zugferd-code-lists
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ZUGFeRD code lists, e.g. languages enum, currencies enum, countries enum, etc.
3,505 lines (3,504 loc) • 200 kB
TypeScript
declare enum Unit {
/**
* group
*
* rec20
*/
Group = "10",
/**
* outfit
*
* rec20
*/
Outfit = "11",
/**
* ration
*
* rec20
*/
Ration = "13",
/**
* shot
*
* rec20
*/
Shot = "14",
/**
* stick, military
*
* rec20
*/
StickMilitary = "15",
/**
* twenty foot container
*
* rec20
*/
TwentyFootContainer = "20",
/**
* forty foot container
*
* rec20
*/
FortyFootContainer = "21",
/**
* decilitre per gram
*
* rec20
*/
DecilitrePerGram = "22",
/**
* gram per cubic centimetre
*
* rec20
*/
GramPerCubicCentimetre = "23",
/**
* theoretical pound
*
* rec20
*/
TheoreticalPound = "24",
/**
* gram per square centimetre
*
* rec20
*/
GramPerSquareCentimetre = "25",
/**
* theoretical ton
*
* rec20
*/
TheoreticalTon = "27",
/**
* kilogram per square metre
*
* rec20
*/
KilogramPerSquareMetre = "28",
/**
* kilopascal square metre per gram
*
* rec20
*/
KilopascalSquareMetrePerGram = "33",
/**
* kilopascal per millimetre
*
* rec20
*/
KilopascalPerMillimetre = "34",
/**
* millilitre per square centimetre second
*
* rec20
*/
MillilitrePerSquareCentimetreSecond = "35",
/**
* ounce per square foot
*
* rec20
*/
OuncePerSquareFoot = "37",
/**
* ounce per square foot per 0,01inch
*
* rec20
*/
OuncePerSquareFootPer001inch = "38",
/**
* millilitre per second
*
* rec20
*/
MillilitrePerSecond = "40",
/**
* millilitre per minute
*
* rec20
*/
MillilitrePerMinute = "41",
/**
* sitas
*
* rec20
*/
Sitas = "56",
/**
* mesh
*
* rec20
*/
Mesh = "57",
/**
* net kilogram
*
* rec20
*/
NetKilogram = "58",
/**
* part per million
*
* rec20
*/
PartPerMillion = "59",
/**
* percent weight
*
* rec20
*/
PercentWeight = "60",
/**
* part per billion (US)
*
* rec20
*/
PartPerBillionUs = "61",
/**
* millipascal
*
* rec20
*/
Millipascal = "74",
/**
* milli-inch
*
* rec20
*/
MilliInch = "77",
/**
* pound per square inch absolute
*
* rec20
*/
PoundPerSquareInchAbsolute = "80",
/**
* henry
*
* rec20
*/
Henry = "81",
/**
* foot pound-force
*
* rec20
*/
FootPoundForce = "85",
/**
* pound per cubic foot
*
* rec20
*/
PoundPerCubicFoot = "87",
/**
* poise
*
* rec20
*/
Poise = "89",
/**
* stokes
*
* rec20
*/
Stokes = "91",
/**
* fixed rate
*
* rec20
*/
FixedRate = "1I",
/**
* radian per second
*
* rec20
*/
RadianPerSecond = "2A",
/**
* radian per second squared
*
* rec20
*/
RadianPerSecondSquared = "2B",
/**
* roentgen
*
* rec20
*/
Roentgen = "2C",
/**
* volt AC
*
* rec20
*/
VoltAc = "2G",
/**
* volt DC
*
* rec20
*/
VoltDc = "2H",
/**
* British thermal unit (international table) per hour
*
* rec20
*/
BritishThermalUnitInternationalTablePerHour = "2I",
/**
* cubic centimetre per second
*
* rec20
*/
CubicCentimetrePerSecond = "2J",
/**
* cubic foot per hour
*
* rec20
*/
CubicFootPerHour = "2K",
/**
* cubic foot per minute
*
* rec20
*/
CubicFootPerMinute = "2L",
/**
* centimetre per second
*
* rec20
*/
CentimetrePerSecond = "2M",
/**
* decibel
*
* rec20
*/
Decibel = "2N",
/**
* kilobyte
*
* rec20
*/
Kilobyte = "2P",
/**
* kilobecquerel
*
* rec20
*/
Kilobecquerel = "2Q",
/**
* kilocurie
*
* rec20
*/
Kilocurie = "2R",
/**
* megagram
*
* rec20
*/
Megagram = "2U",
/**
* metre per minute
*
* rec20
*/
MetrePerMinute = "2X",
/**
* milliroentgen
*
* rec20
*/
Milliroentgen = "2Y",
/**
* millivolt
*
* rec20
*/
Millivolt = "2Z",
/**
* megajoule
*
* rec20
*/
Megajoule = "3B",
/**
* manmonth
*
* rec20
*/
Manmonth = "3C",
/**
* centistokes
*
* rec20
*/
Centistokes = "4C",
/**
* microlitre
*
* rec20
*/
Microlitre = "4G",
/**
* micrometre (micron)
*
* rec20
*/
MicrometreMicron = "4H",
/**
* milliampere
*
* rec20
*/
Milliampere = "4K",
/**
* megabyte
*
* rec20
*/
Megabyte = "4L",
/**
* milligram per hour
*
* rec20
*/
MilligramPerHour = "4M",
/**
* megabecquerel
*
* rec20
*/
Megabecquerel = "4N",
/**
* microfarad
*
* rec20
*/
Microfarad = "4O",
/**
* newton per metre
*
* rec20
*/
NewtonPerMetre = "4P",
/**
* ounce inch
*
* rec20
*/
OunceInch = "4Q",
/**
* ounce foot
*
* rec20
*/
OunceFoot = "4R",
/**
* picofarad
*
* rec20
*/
Picofarad = "4T",
/**
* pound per hour
*
* rec20
*/
PoundPerHour = "4U",
/**
* ton (US) per hour
*
* rec20
*/
TonUsPerHour = "4W",
/**
* kilolitre per hour
*
* rec20
*/
KilolitrePerHour = "4X",
/**
* barrel (US) per minute
*
* rec20
*/
BarrelUsPerMinute = "5A",
/**
* batch
*
* rec20
*/
Batch = "5B",
/**
* MMSCF/day
*
* rec20
*/
MmscfDay = "5E",
/**
* hydraulic horse power
*
* rec20
*/
HydraulicHorsePower = "5J",
/**
