{"version":3,"sources":["../../src/zugferd_2_3_2/unit.ts"],"sourcesContent":["\nexport enum Unit {\n /**\n * group\n *\n * rec20\n */\n Group = \"10\",\n /**\n * outfit\n *\n * rec20\n */\n Outfit = \"11\",\n /**\n * ration\n *\n * rec20\n */\n Ration = \"13\",\n /**\n * shot\n *\n * rec20\n */\n Shot = \"14\",\n /**\n * stick, military\n *\n * rec20\n */\n StickMilitary = \"15\",\n /**\n * twenty foot container\n *\n * rec20\n */\n TwentyFootContainer = \"20\",\n /**\n * forty foot container\n *\n * rec20\n */\n FortyFootContainer = \"21\",\n /**\n * decilitre per gram\n *\n * rec20\n */\n DecilitrePerGram = \"22\",\n /**\n * gram per cubic centimetre\n *\n * rec20\n */\n GramPerCubicCentimetre = \"23\",\n /**\n * theoretical pound\n *\n * rec20\n */\n TheoreticalPound = \"24\",\n /**\n * gram per square centimetre\n *\n * rec20\n */\n GramPerSquareCentimetre = \"25\",\n /**\n * theoretical ton\n *\n * rec20\n */\n TheoreticalTon = \"27\",\n /**\n * kilogram per square metre\n *\n * rec20\n */\n KilogramPerSquareMetre = \"28\",\n /**\n * kilopascal square metre per gram\n *\n * rec20\n */\n KilopascalSquareMetrePerGram = \"33\",\n /**\n * kilopascal per millimetre\n *\n * rec20\n */\n KilopascalPerMillimetre = \"34\",\n /**\n * millilitre per square centimetre second\n *\n * rec20\n */\n MillilitrePerSquareCentimetreSecond = \"35\",\n /**\n * ounce per square foot\n *\n * rec20\n */\n OuncePerSquareFoot = \"37\",\n /**\n * ounce per square foot per 0,01inch\n *\n * rec20\n */\n OuncePerSquareFootPer001inch = \"38\",\n /**\n * millilitre per second\n *\n * rec20\n */\n MillilitrePerSecond = \"40\",\n /**\n * millilitre per minute\n *\n * rec20\n */\n MillilitrePerMinute = \"41\",\n /**\n * sitas\n *\n * rec20\n */\n Sitas = \"56\",\n /**\n * mesh\n *\n * rec20\n */\n Mesh = \"57\",\n /**\n * net kilogram\n *\n * rec20\n */\n NetKilogram = \"58\",\n /**\n * part per million\n *\n * rec20\n */\n PartPerMillion = \"59\",\n /**\n * percent weight\n *\n * rec20\n */\n PercentWeight = \"60\",\n /**\n * part per billion (US)\n *\n * rec20\n */\n PartPerBillionUs = \"61\",\n /**\n * millipascal\n *\n * rec20\n */\n Millipascal = \"74\",\n /**\n * milli-inch\n *\n * rec20\n */\n MilliInch = \"77\",\n /**\n * pound per square inch absolute\n *\n * rec20\n */\n PoundPerSquareInchAbsolute = \"80\",\n /**\n * henry\n *\n * rec20\n */\n Henry = \"81\",\n /**\n * foot pound-force\n *\n * rec20\n */\n FootPoundForce = \"85\",\n /**\n * pound per cubic foot\n *\n * rec20\n */\n PoundPerCubicFoot = \"87\",\n /**\n * poise\n *\n * rec20\n */\n Poise = \"89\",\n /**\n * stokes\n *\n * rec20\n */\n Stokes = \"91\",\n /**\n * fixed rate\n *\n * rec20\n */\n FixedRate = \"1I\",\n /**\n * radian per second\n *\n * rec20\n */\n RadianPerSecond = \"2A\",\n /**\n * radian per second squared\n *\n * rec20\n */\n RadianPerSecondSquared = \"2B\",\n /**\n * roentgen\n *\n * rec20\n */\n Roentgen = \"2C\",\n /**\n * volt AC\n *\n * rec20\n */\n VoltAc = \"2G\",\n /**\n * volt DC\n *\n * rec20\n */\n VoltDc = \"2H\",\n /**\n * British thermal unit (international table) per hour\n *\n * rec20\n */\n BritishThermalUnitInternationalTablePerHour = \"2I\",\n /**\n * cubic centimetre per second\n *\n * rec20\n */\n CubicCentimetrePerSecond = \"2J\",\n /**\n * cubic foot per hour\n *\n * rec20\n */\n CubicFootPerHour = \"2K\",\n /**\n * cubic foot per minute\n *\n * rec20\n */\n CubicFootPerMinute = \"2L\",\n /**\n * centimetre per second\n *\n * rec20\n */\n CentimetrePerSecond = \"2M\",\n /**\n * decibel\n *\n * rec20\n */\n Decibel = \"2N\",\n /**\n * kilobyte\n *\n * rec20\n */\n Kilobyte = \"2P\",\n /**\n * kilobecquerel\n *\n * rec20\n */\n Kilobecquerel = \"2Q\",\n /**\n * kilocurie\n *\n * rec20\n */\n Kilocurie = \"2R\",\n /**\n * megagram\n *\n * rec20\n */\n Megagram = \"2U\",\n /**\n * metre per minute\n *\n * rec20\n */\n MetrePerMinute = \"2X\",\n /**\n * milliroentgen\n *\n * rec20\n */\n Milliroentgen = \"2Y\",\n /**\n * millivolt\n *\n * rec20\n */\n Millivolt = \"2Z\",\n /**\n * megajoule\n *\n * rec20\n */\n Megajoule = \"3B\",\n /**\n * manmonth\n *\n * rec20\n */\n Manmonth = \"3C\",\n /**\n * centistokes\n *\n * rec20\n */\n Centistokes = \"4C\",\n /**\n * microlitre\n *\n * rec20\n */\n Microlitre = \"4G\",\n /**\n * micrometre (micron)\n *\n * rec20\n */\n MicrometreMicron = \"4H\",\n /**\n * milliampere\n *\n * rec20\n */\n Milliampere = \"4K\",\n /**\n * megabyte\n *\n * rec20\n */\n Megabyte = \"4L\",\n /**\n * milligram per hour\n *\n * rec20\n */\n MilligramPerHour = \"4M\",\n /**\n * megabecquerel\n *\n * rec20\n */\n Megabecquerel = \"4N\",\n /**\n * microfarad\n *\n * rec20\n */\n Microfarad = \"4O\",\n /**\n * newton per metre\n *\n * rec20\n */\n NewtonPerMetre = \"4P\",\n /**\n * ounce inch\n *\n * rec20\n */\n OunceInch = \"4Q\",\n /**\n * ounce foot\n *\n * rec20\n */\n OunceFoot = \"4R\",\n /**\n * picofarad\n *\n * rec20\n */\n Picofarad = \"4T\",\n /**\n * pound per hour\n *\n * rec20\n */\n PoundPerHour = \"4U\",\n /**\n * ton (US) per hour\n *\n * rec20\n */\n TonUsPerHour = \"4W\",\n /**\n * kilolitre per hour\n *\n * rec20\n */\n KilolitrePerHour = \"4X\",\n /**\n * barrel (US) per minute\n *\n * rec20\n */\n BarrelUsPerMinute = \"5A\",\n /**\n * batch\n *\n * rec20\n */\n Batch = \"5B\",\n /**\n * MMSCF/day\n *\n * rec20\n */\n MmscfDay = \"5E\",\n /**\n * hydraulic horse power\n *\n * rec20\n */\n HydraulicHorsePower = \"5J\",\n /**\n * ampere square metre per joule second\n *\n * rec20\n */\n AmpereSquareMetrePerJouleSecond = \"A10\",\n /**\n * angstrom\n *\n * rec20\n */\n Angstrom = \"A11\",\n /**\n * astronomical unit\n *\n * rec20\n */\n AstronomicalUnit = \"A12\",\n /**\n * attojoule\n *\n * rec20\n */\n Attojoule = \"A13\",\n /**\n * barn\n *\n * rec20\n */\n Barn = \"A14\",\n /**\n * barn per electronvolt\n *\n * rec20\n */\n BarnPerElectronvolt = \"A15\",\n /**\n * barn per steradian electronvolt\n *\n * rec20\n */\n BarnPerSteradianElectronvolt = \"A16\",\n /**\n * barn per steradian\n *\n * rec20\n */\n BarnPerSteradian = \"A17\",\n /**\n * becquerel per kilogram\n *\n * rec20\n */\n BecquerelPerKilogram = \"A18\",\n /**\n * becquerel per cubic metre\n *\n * rec20\n */\n BecquerelPerCubicMetre = \"A19\",\n /**\n * ampere per centimetre\n *\n * rec20\n */\n AmperePerCentimetre = \"A2\",\n /**\n * British thermal unit (international table) per second square foot degree Rankine\n *\n * rec20\n */\n BritishThermalUnitInternationalTablePerSecondSquareFootDegreeRankine = \"A20\",\n /**\n * British thermal unit (international table) per pound degree Rankine\n *\n * rec20\n */\n BritishThermalUnitInternationalTablePerPoundDegreeRankine = \"A21\",\n /**\n * British thermal unit (international table) per second foot degree Rankine\n *\n * rec20\n */\n BritishThermalUnitInternationalTablePerSecondFootDegreeRankine = \"A22\",\n /**\n * British thermal unit (international table) per hour square foot degree Rankine\n *\n * rec20\n */\n BritishThermalUnitInternationalTablePerHourSquareFootDegreeRankine = \"A23\",\n /**\n * candela per square metre\n *\n * rec20\n */\n CandelaPerSquareMetre = \"A24\",\n /**\n * coulomb metre\n *\n * rec20\n */\n CoulombMetre = \"A26\",\n /**\n * coulomb metre squared per volt\n *\n * rec20\n */\n CoulombMetreSquaredPerVolt = \"A27\",\n /**\n * coulomb per cubic centimetre\n *\n * rec20\n */\n CoulombPerCubicCentimetre = \"A28\",\n /**\n * coulomb per cubic metre\n *\n * rec20\n */\n CoulombPerCubicMetre = \"A29\",\n /**\n * ampere per millimetre\n *\n * rec20\n */\n AmperePerMillimetre = \"A3\",\n /**\n * coulomb per cubic millimetre\n *\n * rec20\n */\n CoulombPerCubicMillimetre = \"A30\",\n /**\n * coulomb per kilogram second\n *\n * rec20\n */\n CoulombPerKilogramSecond = \"A31\",\n /**\n * coulomb per mole\n *\n * rec20\n */\n CoulombPerMole = \"A32\",\n /**\n * coulomb per square centimetre\n *\n * rec20\n */\n CoulombPerSquareCentimetre = \"A33\",\n /**\n * coulomb per square metre\n *\n * rec20\n */\n CoulombPerSquareMetre = \"A34\",\n /**\n * coulomb per square millimetre\n *\n * rec20\n */\n CoulombPerSquareMillimetre = \"A35\",\n /**\n * cubic centimetre per mole\n *\n * rec20\n */\n CubicCentimetrePerMole = \"A36\",\n /**\n * cubic decimetre per mole\n *\n * rec20\n */\n CubicDecimetrePerMole = \"A37\",\n /**\n * cubic metre per coulomb\n *\n * rec20\n */\n CubicMetrePerCoulomb = \"A38\",\n /**\n * cubic metre per kilogram\n *\n * rec20\n */\n CubicMetrePerKilogram = \"A39\",\n /**\n * ampere per square centimetre\n *\n * rec20\n */\n AmperePerSquareCentimetre = \"A4\",\n /**\n * cubic metre per mole\n *\n * rec20\n */\n CubicMetrePerMole = \"A40\",\n /**\n * ampere per square metre\n *\n * rec20\n */\n AmperePerSquareMetre = \"A41\",\n /**\n * curie per kilogram\n *\n * rec20\n */\n CuriePerKilogram = \"A42\",\n /**\n * deadweight tonnage\n *\n * rec20\n */\n DeadweightTonnage = \"A43\",\n /**\n * decalitre\n *\n * rec20\n */\n Decalitre = \"A44\",\n /**\n * decametre\n *\n * rec20\n */\n Decametre = \"A45\",\n /**\n * decitex\n *\n * rec20\n */\n Decitex = \"A47\",\n /**\n * degree Rankine\n *\n * rec20\n */\n DegreeRankine = \"A48\",\n /**\n * denier\n *\n * rec20\n */\n Denier = \"A49\",\n /**\n * ampere square metre\n *\n * rec20\n */\n AmpereSquareMetre = \"A5\",\n /**\n * electronvolt\n *\n * rec20\n */\n Electronvolt = \"A53\",\n /**\n * electronvolt per metre\n *\n * rec20\n */\n ElectronvoltPerMetre = \"A54\",\n /**\n * electronvolt square metre\n *\n * rec20\n */\n ElectronvoltSquareMetre = \"A55\",\n /**\n * electronvolt square metre per kilogram\n *\n * rec20\n */\n ElectronvoltSquareMetrePerKilogram = \"A56\",\n /**\n * 8-part cloud cover\n *\n * rec20\n */\n _8PartCloudCover = \"A59\",\n /**\n * ampere per square metre kelvin squared\n *\n * rec20\n */\n AmperePerSquareMetreKelvinSquared = \"A6\",\n /**\n * exajoule\n *\n * rec20\n */\n Exajoule = \"A68\",\n /**\n * farad per metre\n *\n * rec20\n */\n FaradPerMetre = \"A69\",\n /**\n * ampere per square millimetre\n *\n * rec20\n */\n AmperePerSquareMillimetre = \"A7\",\n /**\n * femtojoule\n *\n * rec20\n */\n Femtojoule = \"A70\",\n /**\n * femtometre\n *\n * rec20\n */\n Femtometre = \"A71\",\n /**\n * foot per second squared\n *\n * rec20\n */\n FootPerSecondSquared = \"A73\",\n /**\n * foot pound-force per second\n *\n * rec20\n */\n FootPoundForcePerSecond = \"A74\",\n /**\n * freight ton\n *\n * rec20\n */\n FreightTon = \"A75\",\n /**\n * gal\n *\n * rec20\n */\n Gal = \"A76\",\n /**\n * ampere second\n *\n * rec20\n */\n AmpereSecond = \"A8\",\n /**\n * gigacoulomb per cubic metre\n *\n * rec20\n */\n GigacoulombPerCubicMetre = \"A84\",\n /**\n * gigaelectronvolt\n *\n * rec20\n */\n Gigaelectronvolt = \"A85\",\n /**\n * gigahertz\n *\n * rec20\n */\n Gigahertz = \"A86\",\n /**\n * gigaohm\n *\n * rec20\n */\n Gigaohm = \"A87\",\n /**\n * gigaohm metre\n *\n * rec20\n */\n GigaohmMetre = \"A88\",\n /**\n * gigapascal\n *\n * rec20\n */\n Gigapascal = \"A89\",\n /**\n * rate\n *\n * rec20\n */\n Rate = \"A9\",\n /**\n * gigawatt\n *\n * rec20\n */\n Gigawatt = \"A90\",\n /**\n * gon\n *\n * rec20\n */\n Gon = \"A91\",\n /**\n * gram per cubic metre\n *\n * rec20\n */\n GramPerCubicMetre = \"A93\",\n /**\n * gram per mole\n *\n * rec20\n */\n GramPerMole = \"A94\",\n /**\n * gray\n *\n * rec20\n */\n Gray = \"A95\",\n /**\n * gray per second\n *\n * rec20\n */\n GrayPerSecond = \"A96\",\n /**\n * hectopascal\n *\n * rec20\n */\n Hectopascal = \"A97\",\n /**\n * henry per metre\n *\n * rec20\n */\n HenryPerMetre = \"A98\",\n /**\n * bit\n *\n * rec20\n */\n Bit = \"A99\",\n /**\n * ball\n *\n * rec20\n */\n Ball = \"AA\",\n /**\n * bulk pack\n *\n * rec20\n */\n BulkPack = \"AB\",\n /**\n * acre\n *\n * rec20\n */\n Acre = \"ACR\",\n /**\n * activity\n *\n * rec20\n */\n Activity = \"ACT\",\n /**\n * byte\n *\n * rec20\n */\n Byte = \"AD\",\n /**\n * ampere per metre\n *\n * rec20\n */\n AmperePerMetre = \"AE\",\n /**\n * additional minute\n *\n * rec20\n */\n AdditionalMinute = \"AH\",\n /**\n * average minute per call\n *\n * rec20\n */\n AverageMinutePerCall = \"AI\",\n /**\n * fathom\n *\n * rec20\n */\n Fathom = \"AK\",\n /**\n * access line\n *\n * rec20\n */\n AccessLine = \"AL\",\n /**\n * ampere hour\n *\n * rec20\n */\n AmpereHour = \"AMH\",\n /**\n * ampere\n *\n * rec20\n */\n Ampere = \"AMP\",\n /**\n * year\n *\n * rec20\n */\n Year = \"ANN\",\n /**\n * troy ounce or apothecary ounce\n *\n * rec20\n */\n TroyOunceOrApothecaryOunce = \"APZ\",\n /**\n * anti-hemophilic factor (AHF) unit\n *\n * rec20\n */\n AntiHemophilicFactorAhfUnit = \"AQ\",\n /**\n * assortment\n *\n * rec20\n */\n Assortment = \"AS\",\n /**\n * alcoholic strength by mass\n *\n * rec20\n */\n AlcoholicStrengthByMass = \"ASM\",\n /**\n * alcoholic strength by volume\n *\n * rec20\n */\n AlcoholicStrengthByVolume = \"ASU\",\n /**\n * standard atmosphere\n *\n * rec20\n */\n StandardAtmosphere = \"ATM\",\n /**\n * american wire gauge\n *\n * rec20\n */\n AmericanWireGauge = \"AWG\",\n /**\n * assembly\n *\n * rec20\n */\n Assembly = \"AY\",\n /**\n * British thermal unit (international table) per pound\n *\n * rec20\n */\n BritishThermalUnitInternationalTablePerPound = \"AZ\",\n /**\n * barrel (US) per day\n *\n * rec20\n */\n BarrelUsPerDay = \"B1\",\n /**\n * bit per second\n *\n * rec20\n */\n BitPerSecond = \"B10\",\n /**\n * joule per kilogram kelvin\n *\n * rec20\n */\n JoulePerKilogramKelvin = \"B11\",\n /**\n * joule per metre\n *\n * rec20\n */\n JoulePerMetre = \"B12\",\n /**\n * joule per square metre\n *\n * rec20\n */\n JoulePerSquareMetre = \"B13\",\n /**\n * joule per metre to the fourth power\n *\n * rec20\n */\n JoulePerMetreToFourthPower = \"B14\",\n /**\n * joule per mole\n *\n * rec20\n */\n JoulePerMole = \"B15\",\n /**\n * joule per mole kelvin\n *\n * rec20\n */\n JoulePerMoleKelvin = \"B16\",\n /**\n * credit\n *\n * rec20\n */\n Credit = \"B17\",\n /**\n * joule second\n *\n * rec20\n */\n JouleSecond = \"B18\",\n /**\n * digit\n *\n * rec20\n */\n Digit = \"B19\",\n /**\n * joule square metre per kilogram\n *\n * rec20\n */\n JouleSquareMetrePerKilogram = \"B20\",\n /**\n * kelvin per watt\n *\n * rec20\n */\n KelvinPerWatt = \"B21\",\n /**\n * kiloampere\n *\n * rec20\n */\n Kiloampere = \"B22\",\n /**\n * kiloampere per square metre\n *\n * rec20\n */\n KiloamperePerSquareMetre = \"B23\",\n /**\n * kiloampere per metre\n *\n * rec20\n */\n KiloamperePerMetre = \"B24\",\n /**\n * kilobecquerel per kilogram\n *\n * rec20\n */\n KilobecquerelPerKilogram = \"B25\",\n /**\n * kilocoulomb\n *\n * rec20\n */\n Kilocoulomb = \"B26\",\n /**\n * kilocoulomb per cubic metre\n *\n * rec20\n */\n KilocoulombPerCubicMetre = \"B27\",\n /**\n * kilocoulomb per square metre\n *\n * rec20\n */\n KilocoulombPerSquareMetre = \"B28\",\n /**\n * kiloelectronvolt\n *\n * rec20\n */\n Kiloelectronvolt = \"B29\",\n /**\n * batting pound\n *\n * rec20\n */\n BattingPound = \"B3\",\n /**\n * gibibit\n *\n * rec20\n */\n Gibibit = \"B30\",\n /**\n * kilogram metre per second\n *\n * rec20\n */\n KilogramMetrePerSecond = \"B31\",\n /**\n * kilogram metre squared\n *\n * rec20\n */\n KilogramMetreSquared = \"B32\",\n /**\n * kilogram metre squared per second\n *\n * rec20\n */\n KilogramMetreSquaredPerSecond = \"B33\",\n /**\n * kilogram per cubic decimetre\n *\n * rec20\n */\n KilogramPerCubicDecimetre = \"B34\",\n /**\n * kilogram per litre\n *\n * rec20\n */\n KilogramPerLitre = \"B35\",\n /**\n * barrel, imperial\n *\n * rec20\n */\n BarrelImperial = \"B4\",\n /**\n * kilojoule per kelvin\n *\n * rec20\n */\n KilojoulePerKelvin = \"B41\",\n /**\n * kilojoule per kilogram\n *\n * rec20\n */\n KilojoulePerKilogram = \"B42\",\n /**\n * kilojoule per kilogram kelvin\n *\n * rec20\n */\n KilojoulePerKilogramKelvin = \"B43\",\n /**\n * kilojoule per mole\n *\n * rec20\n */\n KilojoulePerMole = \"B44\",\n /**\n * kilomole\n *\n * rec20\n */\n Kilomole = \"B45\",\n /**\n * kilomole per cubic metre\n *\n * rec20\n */\n KilomolePerCubicMetre = \"B46\",\n /**\n * kilonewton\n *\n * rec20\n */\n Kilonewton = \"B47\",\n /**\n * kilonewton metre\n *\n * rec20\n */\n KilonewtonMetre = \"B48\",\n /**\n * kiloohm\n *\n * rec20\n */\n Kiloohm = \"B49\",\n /**\n * kiloohm metre\n *\n * rec20\n */\n KiloohmMetre = \"B50\",\n /**\n * kilosecond\n *\n * rec20\n */\n Kilosecond = \"B52\",\n /**\n * kilosiemens\n *\n * rec20\n */\n Kilosiemens = \"B53\",\n /**\n * kilosiemens per metre\n *\n * rec20\n */\n KilosiemensPerMetre = \"B54\",\n /**\n * kilovolt per metre\n *\n * rec20\n */\n KilovoltPerMetre = \"B55\",\n /**\n * kiloweber per metre\n *\n * rec20\n */\n KiloweberPerMetre = \"B56\",\n /**\n * light year\n *\n * rec20\n */\n LightYear = \"B57\",\n /**\n * litre per mole\n *\n * rec20\n */\n LitrePerMole = \"B58\",\n /**\n * lumen hour\n *\n * rec20\n */\n LumenHour = \"B59\",\n /**\n * lumen per square metre\n *\n * rec20\n */\n LumenPerSquareMetre = \"B60\",\n /**\n * lumen per watt\n *\n * rec20\n */\n LumenPerWatt = \"B61\",\n /**\n * lumen second\n *\n * rec20\n */\n LumenSecond = \"B62\",\n /**\n * lux hour\n *\n * rec20\n */\n LuxHour = \"B63\",\n /**\n * lux second\n *\n * rec20\n */\n LuxSecond = \"B64\",\n /**\n * megaampere per square metre\n *\n * rec20\n */\n MegaamperePerSquareMetre = \"B66\",\n /**\n * megabecquerel per kilogram\n *\n * rec20\n */\n MegabecquerelPerKilogram = \"B67\",\n /**\n * gigabit\n *\n * rec20\n */\n Gigabit = \"B68\",\n /**\n * megacoulomb per cubic metre\n *\n * rec20\n */\n MegacoulombPerCubicMetre = \"B69\",\n /**\n * cycle\n *\n * rec20\n */\n Cycle = \"B7\",\n /**\n * megacoulomb per square metre\n *\n * rec20\n */\n MegacoulombPerSquareMetre = \"B70\",\n /**\n * megaelectronvolt\n *\n * rec20\n */\n Megaelectronvolt = \"B71\",\n /**\n * megagram per cubic metre\n *\n * rec20\n */\n MegagramPerCubicMetre = \"B72\",\n /**\n * meganewton\n *\n * rec20\n */\n Meganewton = \"B73\",\n /**\n * meganewton metre\n *\n * rec20\n */\n MeganewtonMetre = \"B74\",\n /**\n * megaohm\n *\n * rec20\n */\n Megaohm = \"B75\",\n /**\n * megaohm metre\n *\n * rec20\n */\n MegaohmMetre = \"B76\",\n /**\n * megasiemens per metre\n *\n * rec20\n */\n MegasiemensPerMetre = \"B77\",\n /**\n * megavolt\n *\n * rec20\n */\n Megavolt = \"B78\",\n /**\n * megavolt per metre\n *\n * rec20\n */\n MegavoltPerMetre = \"B79\",\n /**\n * joule per cubic metre\n *\n * rec20\n */\n JoulePerCubicMetre = \"B8\",\n /**\n * gigabit per second\n *\n * rec20\n */\n GigabitPerSecond = \"B80\",\n /**\n * reciprocal metre squared reciprocal second\n *\n * rec20\n */\n ReciprocalMetreSquaredReciprocalSecond = \"B81\",\n /**\n * inch per linear foot\n *\n * rec20\n */\n InchPerLinearFoot = \"B82\",\n /**\n * metre to the fourth power\n *\n * rec20\n */\n MetreToFourthPower = \"B83\",\n /**\n * microampere\n *\n * rec20\n */\n Microampere = \"B84\",\n /**\n * microbar\n *\n * rec20\n */\n Microbar = \"B85\",\n /**\n * microcoulomb\n *\n * rec20\n */\n Microcoulomb = \"B86\",\n /**\n * microcoulomb per cubic metre\n *\n * rec20\n */\n MicrocoulombPerCubicMetre = \"B87\",\n /**\n * microcoulomb per square metre\n *\n * rec20\n */\n MicrocoulombPerSquareMetre = \"B88\",\n /**\n * microfarad per metre\n *\n * rec20\n */\n MicrofaradPerMetre = \"B89\",\n /**\n * microhenry\n *\n * rec20\n */\n Microhenry = \"B90\",\n /**\n * microhenry per metre\n *\n * rec20\n */\n MicrohenryPerMetre = \"B91\",\n /**\n * micronewton\n *\n * rec20\n */\n Micronewton = \"B92\",\n /**\n * micronewton metre\n *\n * rec20\n */\n MicronewtonMetre = \"B93\",\n /**\n * microohm\n *\n * rec20\n */\n Microohm = \"B94\",\n /**\n * microohm metre\n *\n * rec20\n */\n MicroohmMetre = \"B95\",\n /**\n * micropascal\n *\n * rec20\n */\n Micropascal = \"B96\",\n /**\n * microradian\n *\n * rec20\n */\n Microradian = \"B97\",\n /**\n * microsecond\n *\n * rec20\n */\n Microsecond = \"B98\",\n /**\n * microsiemens\n *\n * rec20\n */\n Microsiemens = \"B99\",\n /**\n * bar [unit of pressure]\n *\n * rec20\n */\n BarUnitPressure = \"BAR\",\n /**\n * base box\n *\n * rec20\n */\n BaseBox = \"BB\",\n /**\n * board foot\n *\n * rec20\n */\n BoardFoot = \"BFT\",\n /**\n * brake horse power\n *\n * rec20\n */\n BrakeHorsePower = \"BHP\",\n /**\n * billion (EUR)\n *\n * rec20\n */\n BillionEur = \"BIL\",\n /**\n * dry barrel (US)\n *\n * rec20\n */\n DryBarrelUs = \"BLD\",\n /**\n * barrel (US)\n *\n * rec20\n */\n BarrelUs = \"BLL\",\n /**\n * hundred board foot\n *\n * rec20\n */\n HundredBoardFoot = \"BP\",\n /**\n * beats per minute\n *\n * rec20\n */\n BeatsPerMinute = \"BPM\",\n /**\n * becquerel\n *\n * rec20\n */\n Becquerel = \"BQL\",\n /**\n * British thermal unit (international table)\n *\n * rec20\n */\n BritishThermalUnitInternationalTable = \"BTU\",\n /**\n * bushel (US)\n *\n * rec20\n */\n BushelUs = \"BUA\",\n /**\n * bushel (UK)\n *\n * rec20\n */\n BushelUk = \"BUI\",\n /**\n * call\n *\n * rec20\n */\n Call = \"C0\",\n /**\n * millifarad\n *\n * rec20\n */\n Millifarad = \"C10\",\n /**\n * milligal\n *\n * rec20\n */\n Milligal = \"C11\",\n /**\n * milligram per metre\n *\n * rec20\n */\n MilligramPerMetre = \"C12\",\n /**\n * milligray\n *\n * rec20\n */\n Milligray = \"C13\",\n /**\n * millihenry\n *\n * rec20\n */\n Millihenry = \"C14\",\n /**\n * millijoule\n *\n * rec20\n */\n Millijoule = \"C15\",\n /**\n * millimetre per second\n *\n * rec20\n */\n MillimetrePerSecond = \"C16\",\n /**\n * millimetre squared per second\n *\n * rec20\n */\n MillimetreSquaredPerSecond = \"C17\",\n /**\n * millimole\n *\n * rec20\n */\n Millimole = \"C18\",\n /**\n * mole per kilogram\n *\n * rec20\n */\n MolePerKilogram = \"C19\",\n /**\n * millinewton\n *\n * rec20\n */\n Millinewton = \"C20\",\n /**\n * kibibit\n *\n * rec20\n */\n Kibibit = \"C21\",\n /**\n * millinewton per metre\n *\n * rec20\n */\n MillinewtonPerMetre = \"C22\",\n /**\n * milliohm metre\n *\n * rec20\n */\n MilliohmMetre = \"C23\",\n /**\n * millipascal second\n *\n * rec20\n */\n MillipascalSecond = \"C24\",\n /**\n * milliradian\n *\n * rec20\n */\n Milliradian = \"C25\",\n /**\n * millisecond\n *\n * rec20\n */\n Millisecond = \"C26\",\n /**\n * millisiemens\n *\n * rec20\n */\n Millisiemens = \"C27\",\n /**\n * millisievert\n *\n * rec20\n */\n Millisievert = \"C28\",\n /**\n * millitesla\n *\n * rec20\n */\n Millitesla = \"C29\",\n /**\n * microvolt per metre\n *\n * rec20\n */\n MicrovoltPerMetre = \"C3\",\n /**\n * millivolt per metre\n *\n * rec20\n */\n MillivoltPerMetre = \"C30\",\n /**\n * milliwatt\n *\n * rec20\n */\n Milliwatt = \"C31\",\n /**\n * milliwatt per square metre\n *\n * rec20\n */\n MilliwattPerSquareMetre = \"C32\",\n /**\n * milliweber\n *\n * rec20\n */\n Milliweber = \"C33\",\n /**\n * mole\n *\n * rec20\n */\n Mole = \"C34\",\n /**\n * mole per cubic decimetre\n *\n * rec20\n */\n MolePerCubicDecimetre = \"C35\",\n /**\n * mole per cubic metre\n *\n * rec20\n */\n MolePerCubicMetre = \"C36\",\n /**\n * kilobit\n *\n * rec20\n */\n Kilobit = \"C37\",\n /**\n * mole per litre\n *\n * rec20\n */\n MolePerLitre = \"C38\",\n /**\n * nanoampere\n *\n * rec20\n */\n Nanoampere = \"C39\",\n /**\n * nanocoulomb\n *\n * rec20\n */\n Nanocoulomb = \"C40\",\n /**\n * nanofarad\n *\n * rec20\n */\n Nanofarad = \"C41\",\n /**\n * nanofarad per metre\n *\n * rec20\n */\n NanofaradPerMetre = \"C42\",\n /**\n * nanohenry\n *\n * rec20\n */\n Nanohenry = \"C43\",\n /**\n * nanohenry per metre\n *\n * rec20\n */\n NanohenryPerMetre = \"C44\",\n /**\n * nanometre\n *\n * rec20\n */\n Nanometre = \"C45\",\n /**\n * nanoohm metre\n *\n * rec20\n */\n NanoohmMetre = \"C46\",\n /**\n * nanosecond\n *\n * rec20\n */\n Nanosecond = \"C47\",\n /**\n * nanotesla\n *\n * rec20\n */\n Nanotesla = \"C48\",\n /**\n * nanowatt\n *\n * rec20\n */\n Nanowatt = \"C49\",\n /**\n * neper\n *\n * rec20\n */\n Neper = \"C50\",\n /**\n * neper per second\n *\n * rec20\n */\n NeperPerSecond = \"C51\",\n /**\n * picometre\n *\n * rec20\n */\n Picometre = \"C52\",\n /**\n * newton metre second\n *\n * rec20\n */\n NewtonMetreSecond = \"C53\",\n /**\n * newton metre squared per kilogram squared\n *\n * rec20\n */\n NewtonMetreSquaredPerKilogramSquared = \"C54\",\n /**\n * newton per square metre\n *\n * rec20\n */\n NewtonPerSquareMetre = \"C55\",\n /**\n * newton per square millimetre\n *\n * rec20\n */\n NewtonPerSquareMillimetre = \"C56\",\n /**\n * newton second\n *\n * rec20\n */\n NewtonSecond = \"C57\",\n /**\n * newton second per metre\n *\n * rec20\n */\n NewtonSecondPerMetre = \"C58\",\n /**\n * octave\n *\n * rec20\n */\n Octave = \"C59\",\n /**\n * ohm centimetre\n *\n * rec20\n */\n OhmCentimetre = \"C60\",\n /**\n * ohm metre\n *\n * rec20\n */\n OhmMetre = \"C61\",\n /**\n * one\n *\n * rec20\n */\n One = \"C62\",\n /**\n * parsec\n *\n * rec20\n */\n Parsec = \"C63\",\n /**\n * pascal per kelvin\n *\n * rec20\n */\n PascalPerKelvin = \"C64\",\n /**\n * pascal second\n *\n * rec20\n */\n PascalSecond = \"C65\",\n /**\n * pascal second per cubic metre\n *\n * rec20\n */\n PascalSecondPerCubicMetre = \"C66\",\n /**\n * pascal second per metre\n *\n * rec20\n */\n PascalSecondPerMetre = \"C67\",\n /**\n * petajoule\n *\n * rec20\n */\n Petajoule = \"C68\",\n /**\n * phon\n *\n * rec20\n */\n Phon = \"C69\",\n /**\n * centipoise\n *\n * rec20\n */\n Centipoise = \"C7\",\n /**\n * picoampere\n *\n * rec20\n */\n Picoampere = \"C70\",\n /**\n * picocoulomb\n *\n * rec20\n */\n Picocoulomb = \"C71\",\n /**\n * picofarad per metre\n *\n * rec20\n */\n PicofaradPerMetre = \"C72\",\n /**\n * picohenry\n *\n * rec20\n */\n Picohenry = \"C73\",\n /**\n * kilobit per second\n *\n * rec20\n */\n KilobitPerSecond = \"C74\",\n /**\n * picowatt\n *\n * rec20\n */\n Picowatt = \"C75\",\n /**\n * picowatt per square metre\n *\n * rec20\n */\n PicowattPerSquareMetre = \"C76\",\n /**\n * pound-force\n *\n * rec20\n */\n PoundForce = \"C78\",\n /**\n * kilovolt ampere hour\n *\n * rec20\n */\n KilovoltAmpereHour = \"C79\",\n /**\n * millicoulomb per kilogram\n *\n * rec20\n */\n MillicoulombPerKilogram = \"C8\",\n /**\n * rad\n *\n * rec20\n */\n Rad = \"C80\",\n /**\n * radian\n *\n * rec20\n */\n Radian = \"C81\",\n /**\n * radian square metre per mole\n *\n * rec20\n */\n RadianSquareMetrePerMole = \"C82\",\n /**\n * radian square metre per kilogram\n *\n * rec20\n */\n RadianSquareMetrePerKilogram = \"C83\",\n /**\n * radian per metre\n *\n * rec20\n */\n RadianPerMetre = \"C84\",\n /**\n * reciprocal angstrom\n *\n * rec20\n */\n ReciprocalAngstrom = \"C85\",\n /**\n * reciprocal cubic metre\n *\n * rec20\n */\n ReciprocalCubicMetre = \"C86\",\n /**\n * reciprocal cubic metre per second\n *\n * rec20\n */\n ReciprocalCubicMetrePerSecond = \"C87\",\n /**\n * reciprocal electron volt per cubic metre\n *\n * rec20\n */\n ReciprocalElectronVoltPerCubicMetre = \"C88\",\n /**\n * reciprocal henry\n *\n * rec20\n */\n ReciprocalHenry = \"C89\",\n /**\n * coil group\n *\n * rec20\n */\n CoilGroup = \"C9\",\n /**\n * reciprocal joule per cubic metre\n *\n * rec20\n */\n ReciprocalJoulePerCubicMetre = \"C90\",\n /**\n * reciprocal kelvin or kelvin to the power minus one\n *\n * rec20\n */\n ReciprocalKelvinOrKelvinToPowerMinusOne = \"C91\",\n /**\n * reciprocal metre\n *\n * rec20\n */\n ReciprocalMetre = \"C92\",\n /**\n * reciprocal square metre\n *\n * rec20\n */\n ReciprocalSquareMetre = \"C93\",\n /**\n * reciprocal minute\n *\n * rec20\n */\n ReciprocalMinute = \"C94\",\n /**\n * reciprocal mole\n *\n * rec20\n */\n ReciprocalMole = \"C95\",\n /**\n * reciprocal pascal or pascal to the power minus one\n *\n * rec20\n */\n ReciprocalPascalOrPascalToPowerMinusOne = \"C96\",\n /**\n * reciprocal second\n *\n * rec20\n */\n ReciprocalSecond = \"C97\",\n /**\n * reciprocal second per metre squared\n *\n * rec20\n */\n ReciprocalSecondPerMetreSquared = \"C99\",\n /**\n * carrying capacity in metric ton\n *\n * rec20\n */\n CarryingCapacityInMetricTon = \"CCT\",\n /**\n * candela\n *\n * rec20\n */\n Candela = \"CDL\",\n /**\n * degree Celsius\n *\n * rec20\n */\n DegreeCelsius = \"CEL\",\n /**\n * hundred\n *\n * rec20\n */\n Hundred = \"CEN\",\n /**\n * card\n *\n * rec20\n */\n Card = \"CG\",\n /**\n * centigram\n *\n * rec20\n */\n Centigram = \"CGM\",\n /**\n * coulomb per kilogram\n *\n * rec20\n */\n CoulombPerKilogram = \"CKG\",\n /**\n * hundred leave\n *\n * rec20\n */\n HundredLeave = \"CLF\",\n /**\n * centilitre\n *\n * rec20\n */\n Centilitre = \"CLT\",\n /**\n * square centimetre\n *\n * rec20\n */\n SquareCentimetre = \"CMK\",\n /**\n * cubic centimetre\n *\n * rec20\n */\n CubicCentimetre = \"CMQ\",\n /**\n * centimetre\n *\n * rec20\n */\n Centimetre = \"CMT\",\n /**\n * hundred pack\n *\n * rec20\n */\n HundredPack = \"CNP\",\n /**\n * cental (UK)\n *\n * rec20\n */\n CentalUk = \"CNT\",\n /**\n * coulomb\n *\n * rec20\n */\n Coulomb = \"COU\",\n /**\n * content gram\n *\n * rec20\n */\n ContentGram = \"CTG\",\n /**\n * metric carat\n *\n * rec20\n */\n MetricCarat = \"CTM\",\n /**\n * content ton (metric)\n *\n * rec20\n */\n ContentTonMetric = \"CTN\",\n /**\n * curie\n *\n * rec20\n */\n Curie = \"CUR\",\n /**\n * hundred pound (cwt) / hundred weight (US)\n *\n * rec20\n */\n HundredPoundCwtHundredWeightUs = \"CWA\",\n /**\n * hundred weight (UK)\n *\n * rec20\n */\n HundredWeightUk = \"CWI\",\n /**\n * kilowatt hour per hour\n *\n * rec20\n */\n KilowattHourPerHour = \"D03\",\n /**\n * lot [unit of weight]\n *\n * rec20\n */\n LotUnitWeight = \"D04\",\n /**\n * reciprocal second per steradian\n *\n * rec20\n */\n ReciprocalSecondPerSteradian = \"D1\",\n /**\n * siemens per metre\n *\n * rec20\n */\n SiemensPerMetre = \"D10\",\n /**\n * mebibit\n *\n * rec20\n */\n Mebibit = \"D11\",\n /**\n * siemens square metre per mole\n *\n * rec20\n */\n SiemensSquareMetrePerMole = \"D12\",\n /**\n * sievert\n *\n * rec20\n */\n Sievert = \"D13\",\n /**\n * sone\n *\n * rec20\n */\n Sone = \"D15\",\n /**\n * square centimetre per erg\n *\n * rec20\n */\n SquareCentimetrePerErg = \"D16\",\n /**\n * square centimetre per steradian erg\n *\n * rec20\n */\n SquareCentimetrePerSteradianErg = \"D17\",\n /**\n * metre kelvin\n *\n * rec20\n */\n MetreKelvin = \"D18\",\n /**\n * square metre kelvin per watt\n *\n * rec20\n */\n SquareMetreKelvinPerWatt = \"D19\",\n /**\n * reciprocal second per steradian metre squared\n *\n * rec20\n */\n ReciprocalSecondPerSteradianMetreSquared = \"D2\",\n /**\n * square metre per joule\n *\n * rec20\n */\n SquareMetrePerJoule = \"D20\",\n /**\n * square metre per kilogram\n *\n * rec20\n */\n SquareMetrePerKilogram = \"D21\",\n /**\n * square metre per mole\n *\n * rec20\n */\n SquareMetrePerMole = \"D22\",\n /**\n * pen gram (protein)\n *\n * rec20\n */\n PenGramProtein = \"D23\",\n /**\n * square metre per steradian\n *\n * rec20\n */\n SquareMetrePerSteradian = \"D24\",\n /**\n * square metre per steradian joule\n *\n * rec20\n */\n SquareMetrePerSteradianJoule = \"D25\",\n /**\n * square metre per volt second\n *\n * rec20\n */\n SquareMetrePerVoltSecond = \"D26\",\n /**\n * steradian\n *\n * rec20\n */\n Steradian = \"D27\",\n /**\n * terahertz\n *\n * rec20\n */\n Terahertz = \"D29\",\n /**\n * terajoule\n *\n * rec20\n */\n Terajoule = \"D30\",\n /**\n * terawatt\n *\n * rec20\n */\n Terawatt = \"D31\",\n /**\n * terawatt hour\n *\n * rec20\n */\n TerawattHour = \"D32\",\n /**\n * tesla\n *\n * rec20\n */\n Tesla = \"D33\",\n /**\n * tex\n *\n * rec20\n */\n Tex = \"D34\",\n /**\n * megabit\n *\n * rec20\n */\n Megabit = \"D36\",\n /**\n * tonne per cubic metre\n *\n * rec20\n */\n TonnePerCubicMetre = \"D41\",\n /**\n * tropical year\n *\n * rec20\n */\n TropicalYear = \"D42\",\n /**\n * unified atomic mass unit\n *\n * rec20\n */\n UnifiedAtomicMassUnit = \"D43\",\n /**\n * var\n *\n * rec20\n */\n Var = \"D44\",\n /**\n * volt squared per kelvin squared\n *\n * rec20\n */\n VoltSquaredPerKelvinSquared = \"D45\",\n /**\n * volt - ampere\n *\n * rec20\n */\n VoltAmpere = \"D46\",\n /**\n * volt per centimetre\n *\n * rec20\n */\n VoltPerCentimetre = \"D47\",\n /**\n * volt per kelvin\n *\n * rec20\n */\n VoltPerKelvin = \"D48\",\n /**\n * millivolt per kelvin\n *\n * rec20\n */\n MillivoltPerKelvin = \"D49\",\n /**\n * kilogram per square centimetre\n *\n * rec20\n */\n KilogramPerSquareCentimetre = \"D5\",\n /**\n * volt per metre\n *\n * rec20\n */\n VoltPerMetre = \"D50\",\n /**\n * volt per millimetre\n *\n * rec20\n */\n VoltPerMillimetre = \"D51\",\n /**\n * watt per kelvin\n *\n * rec20\n */\n WattPerKelvin = \"D52\",\n /**\n * watt per metre kelvin\n *\n * rec20\n */\n WattPerMetreKelvin = \"D53\",\n /**\n * watt per square metre\n *\n * rec20\n */\n WattPerSquareMetre = \"D54\",\n /**\n * watt per square metre kelvin\n *\n * rec20\n */\n WattPerSquareMetreKelvin = \"D55\",\n /**\n * watt per square metre kelvin to the fourth power\n *\n * rec20\n */\n WattPerSquareMetreKelvinToFourthPower = \"D56\",\n /**\n * watt per steradian\n *\n * rec20\n */\n WattPerSteradian = \"D57\",\n /**\n * watt per steradian square metre\n *\n * rec20\n */\n WattPerSteradianSquareMetre = \"D58\",\n /**\n * weber per metre\n *\n * rec20\n */\n WeberPerMetre = \"D59\",\n /**\n * roentgen per second\n *\n * rec20\n */\n RoentgenPerSecond = \"D6\",\n /**\n * weber per millimetre\n *\n * rec20\n */\n WeberPerMillimetre = \"D60\",\n /**\n * minute [unit of angle]\n *\n * rec20\n */\n MinuteUnitAngle = \"D61\",\n /**\n * second [unit of angle]\n *\n * rec20\n */\n SecondUnitAngle = \"D62\",\n /**\n * book\n *\n * rec20\n */\n Book = \"D63\",\n /**\n * round\n *\n * rec20\n */\n Round = \"D65\",\n /**\n * number of words\n *\n * rec20\n */\n NumberWords = \"D68\",\n /**\n * inch to the fourth power\n *\n * rec20\n */\n InchToFourthPower = \"D69\",\n /**\n * joule square metre\n *\n * rec20\n */\n JouleSquareMetre = \"D73\",\n /**\n * kilogram per mole\n *\n * rec20\n */\n KilogramPerMole = \"D74\",\n /**\n * megacoulomb\n *\n * rec20\n */\n Megacoulomb = \"D77\",\n /**\n * megajoule per second\n *\n * rec20\n */\n MegajoulePerSecond = \"D78\",\n /**\n * microwatt\n *\n * rec20\n */\n Microwatt = \"D80\",\n /**\n * microtesla\n *\n * rec20\n */\n Microtesla = \"D81\",\n /**\n * microvolt\n *\n * rec20\n */\n Microvolt = \"D82\",\n /**\n * millinewton metre\n *\n * rec20\n */\n MillinewtonMetre = \"D83\",\n /**\n * microwatt per square metre\n *\n * rec20\n */\n MicrowattPerSquareMetre = \"D85\",\n /**\n * millicoulomb\n *\n * rec20\n */\n Millicoulomb = \"D86\",\n /**\n * millimole per kilogram\n *\n * rec20\n */\n MillimolePerKilogram = \"D87\",\n /**\n * millicoulomb per cubic metre\n *\n * rec20\n */\n MillicoulombPerCubicMetre = \"D88\",\n /**\n * millicoulomb per square metre\n *\n * rec20\n */\n MillicoulombPerSquareMetre = \"D89\",\n /**\n * rem\n *\n * rec20\n */\n Rem = \"D91\",\n /**\n * second per cubic metre\n *\n * rec20\n */\n SecondPerCubicMetre = \"D93\",\n /**\n * second per cubic metre radian\n *\n * rec20\n */\n SecondPerCubicMetreRadian = \"D94\",\n /**\n * joule per gram\n *\n * rec20\n */\n JoulePerGram = \"D95\",\n /**\n * decare\n *\n * rec20\n */\n Decare = \"DAA\",\n /**\n * ten day\n *\n * rec20\n */\n TenDay = \"DAD\",\n /**\n * day\n *\n * rec20\n */\n Day = \"DAY\",\n /**\n * dry pound\n *\n * rec20\n */\n DryPound = \"DB\",\n /**\n * Decibel-milliwatts\n *\n * Rec20\n */\n DecibelMilliwatts = \"DBM\",\n /**\n * Decibel watt\n *\n * Rec20\n */\n DecibelWatt = \"DBW\",\n /**\n * degree [unit of angle]\n *\n * rec20\n */\n DegreeUnitAngle = \"DD\",\n /**\n * decade\n *\n * rec20\n */\n Decade = \"DEC\",\n /**\n * decigram\n *\n * rec20\n */\n Decigram = \"DG\",\n /**\n * decagram\n *\n * rec20\n */\n Decagram = \"DJ\",\n /**\n * decilitre\n *\n * rec20\n */\n Decilitre = \"DLT\",\n /**\n * cubic decametre\n *\n * rec20\n */\n CubicDecametre = \"DMA\",\n /**\n * square decimetre\n *\n * rec20\n */\n SquareDecimetre = \"DMK\",\n /**\n * standard kilolitre\n *\n * rec20\n */\n StandardKilolitre = \"DMO\",\n /**\n * cubic decimetre\n *\n * rec20\n */\n CubicDecimetre = \"DMQ\",\n /**\n * decimetre\n *\n * rec20\n */\n Decimetre = \"DMT\",\n /**\n * decinewton metre\n *\n * rec20\n */\n DecinewtonMetre = \"DN\",\n /**\n * dozen piece\n *\n * rec20\n */\n DozenPiece = \"DPC\",\n /**\n * dozen pair\n *\n * rec20\n */\n DozenPair = \"DPR\",\n /**\n * displacement tonnage\n *\n * rec20\n */\n DisplacementTonnage = \"DPT\",\n /**\n * dram (US)\n *\n * rec20\n */\n DramUs = \"DRA\",\n /**\n * dram (UK)\n *\n * rec20\n */\n DramUk = \"DRI\",\n /**\n * dozen roll\n *\n * rec20\n */\n DozenRoll = \"DRL\",\n /**\n * dry ton\n *\n * rec20\n */\n DryTon = \"DT\",\n /**\n * decitonne\n *\n * rec20\n */\n Decitonne = \"DTN\",\n /**\n * pennyweight\n *\n * rec20\n */\n Pennyweight = \"DWT\",\n /**\n * dozen\n *\n * rec20\n */\n Dozen = \"DZN\",\n /**\n * dozen pack\n *\n * rec20\n */\n DozenPack = \"DZP\",\n /**\n * newton per square centimetre\n *\n * rec20\n */\n NewtonPerSquareCentimetre = \"E01\",\n /**\n * megawatt hour per hour\n *\n * rec20\n */\n MegawattHourPerHour = \"E07\",\n /**\n * megawatt per hertz\n *\n * rec20\n */\n MegawattPerHertz = \"E08\",\n /**\n * milliampere hour\n *\n * rec20\n */\n MilliampereHour = \"E09\",\n /**\n * degree day\n *\n * rec20\n */\n DegreeDay = \"E10\",\n /**\n * mille\n *\n * rec20\n */\n Mille = \"E12\",\n /**\n * kilocalorie (international table)\n *\n * rec20\n */\n KilocalorieInternationalTable = \"E14\",\n /**\n * kilocalorie (thermochemical) per hour\n *\n * rec20\n */\n KilocalorieThermochemicalPerHour = \"E15\",\n /**\n * million Btu(IT) per hour\n *\n * rec20\n */\n MillionBtuItPerHour = \"E16\",\n /**\n * cubic foot per second\n *\n * rec20\n */\n CubicFootPerSecond = \"E17\",\n /**\n * tonne per hour\n *\n * rec20\n */\n TonnePerHour = \"E18\",\n /**\n * ping\n *\n * rec20\n */\n Ping = \"E19\",\n /**\n * megabit per second\n *\n * rec20\n */\n MegabitPerSecond = \"E20\",\n /**\n * shares\n *\n * rec20\n */\n Shares = \"E21\",\n /**\n * TEU\n *\n * rec20\n */\n Teu = \"E22\",\n /**\n * tyre\n *\n * rec20\n */\n Tyre = \"E23\",\n /**\n * active unit\n *\n * rec20\n */\n ActiveUnit = \"E25\",\n /**\n * dose\n *\n * rec20\n */\n Dose = \"E27\",\n /**\n * air dry ton\n *\n * rec20\n */\n AirDryTon = \"E28\",\n /**\n * strand\n *\n * rec20\n */\n Strand = \"E30\",\n /**\n * square metre per litre\n *\n * rec20\n */\n SquareMetrePerLitre = \"E31\",\n /**\n * litre per hour\n *\n * rec20\n */\n LitrePerHour = \"E32\",\n /**\n * foot per thousand\n *\n * rec20\n */\n FootPerThousand = \"E33\",\n /**\n * gigabyte\n *\n * rec20\n */\n Gigabyte = \"E34\",\n /**\n * terabyte\n *\n * rec20\n */\n Terabyte = \"E35\",\n /**\n * petabyte\n *\n * rec20\n */\n Petabyte = \"E36\",\n /**\n * pixel\n *\n * rec20\n */\n Pixel = \"E37\",\n /**\n * megapixel\n *\n * rec20\n */\n Megapixel = \"E38\",\n /**\n * dots per inch\n *\n * rec20\n */\n DotsPerInch = \"E39\",\n /**\n * gross kilogram\n *\n * rec20\n */\n GrossKilogram = \"E4\",\n /**\n * part per hundred thousand\n *\n * rec20\n */\n PartPerHundredThousand = \"E40\",\n /**\n * kilogram-force per square millimetre\n *\n * rec20\n */\n KilogramForcePerSquareMillimetre = \"E41\",\n /**\n * kilogram-force per square centimetre\n *\n * rec20\n */\n KilogramForcePerSquareCentimetre = \"E42\",\n /**\n * joule per square centimetre\n *\n * rec20\n */\n JoulePerSquareCentimetre = \"E43\",\n /**\n * kilogram-force metre per square centimetre\n *\n * rec20\n */\n KilogramForceMetrePerSquareCentimetre = \"E44\",\n /**\n * milliohm\n *\n * rec20\n */\n Milliohm = \"E45\",\n /**\n * kilowatt hour per cubic metre\n *\n * rec20\n */\n KilowattHourPerCubicMetre = \"E46\",\n /**\n * kilowatt hour per kelvin\n *\n * rec20\n */\n KilowattHourPerKelvin = \"E47\",\n /**\n * service unit\n *\n * rec20\n */\n ServiceUnit = \"E48\",\n /**\n * working day\n *\n * rec20\n */\n WorkingDay = \"E49\",\n /**\n * accounting unit\n *\n * rec20\n */\n AccountingUnit = \"E50\",\n /**\n * job\n *\n * rec20\n */\n Job = \"E51\",\n /**\n * run foot\n *\n * rec20\n */\n RunFoot = \"E52\",\n /**\n * test\n *\n * rec20\n */\n Test = \"E53\",\n /**\n * trip\n *\n * rec20\n */\n Trip = \"E54\",\n /**\n * use\n *\n * rec20\n */\n Use = \"E55\",\n /**\n * well\n *\n * rec20\n */\n Well = \"E56\",\n /**\n * zone\n *\n * rec20\n */\n Zone = \"E57\",\n /**\n * exabit per second\n *\n * rec20\n */\n ExabitPerSecond = \"E58\",\n /**\n * exbibyte\n *\n * rec20\n */\n Exbibyte = \"E59\",\n /**\n * pebibyte\n *\n * rec20\n */\n Pebibyte = \"E60\",\n /**\n * tebibyte\n *\n * rec20\n */\n Tebibyte = \"E61\",\n /**\n * gibibyte\n *\n * rec20\n */\n Gibibyte = \"E62\",\n /**\n * mebibyte\n *\n * rec20\n */\n Mebibyte = \"E63\",\n /**\n * kibibyte\n *\n * rec20\n */\n Kibibyte = \"E64\",\n /**\n * exbibit per metre\n *\n * rec20\n */\n ExbibitPerMetre = \"E65\",\n /**\n * exbibit per square metre\n *\n * rec20\n */\n ExbibitPerSquareMetre = \"E66\",\n /**\n * exbibit per cubic metre\n *\n * rec20\n */\n ExbibitPerCubicMetre = \"E67\",\n /**\n * gigabyte per second\n *\n * rec20\n */\n GigabytePerSecond = \"E68\",\n /**\n * gibibit per metre\n *\n * rec20\n */\n GibibitPerMetre = \"E69\",\n /**\n * gibibit per square metre\n *\n * rec20\n */\n GibibitPerSquareMetre = \"E70\",\n /**\n * gibibit per cubic metre\n *\n * rec20\n */\n GibibitPerCubicMetre = \"E71\",\n /**\n * kibibit per metre\n *\n * rec20\n */\n KibibitPerMetre = \"E72\",\n /**\n * kibibit per square metre\n *\n * rec20\n */\n KibibitPerSquareMetre = \"E73\",\n /**\n * kibibit per cubic metre\n *\n * rec20\n */\n KibibitPerCubicMetre = \"E74\",\n /**\n * mebibit per metre\n *\n * rec20\n */\n MebibitPerMetre = \"E75\",\n /**\n * mebibit per square metre\n *\n * rec20\n */\n MebibitPerSquareMetre = \"E76\",\n /**\n * mebibit per cubic metre\n *\n * rec20\n */\n MebibitPerCubicMetre = \"E77\",\n /**\n * petabit\n *\n * rec20\n */\n Petabit = \"E78\",\n /**\n * petabit per second\n *\n * rec20\n */\n PetabitPerSecond = \"E79\",\n /**\n * pebibit per metre\n *\n * rec20\n */\n PebibitPerMetre = \"E80\",\n /**\n * pebibit per square metre\n *\n * rec20\n */\n PebibitPerSquareMetre = \"E81\",\n /**\n * pebibit per cubic metre\n *\n * rec20\n */\n PebibitPerCubicMetre = \"E82\",\n /**\n * terabit\n *\n * rec20\n */\n Terabit = \"E83\",\n /**\n * terabit per second\n *\n * rec20\n */\n TerabitPerSecond = \"E84\",\n /**\n * tebibit per metre\n *\n * rec20\n */\n TebibitPerMetre = \"E85\",\n /**\n * tebibit per cubic metre\n *\n * rec20\n */\n TebibitPerCubicMetre = \"E86\",\n /**\n * tebibit per square metre\n *\n * rec20\n */\n TebibitPerSquareMetre = \"E87\",\n /**\n * bit per metre\n *\n * rec20\n */\n BitPerMetre = \"E88\",\n /**\n * bit per square metre\n *\n * rec20\n */\n BitPerSquareMetre = \"E89\",\n /**\n * reciprocal centimetre\n *\n * rec20\n */\n ReciprocalCentimetre = \"E90\",\n /**\n * reciprocal day\n *\n * rec20\n */\n ReciprocalDay = \"E91\",\n /**\n * cubic decimetre per hour\n *\n * rec20\n */\n CubicDecimetrePerHour = \"E92\",\n /**\n * kilogram per hour\n *\n * rec20\n */\n KilogramPerHour = \"E93\",\n /**\n * kilomole per second\n *\n * rec20\n */\n KilomolePerSecond = \"E94\",\n /**\n * mole per second\n *\n * rec20\n */\n MolePerSecond = \"E95\",\n /**\n * degree per second\n *\n * rec20\n */\n DegreePerSecond = \"E96\",\n /**\n * millimetre per degree Celcius metre\n *\n * rec20\n */\n MillimetrePerDegreeCelciusMetre = \"E97\",\n /**\n * degree Celsius per kelvin\n *\n * rec20\n */\n DegreeCelsiusPerKelvin = \"E98\",\n /**\n * hectopascal per bar\n *\n * rec20\n */\n HectopascalPerBar = \"E99\",\n /**\n * each\n *\n * rec20\n */\n Each = \"EA\",\n /**\n * electronic mail box\n *\n * rec20\n */\n ElectronicMailBox = \"EB\",\n /**\n * equivalent gallon\n *\n * rec20\n */\n EquivalentGallon = \"EQ\",\n /**\n * bit per cubic metre\n *\n * rec20\n */\n BitPerCubicMetre = \"F01\",\n /**\n * kelvin per kelvin\n *\n * rec20\n */\n KelvinPerKelvin = \"F02\",\n /**\n * kilopascal per bar\n *\n * rec20\n */\n KilopascalPerBar = \"F03\",\n /**\n * millibar per bar\n *\n * rec20\n */\n MillibarPerBar = \"F04\",\n /**\n * megapascal per bar\n *\n * rec20\n */\n MegapascalPerBar = \"F05\",\n /**\n * poise per bar\n *\n * rec20\n */\n PoisePerBar = \"F06\",\n /**\n * pascal per bar\n *\n * rec20\n */\n PascalPerBar = \"F07\",\n /**\n * milliampere per inch\n *\n * rec20\n */\n MilliamperePerInch = \"F08\",\n /**\n * kelvin per hour\n *\n * rec20\n */\n KelvinPerHour = \"F10\",\n /**\n * kelvin per minute\n *\n * rec20\n */\n KelvinPerMinute = \"F11\",\n /**\n * kelvin per second\n *\n * rec20\n */\n KelvinPerSecond = \"F12\",\n /**\n * slug\n *\n * rec20\n */\n Slug = \"F13\",\n /**\n * gram per kelvin\n *\n * rec20\n */\n GramPerKelvin = \"F14\",\n /**\n * kilogram per kelvin\n *\n * rec20\n */\n KilogramPerKelvin = \"F15\",\n /**\n * milligram per kelvin\n *\n * rec20\n */\n MilligramPerKelvin = \"F16\",\n /**\n * pound-force per foot\n *\n * rec20\n */\n PoundForcePerFoot = \"F17\",\n /**\n * kilogram square centimetre\n *\n * rec20\n */\n KilogramSquareCentimetre = \"F18\",\n /**\n * kilogram square millimetre\n *\n * rec20\n */\n KilogramSquareMillimetre = \"F19\",\n /**\n * pound inch squared\n *\n * rec20\n */\n PoundInchSquared = \"F20\",\n /**\n * pound-force inch\n *\n * rec20\n */\n PoundForceInch = \"F21\",\n /**\n * pound-force foot per ampere\n *\n * rec20\n */\n PoundForceFootPerAmpere = \"F22\",\n /**\n * gram per cubic decimetre\n *\n * rec20\n */\n GramPerCubicDecimetre = \"F23\",\n /**\n * kilogram per kilomol\n *\n * rec20\n */\n KilogramPerKilomol = \"F24\",\n /**\n * gram per hertz\n *\n * rec20\n */\n GramPerHertz = \"F25\",\n /**\n * gram per day\n *\n * rec20\n */\n GramPerDay = \"F26\",\n /**\n * gram per hour\n *\n * rec20\n */\n GramPerHour = \"F27\",\n /**\n * gram per minute\n *\n * rec20\n */\n GramPerMinute = \"F28\",\n /**\n * gram per second\n *\n * rec20\n */\n GramPerSecond = \"F29\",\n /**\n * kilogram per day\n *\n * rec20\n */\n KilogramPerDay = \"F30\",\n /**\n * kilogram per minute\n *\n * rec20\n */\n KilogramPerMinute = \"F31\",\n /**\n * milligram per day\n *\n * rec20\n */\n MilligramPerDay = \"F32\",\n /**\n * milligram per minute\n *\n * rec20\n */\n MilligramPerMinute = \"F33\",\n /**\n * milligram per second\n *\n * rec20\n */\n MilligramPerSecond = \"F34\",\n /**\n * gram per day kelvin\n *\n * rec20\n */\n GramPerDayKelvin = \"F35\",\n /**\n * gram per hour kelvin\n *\n * rec20\n */\n GramPerHourKelvin = \"F36\",\n /**\n * gram per minute kelvin\n *\n * rec20\n */\n GramPerMinuteKelvin = \"F37\",\n /**\n * gram per second kelvin\n *\n * rec20\n */\n GramPerSecondKelvin = \"F38\",\n /**\n * kilogram per day kelvin\n *\n * rec20\n */\n KilogramPerDayKelvin = \"F39\",\n /**\n * kilogram per hour kelvin\n *\n * rec20\n */\n KilogramPerHourKelvin = \"F40\",\n /**\n * kilogram per minute kelvin\n *\n * rec20\n */\n KilogramPerMinuteKelvin = \"F41\",\n /**\n * kilogram per second kelvin\n *\n * rec20\n */\n KilogramPerSecondKelvin = \"F42\",\n /**\n * milligram per day kelvin\n *\n * rec20\n */\n MilligramPerDayKelvin = \"F43\",\n /**\n * milligram per hour kelvin\n *\n * rec20\n */\n MilligramPerHourKelvin = \"F44\",\n /**\n * milligram per minute kelvin\n *\n * rec20\n */\n MilligramPerMinuteKelvin = \"F45\",\n /**\n * milligram per second kelvin\n *\n * rec20\n */\n MilligramPerSecondKelvin = \"F46\",\n /**\n * newton per millimetre\n *\n * rec20\n */\n NewtonPerMillimetre = \"F47\",\n /**\n * pound-force per inch\n *\n * rec20\n */\n PoundForcePerInch = \"F48\",\n /**\n * rod [unit of distance]\n *\n * rec20\n */\n RodUnitDistance = \"F49\",\n /**\n * micrometre per kelvin\n *\n * rec20\n */\n MicrometrePerKelvin = \"F50\",\n /**\n * centimetre per kelvin\n *\n * rec20\n */\n CentimetrePerKelvin = \"F51\",\n /**\n * metre per kelvin\n *\n * rec20\n */\n MetrePerKelvin = \"F52\",\n /**\n * millimetre per kelvin\n *\n * rec20\n */\n MillimetrePerKelvin = \"F53\",\n /**\n * milliohm per metre\n *\n * rec20\n */\n MilliohmPerMetre = \"F54\",\n /**\n * ohm per mile (statute mile)\n *\n * rec20\n */\n OhmPerMileStatuteMile = \"F55\",\n /**\n * ohm per kilometre\n *\n * rec20\n */\n OhmPerKilometre = \"F56\",\n /**\n * milliampere per pound-force per square inch\n *\n * rec20\n */\n MilliamperePerPoundForcePerSquareInch = \"F57\",\n /**\n * reciprocal bar\n *\n * rec20\n */\n ReciprocalBar = \"F58\",\n /**\n * milliampere per bar\n *\n * rec20\n */\n MilliamperePerBar = \"F59\",\n /**\n * degree Celsius per bar\n *\n * rec20\n */\n DegreeCelsiusPerBar = \"F60\",\n /**\n * kelvin per bar\n *\n * rec20\n */\n KelvinPerBar = \"F61\",\n /**\n * gram per day bar\n *\n * rec20\n */\n GramPerDayBar = \"F62\",\n /**\n * gram per hour bar\n *\n * rec20\n */\n GramPerHourBar = \"F63\",\n /**\n * gram per minute bar\n *\n * rec20\n */\n GramPerMinuteBar = \"F64\",\n /**\n * gram per second bar\n *\n * rec20\n */\n GramPerSecondBar = \"F65\",\n /**\n * kilogram per day bar\n *\n * rec20\n */\n KilogramPerDayBar = \"F66\",\n /**\n * kilogram per hour bar\n *\n * rec20\n */\n KilogramPerHourBar = \"F67\",\n /**\n * kilogram per minute bar\n *\n * rec20\n */\n KilogramPerMinuteBar = \"F68\",\n /**\n * kilogram per second bar\n *\n * rec20\n */\n KilogramPerSecondBar = \"F69\",\n /**\n * milligram per day bar\n *\n * rec20\n */\n MilligramPerDayBar = \"F70\",\n /**\n * milligram per hour bar\n *\n * rec20\n */\n MilligramPerHourBar = \"F71\",\n /**\n * milligram per minute bar\n *\n * rec20\n */\n MilligramPerMinuteBar = \"F72\",\n /**\n * milligram per second bar\n *\n * rec20\n */\n MilligramPerSecondBar = \"F73\",\n /**\n * gram per bar\n *\n * rec20\n */\n GramPerBar = \"F74\",\n /**\n * milligram per bar\n *\n * rec20\n */\n MilligramPerBar = \"F75\",\n /**\n * milliampere per millimetre\n *\n * rec20\n */\n MilliamperePerMillimetre = \"F76\",\n /**\n * pascal second per kelvin\n *\n * rec20\n */\n PascalSecondPerKelvin = \"F77\",\n /**\n * inch of water\n *\n * rec20\n */\n InchWater = \"F78\",\n /**\n * inch of mercury\n *\n * rec20\n */\n InchMercury = \"F79\",\n /**\n * water horse power\n *\n * rec20\n */\n WaterHorsePower = \"F80\",\n /**\n * bar per kelvin\n *\n * rec20\n */\n BarPerKelvin = \"F81\",\n /**\n * hectopascal per kelvin\n *\n * rec20\n */\n HectopascalPerKelvin = \"F82\",\n /**\n * kilopascal per kelvin\n *\n * rec20\n */\n KilopascalPerKelvin = \"F83\",\n /**\n * millibar per kelvin\n *\n * rec20\n */\n MillibarPerKelvin = \"F84\",\n /**\n * megapascal per kelvin\n *\n * rec20\n */\n MegapascalPerKelvin = \"F85\",\n /**\n * poise per kelvin\n *\n * rec20\n */\n PoisePerKelvin = \"F86\",\n /**\n * volt per litre minute\n *\n * rec20\n */\n VoltPerLitreMinute = \"F87\",\n /**\n * newton centimetre\n *\n * rec20\n */\n NewtonCentimetre = \"F88\",\n /**\n * newton metre per degree\n *\n * rec20\n */\n NewtonMetrePerDegree = \"F89\",\n /**\n * newton metre per ampere\n *\n * rec20\n */\n NewtonMetrePerAmpere = \"F90\",\n /**\n * bar litre per second\n *\n * rec20\n */\n BarLitrePerSecond = \"F91\",\n /**\n * bar cubic metre per second\n *\n * rec20\n */\n BarCubicMetrePerSecond = \"F92\",\n /**\n * hectopascal litre per second\n *\n * rec20\n */\n HectopascalLitrePerSecond = \"F93\",\n /**\n * hectopascal cubic metre per second\n *\n * rec20\n */\n HectopascalCubicMetrePerSecond = \"F94\",\n /**\n * millibar litre per second\n *\n * rec20\n */\n MillibarLitrePerSecond = \"F95\",\n /**\n * millibar cubic metre per second\n *\n * rec20\n */\n MillibarCubicMetrePerSecond = \"F96\",\n /**\n * megapascal litre per second\n *\n * rec20\n */\n MegapascalLitrePerSecond = \"F97\",\n /**\n * megapascal cubic metre per second\n *\n * rec20\n */\n MegapascalCubicMetrePerSecond = \"F98\",\n /**\n * pascal litre per second\n *\n * rec20\n */\n PascalLitrePerSecond = \"F99\",\n /**\n * degree Fahrenheit\n *\n * rec20\n */\n DegreeFahrenheit = \"FAH\",\n /**\n * farad\n *\n * rec20\n */\n Farad = \"FAR\",\n /**\n * fibre metre\n *\n * rec20\n */\n FibreMetre = \"FBM\",\n /**\n * thousand cubic foot\n *\n * rec20\n */\n ThousandCubicFoot = \"FC\",\n /**\n * hundred cubic metre\n *\n * rec20\n */\n HundredCubicMetre = \"FF\",\n /**\n * micromole\n *\n * rec20\n */\n Micromole = \"FH\",\n /**\n * failures in time\n *\n * rec20\n */\n FailuresInTime = \"FIT\",\n /**\n * flake ton\n *\n * rec20\n */\n FlakeTon = \"FL\",\n /**\n * Formazin nephelometric unit\n *\n * Rec20\n */\n FormazinNephelometricUnit = \"FNU\",\n /**\n * foot\n *\n * rec20\n */\n Foot = \"FOT\",\n /**\n * pound per square foot\n *\n * rec20\n */\n PoundPerSquareFoot = \"FP\",\n /**\n * foot per minute\n *\n * rec20\n */\n FootPerMinute = \"FR\",\n /**\n * foot per second\n *\n * rec20\n */\n FootPerSecond = \"FS\",\n /**\n * square foot\n *\n * rec20\n */\n SquareFoot = \"FTK\",\n /**\n * cubic foot\n *\n * rec20\n */\n CubicFoot = \"FTQ\",\n /**\n * pascal cubic metre per second\n *\n * rec20\n */\n PascalCubicMetrePerSecond = \"G01\",\n /**\n * centimetre per bar\n *\n * rec20\n */\n CentimetrePerBar = \"G04\",\n /**\n * metre per bar\n *\n * rec20\n */\n MetrePerBar = \"G05\",\n /**\n * millimetre per bar\n *\n * rec20\n */\n MillimetrePerBar = \"G06\",\n /**\n * square inch per second\n *\n * rec20\n */\n SquareInchPerSecond = \"G08\",\n /**\n * square metre per second kelvin\n *\n * rec20\n */\n SquareMetrePerSecondKelvin = \"G09\",\n /**\n * stokes per kelvin\n *\n * rec20\n */\n StokesPerKelvin = \"G10\",\n /**\n * gram per cubic centimetre bar\n *\n * rec20\n */\n GramPerCubicCentimetreBar = \"G11\",\n /**\n * gram per cubic decimetre bar\n *\n * rec20\n */\n GramPerCubicDecimetreBar = \"G12\",\n /**\n * gram per litre bar\n *\n * rec20\n */\n GramPerLitreBar = \"G13\",\n /**\n * gram per cubic metre bar\n *\n * rec20\n */\n GramPerCubicMetreBar = \"G14\",\n /**\n * gram per millilitre bar\n *\n * rec20\n */\n GramPerMillilitreBar = \"G15\",\n /**\n * kilogram per cubic centimetre bar\n *\n * rec20\n */\n KilogramPerCubicCentimetreBar = \"G16\",\n /**\n * kilogram per litre bar\n *\n * rec20\n */\n KilogramPerLitreBar = \"G17\",\n /**\n * kilogram per cubic metre bar\n *\n * rec20\n */\n KilogramPerCubicMetreBar = \"G18\",\n /**\n * newton metre per kilogram\n *\n * rec20\n */\n NewtonMetrePerKilogram = \"G19\",\n /**\n * US gallon per minute\n *\n * rec20\n */\n UsGallonPerMinute = \"G2\",\n /**\n * pound-force foot per pound\n *\n * rec20\n */\n PoundForceFootPerPound = \"G20\",\n /**\n * cup [unit of volume]\n *\n * rec20\n */\n CupUnitVolume = \"G21\",\n /**\n * peck\n *\n * rec20\n */\n Peck = \"G23\",\n /**\n * tablespoon (US)\n *\n * rec20\n */\n TablespoonUs = \"G24\",\n /**\n * teaspoon (US)\n *\n * rec20\n */\n TeaspoonUs = \"G25\",\n /**\n * stere\n *\n * rec20\n */\n Stere = \"G26\",\n /**\n * cubic centimetre per kelvin\n *\n * rec20\n */\n CubicCentimetrePerKelvin = \"G27\",\n /**\n * litre per kelvin\n *\n * rec20\n */\n LitrePerKelvin = \"G28\",\n /**\n * cubic metre per kelvin\n *\n * rec20\n */\n CubicMetrePerKelvin = \"G29\",\n /**\n * Imperial gallon per minute\n *\n * rec20\n */\n ImperialGallonPerMinute = \"G3\",\n /**\n * millilitre per kelvin\n *\n * rec20\n */\n MillilitrePerKelvin = \"G30\",\n /**\n * kilogram per cubic centimetre\n *\n * rec20\n */\n KilogramPerCubicCentimetre = \"G31\",\n /**\n * ounce (avoirdupois) per cubic yard\n *\n * rec20\n */\n OunceAvoirdupoisPerCubicYard = \"G32\",\n /**\n * gram per cubic centimetre kelvin\n *\n * rec20\n */\n GramPerCubicCentimetreKelvin = \"G33\",\n /**\n * gram per cubic decimetre kelvin\n *\n * rec20\n */\n GramPerCubicDecimetreKelvin = \"G34\",\n /**\n * gram per litre kelvin\n *\n * rec20\n */\n GramPerLitreKelvin = \"G35\",\n /**\n * gram per cubic metre kelvin\n *\n * rec20\n */\n GramPerCubicMetreKelvin = \"G36\",\n /**\n * gram per millilitre kelvin\n *\n * rec20\n */\n GramPerMillilitreKelvin = \"G37\",\n /**\n * kilogram per cubic centimetre kelvin\n *\n * rec20\n */\n KilogramPerCubicCentimetreKelvin = \"G38\",\n /**\n * kilogram per litre kelvin\n *\n * rec20\n */\n KilogramPerLitreKelvin = \"G39\",\n /**\n * kilogram per cubic metre kelvin\n *\n * rec20\n */\n KilogramPerCubicMetreKelvin = \"G40\",\n /**\n * square metre per second bar\n *\n * rec20\n */\n SquareMetrePerSecondBar = \"G41\",\n /**\n * microsiemens per centimetre\n *\n * rec20\n */\n MicrosiemensPerCentimetre = \"G42\",\n /**\n * microsiemens per metre\n *\n * rec20\n */\n MicrosiemensPerMetre = \"G43\",\n /**\n * nanosiemens per centimetre\n *\n * rec20\n */\n NanosiemensPerCentimetre = \"G44\",\n /**\n * nanosiemens per metre\n *\n * rec20\n */\n NanosiemensPerMetre = \"G45\",\n /**\n * stokes per bar\n *\n * rec20\n */\n StokesPerBar = \"G46\",\n /**\n * cubic centimetre per day\n *\n * rec20\n */\n CubicCentimetrePerDay = \"G47\",\n /**\n * cubic centimetre per hour\n *\n * rec20\n */\n CubicCentimetrePerHour = \"G48\",\n /**\n * cubic centimetre per minute\n *\n * rec20\n */\n CubicCentimetrePerMinute = \"G49\",\n /**\n * gallon (US) per hour\n *\n * rec20\n */\n GallonUsPerHour = \"G50\",\n /**\n * litre per second\n *\n * rec20\n */\n LitrePerSecond = \"G51\",\n /**\n * cubic metre per day\n *\n * rec20\n */\n CubicMetrePerDay = \"G52\",\n /**\n * cubic metre per minute\n *\n * rec20\n */\n CubicMetrePerMinute = \"G53\",\n /**\n * millilitre per day\n *\n * rec20\n */\n MillilitrePerDay = \"G54\",\n /**\n * millilitre per hour\n *\n * rec20\n */\n MillilitrePerHour = \"G55\",\n /**\n * cubic inch per hour\n *\n * rec20\n */\n CubicInchPerHour = \"G56\",\n /**\n * cubic inch per minute\n *\n * rec20\n */\n CubicInchPerMinute = \"G57\",\n /**\n * cubic inch per second\n *\n * rec20\n */\n CubicInchPerSecond = \"G58\",\n /**\n * milliampere per litre minute\n *\n * rec20\n */\n MilliamperePerLitreMinute = \"G59\",\n /**\n * volt per bar\n *\n * rec20\n */\n VoltPerBar = \"G60\",\n /**\n * cubic centimetre per day kelvin\n *\n * rec20\n */\n CubicCentimetrePerDayKelvin = \"G61\",\n /**\n * cubic centimetre per hour kelvin\n *\n * rec20\n */\n CubicCentimetrePerHourKelvin = \"G62\",\n /**\n * cubic centimetre per minute kelvin\n *\n * rec20\n */\n CubicCentimetrePerMinuteKelvin = \"G63\",\n /**\n * cubic centimetre per second kelvin\n *\n * rec20\n */\n CubicCentimetrePerSecondKelvin = \"G64\",\n /**\n * litre per day kelvin\n *\n * rec20\n */\n LitrePerDayKelvin = \"G65\",\n /**\n * litre per hour kelvin\n *\n * rec20\n */\n LitrePerHourKelvin = \"G66\",\n /**\n * litre per minute kelvin\n *\n * rec20\n */\n LitrePerMinuteKelvin = \"G67\",\n /**\n * litre per second kelvin\n *\n * rec20\n */\n LitrePerSecondKelvin = \"G68\",\n /**\n * cubic metre per day kelvin\n *\n * rec20\n */\n CubicMetrePerDayKelvin = \"G69\",\n /**\n * cubic metre per hour kelvin\n *\n * rec20\n */\n CubicMetrePerHourKelvin = \"G70\",\n /**\n * cubic metre per minute kelvin\n *\n * rec20\n */\n CubicMetrePerMinuteKelvin = \"G71\",\n /**\n * cubic metre per second kelvin\n *\n * rec20\n */\n CubicMetrePerSecondKelvin = \"G72\",\n /**\n * millilitre per day kelvin\n *\n * rec20\n */\n MillilitrePerDayKelvin = \"G73\",\n /**\n * millilitre per hour kelvin\n *\n * rec20\n */\n MillilitrePerHourKelvin = \"G74\",\n /**\n * millilitre per minute kelvin\n *\n * rec20\n */\n MillilitrePerMinuteKelvin = \"G75\",\n /**\n * millilitre per second kelvin\n *\n * rec20\n */\n MillilitrePerSecondKelvin = \"G76\",\n /**\n * millimetre to the fourth power\n *\n * rec20\n */\n MillimetreToFourthPower = \"G77\",\n /**\n * cubic centimetre per day bar\n *\n * rec20\n */\n CubicCentimetrePerDayBar = \"G78\",\n /**\n * cubic centimetre per hour bar\n *\n * rec20\n */\n CubicCentimetrePerHourBar = \"G79\",\n /**\n * cubic centimetre per minute bar\n *\n * rec20\n */\n CubicCentimetrePerMinuteBar = \"G80\",\n /**\n * cubic centimetre per second bar\n *\n * rec20\n */\n CubicCentimetrePerSecondBar = \"G81\",\n /**\n * litre per day bar\n *\n * rec20\n */\n LitrePerDayBar = \"G82\",\n /**\n * litre per hour bar\n *\n * rec20\n */\n LitrePerHourBar = \"G83\",\n /**\n * litre per minute bar\n *\n * rec20\n */\n LitrePerMinuteBar = \"G84\",\n /**\n * litre per second bar\n *\n * rec20\n */\n LitrePerSecondBar = \"G85\",\n /**\n * cubic metre per day bar\n *\n * rec20\n */\n CubicMetrePerDayBar = \"G86\",\n /**\n * cubic metre per hour bar\n *\n * rec20\n */\n CubicMetrePerHourBar = \"G87\",\n /**\n * cubic metre per minute bar\n *\n * rec20\n */\n CubicMetrePerMinuteBar = \"G88\",\n /**\n * cubic metre per second bar\n *\n * rec20\n */\n CubicMetrePerSecondBar = \"G89\",\n /**\n * millilitre per day bar\n *\n * rec20\n */\n MillilitrePerDayBar = \"G90\",\n /**\n * millilitre per hour bar\n *\n * rec20\n */\n MillilitrePerHourBar = \"G91\",\n /**\n * millilitre per minute bar\n *\n * rec20\n */\n MillilitrePerMinuteBar = \"G92\",\n /**\n * millilitre per second bar\n *\n * rec20\n */\n MillilitrePerSecondBar = \"G93\",\n /**\n * cubic centimetre per bar\n *\n * rec20\n */\n CubicCentimetrePerBar = \"G94\",\n /**\n * litre per bar\n *\n * rec20\n */\n LitrePerBar = \"G95\",\n /**\n * cubic metre per bar\n *\n * rec20\n */\n CubicMetrePerBar = \"G96\",\n /**\n * millilitre per bar\n *\n * rec20\n */\n MillilitrePerBar = \"G97\",\n /**\n * microhenry per kiloohm\n *\n * rec20\n */\n MicrohenryPerKiloohm = \"G98\",\n /**\n * microhenry per ohm\n *\n * rec20\n */\n MicrohenryPerOhm = \"G99\",\n /**\n * gallon (US) per day\n *\n * rec20\n */\n GallonUsPerDay = \"GB\",\n /**\n * gigabecquerel\n *\n * rec20\n */\n Gigabecquerel = \"GBQ\",\n /**\n * gram, dry weight\n *\n * rec20\n */\n GramDryWeight = \"GDW\",\n /**\n * pound per gallon (US)\n *\n * rec20\n */\n PoundPerGallonUs = \"GE\",\n /**\n * gram per metre (gram per 100 centimetres)\n *\n * rec20\n */\n