: stands for only secondary: the word cannot be used as the first word to describe a single quantity"@en . <#Emoptr> a :Concept; :prefLabel "em.opt.R"@en; :inScheme <>; :broader <#Emopt>; :definition "Optical band between 600 and 750 nm"@en; :scopeNote "S: stands for only secondary: the word cannot be used as the first word to describe a single quantity"@en . <#Emopti> a :Concept; :prefLabel "em.opt.I"@en; :inScheme <>; :broader <#Emopt>; :definition "Optical band between 750 and 1000 nm"@en; :scopeNote "S: stands for only secondary: the word cannot be used as the first word to describe a single quantity"@en . <#Emradio> a :Concept; :prefLabel "em.radio"@en; :inScheme <>; :broader <#Em>; :definition "Radio part of the spectrum"@en; :scopeNote "S: stands for only secondary: the word cannot be used as the first word to describe a single quantity"@en . <#Emradio20100mhz> a :Concept; :prefLabel "em.radio.20-100MHz"@en; :inScheme <>; :broader <#Emradio>; :definition "Radio between 20 and 100 MHz"@en; :scopeNote "S: stands for only secondary: the word cannot be used as the first word to describe a single quantity"@en . <#Emradio100200mhz> a :Concept; :prefLabel "em.radio.100-200MHz"@en; :inScheme <>; :broader <#Emradio>; :definition "Radio between 100 and 200 MHz"@en; :scopeNote "S: stands for only secondary: the word cannot be used as the first word to describe a single quantity"@en . <#Emradio200400mhz> a :Concept; :prefLabel "em.radio.200-400MHz"@en; :inScheme <>; :broader <#Emradio>; :definition "Radio between 200 and 400 MHz"@en; :scopeNote "S: stands for only secondary: the word cannot be used as the first word to describe a single quantity"@en . <#Emradio400750mhz> a :Concept; :prefLabel "em.radio.400-750MHz"@en; :inScheme <>; :broader <#Emradio>; :definition "Radio between 400 and 750 MHz"@en; :scopeNote "S: stands for only secondary: the word cannot be used as the first word to describe a single quantity"@en . <#Emradio7501500mhz> a :Concept; :prefLabel "em.radio.750-1500MHz"@en; :inScheme <>; :broader <#Emradio>; :definition "Radio between 750 and 1500 MHz"@en; :scopeNote "S: stands for only secondary: the word cannot be used as the first word to describe a single quantity"@en . <#Emradio15003000mhz> a :Concept; :prefLabel "em.radio.1500-3000MHz"@en; :inScheme <>; :broader <#Emradio>; :definition "Radio between 1500 and 3000 MHz"@en; :scopeNote "S: stands for only secondary: the word cannot be used as the first word to describe a single quantity"@en . <#Emradio36ghz> a :Concept; :prefLabel "em.radio.3-6GHz"@en; :inScheme <>; :broader <#Emradio>; :definition "Radio between 3 and 6 GHz"@en; :scopeNote "S: stands for only secondary: the word cannot be used as the first word to describe a single quantity"@en . <#Emradio612ghz> a :Concept; :prefLabel "em.radio.6-12GHz"@en; :inScheme <>; :broader <#Emradio>; :definition "Radio between 6 and 12 GHz"@en; :scopeNote "S: stands for only secondary: the word cannot be used as the first word to describe a single quantity"@en . <#Emradio1230ghz> a :Concept; :prefLabel "em.radio.12-30GHz"@en; :inScheme <>; :broader <#Emradio>; :definition "Radio between 12 and 30 GHz"@en; :scopeNote "S: stands for only secondary: the word cannot be used as the first word to describe a single quantity"@en . <#Emwavenumber> a :Concept; :prefLabel "em.wavenumber"@en; :inScheme <>; :broader <#Em>; :definition "Wavenumber value in the em frame"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Emwl> a :Concept; :prefLabel "em.wl"@en; :inScheme <>; :broader <#Em>; :definition "Wavelength value in the em frame"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Emwlcentral> a :Concept; :prefLabel "em.wl.central"@en; :inScheme <>; :broader <#Emwl>; :definition "Central wavelength"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Emwleffective> a :Concept; :prefLabel "em.wl.effective"@en; :inScheme <>; :broader <#Emwl>; :definition "Effective wavelength"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Instr> a :Concept; :prefLabel "instr"@en; :inScheme <>; :definition "Instrument"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Instrbackground> a :Concept; :prefLabel "instr.background"@en; :inScheme <>; :broader <#Instr>; :definition "Instrumental background"@en; :scopeNote "E: means a photometric quantity, and can be followed by a word describing a part of the electromagnetic spectrum"@en . <#Instrbandpass> a :Concept; :prefLabel "instr.bandpass"@en; :inScheme <>; :broader <#Instr>; :definition "Bandpass (e.g.: band name) of instrument"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Instrbandwidth> a :Concept; :prefLabel "instr.bandwidth"@en; :inScheme <>; :broader <#Instr>; :definition "Bandwidth of the instrument"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Instrbaseline> a :Concept; :prefLabel "instr.baseline"@en; :inScheme <>; :broader <#Instr>; :definition "Baseline for interferometry"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Instrbeam> a :Concept; :prefLabel "instr.beam"@en; :inScheme <>; :broader <#Instr>; :definition "Beam"@en; :scopeNote "S: stands for only secondary: the word cannot be used as the first word to describe a single quantity"@en . <#Instrcalib> a :Concept; :prefLabel "instr.calib"@en; :inScheme <>; :broader <#Instr>; :definition "Calibration parameter"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Instrdet> a :Concept; :prefLabel "instr.det"@en; :inScheme <>; :broader <#Instr>; :definition "Detector"@en; :scopeNote "S: stands for only secondary: the word cannot be used as the first word to describe a single quantity"@en . <#Instrdetnoise> a :Concept; :prefLabel "instr.det.noise"@en; :inScheme <>; :broader <#Instrdet>; :definition "Instrument noise"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Instrdetpsf> a :Concept; :prefLabel "instr.det.psf"@en; :inScheme <>; :broader <#Instrdet>; :definition "Point Spread Function"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Instrdetqe> a :Concept; :prefLabel "instr.det.qe"@en; :inScheme <>; :broader <#Instrdet>; :definition "Quantum efficiency"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Instrdispersion> a :Concept; :prefLabel "instr.dispersion"@en; :inScheme <>; :broader <#Instr>; :definition "Dispersion of a spectrograph"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Instrfilter> a :Concept; :prefLabel "instr.filter"@en; :inScheme <>; :broader <#Instr>; :definition "Filter"@en; :scopeNote "S: stands for only secondary: the word cannot be used as the first word to describe a single quantity"@en . <#Instrfov> a :Concept; :prefLabel "instr.fov"@en; :inScheme <>; :broader <#Instr>; :definition "Field of view"@en; :scopeNote "S: stands for only secondary: the word cannot be used as the first word to describe a single quantity"@en . <#Instrobsty> a :Concept; :prefLabel "instr.obsty"@en; :inScheme <>; :broader <#Instr>; :definition "Observatory, satellite, mission"@en; :scopeNote "S: stands for only secondary: the word cannot be used as the first word to describe a single quantity"@en . <#Instrobstyseeing> a :Concept; :prefLabel "instr.obsty.seeing"@en; :inScheme <>; :broader <#Instrobsty>; :definition "Seeing"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Instroffset> a :Concept; :prefLabel "instr.offset"@en; :inScheme <>; :broader <#Instr>; :definition "Offset angle respect to main direction of observation"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Instrorder> a :Concept; :prefLabel "instr.order"@en; :inScheme <>; :broader <#Instr>; :definition "Spectral order in a spectrograph"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Instrparam> a :Concept; :prefLabel "instr.param"@en; :inScheme <>; :broader <#Instr>; :definition "Various instrumental parameters"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Instrpixel> a :Concept; :prefLabel "instr.pixel"@en; :inScheme <>; :broader <#Instr>; :definition "Pixel (default size: angular)"@en; :scopeNote "S: stands for only secondary: the word cannot be used as the first word to describe a single quantity"@en . <#Instrplate> a :Concept; :prefLabel "instr.plate"@en; :inScheme <>; :broader <#Instr>; :definition "Photographic plate"@en; :scopeNote "S: stands for only secondary: the word cannot be used as the first word to describe a single quantity"@en . <#Instrplateemulsion> a :Concept; :prefLabel "instr.plate.emulsion"@en; :inScheme <>; :broader <#Instrplate>; :definition "Plate emulsion"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Instrprecision> a :Concept; :prefLabel "instr.precision"@en; :inScheme <>; :broader <#Instr>; :definition "Instrument precision"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Instrsaturation> a :Concept; :prefLabel "instr.saturation"@en; :inScheme <>; :broader <#Instr>; :definition "Instrument saturation threshold"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Instrscale> a :Concept; :prefLabel "instr.scale"@en; :inScheme <>; :broader <#Instr>; :definition "Instrument scale (for CCD, plate, image)"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Instrsensitivity> a :Concept; :prefLabel "instr.sensitivity"@en; :inScheme <>; :broader <#Instr>; :definition "Instrument sensitivity, detection threshold"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Instrsetup> a :Concept; :prefLabel "instr.setup"@en; :inScheme <>; :broader <#Instr>; :definition "Instrument configuration or setup"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Instrskylevel> a :Concept; :prefLabel "instr.skyLevel"@en; :inScheme <>; :broader <#Instr>; :definition "Sky level"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Instrskytemp> a :Concept; :prefLabel "instr.skyTemp"@en; :inScheme <>; :broader <#Instr>; :definition "Sky temperature"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Instrtel> a :Concept; :prefLabel "instr.tel"@en; :inScheme <>; :broader <#Instr>; :definition "Telescope"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Instrtelfocallength> a :Concept; :prefLabel "instr.tel.focalLength"@en; :inScheme <>; :broader <#Instrtel>; :definition "Telescope focal length"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Meta> a :Concept; :prefLabel "meta"@en; :inScheme <>; :definition "Metadata"@en; :scopeNote "P: means that the word can only be used as primary or first word"@en . <#Metaabstract> a :Concept; :prefLabel "meta.abstract"@en; :inScheme <>; :broader <#Meta>; :definition "Abstract (of paper, proposal,etc.)"