* ampere square metre per joule second
*
* rec20
*/
AmpereSquareMetrePerJouleSecond = "A10",
/**
* angstrom
*
* rec20
*/
Angstrom = "A11",
/**
* astronomical unit
*
* rec20
*/
AstronomicalUnit = "A12",
/**
* attojoule
*
* rec20
*/
Attojoule = "A13",
/**
* barn
*
* rec20
*/
Barn = "A14",
/**
* barn per electronvolt
*
* rec20
*/
BarnPerElectronvolt = "A15",
/**
* barn per steradian electronvolt
*
* rec20
*/
BarnPerSteradianElectronvolt = "A16",
/**
* barn per steradian
*
* rec20
*/
BarnPerSteradian = "A17",
/**
* becquerel per kilogram
*
* rec20
*/
BecquerelPerKilogram = "A18",
/**
* becquerel per cubic metre
*
* rec20
*/
BecquerelPerCubicMetre = "A19",
/**
* ampere per centimetre
*
* rec20
*/
AmperePerCentimetre = "A2",
/**
* British thermal unit (international table) per second square foot degree Rankine
*
* rec20
*/
BritishThermalUnitInternationalTablePerSecondSquareFootDegreeRankine = "A20",
/**
* British thermal unit (international table) per pound degree Rankine
*
* rec20
*/
BritishThermalUnitInternationalTablePerPoundDegreeRankine = "A21",
/**
* British thermal unit (international table) per second foot degree Rankine
*
* rec20
*/
BritishThermalUnitInternationalTablePerSecondFootDegreeRankine = "A22",
/**
* British thermal unit (international table) per hour square foot degree Rankine
*
* rec20
*/
BritishThermalUnitInternationalTablePerHourSquareFootDegreeRankine = "A23",
/**
* candela per square metre
*
* rec20
*/
CandelaPerSquareMetre = "A24",
/**
* coulomb metre
*
* rec20
*/
CoulombMetre = "A26",
/**
* coulomb metre squared per volt
*
* rec20
*/
CoulombMetreSquaredPerVolt = "A27",
/**
* coulomb per cubic centimetre
*
* rec20
*/
CoulombPerCubicCentimetre = "A28",
/**
* coulomb per cubic metre
*
* rec20
*/
CoulombPerCubicMetre = "A29",
/**
* ampere per millimetre
*
* rec20
*/
AmperePerMillimetre = "A3",
/**
* coulomb per cubic millimetre
*
* rec20
*/
CoulombPerCubicMillimetre = "A30",
/**
* coulomb per kilogram second
*
* rec20
*/
CoulombPerKilogramSecond = "A31",
/**
* coulomb per mole
*
* rec20
*/
CoulombPerMole = "A32",
/**
* coulomb per square centimetre
*
* rec20
*/
CoulombPerSquareCentimetre = "A33",
/**
* coulomb per square metre
*
* rec20
*/
CoulombPerSquareMetre = "A34",
/**
* coulomb per square millimetre
*
* rec20
*/
CoulombPerSquareMillimetre = "A35",
/**
* cubic centimetre per mole
*
* rec20
*/
CubicCentimetrePerMole = "A36",
/**
* cubic decimetre per mole
*
* rec20
*/
CubicDecimetrePerMole = "A37",
/**
* cubic metre per coulomb
*
* rec20
*/
CubicMetrePerCoulomb = "A38",
/**
* cubic metre per kilogram
*
* rec20
*/
CubicMetrePerKilogram = "A39",
/**
* ampere per square centimetre
*
* rec20
*/
AmperePerSquareCentimetre = "A4",
/**
* cubic metre per mole
*
* rec20
*/
CubicMetrePerMole = "A40",
/**
* ampere per square metre
*
* rec20
*/
AmperePerSquareMetre = "A41",
/**
* curie per kilogram
*
* rec20
*/
CuriePerKilogram = "A42",
/**
* deadweight tonnage
*
* rec20
*/
DeadweightTonnage = "A43",
/**
* decalitre
*
* rec20
*/
Decalitre = "A44",
/**
* decametre
*
* rec20
*/
Decametre = "A45",
/**
* decitex
*
* rec20
*/
Decitex = "A47",
/**
* degree Rankine
*
* rec20
*/
DegreeRankine = "A48",
/**
* denier
*
* rec20
*/
Denier = "A49",
/**
* ampere square metre
*
* rec20
*/
AmpereSquareMetre = "A5",
/**
* electronvolt
*
* rec20
*/
Electronvolt = "A53",
/**
* electronvolt per metre
*
* rec20
*/
ElectronvoltPerMetre = "A54",
/**
* electronvolt square metre
*
* rec20
*/
ElectronvoltSquareMetre = "A55",
/**
* electronvolt square metre per kilogram
*
* rec20
*/
ElectronvoltSquareMetrePerKilogram = "A56",
/**
* 8-part cloud cover
*
* rec20
*/
_8PartCloudCover = "A59",
/**
* ampere per square metre kelvin squared
*
* rec20
*/
AmperePerSquareMetreKelvinSquared = "A6",
/**
* exajoule
*
* rec20
*/
Exajoule = "A68",
/**
* farad per metre
*
* rec20
*/
FaradPerMetre = "A69",
/**
* ampere per square millimetre
*
* rec20
*/
AmperePerSquareMillimetre = "A7",
/**
* femtojoule
*
* rec20
*/
Femtojoule = "A70",
/**
* femtometre
*
* rec20
*/
Femtometre = "A71",
/**
* foot per second squared
*
* rec20
*/
FootPerSecondSquared = "A73",
/**
* foot pound-force per second
*
* rec20
*/
FootPoundForcePerSecond = "A74",
/**
* freight ton
*
* rec20
*/
FreightTon = "A75",
/**
* gal
*
* rec20
*/
Gal = "A76",
/**
* ampere second
*
* rec20
*/
AmpereSecond = "A8",
/**
* gigacoulomb per cubic metre
*
* rec20
*/
GigacoulombPerCubicMetre = "A84",
/**
* gigaelectronvolt
*
* rec20
*/
Gigaelectronvolt = "A85",
/**
* gigahertz
*
* rec20
*/
Gigahertz = "A86",
/**
* gigaohm
*
* rec20
*/
Gigaohm = "A87",
/**
* gigaohm metre
*
* rec20
*/
GigaohmMetre = "A88",
/**
* gigapascal
*
* rec20
*/
Gigapascal = "A89",
/**
* rate
*
* rec20
*/
Rate = "A9",
/**
* gigawatt
*
* rec20
*/
Gigawatt = "A90",
/**
* gon
*
* rec20
*/
Gon = "A91",
/**
* gram per cubic metre
*
* rec20
*/
GramPerCubicMetre = "A93",
/**
* gram per mole
*
* rec20
*/
GramPerMole = "A94",
/**
* gray
*
* rec20
*/
Gray = "A95",
/**
* gray per second
*
* rec20
*/
GrayPerSecond = "A96",
/**
* hectopascal
*
* rec20
*/
Hectopascal = "A97",
/**
* henry per metre
*
* rec20
*/
HenryPerMetre = "A98",
/**
* bit
*
* rec20
*/
Bit = "A99",
/**
* ball
*
* rec20
*/
Ball = "AA",
/**
* bulk pack
*
* rec20
*/
BulkPack = "AB",
/**
* acre
*
* rec20
*/
Acre = "ACR",
/**
* activity
*
* rec20
*/
Activity = "ACT",
/**
* byte
*
* rec20
*/
Byte = "AD",
/**
* ampere per metre
*
* rec20
*/
AmperePerMetre = "AE",
/**
* additional minute
*
* rec20
*/
AdditionalMinute = "AH",
/**
* average minute per call
*
* rec20
*/
AverageMinutePerCall = "AI",
/**
* fathom
*
* rec20
*/
Fathom = "AK",
/**
* access line
*
* rec20
*/
AccessLine = "AL",
/**
* ampere hour
*
* rec20
*/
AmpereHour = "AMH",
/**
* ampere
*
* rec20
*/
Ampere = "AMP",
/**
* year
*
* rec20
*/
Year = "ANN",
/**
* troy ounce or apothecary ounce
*
* rec20
*/
TroyOunceOrApothecaryOunce = "APZ",
/**
* anti-hemophilic factor (AHF) unit
*
* rec20
*/
AntiHemophilicFactorAhfUnit = "AQ",
/**
* assortment
*
* rec20
*/
Assortment = "AS",
/**
* alcoholic strength by mass
*
* rec20
*/
AlcoholicStrengthByMass = "ASM",
/**
* alcoholic strength by volume
*
* rec20
*/
AlcoholicStrengthByVolume = "ASU",
/**
* standard atmosphere
*
* rec20
*/
StandardAtmosphere = "ATM",
/**
* american wire gauge
*
* rec20
*/
AmericanWireGauge = "AWG",
/**
* assembly
*
* rec20
*/
Assembly = "AY",
/**
* British thermal unit (international table) per pound
*
* rec20
*/
BritishThermalUnitInternationalTablePerPound = "AZ",
/**
* barrel (US) per day
*
* rec20
*/
BarrelUsPerDay = "B1",
/**
* bit per second
*
* rec20
*/
BitPerSecond = "B10",
/**
* joule per kilogram kelvin
*
* rec20
*/
JoulePerKilogramKelvin = "B11",
/**
* joule per metre
*
* rec20
*/
JoulePerMetre = "B12",
/**
* joule per square metre
*
* rec20
*/
JoulePerSquareMetre = "B13",
/**
* joule per metre to the fourth power
*
* rec20
*/
JoulePerMetreToFourthPower = "B14",
/**
* joule per mole
*
* rec20
*/
JoulePerMole = "B15",
/**
* joule per mole kelvin
*
* rec20
*/
JoulePerMoleKelvin = "B16",
/**
* credit
*
* rec20
*/
Credit = "B17",
/**
* joule second
*
* rec20
*/
JouleSecond = "B18",
/**
* digit
*
* rec20
*/
Digit = "B19",
/**
* joule square metre per kilogram
*
* rec20
*/
JouleSquareMetrePerKilogram = "B20",
/**
* kelvin per watt
*
* rec20
*/
KelvinPerWatt = "B21",
/**
* kiloampere
*
* rec20
*/
Kiloampere = "B22",
/**
* kiloampere per square metre
*
* rec20
*/
KiloamperePerSquareMetre = "B23",
/**
* kiloampere per metre
*
* rec20
*/
KiloamperePerMetre = "B24",
/**
* kilobecquerel per kilogram
*
* rec20
*/
KilobecquerelPerKilogram = "B25",
/**
* kilocoulomb
*
* rec20
*/
Kilocoulomb = "B26",
/**
* kilocoulomb per cubic metre
*
* rec20
*/
KilocoulombPerCubicMetre = "B27",
/**
* kilocoulomb per square metre
*
* rec20
*/
KilocoulombPerSquareMetre = "B28",
/**
* kiloelectronvolt
*
* rec20
*/
Kiloelectronvolt = "B29",
/**
* batting pound
*
* rec20
*/
BattingPound = "B3",
/**
* gibibit
*
* rec20
*/
Gibibit = "B30",
/**
* kilogram metre per second
*
* rec20
*/
KilogramMetrePerSecond = "B31",
/**
* kilogram metre squared
*
* rec20
*/
KilogramMetreSquared = "B32",
/**
* kilogram metre squared per second
*
* rec20
*/
KilogramMetreSquaredPerSecond = "B33",
/**
* kilogram per cubic decimetre
*
* rec20
*/
KilogramPerCubicDecimetre = "B34",
/**
* kilogram per litre
*
* rec20
*/
KilogramPerLitre = "B35",
/**
* barrel, imperial
*
* rec20
*/
BarrelImperial = "B4",
/**
* kilojoule per kelvin
*
* rec20
*/
KilojoulePerKelvin = "B41",
/**
* kilojoule per kilogram
*
* rec20
*/
KilojoulePerKilogram = "B42",
/**
* kilojoule per kilogram kelvin
*
* rec20
*/
KilojoulePerKilogramKelvin = "B43",
/**
* kilojoule per mole
*
* rec20
*/
KilojoulePerMole = "B44",
/**
* kilomole
*
* rec20
*/
Kilomole = "B45",
/**
* kilomole per cubic metre
*
* rec20
*/
KilomolePerCubicMetre = "B46",
/**
* kilonewton
*
* rec20
*/
Kilonewton = "B47",
/**
* kilonewton metre
*
* rec20
*/
KilonewtonMetre = "B48",
/**
* kiloohm
*
* rec20
*/
Kiloohm = "B49",
/**
* kiloohm metre
*
* rec20
*/
KiloohmMetre = "B50",
/**
* kilosecond
*
* rec20
*/
Kilosecond = "B52",
/**