@en; :scopeNote "P: means that the word can only be used as primary or first word"@en . <#Metabib> a :Concept; :prefLabel "meta.bib"@en; :inScheme <>; :broader <#Meta>; :definition "Bibliographic reference"@en; :scopeNote "P: means that the word can only be used as primary or first word"@en . <#Metabibauthor> a :Concept; :prefLabel "meta.bib.author"@en; :inScheme <>; :broader <#Metabib>; :definition "Author name"@en; :scopeNote "P: means that the word can only be used as primary or first word"@en . <#Metabibbibcode> a :Concept; :prefLabel "meta.bib.bibcode"@en; :inScheme <>; :broader <#Metabib>; :definition "Bibcode"@en; :scopeNote "P: means that the word can only be used as primary or first word"@en . <#Metabibfig> a :Concept; :prefLabel "meta.bib.fig"@en; :inScheme <>; :broader <#Metabib>; :definition "Figure in a paper"@en; :scopeNote "P: means that the word can only be used as primary or first word"@en . <#Metabibjournal> a :Concept; :prefLabel "meta.bib.journal"@en; :inScheme <>; :broader <#Metabib>; :definition "Journal name"@en; :scopeNote "P: means that the word can only be used as primary or first word"@en . <#Metabibpage> a :Concept; :prefLabel "meta.bib.page"@en; :inScheme <>; :broader <#Metabib>; :definition "Page number"@en; :scopeNote "P: means that the word can only be used as primary or first word"@en . <#Metabibvolume> a :Concept; :prefLabel "meta.bib.volume"@en; :inScheme <>; :broader <#Metabib>; :definition "Volume number"@en; :scopeNote "P: means that the word can only be used as primary or first word"@en . <#Metacode> a :Concept; :prefLabel "meta.code"@en; :inScheme <>; :broader <#Meta>; :definition "Code or flag"@en; :scopeNote "P: means that the word can only be used as primary or first word"@en . <#Metacodeclass> a :Concept; :prefLabel "meta.code.class"@en; :inScheme <>; :broader <#Metacode>; :definition "Classification code"@en; :scopeNote "P: means that the word can only be used as primary or first word"@en . <#Metacodeerror> a :Concept; :prefLabel "meta.code.error"@en; :inScheme <>; :broader <#Metacode>; :definition "limit uncertainty error flag"@en; :scopeNote "P: means that the word can only be used as primary or first word"@en . <#Metacodemember> a :Concept; :prefLabel "meta.code.member"@en; :inScheme <>; :broader <#Metacode>; :definition "Membership code"@en; :scopeNote "P: means that the word can only be used as primary or first word"@en . <#Metacodemime> a :Concept; :prefLabel "meta.code.mime"@en; :inScheme <>; :broader <#Metacode>; :definition "MIME type"@en; :scopeNote "P: means that the word can only be used as primary or first word"@en . <#Metacodemultip> a :Concept; :prefLabel "meta.code.multip"@en; :inScheme <>; :broader <#Metacode>; :definition "Multiplicity or binarity flag"@en; :scopeNote "P: means that the word can only be used as primary or first word"@en . <#Metacodequal> a :Concept; :prefLabel "meta.code.qual"@en; :inScheme <>; :broader <#Metacode>; :definition "Quality, precision, reliability flag or code"@en; :scopeNote "P: means that the word can only be used as primary or first word"@en . <#Metacodestatus> a :Concept; :prefLabel "meta.code.status"@en; :inScheme <>; :broader <#Metacode>; :definition "Status code (e.g.: status of a proposal/observation)"@en; :scopeNote "P: means that the word can only be used as primary or first word"@en . <#Metacryptic> a :Concept; :prefLabel "meta.cryptic"@en; :inScheme <>; :broader <#Meta>; :definition "Unknown or impossible to understand quantity"@en; :scopeNote "P: means that the word can only be used as primary or first word"@en . <#Metacuration> a :Concept; :prefLabel "meta.curation"@en; :inScheme <>; :broader <#Meta>; :definition "Identity of man/organization responsible for the data"@en; :scopeNote "P: means that the word can only be used as primary or first word"@en . <#Metadataset> a :Concept; :prefLabel "meta.dataset"@en; :inScheme <>; :broader <#Meta>; :definition "Dataset"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Metaemail> a :Concept; :prefLabel "meta.email"@en; :inScheme <>; :broader <#Meta>; :definition "Curation/contact e-mail"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Metafile> a :Concept; :prefLabel "meta.file"@en; :inScheme <>; :broader <#Meta>; :definition "File"@en; :scopeNote "S: stands for only secondary: the word cannot be used as the first word to describe a single quantity"@en . <#Metafits> a :Concept; :prefLabel "meta.fits"@en; :inScheme <>; :broader <#Meta>; :definition "FITS standard"@en; :scopeNote "S: stands for only secondary: the word cannot be used as the first word to describe a single quantity"@en . <#Metaid> a :Concept; :prefLabel "meta.id"@en; :inScheme <>; :broader <#Meta>; :definition "Identifier, name or designation"@en; :scopeNote "P: means that the word can only be used as primary or first word"@en . <#Metaidassoc> a :Concept; :prefLabel "meta.id.assoc"@en; :inScheme <>; :broader <#Metaid>; :definition "Identifier of associated counterpart"@en; :scopeNote "P: means that the word can only be used as primary or first word"@en . <#Metaidcoi> a :Concept; :prefLabel "meta.id.CoI"@en; :inScheme <>; :broader <#Metaid>; :definition "Name of Co-Investigator"@en; :scopeNote "P: means that the word can only be used as primary or first word"@en . <#Metaidcross> a :Concept; :prefLabel "meta.id.cross"@en; :inScheme <>; :broader <#Metaid>; :definition "Cross identification"@en; :scopeNote "P: means that the word can only be used as primary or first word"@en . <#Metaidparent> a :Concept; :prefLabel "meta.id.parent"@en; :inScheme <>; :broader <#Metaid>; :definition "Identification of parent source"@en; :scopeNote "P: means that the word can only be used as primary or first word"@en . <#Metaidpart> a :Concept; :prefLabel "meta.id.part"@en; :inScheme <>; :broader <#Metaid>; :definition "Part of identifier, suffix or sub-component"@en; :scopeNote "P: means that the word can only be used as primary or first word"@en . <#Metaidpi> a :Concept; :prefLabel "meta.id.PI"@en; :inScheme <>; :broader <#Metaid>; :definition "Name of Principal Investigator"@en; :scopeNote "P: means that the word can only be used as primary or first word"@en . <#Metamain> a :Concept; :prefLabel "meta.main"@en; :inScheme <>; :broader <#Meta>; :definition "Main value of something"@en; :scopeNote "S: stands for only secondary: the word cannot be used as the first word to describe a single quantity"@en . <#Metamodelled> a :Concept; :prefLabel "meta.modelled"@en; :inScheme <>; :broader <#Meta>; :definition "Quantity was produced by a model"@en; :scopeNote "S: stands for only secondary: the word cannot be used as the first word to describe a single quantity"@en . <#Metanote> a :Concept; :prefLabel "meta.note"@en; :inScheme <>; :broader <#Meta>; :definition "Note or remark (longer than a code or flag)"@en; :scopeNote "P: means that the word can only be used as primary or first word"@en . <#Metanumber> a :Concept; :prefLabel "meta.number"@en; :inScheme <>; :broader <#Meta>; :definition "Number (of things; e.g. nb of object in an image)"@en; :scopeNote "P: means that the word can only be used as primary or first word"@en . <#Metarecord> a :Concept; :prefLabel "meta.record"@en; :inScheme <>; :broader <#Meta>; :definition "Record number"@en; :scopeNote "P: means that the word can only be used as primary or first word"@en . <#Metaref> a :Concept; :prefLabel "meta.ref"@en; :inScheme <>; :broader <#Meta>; :definition "Reference, or origin"@en; :scopeNote "P: means that the word can only be used as primary or first word"@en . <#Metarefivorn> a :Concept; :prefLabel "meta.ref.ivorn"@en; :inScheme <>; :broader <#Metaref>; :definition "IVORN, Int. VO Resource Name (ivo://)"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Metarefuri> a :Concept; :prefLabel "meta.ref.uri"@en; :inScheme <>; :broader <#Metaref>; :definition "URI, universal resource identifier"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Metarefurl> a :Concept; :prefLabel "meta.ref.url"@en; :inScheme <>; :broader <#Metaref>; :definition "URL, web address"@en; :scopeNote "P: means that the word can only be used as primary or first word"@en . <#Metasoftware> a :Concept; :prefLabel "meta.software"@en; :inScheme <>; :broader <#Meta>; :definition "Software used in generating data"@en; :scopeNote "S: stands for only secondary: the word cannot be used as the first word to describe a single quantity"@en . <#Metatable> a :Concept; :prefLabel "meta.table"@en; :inScheme <>; :broader <#Meta>; :definition "Table or catalogue"@en; :scopeNote "S: stands for only secondary: the word cannot be used as the first word to describe a single quantity"@en . <#Metatitle> a :Concept; :prefLabel "meta.title"@en; :inScheme <>; :broader <#Meta>; :definition "Title or explanation"@en; :scopeNote "P: means that the word can only be used as primary or first word"@en . <#Metaucd> a :Concept; :prefLabel "meta.ucd"@en; :inScheme <>; :broader <#Meta>; :definition "UCD"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Metaunit> a :Concept; :prefLabel "meta.unit"@en; :inScheme <>; :broader <#Meta>; :definition "Unit"@en; :scopeNote "P: means that the word can only be used as primary or first word"@en . <#Metaversion> a :Concept; :prefLabel "meta.version"@en; :inScheme <>; :broader <#Meta>; :definition "Version"@en; :scopeNote "P: means that the word can only be used as primary or first word"@en . <#Obs> a :Concept; :prefLabel "obs"@en; :inScheme <>; :definition "Observation"@en; :scopeNote "S: stands for only secondary: the word cannot be used as the first word to describe a single quantity"@en . <#Obsairmass> a :Concept; :prefLabel "obs.airMass"@en; :inScheme <>; :broader <#Obs>; :definition "Airmass"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Obsatmos> a :Concept; :prefLabel "obs.atmos"@en; :inScheme <>; :broader <#Obs>; :definition "Atmosphere, atmospheric phenomena affecting an observation"@en; :scopeNote "S: stands for only secondary: the word cannot be used as the first word to describe a single quantity"@en . <#Obsatmosextinction> a :Concept; :prefLabel "obs.atmos.extinction"@en; :inScheme <>; :broader <#Obsatmos>; :definition "Atmospheric extinction"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Obsatmosrefractangle> a :Concept; :prefLabel "obs.atmos.refractAngle"@en; :inScheme <>; :broader <#Obsatmos>; :definition "Atmospheric refraction angle"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Obscalib> a :Concept; :prefLabel "obs.calib"@en; :inScheme <>; :broader <#Obs>; :definition "Calibration observation"@en; :scopeNote "S: stands for only secondary: the word cannot be used as the first word to describe a single quantity"@en . <#Obscalibflat> a :Concept; :prefLabel "obs.calib.flat"@en; :inScheme <>; :broader <#Obscalib>; :definition "Related to flat-field calibration observation (dome, sky, ..)"