* kilosiemens
*
* rec20
*/
Kilosiemens = "B53",
/**
* kilosiemens per metre
*
* rec20
*/
KilosiemensPerMetre = "B54",
/**
* kilovolt per metre
*
* rec20
*/
KilovoltPerMetre = "B55",
/**
* kiloweber per metre
*
* rec20
*/
KiloweberPerMetre = "B56",
/**
* light year
*
* rec20
*/
LightYear = "B57",
/**
* litre per mole
*
* rec20
*/
LitrePerMole = "B58",
/**
* lumen hour
*
* rec20
*/
LumenHour = "B59",
/**
* lumen per square metre
*
* rec20
*/
LumenPerSquareMetre = "B60",
/**
* lumen per watt
*
* rec20
*/
LumenPerWatt = "B61",
/**
* lumen second
*
* rec20
*/
LumenSecond = "B62",
/**
* lux hour
*
* rec20
*/
LuxHour = "B63",
/**
* lux second
*
* rec20
*/
LuxSecond = "B64",
/**
* megaampere per square metre
*
* rec20
*/
MegaamperePerSquareMetre = "B66",
/**
* megabecquerel per kilogram
*
* rec20
*/
MegabecquerelPerKilogram = "B67",
/**
* gigabit
*
* rec20
*/
Gigabit = "B68",
/**
* megacoulomb per cubic metre
*
* rec20
*/
MegacoulombPerCubicMetre = "B69",
/**
* cycle
*
* rec20
*/
Cycle = "B7",
/**
* megacoulomb per square metre
*
* rec20
*/
MegacoulombPerSquareMetre = "B70",
/**
* megaelectronvolt
*
* rec20
*/
Megaelectronvolt = "B71",
/**
* megagram per cubic metre
*
* rec20
*/
MegagramPerCubicMetre = "B72",
/**
* meganewton
*
* rec20
*/
Meganewton = "B73",
/**
* meganewton metre
*
* rec20
*/
MeganewtonMetre = "B74",
/**
* megaohm
*
* rec20
*/
Megaohm = "B75",
/**
* megaohm metre
*
* rec20
*/
MegaohmMetre = "B76",
/**
* megasiemens per metre
*
* rec20
*/
MegasiemensPerMetre = "B77",
/**
* megavolt
*
* rec20
*/
Megavolt = "B78",
/**
* megavolt per metre
*
* rec20
*/
MegavoltPerMetre = "B79",
/**
* joule per cubic metre
*
* rec20
*/
JoulePerCubicMetre = "B8",
/**
* gigabit per second
*
* rec20
*/
GigabitPerSecond = "B80",
/**
* reciprocal metre squared reciprocal second
*
* rec20
*/
ReciprocalMetreSquaredReciprocalSecond = "B81",
/**
* inch per linear foot
*
* rec20
*/
InchPerLinearFoot = "B82",
/**
* metre to the fourth power
*
* rec20
*/
MetreToFourthPower = "B83",
/**
* microampere
*
* rec20
*/
Microampere = "B84",
/**
* microbar
*
* rec20
*/
Microbar = "B85",
/**
* microcoulomb
*
* rec20
*/
Microcoulomb = "B86",
/**
* microcoulomb per cubic metre
*
* rec20
*/
MicrocoulombPerCubicMetre = "B87",
/**
* microcoulomb per square metre
*
* rec20
*/
MicrocoulombPerSquareMetre = "B88",
/**
* microfarad per metre
*
* rec20
*/
MicrofaradPerMetre = "B89",
/**
* microhenry
*
* rec20
*/
Microhenry = "B90",
/**
* microhenry per metre
*
* rec20
*/
MicrohenryPerMetre = "B91",
/**
* micronewton
*
* rec20
*/
Micronewton = "B92",
/**
* micronewton metre
*
* rec20
*/
MicronewtonMetre = "B93",
/**
* microohm
*
* rec20
*/
Microohm = "B94",
/**
* microohm metre
*
* rec20
*/
MicroohmMetre = "B95",
/**
* micropascal
*
* rec20
*/
Micropascal = "B96",
/**
* microradian
*
* rec20
*/
Microradian = "B97",
/**
* microsecond
*
* rec20
*/
Microsecond = "B98",
/**
* microsiemens
*
* rec20
*/
Microsiemens = "B99",
/**
* bar [unit of pressure]
*
* rec20
*/
BarUnitPressure = "BAR",
/**
* base box
*
* rec20
*/
BaseBox = "BB",
/**
* board foot
*
* rec20
*/
BoardFoot = "BFT",
/**
* brake horse power
*
* rec20
*/
BrakeHorsePower = "BHP",
/**
* billion (EUR)
*
* rec20
*/
BillionEur = "BIL",
/**
* dry barrel (US)
*
* rec20
*/
DryBarrelUs = "BLD",
/**
* barrel (US)
*
* rec20
*/
BarrelUs = "BLL",
/**
* hundred board foot
*
* rec20
*/
HundredBoardFoot = "BP",
/**
* beats per minute
*
* rec20
*/
BeatsPerMinute = "BPM",
/**
* becquerel
*
* rec20
*/
Becquerel = "BQL",
/**
* British thermal unit (international table)
*
* rec20
*/
BritishThermalUnitInternationalTable = "BTU",
/**
* bushel (US)
*
* rec20
*/
BushelUs = "BUA",
/**
* bushel (UK)
*
* rec20
*/
BushelUk = "BUI",
/**
* call
*
* rec20
*/
Call = "C0",
/**
* millifarad
*
* rec20
*/
Millifarad = "C10",
/**
* milligal
*
* rec20
*/
Milligal = "C11",
/**
* milligram per metre
*
* rec20
*/
MilligramPerMetre = "C12",
/**
* milligray
*
* rec20
*/
Milligray = "C13",
/**
* millihenry
*
* rec20
*/
Millihenry = "C14",
/**
* millijoule
*
* rec20
*/
Millijoule = "C15",
/**
* millimetre per second
*
* rec20
*/
MillimetrePerSecond = "C16",
/**
* millimetre squared per second
*
* rec20
*/
MillimetreSquaredPerSecond = "C17",
/**
* millimole
*
* rec20
*/
Millimole = "C18",
/**
* mole per kilogram
*
* rec20
*/
MolePerKilogram = "C19",
/**
* millinewton
*
* rec20
*/
Millinewton = "C20",
/**
* kibibit
*
* rec20
*/
Kibibit = "C21",
/**
* millinewton per metre
*
* rec20
*/
MillinewtonPerMetre = "C22",
/**
* milliohm metre
*
* rec20
*/
MilliohmMetre = "C23",
/**
* millipascal second
*
* rec20
*/
MillipascalSecond = "C24",
/**
* milliradian
*
* rec20
*/
Milliradian = "C25",
/**
* millisecond
*
* rec20
*/
Millisecond = "C26",
/**
* millisiemens
*
* rec20
*/
Millisiemens = "C27",
/**
* millisievert
*
* rec20
*/
Millisievert = "C28",
/**
* millitesla
*
* rec20
*/
Millitesla = "C29",
/**
* microvolt per metre
*
* rec20
*/
MicrovoltPerMetre = "C3",
/**
* millivolt per metre
*
* rec20
*/
MillivoltPerMetre = "C30",
/**
* milliwatt
*
* rec20
*/
Milliwatt = "C31",
/**
* milliwatt per square metre
*
* rec20
*/
MilliwattPerSquareMetre = "C32",
/**
* milliweber
*
* rec20
*/
Milliweber = "C33",
/**
* mole
*
* rec20
*/
Mole = "C34",
/**
* mole per cubic decimetre
*
* rec20
*/
MolePerCubicDecimetre = "C35",
/**
* mole per cubic metre
*
* rec20
*/
MolePerCubicMetre = "C36",
/**
* kilobit
*
* rec20
*/
Kilobit = "C37",
/**
* mole per litre
*
* rec20
*/
MolePerLitre = "C38",
/**
* nanoampere
*
* rec20
*/
Nanoampere = "C39",
/**
* nanocoulomb
*
* rec20
*/
Nanocoulomb = "C40",
/**
* nanofarad
*
* rec20
*/
Nanofarad = "C41",
/**
* nanofarad per metre
*
* rec20
*/
NanofaradPerMetre = "C42",
/**
* nanohenry
*
* rec20
*/
Nanohenry = "C43",
/**
* nanohenry per metre
*
* rec20
*/
NanohenryPerMetre = "C44",
/**
* nanometre
*
* rec20
*/
Nanometre = "C45",
/**
* nanoohm metre
*
* rec20
*/
NanoohmMetre = "C46",
/**
* nanosecond
*
* rec20
*/
Nanosecond = "C47",
/**
* nanotesla
*
* rec20
*/
Nanotesla = "C48",
/**
* nanowatt
*
* rec20
*/
Nanowatt = "C49",
/**
* neper
*
* rec20
*/
Neper = "C50",
/**
* neper per second
*
* rec20
*/
NeperPerSecond = "C51",
/**
* picometre
*
* rec20
*/
Picometre = "C52",
/**
* newton metre second
*
* rec20
*/
NewtonMetreSecond = "C53",
/**
* newton metre squared per kilogram squared
*
* rec20
*/
NewtonMetreSquaredPerKilogramSquared = "C54",
/**
* newton per square metre
*
* rec20
*/
NewtonPerSquareMetre = "C55",
/**
* newton per square millimetre
*
* rec20
*/
NewtonPerSquareMillimetre = "C56",
/**
* newton second
*
* rec20
*/
NewtonSecond = "C57",
/**
* newton second per metre
*
* rec20
*/
NewtonSecondPerMetre = "C58",
/**
* octave
*
* rec20
*/
Octave = "C59",
/**
* ohm centimetre
*
* rec20
*/
OhmCentimetre = "C60",
/**
* ohm metre
*
* rec20
*/
OhmMetre = "C61",
/**
* one
*
* rec20
*/
One = "C62",
/**
* parsec
*
* rec20
*/
Parsec = "C63",
/**
* pascal per kelvin
*
* rec20
*/
PascalPerKelvin = "C64",
/**
* pascal second
*
* rec20
*/
PascalSecond = "C65",
/**
* pascal second per cubic metre
*
* rec20
*/
PascalSecondPerCubicMetre = "C66",
/**
* pascal second per metre
*
* rec20
*/
PascalSecondPerMetre = "C67",
/**
* petajoule
*
* rec20
*/
Petajoule = "C68",
/**
* phon
*
* rec20
*/
Phon = "C69",
/**
* centipoise
*
* rec20
*/
Centipoise = "C7",
/**
* picoampere
*
* rec20
*/
Picoampere = "C70",
/**
* picocoulomb
*
* rec20
*/
Picocoulomb = "C71",
/**
* picofarad per metre
*
* rec20
*/
PicofaradPerMetre = "C72",
/**
* picohenry
*
* rec20
*/
Picohenry = "C73",
/**
* kilobit per second
*
* rec20
*/
KilobitPerSecond = "C74",
/**
* picowatt
*
* rec20
*/
Picowatt = "C75",
/**
* picowatt per square metre
*
* rec20
*/
PicowattPerSquareMetre = "C76",
/**
* pound-force
*
* rec20
*/
PoundForce = "C78",
/**
* kilovolt ampere hour
*
* rec20
*/
KilovoltAmpereHour = "C79",
/**
* millicoulomb per kilogram
*
* rec20
*/
MillicoulombPerKilogram = "C8",
/**
* rad
*
* rec20
*/
Rad = "C80",
/**
* radian
*
* rec20
*/
Radian = "C81",
/**
* radian square metre per mole
*
* rec20
*/
RadianSquareMetrePerMole = "C82",
/**
* radian square metre per kilogram
*
* rec20
*/
RadianSquareMetrePerKilogram = "C83",
/**
* radian per metre
*
* rec20
*/
RadianPerMetre = "C84",
/**
* reciprocal angstrom
*
* rec20
*/
ReciprocalAngstrom = "C85",
/**
* reciprocal cubic metre
*
* rec20
*/
ReciprocalCubicMetre = "C86",
/**
* reciprocal cubic metre per second
*
* rec20
*/
ReciprocalCubicMetrePerSecond = "C87",
/**
* reciprocal electron volt per cubic metre
*
* rec20
*/
ReciprocalElectronVoltPerCubicMetre = "C88",
/**
* reciprocal henry
*
* rec20
*/
ReciprocalHenry = "C89",
/**
* coil group
*
* rec20
*/
CoilGroup = "C9",
/**
* reciprocal joule per cubic metre
*
* rec20
*/
ReciprocalJoulePerCubicMetre = "C90",
/**
* reciprocal kelvin or kelvin to the power minus one
*
* rec20
*/
ReciprocalKelvinOrKelvinToPowerMinusOne = "C91",
/**
* reciprocal metre
*
* rec20
*/
ReciprocalMetre = "C92",
/**
* reciprocal square metre
*
* rec20
*/
ReciprocalSquareMetre = "C93",
/**
* reciprocal minute
*
* rec20
*/
ReciprocalMinute = "C94",
/**
* reciprocal mole
*
* rec20
*/