@en; :scopeNote "S: stands for only secondary: the word cannot be used as the first word to describe a single quantity"@en . <#Obsexposure> a :Concept; :prefLabel "obs.exposure"@en; :inScheme <>; :broader <#Obs>; :definition "Exposure"@en; :scopeNote "S: stands for only secondary: the word cannot be used as the first word to describe a single quantity"@en . <#Obsfield> a :Concept; :prefLabel "obs.field"@en; :inScheme <>; :broader <#Obs>; :definition "Region covered by the observation"@en; :scopeNote "S: stands for only secondary: the word cannot be used as the first word to describe a single quantity"@en . <#Obsimage> a :Concept; :prefLabel "obs.image"@en; :inScheme <>; :broader <#Obs>; :definition "Image"@en; :scopeNote "S: stands for only secondary: the word cannot be used as the first word to describe a single quantity"@en . <#Obsobserver> a :Concept; :prefLabel "obs.observer"@en; :inScheme <>; :broader <#Obs>; :definition "Observer, discoverer"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Obsparam> a :Concept; :prefLabel "obs.param"@en; :inScheme <>; :broader <#Obs>; :definition "Various observation or reduction parameter"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Obsproposal> a :Concept; :prefLabel "obs.proposal"@en; :inScheme <>; :broader <#Obs>; :definition "Observation proposal"@en; :scopeNote "S: stands for only secondary: the word cannot be used as the first word to describe a single quantity"@en . <#Obsproposalcycle> a :Concept; :prefLabel "obs.proposal.cycle"@en; :inScheme <>; :broader <#Obsproposal>; :definition "Proposal cycle"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Obssequence> a :Concept; :prefLabel "obs.sequence"@en; :inScheme <>; :broader <#Obs>; :definition "Sequence of observations, exposures or events"@en; :scopeNote "S: stands for only secondary: the word cannot be used as the first word to describe a single quantity"@en . <#Phot> a :Concept; :prefLabel "phot"@en; :inScheme <>; :definition "Photometry"@en; :scopeNote "E: means a photometric quantity, and can be followed by a word describing a part of the electromagnetic spectrum"@en . <#Photantennatemp> a :Concept; :prefLabel "phot.antennaTemp"@en; :inScheme <>; :broader <#Phot>; :definition "Antenna temperature"@en; :scopeNote "E: means a photometric quantity, and can be followed by a word describing a part of the electromagnetic spectrum"@en . <#Photcalib> a :Concept; :prefLabel "phot.calib"@en; :inScheme <>; :broader <#Phot>; :definition "Photometric calibration"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Photcolor> a :Concept; :prefLabel "phot.color"@en; :inScheme <>; :broader <#Phot>; :definition "Color index or magnitude difference"@en; :scopeNote "C: is a colour index, and can be followed by two successive word describing a part of the electromagnetic spectrum"@en . <#Photcolorexcess> a :Concept; :prefLabel "phot.color.excess"@en; :inScheme <>; :broader <#Photcolor>; :definition "color excess"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Photcolorreddfree> a :Concept; :prefLabel "phot.color.reddFree"@en; :inScheme <>; :broader <#Photcolor>; :definition "Dereddened color"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Photcount> a :Concept; :prefLabel "phot.count"@en; :inScheme <>; :broader <#Phot>; :definition "Flux expressed in counts"@en; :scopeNote "E: means a photometric quantity, and can be followed by a word describing a part of the electromagnetic spectrum"@en . <#Photfluence> a :Concept; :prefLabel "phot.fluence"@en; :inScheme <>; :broader <#Phot>; :definition "fluence"@en; :scopeNote "E: means a photometric quantity, and can be followed by a word describing a part of the electromagnetic spectrum"@en . <#Photflux> a :Concept; :prefLabel "phot.flux"@en; :inScheme <>; :broader <#Phot>; :definition "Photon flux"@en; :scopeNote "E: means a photometric quantity, and can be followed by a word describing a part of the electromagnetic spectrum"@en . <#Photfluxbol> a :Concept; :prefLabel "phot.flux.bol"@en; :inScheme <>; :broader <#Photflux>; :definition "Bolometric flux"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Photfluxdensity> a :Concept; :prefLabel "phot.flux.density"@en; :inScheme <>; :broader <#Photflux>; :definition "Flux density (per wl/freq/energy interval)"@en; :scopeNote "E: means a photometric quantity, and can be followed by a word describing a part of the electromagnetic spectrum"@en . <#Photfluxdensitysb> a :Concept; :prefLabel "phot.flux.density.sb"@en; :inScheme <>; :broader <#Photfluxdensity>; :definition "Flux density surface brightness"@en; :scopeNote "E: means a photometric quantity, and can be followed by a word describing a part of the electromagnetic spectrum"@en . <#Photfluxsb> a :Concept; :prefLabel "phot.flux.sb"@en; :inScheme <>; :broader <#Photflux>; :definition "Flux surface brightness"@en; :scopeNote "E: means a photometric quantity, and can be followed by a word describing a part of the electromagnetic spectrum"@en . <#Photlimbdark> a :Concept; :prefLabel "phot.limbDark"@en; :inScheme <>; :broader <#Phot>; :definition "Limb-darkening coefficients"@en; :scopeNote "E: means a photometric quantity, and can be followed by a word describing a part of the electromagnetic spectrum"@en . <#Photmag> a :Concept; :prefLabel "phot.mag"@en; :inScheme <>; :broader <#Phot>; :definition "Photometric magnitude"@en; :scopeNote "E: means a photometric quantity, and can be followed by a word describing a part of the electromagnetic spectrum"@en . <#Photmagbc> a :Concept; :prefLabel "phot.mag.bc"@en; :inScheme <>; :broader <#Photmag>; :definition "Bolometric correction"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Photmagbol> a :Concept; :prefLabel "phot.mag.bol"@en; :inScheme <>; :broader <#Photmag>; :definition "Bolometric magnitude"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Photmagdistmod> a :Concept; :prefLabel "phot.mag.distMod"@en; :inScheme <>; :broader <#Photmag>; :definition "Distance modulus"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Photmagreddfree> a :Concept; :prefLabel "phot.mag.reddFree"@en; :inScheme <>; :broader <#Photmag>; :definition "Dereddened magnitude"@en; :scopeNote "E: means a photometric quantity, and can be followed by a word describing a part of the electromagnetic spectrum"@en . <#Photmagsb> a :Concept; :prefLabel "phot.mag.sb"@en; :inScheme <>; :broader <#Photmag>; :definition "Surface brightness in magnitude units"@en; :scopeNote "E: means a photometric quantity, and can be followed by a word describing a part of the electromagnetic spectrum"@en . <#Phys> a :Concept; :prefLabel "phys"@en; :inScheme <>; :definition "Physical quantities"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Physsfr> a :Concept; :prefLabel "phys.SFR"@en; :inScheme <>; :broader <#Phys>; :definition "Star formation rate"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Physabsorption> a :Concept; :prefLabel "phys.absorption"@en; :inScheme <>; :broader <#Phys>; :definition "Extinction or absorption along the line of sight"@en; :scopeNote "E: means a photometric quantity, and can be followed by a word describing a part of the electromagnetic spectrum"@en . <#Physabsorptioncoeff> a :Concept; :prefLabel "phys.absorption.coeff"@en; :inScheme <>; :broader <#Physabsorption>; :definition "Absorption coefficient (e.g. in a spectral line)"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Physabsorptiongal> a :Concept; :prefLabel "phys.absorption.gal"@en; :inScheme <>; :broader <#Physabsorption>; :definition "Galactic extinction"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Physabsorptionopticaldepth> a :Concept; :prefLabel "phys.absorption.opticalDepth"@en; :inScheme <>; :broader <#Physabsorption>; :definition "Optical depth"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Physabund> a :Concept; :prefLabel "phys.abund"@en; :inScheme <>; :broader <#Phys>; :definition "Abundance"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Physabundfe> a :Concept; :prefLabel "phys.abund.Fe"@en; :inScheme <>; :broader <#Physabund>; :definition "Fe/H abundance"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Physabundx> a :Concept; :prefLabel "phys.abund.X"@en; :inScheme <>; :broader <#Physabund>; :definition "Hydrogen abundance"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Physabundy> a :Concept; :prefLabel "phys.abund.Y"@en; :inScheme <>; :broader <#Physabund>; :definition "Helium abundance"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Physabundz> a :Concept; :prefLabel "phys.abund.Z"@en; :inScheme <>; :broader <#Physabund>; :definition "Metallicity abundance"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Physacceleration> a :Concept; :prefLabel "phys.acceleration"@en; :inScheme <>; :broader <#Phys>; :definition "Acceleration"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Physalbedo> a :Concept; :prefLabel "phys.albedo"@en; :inScheme <>; :broader <#Phys>; :definition "Albedo or reflectance"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Physangarea> a :Concept; :prefLabel "phys.angArea"@en; :inScheme <>; :broader <#Phys>; :definition "Angular area"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Physangmomentum> a :Concept; :prefLabel "phys.angMomentum"@en; :inScheme <>; :broader <#Phys>; :definition "Angular momentum"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Physangsize> a :Concept; :prefLabel "phys.angSize"@en; :inScheme <>; :broader <#Phys>; :definition "Angular size width diameter dimension extension major minor axis extraction radius"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Physangsizesmajaxis> a :Concept; :prefLabel "phys.angSize.smajAxis"@en; :inScheme <>; :broader <#Physangsize>; :definition "angular size extent or extension of semi-major axis"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Physangsizesminaxis> a :Concept; :prefLabel "phys.angSize.sminAxis"@en; :inScheme <>; :broader <#Physangsize>; :definition "angular size extent or extension of semi-minor axis"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Physarea> a :Concept; :prefLabel "phys.area"@en; :inScheme <>; :broader <#Phys>; :definition "Area (in linear units)"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Physatmol> a :Concept; :prefLabel "phys.atmol"@en; :inScheme <>; :broader <#Phys>; :definition "Atomic and molecular physics (shared properties)"@en; :scopeNote "S: stands for only secondary: the word cannot be used as the first word to describe a single quantity"@en . <#Physatmolbranchingratio> a :Concept; :prefLabel "phys.atmol.branchingRatio"@en; :inScheme <>; :broader <#Physatmol>; :definition "Branching ratio"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Physatmolcollisional> a :Concept; :prefLabel "phys.atmol.collisional"@en; :inScheme <>; :broader <#Physatmol>; :definition "Related to collisions"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Physatmolcollstrength> a :Concept; :prefLabel "phys.atmol.collStrength"@en; :inScheme <>; :broader <#Physatmol>; :definition "Collisional strength"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Physatmolconfiguration> a :Concept; :prefLabel "phys.atmol.configuration"@en; :inScheme <>; :broader <#Physatmol>; :definition "Configuration"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Physatmolcrosssection> a :Concept; :prefLabel "phys.atmol.crossSection"@en; :inScheme <>; :broader <#Physatmol>; :definition "Atomic / molecular cross-section"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Physatmolelement> a :Concept; :prefLabel "phys.atmol.element"@en; :inScheme <>; :broader <#Physatmol>; :definition "Element"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Physatmolexcitation> a :Concept; :prefLabel "phys.atmol.excitation"@en; :inScheme <>; :broader <#Physatmol>; :definition "Atomic molecular excitation parameter"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Physatmolfinal> a :Concept; :prefLabel "phys.atmol.final"@en; :inScheme <>; :broader <#Physatmol>; :definition "Quantity refers to atomic/molecular final/ground state, level, ecc."