ReciprocalMole = "C95",
/**
* reciprocal pascal or pascal to the power minus one
*
* rec20
*/
ReciprocalPascalOrPascalToPowerMinusOne = "C96",
/**
* reciprocal second
*
* rec20
*/
ReciprocalSecond = "C97",
/**
* reciprocal second per metre squared
*
* rec20
*/
ReciprocalSecondPerMetreSquared = "C99",
/**
* carrying capacity in metric ton
*
* rec20
*/
CarryingCapacityInMetricTon = "CCT",
/**
* candela
*
* rec20
*/
Candela = "CDL",
/**
* degree Celsius
*
* rec20
*/
DegreeCelsius = "CEL",
/**
* hundred
*
* rec20
*/
Hundred = "CEN",
/**
* card
*
* rec20
*/
Card = "CG",
/**
* centigram
*
* rec20
*/
Centigram = "CGM",
/**
* coulomb per kilogram
*
* rec20
*/
CoulombPerKilogram = "CKG",
/**
* hundred leave
*
* rec20
*/
HundredLeave = "CLF",
/**
* centilitre
*
* rec20
*/
Centilitre = "CLT",
/**
* square centimetre
*
* rec20
*/
SquareCentimetre = "CMK",
/**
* cubic centimetre
*
* rec20
*/
CubicCentimetre = "CMQ",
/**
* centimetre
*
* rec20
*/
Centimetre = "CMT",
/**
* hundred pack
*
* rec20
*/
HundredPack = "CNP",
/**
* cental (UK)
*
* rec20
*/
CentalUk = "CNT",
/**
* coulomb
*
* rec20
*/
Coulomb = "COU",
/**
* content gram
*
* rec20
*/
ContentGram = "CTG",
/**
* metric carat
*
* rec20
*/
MetricCarat = "CTM",
/**
* content ton (metric)
*
* rec20
*/
ContentTonMetric = "CTN",
/**
* curie
*
* rec20
*/
Curie = "CUR",
/**
* hundred pound (cwt) / hundred weight (US)
*
* rec20
*/
HundredPoundCwtHundredWeightUs = "CWA",
/**
* hundred weight (UK)
*
* rec20
*/
HundredWeightUk = "CWI",
/**
* kilowatt hour per hour
*
* rec20
*/
KilowattHourPerHour = "D03",
/**
* lot [unit of weight]
*
* rec20
*/
LotUnitWeight = "D04",
/**
* reciprocal second per steradian
*
* rec20
*/
ReciprocalSecondPerSteradian = "D1",
/**
* siemens per metre
*
* rec20
*/
SiemensPerMetre = "D10",
/**
* mebibit
*
* rec20
*/
Mebibit = "D11",
/**
* siemens square metre per mole
*
* rec20
*/
SiemensSquareMetrePerMole = "D12",
/**
* sievert
*
* rec20
*/
Sievert = "D13",
/**
* sone
*
* rec20
*/
Sone = "D15",
/**
* square centimetre per erg
*
* rec20
*/
SquareCentimetrePerErg = "D16",
/**
* square centimetre per steradian erg
*
* rec20
*/
SquareCentimetrePerSteradianErg = "D17",
/**
* metre kelvin
*
* rec20
*/
MetreKelvin = "D18",
/**
* square metre kelvin per watt
*
* rec20
*/
SquareMetreKelvinPerWatt = "D19",
/**
* reciprocal second per steradian metre squared
*
* rec20
*/
ReciprocalSecondPerSteradianMetreSquared = "D2",
/**
* square metre per joule
*
* rec20
*/
SquareMetrePerJoule = "D20",
/**
* square metre per kilogram
*
* rec20
*/
SquareMetrePerKilogram = "D21",
/**
* square metre per mole
*
* rec20
*/
SquareMetrePerMole = "D22",
/**
* pen gram (protein)
*
* rec20
*/
PenGramProtein = "D23",
/**
* square metre per steradian
*
* rec20
*/
SquareMetrePerSteradian = "D24",
/**
* square metre per steradian joule
*
* rec20
*/
SquareMetrePerSteradianJoule = "D25",
/**
* square metre per volt second
*
* rec20
*/
SquareMetrePerVoltSecond = "D26",
/**
* steradian
*
* rec20
*/
Steradian = "D27",
/**
* terahertz
*
* rec20
*/
Terahertz = "D29",
/**
* terajoule
*
* rec20
*/
Terajoule = "D30",
/**
* terawatt
*
* rec20
*/
Terawatt = "D31",
/**
* terawatt hour
*
* rec20
*/
TerawattHour = "D32",
/**
* tesla
*
* rec20
*/
Tesla = "D33",
/**
* tex
*
* rec20
*/
Tex = "D34",
/**
* megabit
*
* rec20
*/
Megabit = "D36",
/**
* tonne per cubic metre
*
* rec20
*/
TonnePerCubicMetre = "D41",
/**
* tropical year
*
* rec20
*/
TropicalYear = "D42",
/**
* unified atomic mass unit
*
* rec20
*/
UnifiedAtomicMassUnit = "D43",
/**
* var
*
* rec20
*/
Var = "D44",
/**
* volt squared per kelvin squared
*
* rec20
*/
VoltSquaredPerKelvinSquared = "D45",
/**
* volt - ampere
*
* rec20
*/
VoltAmpere = "D46",
/**
* volt per centimetre
*
* rec20
*/
VoltPerCentimetre = "D47",
/**
* volt per kelvin
*
* rec20
*/
VoltPerKelvin = "D48",
/**
* millivolt per kelvin
*
* rec20
*/
MillivoltPerKelvin = "D49",
/**
* kilogram per square centimetre
*
* rec20
*/
KilogramPerSquareCentimetre = "D5",
/**
* volt per metre
*
* rec20
*/
VoltPerMetre = "D50",
/**
* volt per millimetre
*
* rec20
*/
VoltPerMillimetre = "D51",
/**
* watt per kelvin
*
* rec20
*/
WattPerKelvin = "D52",
/**
* watt per metre kelvin
*
* rec20
*/
WattPerMetreKelvin = "D53",
/**
* watt per square metre
*
* rec20
*/
WattPerSquareMetre = "D54",
/**
* watt per square metre kelvin
*
* rec20
*/
WattPerSquareMetreKelvin = "D55",
/**
* watt per square metre kelvin to the fourth power
*
* rec20
*/
WattPerSquareMetreKelvinToFourthPower = "D56",
/**
* watt per steradian
*
* rec20
*/
WattPerSteradian = "D57",