@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Physatmolinitial> a :Concept; :prefLabel "phys.atmol.initial"@en; :inScheme <>; :broader <#Physatmol>; :definition "Quantity refers to atomic/molecular initial state, level, ecc."@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Physatmolionstage> a :Concept; :prefLabel "phys.atmol.ionStage"@en; :inScheme <>; :broader <#Physatmol>; :definition "Ion, ionization stage"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Physatmolionization> a :Concept; :prefLabel "phys.atmol.ionization"@en; :inScheme <>; :broader <#Physatmol>; :definition "Related to ionization"@en; :scopeNote "S: stands for only secondary: the word cannot be used as the first word to describe a single quantity"@en . <#Physatmollande> a :Concept; :prefLabel "phys.atmol.lande"@en; :inScheme <>; :broader <#Physatmol>; :definition "Lande factor"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Physatmollevel> a :Concept; :prefLabel "phys.atmol.level"@en; :inScheme <>; :broader <#Physatmol>; :definition "Atomic level"@en; :scopeNote "S: stands for only secondary: the word cannot be used as the first word to describe a single quantity"@en . <#Physatmollifetime> a :Concept; :prefLabel "phys.atmol.lifetime"@en; :inScheme <>; :broader <#Physatmol>; :definition "Lifetime of a level"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Physatmollineshift> a :Concept; :prefLabel "phys.atmol.lineShift"@en; :inScheme <>; :broader <#Physatmol>; :definition "Line shifting coefficient"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Physatmolnumber> a :Concept; :prefLabel "phys.atmol.number"@en; :inScheme <>; :broader <#Physatmol>; :definition "Atomic number Z"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Physatmoloscstrength> a :Concept; :prefLabel "phys.atmol.oscStrength"@en; :inScheme <>; :broader <#Physatmol>; :definition "Oscillator strength"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Physatmolparity> a :Concept; :prefLabel "phys.atmol.parity"@en; :inScheme <>; :broader <#Physatmol>; :definition "Parity"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Physatmolqn> a :Concept; :prefLabel "phys.atmol.qn"@en; :inScheme <>; :broader <#Physatmol>; :definition "Quantum number"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Physatmolradiationtype> a :Concept; :prefLabel "phys.atmol.radiationType"@en; :inScheme <>; :broader <#Physatmol>; :definition "Type of radiation characterizing atomic lines (electric dipole/quadrupole, magnetic dipole)"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Physatmolsymmetry> a :Concept; :prefLabel "phys.atmol.symmetry"@en; :inScheme <>; :broader <#Physatmol>; :definition "Type of nuclear spin symmetry"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Physatmolsweight> a :Concept; :prefLabel "phys.atmol.sWeight"@en; :inScheme <>; :broader <#Physatmol>; :definition "Statistical weight"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Physatmolsweightnuclear> a :Concept; :prefLabel "phys.atmol.sWeight.nuclear"@en; :inScheme <>; :broader <#Physatmolsweight>; :definition "Statistical weight for nuclear spin states"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Physatmolterm> a :Concept; :prefLabel "phys.atmol.term"@en; :inScheme <>; :broader <#Physatmol>; :definition "Atomic term"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Physatmoltransition> a :Concept; :prefLabel "phys.atmol.transition"@en; :inScheme <>; :broader <#Physatmol>; :definition "Transition between states"@en; :scopeNote "S: stands for only secondary: the word cannot be used as the first word to describe a single quantity"@en . <#Physatmoltransprob> a :Concept; :prefLabel "phys.atmol.transProb"@en; :inScheme <>; :broader <#Physatmol>; :definition "Transition probability, Einstein A coefficient"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Physatmolwoscstrength> a :Concept; :prefLabel "phys.atmol.wOscStrength"@en; :inScheme <>; :broader <#Physatmol>; :definition "Weighted oscillator strength"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Physatmolweight> a :Concept; :prefLabel "phys.atmol.weight"@en; :inScheme <>; :broader <#Physatmol>; :definition "Atomic weight"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Physcolumndensity> a :Concept; :prefLabel "phys.columnDensity"@en; :inScheme <>; :broader <#Phys>; :definition "Column density"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Physcomposition> a :Concept; :prefLabel "phys.composition"@en; :inScheme <>; :broader <#Phys>; :definition "Quantities related to composition of objects"@en; :scopeNote "S: stands for only secondary: the word cannot be used as the first word to describe a single quantity"@en . <#Physcompositionmasslightratio> a :Concept; :prefLabel "phys.composition.massLightRatio"@en; :inScheme <>; :broader <#Physcomposition>; :definition "Mass to light ratio"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Physcompositionyield> a :Concept; :prefLabel "phys.composition.yield"@en; :inScheme <>; :broader <#Physcomposition>; :definition "Mass yield"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Physcosmology> a :Concept; :prefLabel "phys.cosmology"@en; :inScheme <>; :broader <#Phys>; :definition "Related to cosmology"@en; :scopeNote "S: stands for only secondary: the word cannot be used as the first word to describe a single quantity"@en . <#Physdamping> a :Concept; :prefLabel "phys.damping"@en; :inScheme <>; :broader <#Phys>; :definition "Generic damping quantities"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Physdensity> a :Concept; :prefLabel "phys.density"@en; :inScheme <>; :broader <#Phys>; :definition "Density (of mass, electron, ...)"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Physdielectric> a :Concept; :prefLabel "phys.dielectric"@en; :inScheme <>; :broader <#Phys>; :definition "Complex dielectric function"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Physdispmeasure> a :Concept; :prefLabel "phys.dispMeasure"@en; :inScheme <>; :broader <#Phys>; :definition "Dispersion measure"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Physelectfield> a :Concept; :prefLabel "phys.electField"@en; :inScheme <>; :broader <#Phys>; :definition "Electric field"@en; :scopeNote "V: stands for vector. Such a word can be followed by another describing the axis or reference frame in which the measurement is done"@en . <#Physelectron> a :Concept; :prefLabel "phys.electron"@en; :inScheme <>; :broader <#Phys>; :definition "Electron"@en; :scopeNote "S: stands for only secondary: the word cannot be used as the first word to describe a single quantity"@en . <#Physelectrondegen> a :Concept; :prefLabel "phys.electron.degen"@en; :inScheme <>; :broader <#Physelectron>; :definition "Electron degeneracy parameter"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Physemissmeasure> a :Concept; :prefLabel "phys.emissMeasure"@en; :inScheme <>; :broader <#Phys>; :definition "Emission measure"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Physemissivity> a :Concept; :prefLabel "phys.emissivity"@en; :inScheme <>; :broader <#Phys>; :definition "Emissivity"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Physenergy> a :Concept; :prefLabel "phys.energy"@en; :inScheme <>; :broader <#Phys>; :definition "Energy"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Physenergydensity> a :Concept; :prefLabel "phys.energy.density"@en; :inScheme <>; :broader <#Physenergy>; :definition "Energy-density"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Physentropy> a :Concept; :prefLabel "phys.entropy"@en; :inScheme <>; :broader <#Phys>; :definition "Entropy"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Physeos> a :Concept; :prefLabel "phys.eos"@en; :inScheme <>; :broader <#Phys>; :definition "Equation of state"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Physexcitparam> a :Concept; :prefLabel "phys.excitParam"@en; :inScheme <>; :broader <#Phys>; :definition "Excitation parameter U"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Physgauntfactor> a :Concept; :prefLabel "phys.gauntFactor"@en; :inScheme <>; :broader <#Phys>; :definition "Gaunt factor/correction"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Physgravity> a :Concept; :prefLabel "phys.gravity"@en; :inScheme <>; :broader <#Phys>; :definition "Gravity"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Physionizparam> a :Concept; :prefLabel "phys.ionizParam"@en; :inScheme <>; :broader <#Phys>; :definition "Ionization parameter"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Physionizparamcoll> a :Concept; :prefLabel "phys.ionizParam.coll"@en; :inScheme <>; :broader <#Physionizparam>; :definition "Collisional ionization"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Physionizparamrad> a :Concept; :prefLabel "phys.ionizParam.rad"@en; :inScheme <>; :broader <#Physionizparam>; :definition "Radiative ionization"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Physluminosity> a :Concept; :prefLabel "phys.luminosity"@en; :inScheme <>; :broader <#Phys>; :definition "Luminosity"@en; :scopeNote "E: means a photometric quantity, and can be followed by a word describing a part of the electromagnetic spectrum"@en . <#Physluminosityfun> a :Concept; :prefLabel "phys.luminosity.fun"@en; :inScheme <>; :broader <#Physluminosity>; :definition "Luminosity function"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Physmagabs> a :Concept; :prefLabel "phys.magAbs"@en; :inScheme <>; :broader <#Phys>; :definition "Absolute magnitude"@en; :scopeNote "E: means a photometric quantity, and can be followed by a word describing a part of the electromagnetic spectrum"@en . <#Physmagabsbol> a :Concept; :prefLabel "phys.magAbs.bol"@en; :inScheme <>; :broader <#Physmagabs>; :definition "Bolometric absolute magnitude"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Physmagfield> a :Concept; :prefLabel "phys.magField"@en; :inScheme <>; :broader <#Phys>; :definition "Magnetic field"@en; :scopeNote "V: stands for vector. Such a word can be followed by another describing the axis or reference frame in which the measurement is done"@en . <#Physmass> a :Concept; :prefLabel "phys.mass"@en; :inScheme <>; :broader <#Phys>; :definition "Mass"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Physmassloss> a :Concept; :prefLabel "phys.mass.loss"@en; :inScheme <>; :broader <#Physmass>; :definition "Mass loss"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Physmol> a :Concept; :prefLabel "phys.mol"@en; :inScheme <>; :broader <#Phys>; :definition "Molecular data"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Physmoldipole> a :Concept; :prefLabel "phys.mol.dipole"@en; :inScheme <>; :broader <#Physmol>; :definition "Molecular dipole"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Physmoldipoleelectric> a :Concept; :prefLabel "phys.mol.dipole.electric"@en; :inScheme <>; :broader <#Physmoldipole>; :definition "Molecular electric dipole moment"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Physmoldipolemagnetic> a :Concept; :prefLabel "phys.mol.dipole.magnetic"@en; :inScheme <>; :broader <#Physmoldipole>; :definition "Molecular magnetic dipole moment"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Physmoldissociation> a :Concept; :prefLabel "phys.mol.dissociation"@en; :inScheme <>; :broader <#Physmol>; :definition "Molecular dissociation"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Physmolformationheat> a :Concept; :prefLabel "phys.mol.formationHeat"@en; :inScheme <>; :broader <#Physmol>; :definition "Formation heat for molecules"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Physmolquadrupole> a :Concept; :prefLabel "phys.mol.quadrupole"@en; :inScheme <>; :broader <#Physmol>; :definition "Molecular quadrupole"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Physmolquadrupoleelectric> a :Concept; :prefLabel "phys.mol.quadrupole.electric"@en; :inScheme <>; :broader <#Physmolquadrupole>; :definition "Molecular electric quadrupole moment"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Physmolrotation> a :Concept; :prefLabel "phys.mol.rotation"@en; :inScheme <>; :broader <#Physmol>; :definition "Molecular rotation"@en; :scopeNote "S: stands for only secondary: the word cannot be used as the first word to describe a single quantity"@en . <#Physmolvibration> a :Concept; :prefLabel "phys.mol.vibration"@en; :inScheme <>; :broader <#Physmol>; :definition "Molecular vibration"@en; :scopeNote "S: stands for only secondary: the word cannot be used as the first word to describe a single quantity"@en . <#Physparticleneutrino> a :Concept; :prefLabel "phys.particle.neutrino"@en; :inScheme <>; :broader <#Phys>; :definition "Related to neutrino"@en; :scopeNote "S: stands for only secondary: the word cannot be used as the first word to describe a single quantity"@en . <#Physpolarization> a :Concept; :prefLabel "phys.polarization"@en; :inScheme <>; :broader <#Phys>; :definition "Polarization degree (or percentage)"@en; :scopeNote "E: means a photometric quantity, and can be followed by a word describing a part of the electromagnetic spectrum"@en . <#Physpolarizationcircular> a :Concept; :prefLabel "phys.polarization.circular"@en; :inScheme <>; :broader <#Physpolarization>; :definition "Circular polarization"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Physpolarizationlinear> a :Concept; :prefLabel "phys.polarization.linear"@en; :inScheme <>; :broader <#Physpolarization>; :definition "Linear polarization"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Physpolarizationrotmeasure> a :Concept; :prefLabel "phys.polarization.rotMeasure"@en; :inScheme <>; :broader <#Physpolarization>; :definition "Rotation measure polarization"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Physpolarizationstokes> a :Concept; :prefLabel "phys.polarization.stokes"@en; :inScheme <>; :broader <#Physpolarization>; :definition "Stokes polarization"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Physpressure> a :Concept; :prefLabel "phys.pressure"@en; :inScheme <>; :broader <#Phys>; :definition "Pressure"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Physrecombinationcoeff> a :Concept; :prefLabel "phys.recombination.coeff"@en; :inScheme <>; :broader <#Phys>; :definition "Recombination coefficient"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Physrefractindex> a :Concept; :prefLabel "phys.refractIndex"@en; :inScheme <>; :broader <#Phys>; :definition "Refraction index"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Physsize> a :Concept; :prefLabel "phys.size"@en; :inScheme <>; :broader <#Phys>; :definition "Linear size, length (not angular)"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Physsizeaxisratio> a :Concept; :prefLabel "phys.size.axisRatio"@en; :inScheme <>; :broader <#Physsize>; :definition "Axis ratio (a/b) or (b/a)"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Physsizediameter> a :Concept; :prefLabel "phys.size.diameter"@en; :inScheme <>; :broader <#Physsize>; :definition "Linear diameter"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Physsizeradius> a :Concept; :prefLabel "phys.size.radius"@en; :inScheme <>; :broader <#Physsize>; :definition "Linear radius"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Physsizesmajaxis> a :Concept; :prefLabel "phys.size.smajAxis"@en; :inScheme <>; :broader <#Physsize>; :definition "Linear semi major axis"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Physsizesminaxis> a :Concept; :prefLabel "phys.size.sminAxis"@en; :inScheme <>; :broader <#Physsize>; :definition "Linear semi minor axis"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Phystemperature> a :Concept; :prefLabel "phys.temperature"@en; :inScheme <>; :broader <#Phys>; :definition "Temperature"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Phystemperatureeffective> a :Concept; :prefLabel "phys.temperature.effective"@en; :inScheme <>; :broader <#Phystemperature>; :definition "Effective temperature"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Phystemperatureelectron> a :Concept; :prefLabel "phys.temperature.electron"@en; :inScheme <>; :broader <#Phystemperature>; :definition "Electron temperature"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Phystransmission> a :Concept; :prefLabel "phys.transmission"@en; :inScheme <>; :broader <#Phys>; :definition "Transmission (of filter, instrument, ...)"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Physveloc> a :Concept; :prefLabel "phys.veloc"@en; :inScheme <>; :broader <#Phys>; :definition "Space velocity"@en; :scopeNote "V: stands for vector. Such a word can be followed by another describing the axis or reference frame in which the measurement is done"@en . <#Physvelocang> a :Concept; :prefLabel "phys.veloc.ang"@en; :inScheme <>; :broader <#Physveloc>; :definition "Angular velocity"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Physvelocdispersion> a :Concept; :prefLabel "phys.veloc.dispersion"@en; :inScheme <>; :broader <#Physveloc>; :definition "Velocity dispersion"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Physvelocescape> a :Concept; :prefLabel "phys.veloc.escape"@en; :inScheme <>; :broader <#Physveloc>; :definition "Escape velocity"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Physvelocexpansion> a :Concept; :prefLabel "phys.veloc.expansion"@en; :inScheme <>; :broader <#Physveloc>; :definition "Expansion velocity"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Physvelocmicroturb> a :Concept; :prefLabel "phys.veloc.microTurb"@en; :inScheme <>; :broader <#Physveloc>; :definition "Microturbulence velocity"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Physvelocorbital> a :Concept; :prefLabel "phys.veloc.orbital"@en; :inScheme <>; :broader <#Physveloc>; :definition "Orbital velocity"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Physvelocpulsat> a :Concept; :prefLabel "phys.veloc.pulsat"@en; :inScheme <>; :broader <#Physveloc>; :definition "Pulsational velocity"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Physvelocrotat> a :Concept; :prefLabel "phys.veloc.rotat"@en; :inScheme <>; :broader <#Physveloc>; :definition "Rotational velocity"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Physveloctransverse> a :Concept; :prefLabel "phys.veloc.transverse"@en; :inScheme <>; :broader <#Physveloc>; :definition "Transverse / tangential velocity"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Physvirial> a :Concept; :prefLabel "phys.virial"@en; :inScheme <>; :broader <#Phys>; :definition "Related to virial quantities (mass, radius, ..)"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Pos> a :Concept; :prefLabel "pos"@en; :inScheme <>; :definition "Position and coordinates"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Posangdistance> a :Concept; :prefLabel "pos.angDistance"@en; :inScheme <>; :broader <#Pos>; :definition "Angular distance, elongation"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Posangresolution> a :Concept; :prefLabel "pos.angResolution"@en; :inScheme <>; :broader <#Pos>; :definition "Angular resolution"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Posaz> a :Concept; :prefLabel "pos.az"@en; :inScheme <>; :broader <#Pos>; :definition "Position in alt-azimutal frame"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Posazalt> a :Concept; :prefLabel "pos.az.alt"@en; :inScheme <>; :broader <#Posaz>; :definition "Alt-azimutal altitude"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Posazazi> a :Concept; :prefLabel "pos.az.azi"@en; :inScheme <>; :broader <#Posaz>; :definition "Alt-azimutal azimut"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Posazzd> a :Concept; :prefLabel "pos.az.zd"@en; :inScheme <>; :broader <#Posaz>; :definition "Alt-azimutal zenith distance"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Posbarycenter> a :Concept; :prefLabel "pos.barycenter"@en; :inScheme <>; :broader <#Pos>; :definition "Barycenter"@en; :scopeNote "S: stands for only secondary: the word cannot be used as the first word to describe a single quantity"@en . <#Posbodyrc> a :Concept; :prefLabel "pos.bodyrc"@en; :inScheme <>; :broader <#Pos>; :definition "Body related coordinates"@en; :scopeNote "S: stands for only secondary: the word cannot be used as the first word to describe a single quantity"@en . <#Posbodyrcalt> a :Concept; :prefLabel "pos.bodyrc.alt"@en; :inScheme <>; :broader <#Posbodyrc>; :definition "Body related coordinate (altitude on the body)"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Posbodyrclat> a :Concept; :prefLabel "pos.bodyrc.lat"@en; :inScheme <>; :broader <#Posbodyrc>; :definition "Body related coordinate (latitude on the body)"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Posbodyrclong> a :Concept; :prefLabel "pos.bodyrc.long"@en; :inScheme <>; :broader <#Posbodyrc>; :definition "Body related coordinate (longitude on the body)"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Poscartesian> a :Concept; :prefLabel "pos.cartesian"@en; :inScheme <>; :broader <#Pos>; :definition "Cartesian (rectangular) coordinates"@en; :scopeNote "S: stands for