/**
* watt per steradian square metre
*
* rec20
*/
WattPerSteradianSquareMetre = "D58",
/**
* weber per metre
*
* rec20
*/
WeberPerMetre = "D59",
/**
* roentgen per second
*
* rec20
*/
RoentgenPerSecond = "D6",
/**
* weber per millimetre
*
* rec20
*/
WeberPerMillimetre = "D60",
/**
* minute [unit of angle]
*
* rec20
*/
MinuteUnitAngle = "D61",
/**
* second [unit of angle]
*
* rec20
*/
SecondUnitAngle = "D62",
/**
* book
*
* rec20
*/
Book = "D63",
/**
* round
*
* rec20
*/
Round = "D65",
/**
* number of words
*
* rec20
*/
NumberWords = "D68",
/**
* inch to the fourth power
*
* rec20
*/
InchToFourthPower = "D69",
/**
* joule square metre
*
* rec20
*/
JouleSquareMetre = "D73",
/**
* kilogram per mole
*
* rec20
*/
KilogramPerMole = "D74",
/**
* megacoulomb
*
* rec20
*/
Megacoulomb = "D77",
/**
* megajoule per second
*
* rec20
*/
MegajoulePerSecond = "D78",
/**
* microwatt
*
* rec20
*/
Microwatt = "D80",
/**
* microtesla
*
* rec20
*/
Microtesla = "D81",
/**
* microvolt
*
* rec20
*/
Microvolt = "D82",
/**
* millinewton metre
*
* rec20
*/
MillinewtonMetre = "D83",
/**
* microwatt per square metre
*
* rec20
*/
MicrowattPerSquareMetre = "D85",
/**
* millicoulomb
*
* rec20
*/
Millicoulomb = "D86",
/**
* millimole per kilogram
*
* rec20
*/
MillimolePerKilogram = "D87",
/**
* millicoulomb per cubic metre
*
* rec20
*/
MillicoulombPerCubicMetre = "D88",
/**
* millicoulomb per square metre
*
* rec20
*/
MillicoulombPerSquareMetre = "D89",
/**
* rem
*
* rec20
*/
Rem = "D91",
/**
* second per cubic metre
*
* rec20
*/
SecondPerCubicMetre = "D93",
/**
* second per cubic metre radian
*
* rec20
*/
SecondPerCubicMetreRadian = "D94",
/**
* joule per gram
*
* rec20
*/
JoulePerGram = "D95",
/**
* decare
*
* rec20
*/
Decare = "DAA",
/**
* ten day
*
* rec20
*/
TenDay = "DAD",
/**
* day
*
* rec20
*/
Day = "DAY",
/**
* dry pound
*
* rec20
*/
DryPound = "DB",
/**
* Decibel-milliwatts
*
* Rec20
*/
DecibelMilliwatts = "DBM",
/**
* Decibel watt
*
* Rec20
*/
DecibelWatt = "DBW",
/**
* degree [unit of angle]
*
* rec20
*/
DegreeUnitAngle = "DD",
/**
* decade
*
* rec20
*/
Decade = "DEC",
/**
* decigram
*
* rec20
*/
Decigram = "DG",
/**
* decagram
*
* rec20
*/
Decagram = "DJ",
/**
* decilitre
*
* rec20
*/
Decilitre = "DLT",
/**
* cubic decametre
*
* rec20
*/
CubicDecametre = "DMA",
/**
* square decimetre
*
* rec20
*/
SquareDecimetre = "DMK",
/**
* standard kilolitre
*
* rec20
*/
StandardKilolitre = "DMO",
/**
* cubic decimetre
*
* rec20
*/
CubicDecimetre = "DMQ",
/**
* decimetre
*
* rec20
*/
Decimetre = "DMT",
/**
* decinewton metre
*
* rec20
*/
DecinewtonMetre = "DN",
/**
* dozen piece
*
* rec20
*/
DozenPiece = "DPC",
/**
* dozen pair
*
* rec20
*/
DozenPair = "DPR",
/**
* displacement tonnage
*
* rec20
*/
DisplacementTonnage = "DPT",
/**
* dram (US)
*
* rec20
*/
DramUs = "DRA",
/**
* dram (UK)
*
* rec20
*/
DramUk = "DRI",
/**
* dozen roll
*
* rec20
*/
DozenRoll = "DRL",
/**
* dry ton
*
* rec20
*/
DryTon = "DT",
/**
* decitonne
*
* rec20
*/
Decitonne = "DTN",
/**
* pennyweight
*
* rec20
*/
Pennyweight = "DWT",
/**
* dozen
*
* rec20
*/
Dozen = "DZN",
/**
* dozen pack
*
* rec20
*/
DozenPack = "DZP",
/**
* newton per square centimetre
*
* rec20
*/
NewtonPerSquareCentimetre = "E01",
/**
* megawatt hour per hour
*
* rec20
*/
MegawattHourPerHour = "E07",
/**
* megawatt per hertz
*
* rec20
*/
MegawattPerHertz = "E08",
/**
* milliampere hour
*
* rec20
*/
MilliampereHour = "E09",
/**
* degree day
*
* rec20
*/
DegreeDay = "E10",
/**
* mille
*
* rec20
*/
Mille = "E12",
/**
* kilocalorie (international table)
*
* rec20
*/
KilocalorieInternationalTable = "E14",
/**
* kilocalorie (thermochemical) per hour
*
* rec20
*/
KilocalorieThermochemicalPerHour = "E15",
/**
* million Btu(IT) per hour
*
* rec20
*/
MillionBtuItPerHour = "E16",
/**
* cubic foot per second
*
* rec20
*/
CubicFootPerSecond = "E17",
/**
* tonne per hour
*
* rec20
*/
TonnePerHour = "E18",
/**
* ping
*
* rec20
*/
Ping = "E19",
/**
* megabit per second
*
* rec20
*/
MegabitPerSecond = "E20",
/**
* shares
*
* rec20
*/
Shares = "E21",
/**
* TEU
*
* rec20
*/
Teu = "E22",
/**
* tyre
*
* rec20
*/
Tyre = "E23",
/**
* active unit
*
* rec20
*/
ActiveUnit = "E25",
/**
* dose
*
* rec20
*/
Dose = "E27",
/**
* air dry ton
*
* rec20
*/
AirDryTon = "E28",
/**
* strand
*
* rec20
*/
Strand = "E30",
/**
* square metre per litre
*
* rec20
*/
SquareMetrePerLitre = "E31",
/**
* litre per hour
*
* rec20
*/
LitrePerHour = "E32",
/**
* foot per thousand
*
* rec20
*/
FootPerThousand = "E33",
/**
* gigabyte
*
* rec20
*/
Gigabyte = "E34",
/**
* terabyte