only secondary: the word cannot be used as the first word to describe a single quantity"@en . <#Poscartesianx> a :Concept; :prefLabel "pos.cartesian.x"@en; :inScheme <>; :broader <#Poscartesian>; :definition "Cartesian coordinate along the x-axis"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Poscartesiany> a :Concept; :prefLabel "pos.cartesian.y"@en; :inScheme <>; :broader <#Poscartesian>; :definition "Cartesian coordinate along the y-axis"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Poscartesianz> a :Concept; :prefLabel "pos.cartesian.z"@en; :inScheme <>; :broader <#Poscartesian>; :definition "Cartesian coordinate along the z-axis"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Poscmb> a :Concept; :prefLabel "pos.cmb"@en; :inScheme <>; :broader <#Pos>; :definition "Cosmic Microwave Background reference frame"@en; :scopeNote "S: stands for only secondary: the word cannot be used as the first word to describe a single quantity"@en . <#Posdircos> a :Concept; :prefLabel "pos.dirCos"@en; :inScheme <>; :broader <#Pos>; :definition "Direction cosine"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Posdistance> a :Concept; :prefLabel "pos.distance"@en; :inScheme <>; :broader <#Pos>; :definition "Linear distance"@en; :scopeNote "V: stands for vector. Such a word can be followed by another describing the axis or reference frame in which the measurement is done"@en . <#Posearth> a :Concept; :prefLabel "pos.earth"@en; :inScheme <>; :broader <#Pos>; :definition "Coordinates related to Earth"@en; :scopeNote "S: stands for only secondary: the word cannot be used as the first word to describe a single quantity"@en . <#Posearthaltitude> a :Concept; :prefLabel "pos.earth.altitude"@en; :inScheme <>; :broader <#Posearth>; :definition "Altitude, height on Earth above sea level"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Posearthlat> a :Concept; :prefLabel "pos.earth.lat"@en; :inScheme <>; :broader <#Posearth>; :definition "Latitude on Earth"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Posearthlon> a :Concept; :prefLabel "pos.earth.lon"@en; :inScheme <>; :broader <#Posearth>; :definition "Longitude on Earth"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Posecliptic> a :Concept; :prefLabel "pos.ecliptic"@en; :inScheme <>; :broader <#Pos>; :definition "Ecliptic coordinates"@en; :scopeNote "S: stands for only secondary: the word cannot be used as the first word to describe a single quantity"@en . <#Poseclipticlat> a :Concept; :prefLabel "pos.ecliptic.lat"@en; :inScheme <>; :broader <#Posecliptic>; :definition "Ecliptic latitude"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Poseclipticlon> a :Concept; :prefLabel "pos.ecliptic.lon"@en; :inScheme <>; :broader <#Posecliptic>; :definition "Ecliptic longitude"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Poseop> a :Concept; :prefLabel "pos.eop"@en; :inScheme <>; :broader <#Pos>; :definition "Earth orientation parameters"@en; :scopeNote "S: stands for only secondary: the word cannot be used as the first word to describe a single quantity"@en . <#Poseopnutation> a :Concept; :prefLabel "pos.eop.nutation"@en; :inScheme <>; :broader <#Poseop>; :definition "Earth nutation"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Posephem> a :Concept; :prefLabel "pos.ephem"@en; :inScheme <>; :broader <#Pos>; :definition "Ephemeris"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Poseq> a :Concept; :prefLabel "pos.eq"@en; :inScheme <>; :broader <#Pos>; :definition "Equatorial coordinates"@en; :scopeNote "S: stands for only secondary: the word cannot be used as the first word to describe a single quantity"@en . <#Poseqdec> a :Concept; :prefLabel "pos.eq.dec"@en; :inScheme <>; :broader <#Poseq>; :definition "Declination in equatorial coordinates"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Poseqha> a :Concept; :prefLabel "pos.eq.ha"@en; :inScheme <>; :broader <#Poseq>; :definition "Hour-angle"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Poseqra> a :Concept; :prefLabel "pos.eq.ra"@en; :inScheme <>; :broader <#Poseq>; :definition "Right ascension in equatorial coordinates"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Poseqspd> a :Concept; :prefLabel "pos.eq.spd"@en; :inScheme <>; :broader <#Poseq>; :definition "South polar distance in equatorial coordinates"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Poserrorellipse> a :Concept; :prefLabel "pos.errorEllipse"@en; :inScheme <>; :broader <#Pos>; :definition "Positional error ellipse"@en; :scopeNote "S: stands for only secondary: the word cannot be used as the first word to describe a single quantity"@en . <#Posframe> a :Concept; :prefLabel "pos.frame"@en; :inScheme <>; :broader <#Pos>; :definition "Reference frame used for positions"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Posgalactic> a :Concept; :prefLabel "pos.galactic"@en; :inScheme <>; :broader <#Pos>; :definition "Galactic coordinates"@en; :scopeNote "S: stands for only secondary: the word cannot be used as the first word to describe a single quantity"@en . <#Posgalacticlat> a :Concept; :prefLabel "pos.galactic.lat"@en; :inScheme <>; :broader <#Posgalactic>; :definition "Latitude in galactic coordinates"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Posgalacticlon> a :Concept; :prefLabel "pos.galactic.lon"@en; :inScheme <>; :broader <#Posgalactic>; :definition "Longitude in galactic coordinates"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Posgalactocentric> a :Concept; :prefLabel "pos.galactocentric"@en; :inScheme <>; :broader <#Pos>; :definition "Galactocentric coordinate system"@en; :scopeNote "S: stands for only secondary: the word cannot be used as the first word to describe a single quantity"@en . <#Posgeocentric> a :Concept; :prefLabel "pos.geocentric"@en; :inScheme <>; :broader <#Pos>; :definition "Geocentric coordinate system"@en; :scopeNote "S: stands for only secondary: the word cannot be used as the first word to describe a single quantity"@en . <#Poshealpix> a :Concept; :prefLabel "pos.healpix"@en; :inScheme <>; :broader <#Pos>; :definition "Hierarchical Equal Area IsoLatitude Pixelization"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Posheliocentric> a :Concept; :prefLabel "pos.heliocentric"@en; :inScheme <>; :broader <#Pos>; :definition "Heliocentric position coordinate (solar system bodies)"@en; :scopeNote "S: stands for only secondary: the word cannot be used as the first word to describe a single quantity"@en . <#Poshtm> a :Concept; :prefLabel "pos.HTM"@en; :inScheme <>; :broader <#Pos>; :definition "Hierarchical Triangular Mesh"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Poslambert> a :Concept; :prefLabel "pos.lambert"@en; :inScheme <>; :broader <#Pos>; :definition "Lambert projection"@en; :scopeNote "S: stands for only secondary: the word cannot be used as the first word to describe a single quantity"@en . <#Poslg> a :Concept; :prefLabel "pos.lg"@en; :inScheme <>; :broader <#Pos>; :definition "Local Group reference frame"@en; :scopeNote "S: stands for only secondary: the word cannot be used as the first word to describe a single quantity"@en . <#Poslsr> a :Concept; :prefLabel "pos.lsr"@en; :inScheme <>; :broader <#Pos>; :definition "Local Standard of Rest reference frame"@en; :scopeNote "S: stands for only secondary: the word cannot be used as the first word to describe a single quantity"@en . <#Poslunar> a :Concept; :prefLabel "pos.lunar"@en; :inScheme <>; :broader <#Pos>; :definition "Lunar coordinates"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Poslunaroccult> a :Concept; :prefLabel "pos.lunar.occult"@en; :inScheme <>; :broader <#Poslunar>; :definition "Occultation by lunar limb"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Posparallax> a :Concept; :prefLabel "pos.parallax"@en; :inScheme <>; :broader <#Pos>; :definition "Parallax"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Posparallaxdyn> a :Concept; :prefLabel "pos.parallax.dyn"@en; :inScheme <>; :broader <#Posparallax>; :definition "Dynamical parallax"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Posparallaxphot> a :Concept; :prefLabel "pos.parallax.phot"@en; :inScheme <>; :broader <#Posparallax>; :definition "Photometric parallaxes"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Posparallaxspect> a :Concept; :prefLabel "pos.parallax.spect"@en; :inScheme <>; :broader <#Posparallax>; :definition "Spectroscopic parallax"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Posparallaxtrig> a :Concept; :prefLabel "pos.parallax.trig"@en; :inScheme <>; :broader <#Posparallax>; :definition "Trigonometric parallax"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Posphaseang> a :Concept; :prefLabel "pos.phaseAng"@en; :inScheme <>; :broader <#Pos>; :definition "Phase angle, e.g. elongation of earth from sun as seen from a third cel. object"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Pospm> a :Concept; :prefLabel "pos.pm"@en; :inScheme <>; :broader <#Pos>; :definition "Proper motion"@en; :scopeNote "V: stands for vector. Such a word can be followed by another describing the axis or reference frame in which the measurement is done"@en . <#Posposang> a :Concept; :prefLabel "pos.posAng"@en; :inScheme <>; :broader <#Pos>; :definition "Position angle of a given vector"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Posprecess> a :Concept; :prefLabel "pos.precess"@en; :inScheme <>; :broader <#Pos>; :definition "Precession (in equatorial coordinates)"@en; :scopeNote "V: stands for vector. Such a word can be followed by another describing the axis or reference frame in which the measurement is done"@en . <#Possupergalactic> a :Concept; :prefLabel "pos.supergalactic"@en; :inScheme <>; :broader <#Pos>; :definition "Supergalactic coordinates"@en; :scopeNote "S: stands for only secondary: the word cannot be used as the first word to describe a single quantity"@en . <#Possupergalacticlat> a :Concept; :prefLabel "pos.supergalactic.lat"@en; :inScheme <>; :broader <#Possupergalactic>; :definition "Latitude in supergalactic coordinates"@en ; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en. <#Possupergalacticlon> a :Concept; :prefLabel "pos.supergalactic.lon"@en; :inScheme <>; :broader <#Possupergalactic>; :definition "Longitude in supergalactic coordinates"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Poswcs> a :Concept; :prefLabel "pos.wcs"@en; :inScheme <>; :broader <#Pos>; :definition "WCS keywords"@en; :scopeNote "P: means that the word can only be used as primary or first word"@en . <#Poswcscdmatrix> a :Concept; :prefLabel "pos.wcs.cdmatrix"@en; :inScheme <>; :broader <#Poswcs>; :definition "WCS CDMATRIX"@en; :scopeNote "P: means that the word can only be used as primary or first word"@en . <#Poswcscrpix> a :Concept; :prefLabel "pos.wcs.crpix"@en; :inScheme <>; :broader <#Poswcs>; :definition "WCS CRPIX"@en; :scopeNote "P: means