*
* rec20
*/
Terabyte = "E35",
/**
* petabyte
*
* rec20
*/
Petabyte = "E36",
/**
* pixel
*
* rec20
*/
Pixel = "E37",
/**
* megapixel
*
* rec20
*/
Megapixel = "E38",
/**
* dots per inch
*
* rec20
*/
DotsPerInch = "E39",
/**
* gross kilogram
*
* rec20
*/
GrossKilogram = "E4",
/**
* part per hundred thousand
*
* rec20
*/
PartPerHundredThousand = "E40",
/**
* kilogram-force per square millimetre
*
* rec20
*/
KilogramForcePerSquareMillimetre = "E41",
/**
* kilogram-force per square centimetre
*
* rec20
*/
KilogramForcePerSquareCentimetre = "E42",
/**
* joule per square centimetre
*
* rec20
*/
JoulePerSquareCentimetre = "E43",
/**
* kilogram-force metre per square centimetre
*
* rec20
*/
KilogramForceMetrePerSquareCentimetre = "E44",
/**
* milliohm
*
* rec20
*/
Milliohm = "E45",
/**
* kilowatt hour per cubic metre
*
* rec20
*/
KilowattHourPerCubicMetre = "E46",
/**
* kilowatt hour per kelvin
*
* rec20
*/
KilowattHourPerKelvin = "E47",
/**
* service unit
*
* rec20
*/
ServiceUnit = "E48",
/**
* working day
*
* rec20
*/
WorkingDay = "E49",
/**
* accounting unit
*
* rec20
*/
AccountingUnit = "E50",
/**
* job
*
* rec20
*/
Job = "E51",
/**
* run foot
*
* rec20
*/
RunFoot = "E52",
/**
* test
*
* rec20
*/
Test = "E53",
/**
* trip
*
* rec20
*/
Trip = "E54",
/**
* use
*
* rec20
*/
Use = "E55",
/**
* well
*
* rec20
*/
Well = "E56",
/**
* zone
*
* rec20
*/
Zone = "E57",
/**
* exabit per second
*
* rec20
*/
ExabitPerSecond = "E58",
/**
* exbibyte
*
* rec20
*/
Exbibyte = "E59",
/**
* pebibyte
*
* rec20
*/
Pebibyte = "E60",
/**
* tebibyte
*
* rec20
*/
Tebibyte = "E61",
/**
* gibibyte
*
* rec20
*/
Gibibyte = "E62",
/**
* mebibyte
*
* rec20
*/
Mebibyte = "E63",
/**
* kibibyte
*
* rec20
*/
Kibibyte = "E64",
/**
* exbibit per metre
*
* rec20
*/
ExbibitPerMetre = "E65",
/**
* exbibit per square metre
*
* rec20
*/
ExbibitPerSquareMetre = "E66",
/**
* exbibit per cubic metre
*
* rec20
*/
ExbibitPerCubicMetre = "E67",
/**
* gigabyte per second
*
* rec20
*/
GigabytePerSecond = "E68",
/**
* gibibit per metre
*
* rec20
*/
GibibitPerMetre = "E69",
/**
* gibibit per square metre
*
* rec20
*/
GibibitPerSquareMetre = "E70",
/**
* gibibit per cubic metre
*
* rec20
*/
GibibitPerCubicMetre = "E71",
/**
* kibibit per metre
*
* rec20
*/
KibibitPerMetre = "E72",
/**
* kibibit per square metre
*
* rec20
*/
KibibitPerSquareMetre = "E73",
/**
* kibibit per cubic metre
*
* rec20
*/
KibibitPerCubicMetre = "E74",
/**
* mebibit per metre
*
* rec20
*/
MebibitPerMetre = "E75",
/**
* mebibit per square metre
*
* rec20
*/
MebibitPerSquareMetre = "E76",
/**
* mebibit per cubic metre
*
* rec20
*/
MebibitPerCubicMetre = "E77",
/**
* petabit
*
* rec20
*/
Petabit = "E78",
/**
* petabit per second
*
* rec20
*/
PetabitPerSecond = "E79",
/**
* pebibit per metre
*
* rec20
*/
PebibitPerMetre = "E80",
/**
* pebibit per square metre
*
* rec20
*/
PebibitPerSquareMetre = "E81",
/**
* pebibit per cubic metre
*
* rec20
*/
PebibitPerCubicMetre = "E82",
/**
* terabit
*
* rec20
*/
Terabit = "E83",
/**
* terabit per second
*
* rec20
*/
TerabitPerSecond = "E84",
/**
* tebibit per metre
*
* rec20
*/
TebibitPerMetre = "E85",
/**
* tebibit per cubic metre
*
* rec20
*/
TebibitPerCubicMetre = "E86",
/**
* tebibit per square metre
*
* rec20
*/
TebibitPerSquareMetre = "E87",
/**
* bit per metre
*
* rec20
*/
BitPerMetre = "E88",
/**
* bit per square metre
*
* rec20
*/
BitPerSquareMetre = "E89",
/**
* reciprocal centimetre
*
* rec20
*/
ReciprocalCentimetre = "E90",
/**
* reciprocal day
*
* rec20
*/
ReciprocalDay = "E91",
/**
* cubic decimetre per hour
*
* rec20
*/
CubicDecimetrePerHour = "E92",
/**
* kilogram per hour
*
* rec20
*/
KilogramPerHour = "E93",
/**
* kilomole per second
*
* rec20
*/
KilomolePerSecond = "E94",
/**
* mole per second
*
* rec20
*/
MolePerSecond = "E95",
/**
* degree per second
*
* rec20
*/
DegreePerSecond = "E96",
/**
* millimetre per degree Celcius metre
*
* rec20
*/
MillimetrePerDegreeCelciusMetre = "E97",
/**
* degree Celsius per kelvin
*
* rec20
*/
DegreeCelsiusPerKelvin = "E98",
/**
* hectopascal per bar
*
* rec20
*/
HectopascalPerBar = "E99",
/**
* each
*
* rec20
*/
Each = "EA",
/**
* electronic mail box
*
* rec20
*/
ElectronicMailBox = "EB",
/**
* equivalent gallon
*
* rec20
*/
EquivalentGallon = "EQ",
/**
* bit per cubic metre
*
* rec20
*/
BitPerCubicMetre = "F01",
/**
* kelvin per kelvin
*
* rec20
*/
KelvinPerKelvin = "F02",
/**
* kilopascal per bar
*
* rec20
*/
KilopascalPerBar = "F03",
/**
* millibar per bar
*
* rec20
*/
MillibarPerBar = "F04",
/**
* megapascal per bar
*
* rec20
*/