that the word can only be used as primary or first word"@en . <#Poswcscrval> a :Concept; :prefLabel "pos.wcs.crval"@en; :inScheme <>; :broader <#Poswcs>; :definition "WCS CRVAL"@en; :scopeNote "P: means that the word can only be used as primary or first word"@en . <#Poswcsctype> a :Concept; :prefLabel "pos.wcs.ctype"@en; :inScheme <>; :broader <#Poswcs>; :definition "WCS CTYPE"@en; :scopeNote "P: means that the word can only be used as primary or first word"@en . <#Poswcsnaxes> a :Concept; :prefLabel "pos.wcs.naxes"@en; :inScheme <>; :broader <#Poswcs>; :definition "WCS NAXES"@en; :scopeNote "P: means that the word can only be used as primary or first word"@en . <#Poswcsnaxis> a :Concept; :prefLabel "pos.wcs.naxis"@en; :inScheme <>; :broader <#Poswcs>; :definition "WCS NAXIS"@en; :scopeNote "P: means that the word can only be used as primary or first word"@en . <#Poswcsscale> a :Concept; :prefLabel "pos.wcs.scale"@en; :inScheme <>; :broader <#Poswcs>; :definition "WCS scale or scale of an image"@en; :scopeNote "P: means that the word can only be used as primary or first word"@en . <#Spect> a :Concept; :prefLabel "spect"@en; :inScheme <>; :definition "Spectroscopy"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Spectbinsize> a :Concept; :prefLabel "spect.binSize"@en; :inScheme <>; :broader <#Spect>; :definition "Spectral bin size"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Spectcontinuum> a :Concept; :prefLabel "spect.continuum"@en; :inScheme <>; :broader <#Spect>; :definition "Continuum spectrum"@en; :scopeNote "S: stands for only secondary: the word cannot be used as the first word to describe a single quantity"@en . <#Spectdopplerparam> a :Concept; :prefLabel "spect.dopplerParam"@en; :inScheme <>; :broader <#Spect>; :definition "Doppler parameter b"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Spectdopplerveloc> a :Concept; :prefLabel "spect.dopplerVeloc"@en; :inScheme <>; :broader <#Spect>; :definition "Radial velocity, derived from the shift of some spectral feature"@en; :scopeNote "E: means a photometric quantity, and can be followed by a word describing a part of the electromagnetic spectrum"@en . <#Spectdopplervelocopt> a :Concept; :prefLabel "spect.dopplerVeloc.opt"@en; :inScheme <>; :broader <#Spectdopplerveloc>; :definition "Radial velocity derived from a wavelength shift using the optical convention"@en; :scopeNote "E: means a photometric quantity, and can be followed by a word describing a part of the electromagnetic spectrum"@en . <#Spectdopplervelocradio> a :Concept; :prefLabel "spect.dopplerVeloc.radio"@en; :inScheme <>; :broader <#Spectdopplerveloc>; :definition "Radial velocity derived from a frequency shift using the radio convention"@en; :scopeNote "E: means a photometric quantity, and can be followed by a word describing a part of the electromagnetic spectrum"@en . <#Spectindex> a :Concept; :prefLabel "spect.index"@en; :inScheme <>; :broader <#Spect>; :definition "Spectral index"@en; :scopeNote "E: means a photometric quantity, and can be followed by a word describing a part of the electromagnetic spectrum"@en . <#Spectline> a :Concept; :prefLabel "spect.line"@en; :inScheme <>; :broader <#Spect>; :definition "Spectral line"@en; :scopeNote "S: stands for only secondary: the word cannot be used as the first word to describe a single quantity"@en . <#Spectlineasymmetry> a :Concept; :prefLabel "spect.line.asymmetry"@en; :inScheme <>; :broader <#Spectline>; :definition "Line asymmetry"@en; :scopeNote "E: means a photometric quantity, and can be followed by a word describing a part of the electromagnetic spectrum"@en . <#Spectlinebroad> a :Concept; :prefLabel "spect.line.broad"@en; :inScheme <>; :broader <#Spectline>; :definition "Spectral line broadening"@en; :scopeNote "E: means a photometric quantity, and can be followed by a word describing a part of the electromagnetic spectrum"@en . <#Spectlinebroadstark> a :Concept; :prefLabel "spect.line.broad.Stark"@en; :inScheme <>; :broader <#Spectlinebroad>; :definition "Stark line broadening coefficient"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Spectlinebroadzeeman> a :Concept; :prefLabel "spect.line.broad.Zeeman"@en; :inScheme <>; :broader <#Spectlinebroad>; :definition "Zeeman broadening"@en; :scopeNote "E: means a photometric quantity, and can be followed by a word describing a part of the electromagnetic spectrum"@en . <#Spectlineeqwidth> a :Concept; :prefLabel "spect.line.eqWidth"@en; :inScheme <>; :broader <#Spectline>; :definition "Line equivalent width"@en; :scopeNote "E: means a photometric quantity, and can be followed by a word describing a part of the electromagnetic spectrum"@en . <#Spectlineintensity> a :Concept; :prefLabel "spect.line.intensity"@en; :inScheme <>; :broader <#Spectline>; :definition "Line intensity"@en; :scopeNote "E: means a photometric quantity, and can be followed by a word describing a part of the electromagnetic spectrum"@en . <#Spectlineprofile> a :Concept; :prefLabel "spect.line.profile"@en; :inScheme <>; :broader <#Spectline>; :definition "Line profile"@en; :scopeNote "E: means a photometric quantity, and can be followed by a word describing a part of the electromagnetic spectrum"@en . <#Spectlinestrength> a :Concept; :prefLabel "spect.line.strength"@en; :inScheme <>; :broader <#Spectline>; :definition "Spectral line strength S"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Spectlinewidth> a :Concept; :prefLabel "spect.line.width"@en; :inScheme <>; :broader <#Spectline>; :definition "Spectral line fwhm"@en; :scopeNote "E: means a photometric quantity, and can be followed by a word describing a part of the electromagnetic spectrum"@en . <#Spectresolution> a :Concept; :prefLabel "spect.resolution"@en; :inScheme <>; :broader <#Spect>; :definition "Spectral (or velocity) resolution"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Src> a :Concept; :prefLabel "src"@en; :inScheme <>; :definition "Observed source viewed on the sky"@en; :scopeNote "S: stands for only secondary: the word cannot be used as the first word to describe a single quantity"@en . <#Srccalib> a :Concept; :prefLabel "src.calib"@en; :inScheme <>; :broader <#Src>; :definition "Calibration source"@en; :scopeNote "S: stands for only secondary: the word cannot be used as the first word to describe a single quantity"@en . <#Srccalibguidestar> a :Concept; :prefLabel "src.calib.guideStar"@en; :inScheme <>; :broader <#Srccalib>; :definition "Guide star"@en; :scopeNote "S: stands for only secondary: the word cannot be used as the first word to describe a single quantity"@en . <#Srcclass> a :Concept; :prefLabel "src.class"@en; :inScheme <>; :broader <#Src>; :definition "Source classification (star, galaxy, cluster...)"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Srcclasscolor> a :Concept; :prefLabel "src.class.color"@en; :inScheme <>; :broader <#Srcclass>; :definition "Color classification"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Srcclassdistance> a :Concept; :prefLabel "src.class.distance"@en; :inScheme <>; :broader <#Srcclass>; :definition "Distance class e.g. Abell"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Srcclassluminosity> a :Concept; :prefLabel "src.class.luminosity"@en; :inScheme <>; :broader <#Srcclass>; :definition "Luminosity class"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Srcclassrichness> a :Concept; :prefLabel "src.class.richness"@en; :inScheme <>; :broader <#Srcclass>; :definition "Richness class e.g. Abell"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Srcclassstargalaxy> a :Concept; :prefLabel "src.class.starGalaxy"@en; :inScheme <>; :broader <#Srcclass>; :definition "Star/galaxy discriminator, stellarity index"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Srcclassstruct> a :Concept; :prefLabel "src.class.struct"@en; :inScheme <>; :broader <#Srcclass>; :definition "Structure classification e.g. Bautz-Morgan"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Srcdensity> a :Concept; :prefLabel "src.density"@en; :inScheme <>; :broader <#Src>; :definition "Density of sources"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Srcellipticity> a :Concept; :prefLabel "src.ellipticity"@en; :inScheme <>; :broader <#Src>; :definition "Source ellipticity"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Srcimpactparam> a :Concept; :prefLabel "src.impactParam"@en; :inScheme <>; :broader <#Src>; :definition "Impact parameter"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Srcmorph> a :Concept; :prefLabel "src.morph"@en; :inScheme <>; :broader <#Src>; :definition "Morphology structure"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Srcmorphparam> a :Concept; :prefLabel "src.morph.param"@en; :inScheme <>; :broader <#Srcmorph>; :definition "Morphological parameter"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Srcmorphsclength> a :Concept; :prefLabel "src.morph.scLength"@en; :inScheme <>; :broader <#Srcmorph>; :definition "Scale length for a galactic component (disc or bulge)"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Srcmorphtype> a :Concept; :prefLabel "src.morph.type"@en; :inScheme <>; :broader <#Srcmorph>; :definition "Hubble morphological type (galaxies)"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Srcnet> a :Concept; :prefLabel "src.net"@en; :inScheme <>; :broader <#Src>; :definition "Qualifier indicating that a quantity (e.g. flux) is background subtracted rather than total"@en; :scopeNote "S: stands for only secondary: the word cannot be used as the first word to describe a single quantity"@en . <#Srcorbital> a :Concept; :prefLabel "src.orbital"@en; :inScheme <>; :broader <#Src>; :definition "Orbital parameters"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Srcorbitaleccentricity> a :Concept; :prefLabel "src.orbital.eccentricity"@en; :inScheme <>; :broader <#Srcorbital>; :definition "Orbit eccentricity"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Srcorbitalinclination> a :Concept; :prefLabel "src.orbital.inclination"@en; :inScheme <>; :broader <#Srcorbital>; :definition "Orbit inclination"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Srcorbitalmeananomaly> a :Concept; :prefLabel "src.orbital.meanAnomaly"@en; :inScheme <>; :broader <#Srcorbital>; :definition "Orbit mean anomaly"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Srcorbitalmeanmotion> a :Concept; :prefLabel "src.orbital.meanMotion"@en; :inScheme <>; :broader <#Srcorbital>; :definition "Mean motion"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Srcorbitalnode> a :Concept; :prefLabel "src.orbital.node"@en; :inScheme <>; :broader <#Srcorbital>; :definition "Ascending node"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Srcorbitalperiastron> a :Concept; :prefLabel "src.orbital.periastron"@en; :inScheme <>; :broader <#Srcorbital>; :definition "Periastron"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Srcredshift> a :Concept; :prefLabel "src.redshift"@en; :inScheme <>; :broader <#Src>; :definition "Redshift"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Srcredshiftphot> a :Concept; :prefLabel "src.redshift.phot"@en; :inScheme <>; :broader <#Srcredshift>; :definition "Photometric redshift"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Srcsample> a :Concept; :prefLabel "src.sample"@en; :inScheme <>; :broader <#Src>; :definition "Sample"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Srcsptype> a :Concept; :prefLabel "src.spType"@en; :inScheme <>; :broader <#Src>; :definition "Spectral type MK"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Srcvar> a :Concept; :prefLabel "src.var"@en; :inScheme <>; :broader <#Src>; :definition "Variability of source"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Srcvaramplitude> a :Concept; :prefLabel "src.var.amplitude"@en; :inScheme <>; :broader <#Srcvar>; :definition "Amplitude of variation"@en; :scopeNote "E: means a photometric quantity, and can be followed by a word describing a part of the electromagnetic spectrum"@en . <#Srcvarindex> a :Concept; :prefLabel "src.var.index"@en; :inScheme <>; :broader <#Srcvar>; :definition "Variability index"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Srcvarpulse> a :Concept; :prefLabel "src.var.pulse"@en; :inScheme <>; :broader <#Srcvar>; :definition "Pulse"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Stat> a :Concept; :prefLabel "stat"@en; :inScheme <>; :definition "Statistical parameters"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Statfourier> a :Concept; :prefLabel "stat.Fourier"@en; :inScheme <>; :broader <#Stat>; :definition "Fourier coefficient"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Statfourieramplitude> a :Concept; :prefLabel "stat.Fourier.amplitude"@en; :inScheme <>; :broader <#Statfourier>; :definition "Amplitude Fourier coefficient"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Statcorrelation> a :Concept; :prefLabel "stat.correlation"@en; :inScheme <>; :broader <#Stat>; :definition "Correlation between two parameters"@en; :scopeNote "P: means that the word can only be used as primary or first word"@en . <#Statcovariance> a :Concept; :prefLabel "stat.covariance"@en; :inScheme <>; :broader <#Stat>; :definition "Covariance between two parameters"@en; :scopeNote "P: means that the word can only be used as primary or first word"@en . <#Staterror> a :Concept; :prefLabel "stat.error"@en; :inScheme <>; :broader <#Stat>; :definition "Statistical error"@en; :scopeNote "P: means that the word can only be used as primary or first word"@en . <#Staterrorsys> a :Concept; :prefLabel "stat.error.sys"@en; :inScheme <>; :broader <#Staterror>; :definition "Systematic error"@en; :scopeNote "P: means that the word can only be used as primary or first word"@en . <#Statfilling> a :Concept; :prefLabel "stat.filling"@en; :inScheme <>; :broader <#Stat>; :definition "Filling factor (volume, time, ..)"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Statfit> a :Concept; :prefLabel "stat.fit"@en; :inScheme <>; :broader <#Stat>; :definition "Fit"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Statfitchi2> a :Concept; :prefLabel "stat.fit.chi2"@en; :inScheme <>; :broader <#Statfit>; :definition "Chi-square distribution, test"@en; :scopeNote "P: means that the word can only be used as primary or first word"@en . <#Statfitdof> a :Concept; :prefLabel "stat.fit.dof"@en; :inScheme <>; :broader <#Statfit>; :definition "Degrees of freedom"@en; :scopeNote "P: means that the word can only be used as primary or first word"@en . <#Statfitgoodness> a :Concept; :prefLabel "stat.fit.goodness"@en; :inScheme <>; :broader <#Statfit>; :definition "Goodness or significance of fit"@en; :scopeNote "P: means that the word can only be used as primary or first word"@en . <#Statfitomc> a :Concept; :prefLabel "stat.fit.omc"@en; :inScheme <>; :broader <#Statfit>; :definition "Observed minus computed"@en; :scopeNote "S: stands for only secondary: the word cannot be used as the first word to describe a single quantity"@en . <#Statfitparam> a :Concept; :prefLabel "stat.fit.param"@en; :inScheme <>; :broader <#Statfit>; :definition "Parameter of fit"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Statfitresidual> a :Concept; :prefLabel "stat.fit.residual"@en; :inScheme <>; :broader <#Statfit>; :definition "Residual fit"@en; :scopeNote "P: means that the word can only be used as primary or first word"@en . <#Statlikelihood> a :Concept; :prefLabel "stat.likelihood"@en; :inScheme <>; :broader <#Stat>; :definition "Likelihood"@en; :scopeNote "P: means that the word can only be used as primary or first word"@en . <#Statmax> a :Concept; :prefLabel "stat.max"@en; :inScheme <>; :broader <#Stat>; :definition "Maximum or upper limit"@en; :scopeNote "S: stands for only secondary: the word cannot be used as the first word to describe a single quantity"@en . <#Statmean> a :Concept; :prefLabel "stat.mean"@en; :inScheme <>; :broader <#Stat>; :definition "Mean, average value"@en; :scopeNote "S: stands for only secondary: the word cannot be used as the first word to describe a single quantity"@en . <#Statmedian> a :Concept; :prefLabel "stat.median"@en; :inScheme <>; :broader <#Stat>; :definition "Median value"@en; :scopeNote "S: stands for only secondary: the word cannot be used as the first word to describe a single quantity"@en . <#Statmin> a :Concept; :prefLabel "stat.min"@en; :inScheme <>; :broader <#Stat>; :definition "Minimum or lowest limit"@en; :scopeNote "S: stands for only secondary: the word cannot be used as the first word to describe a single quantity"@en . <#Statparam> a :Concept; :prefLabel "stat.param"@en; :inScheme <>; :broader <#Stat>; :definition "Parameter"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Statprobability> a :Concept; :prefLabel "stat.probability"@en; :inScheme <>; :broader <#Stat>; :definition "Probability"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Statsnr> a :Concept; :prefLabel "stat.snr"@en; :inScheme <>; :broader <#Stat>; :definition "Signal to noise ratio"@en; :scopeNote "P: means that the word can only be used as primary or first word"@en . <#Statstdev> a :Concept; :prefLabel "stat.stdev"@en; :inScheme <>; :broader <#Stat>; :definition "Standard deviation"@en; :scopeNote "P: means that the word can only be used as primary or first word"@en . <#Statuncalib> a :Concept; :prefLabel "stat.uncalib"@en; :inScheme <>; :broader <#Stat>; :definition "Qualifier of a generic incalibrated quantity"@en; :scopeNote "S: stands for only secondary: the word cannot be used as the first word to describe a single quantity"@en . <#Statvalue> a :Concept; :prefLabel "stat.value"@en; :inScheme <>; :broader <#Stat>; :definition "Miscellaneous value"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Statvariance> a :Concept; :prefLabel "stat.variance"@en; :inScheme <>; :broader <#Stat>; :definition "Variance"@en; :scopeNote "P: means that the word can only be used as primary or first word"@en . <#Statweight> a :Concept; :prefLabel "stat.weight"@en; :inScheme <>; :broader <#Stat>; :definition "Statistical weight"@en; :scopeNote "P: means that the word can only be used as primary or first word"@en . <#Time> a :Concept; :prefLabel "time"@en; :inScheme <>; :definition "Time, generic quantity in units of time or date"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Timeage> a :Concept; :prefLabel "time.age"@en; :inScheme <>; :broader <#Time>; :definition "Age"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Timecreation> a :Concept; :prefLabel "time.creation"@en; :inScheme <>; :broader <#Time>; :definition "Creation time/date (of dataset, file, catalogue,...)"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Timecrossing> a :Concept; :prefLabel "time.crossing"@en; :inScheme <>; :broader <#Time>; :definition "Crossing time"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Timeduration> a :Concept; :prefLabel "time.duration"@en; :inScheme <>; :broader <#Time>; :definition "Interval of time describing the duration of a generic event or phenomenon"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Timeend> a :Concept; :prefLabel "time.end"@en; :inScheme <>; :broader <#Time>; :definition "End time/date of a generic event"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Timeepoch> a :Concept; :prefLabel "time.epoch"@en; :inScheme <>; :broader <#Time>; :definition "Instant of time related to a generic event (epoch, date, Julian date, time stamp/tag,...)"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Timeequinox> a :Concept; :prefLabel "time.equinox"@en; :inScheme <>; :broader <#Time>; :definition "Equinox"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Timeinterval> a :Concept; :prefLabel "time.interval"@en; :inScheme <>; :broader <#Time>; :definition "Time interval, time-bin, time elapsed between two events, not the duration of an event"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Timelifetime> a :Concept; :prefLabel "time.lifetime"@en; :inScheme <>; :broader <#Time>; :definition "Lifetime"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Timeperiod> a :Concept; :prefLabel "time.period"@en; :inScheme <>; :broader <#Time>; :definition "Period, interval of time between the recurrence of phases in a periodic phenomenon"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Timephase> a :Concept; :prefLabel "time.phase"@en; :inScheme <>; :broader <#Time>; :definition "Phase, position within a period"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Timeprocessing> a :Concept; :prefLabel "time.processing"@en; :inScheme <>; :broader <#Time>; :definition "A time/date associated with the processing of data"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Timepubliyear> a :Concept; :prefLabel "time.publiYear"@en; :inScheme <>; :broader <#Time>; :definition "Publication year"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Timerelax> a :Concept; :prefLabel "time.relax"@en; :inScheme <>; :broader <#Time>; :definition "Relaxation time"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Timerelease> a :Concept; :prefLabel "time.release"@en; :inScheme <>; :broader <#Time>; :definition "The time/date data is available to the public"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Timeresolution> a :Concept; :prefLabel "time.resolution"@en; :inScheme <>; :broader <#Time>; :definition "Time resolution"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Timescale> a :Concept; :prefLabel "time.scale"@en; :inScheme <>; :broader <#Time>; :definition "Timescale"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en . <#Timestart> a :Concept; :prefLabel "time.start"@en; :inScheme <>; :broader <#Time>; :definition "Start time/date of generic event"@en; :scopeNote "Q: means that the word can be used indifferently as first or secondary word"@en .