GramPerMetreGramPer100Centimetres = \"GF\",\n /**\n * gram of fissile isotope\n *\n * rec20\n */\n GramFissileIsotope = \"GFI\",\n /**\n * great gross\n *\n * rec20\n */\n GreatGross = \"GGR\",\n /**\n * gill (US)\n *\n * rec20\n */\n GillUs = \"GIA\",\n /**\n * gram, including container\n *\n * rec20\n */\n GramIncludingContainer = \"GIC\",\n /**\n * gill (UK)\n *\n * rec20\n */\n GillUk = \"GII\",\n /**\n * gram, including inner packaging\n *\n * rec20\n */\n GramIncludingInnerPackaging = \"GIP\",\n /**\n * gram per millilitre\n *\n * rec20\n */\n GramPerMillilitre = \"GJ\",\n /**\n * gram per litre\n *\n * rec20\n */\n GramPerLitre = \"GL\",\n /**\n * dry gallon (US)\n *\n * rec20\n */\n DryGallonUs = \"GLD\",\n /**\n * gallon (UK)\n *\n * rec20\n */\n GallonUk = \"GLI\",\n /**\n * gallon (US)\n *\n * rec20\n */\n GallonUs = \"GLL\",\n /**\n * gram per square metre\n *\n * rec20\n */\n GramPerSquareMetre = \"GM\",\n /**\n * milligram per square metre\n *\n * rec20\n */\n MilligramPerSquareMetre = \"GO\",\n /**\n * milligram per cubic metre\n *\n * rec20\n */\n MilligramPerCubicMetre = \"GP\",\n /**\n * microgram per cubic metre\n *\n * rec20\n */\n MicrogramPerCubicMetre = \"GQ\",\n /**\n * gram\n *\n * rec20\n */\n Gram = \"GRM\",\n /**\n * grain\n *\n * rec20\n */\n Grain = \"GRN\",\n /**\n * gross\n *\n * rec20\n */\n Gross = \"GRO\",\n /**\n * gigajoule\n *\n * rec20\n */\n Gigajoule = \"GV\",\n /**\n * gigawatt hour\n *\n * rec20\n */\n GigawattHour = \"GWH\",\n /**\n * henry per kiloohm\n *\n * rec20\n */\n HenryPerKiloohm = \"H03\",\n /**\n * henry per ohm\n *\n * rec20\n */\n HenryPerOhm = \"H04\",\n /**\n * millihenry per kiloohm\n *\n * rec20\n */\n MillihenryPerKiloohm = \"H05\",\n /**\n * millihenry per ohm\n *\n * rec20\n */\n MillihenryPerOhm = \"H06\",\n /**\n * pascal second per bar\n *\n * rec20\n */\n PascalSecondPerBar = \"H07\",\n /**\n * microbecquerel\n *\n * rec20\n */\n Microbecquerel = \"H08\",\n /**\n * reciprocal year\n *\n * rec20\n */\n ReciprocalYear = \"H09\",\n /**\n * reciprocal hour\n *\n * rec20\n */\n ReciprocalHour = \"H10\",\n /**\n * reciprocal month\n *\n * rec20\n */\n ReciprocalMonth = \"H11\",\n /**\n * degree Celsius per hour\n *\n * rec20\n */\n DegreeCelsiusPerHour = \"H12\",\n /**\n * degree Celsius per minute\n *\n * rec20\n */\n DegreeCelsiusPerMinute = \"H13\",\n /**\n * degree Celsius per second\n *\n * rec20\n */\n DegreeCelsiusPerSecond = \"H14\",\n /**\n * square centimetre per gram\n *\n * rec20\n */\n SquareCentimetrePerGram = \"H15\",\n /**\n * square decametre\n *\n * rec20\n */\n SquareDecametre = \"H16\",\n /**\n * square hectometre\n *\n * rec20\n */\n SquareHectometre = \"H18\",\n /**\n * cubic hectometre\n *\n * rec20\n */\n CubicHectometre = \"H19\",\n /**\n * cubic kilometre\n *\n * rec20\n */\n CubicKilometre = \"H20\",\n /**\n * blank\n *\n * rec20\n */\n Blank = \"H21\",\n /**\n * volt square inch per pound-force\n *\n * rec20\n */\n VoltSquareInchPerPoundForce = \"H22\",\n /**\n * volt per inch\n *\n * rec20\n */\n VoltPerInch = \"H23\",\n /**\n * volt per microsecond\n *\n * rec20\n */\n VoltPerMicrosecond = \"H24\",\n /**\n * percent per kelvin\n *\n * rec20\n */\n PercentPerKelvin = \"H25\",\n /**\n * ohm per metre\n *\n * rec20\n */\n OhmPerMetre = \"H26\",\n /**\n * degree per metre\n *\n * rec20\n */\n DegreePerMetre = \"H27\",\n /**\n * microfarad per kilometre\n *\n * rec20\n */\n MicrofaradPerKilometre = \"H28\",\n /**\n * microgram per litre\n *\n * rec20\n */\n MicrogramPerLitre = \"H29\",\n /**\n * square micrometre (square micron)\n *\n * rec20\n */\n SquareMicrometreSquareMicron = \"H30\",\n /**\n * ampere per kilogram\n *\n * rec20\n */\n AmperePerKilogram = \"H31\",\n /**\n * ampere squared second\n *\n * rec20\n */\n AmpereSquaredSecond = \"H32\",\n /**\n * farad per kilometre\n *\n * rec20\n */\n FaradPerKilometre = \"H33\",\n /**\n * hertz metre\n *\n * rec20\n */\n HertzMetre = \"H34\",\n /**\n * kelvin metre per watt\n *\n * rec20\n */\n KelvinMetrePerWatt = \"H35\",\n /**\n * megaohm per kilometre\n *\n * rec20\n */\n MegaohmPerKilometre = \"H36\",\n /**\n * megaohm per metre\n *\n * rec20\n */\n MegaohmPerMetre = \"H37\",\n /**\n * megaampere\n *\n * rec20\n */\n Megaampere = \"H38\",\n /**\n * megahertz kilometre\n *\n * rec20\n */\n MegahertzKilometre = \"H39\",\n /**\n * newton per ampere\n *\n * rec20\n */\n NewtonPerAmpere = \"H40\",\n /**\n * newton metre watt to the power minus 0,5\n *\n * rec20\n */\n NewtonMetreWattToPowerMinus05 = \"H41\",\n /**\n * pascal per metre\n *\n * rec20\n */\n PascalPerMetre = \"H42\",\n /**\n * siemens per centimetre\n *\n * rec20\n */\n SiemensPerCentimetre = \"H43\",\n /**\n * teraohm\n *\n * rec20\n */\n Teraohm = \"H44\",\n /**\n * volt second per metre\n *\n * rec20\n */\n VoltSecondPerMetre = \"H45\",\n /**\n * volt per second\n *\n * rec20\n */\n VoltPerSecond = \"H46\",\n /**\n * watt per cubic metre\n *\n * rec20\n */\n WattPerCubicMetre = \"H47\",\n /**\n * attofarad\n *\n * rec20\n */\n Attofarad = \"H48\",\n /**\n * centimetre per hour\n *\n * rec20\n */\n CentimetrePerHour = \"H49\",\n /**\n * reciprocal cubic centimetre\n *\n * rec20\n */\n ReciprocalCubicCentimetre = \"H50\",\n /**\n * decibel per kilometre\n *\n * rec20\n */\n DecibelPerKilometre = \"H51\",\n /**\n * decibel per metre\n *\n * rec20\n */\n DecibelPerMetre = \"H52\",\n /**\n * kilogram per bar\n *\n * rec20\n */\n KilogramPerBar = \"H53\",\n /**\n * kilogram per cubic decimetre kelvin\n *\n * rec20\n */\n KilogramPerCubicDecimetreKelvin = \"H54\",\n /**\n * kilogram per cubic decimetre bar\n *\n * rec20\n */\n KilogramPerCubicDecimetreBar = \"H55\",\n /**\n * kilogram per square metre second\n *\n * rec20\n */\n KilogramPerSquareMetreSecond = \"H56\",\n /**\n * inch per two pi radiant\n *\n * rec20\n */\n InchPerTwoPiRadiant = \"H57\",\n /**\n * metre per volt second\n *\n * rec20\n */\n MetrePerVoltSecond = \"H58\",\n /**\n * square metre per newton\n *\n * rec20\n */\n SquareMetrePerNewton = \"H59\",\n /**\n * cubic metre per cubic metre\n *\n * rec20\n */\n CubicMetrePerCubicMetre = \"H60\",\n /**\n * millisiemens per centimetre\n *\n * rec20\n */\n MillisiemensPerCentimetre = \"H61\",\n /**\n * millivolt per minute\n *\n * rec20\n */\n MillivoltPerMinute = \"H62\",\n /**\n * milligram per square centimetre\n *\n * rec20\n */\n MilligramPerSquareCentimetre = \"H63\",\n /**\n * milligram per gram\n *\n * rec20\n */\n MilligramPerGram = \"H64\",\n /**\n * millilitre per cubic metre\n *\n * rec20\n */\n MillilitrePerCubicMetre = \"H65\",\n /**\n * millimetre per year\n *\n * rec20\n */\n MillimetrePerYear = \"H66\",\n /**\n * millimetre per hour\n *\n * rec20\n */\n MillimetrePerHour = \"H67\",\n /**\n * millimole per gram\n *\n * rec20\n */\n MillimolePerGram = \"H68\",\n /**\n * picopascal per kilometre\n *\n * rec20\n */\n PicopascalPerKilometre = \"H69\",\n /**\n * picosecond\n *\n * rec20\n */\n Picosecond = \"H70\",\n /**\n * percent per month\n *\n * rec20\n */\n PercentPerMonth = \"H71\",\n /**\n * percent per hectobar\n *\n * rec20\n */\n PercentPerHectobar = \"H72\",\n /**\n * percent per decakelvin\n *\n * rec20\n */\n PercentPerDecakelvin = \"H73\",\n /**\n * watt per metre\n *\n * rec20\n */\n WattPerMetre = \"H74\",\n /**\n * decapascal\n *\n * rec20\n */\n Decapascal = \"H75\",\n /**\n * gram per millimetre\n *\n * rec20\n */\n GramPerMillimetre = \"H76\",\n /**\n * module width\n *\n * rec20\n */\n ModuleWidth = \"H77\",\n /**\n * French gauge\n *\n * rec20\n */\n FrenchGauge = \"H79\",\n /**\n * rack unit\n *\n * rec20\n */\n RackUnit = \"H80\",\n /**\n * millimetre per minute\n *\n * rec20\n */\n MillimetrePerMinute = \"H81\",\n /**\n * big point\n *\n * rec20\n */\n BigPoint = \"H82\",\n /**\n * litre per kilogram\n *\n * rec20\n */\n LitrePerKilogram = \"H83\",\n /**\n * gram millimetre\n *\n * rec20\n */\n GramMillimetre = \"H84\",\n /**\n * reciprocal week\n *\n * rec20\n */\n ReciprocalWeek = \"H85\",\n /**\n * piece\n *\n * rec20\n */\n Piece = \"H87\",\n /**\n * megaohm kilometre\n *\n * rec20\n */\n MegaohmKilometre = \"H88\",\n /**\n * percent per ohm\n *\n * rec20\n */\n PercentPerOhm = \"H89\",\n /**\n * percent per degree\n *\n * rec20\n */\n PercentPerDegree = \"H90\",\n /**\n * percent per ten thousand\n *\n * rec20\n */\n PercentPerTenThousand = \"H91\",\n /**\n * percent per one hundred thousand\n *\n * rec20\n */\n PercentPerOneHundredThousand = \"H92\",\n /**\n * percent per hundred\n *\n * rec20\n */\n PercentPerHundred = \"H93\",\n /**\n * percent per thousand\n *\n * rec20\n */\n PercentPerThousand = \"H94\",\n /**\n * percent per volt\n *\n * rec20\n */\n PercentPerVolt = \"H95\",\n /**\n * percent per bar\n *\n * rec20\n */\n PercentPerBar = \"H96\",\n /**\n * percent per inch\n *\n * rec20\n */\n PercentPerInch = \"H98\",\n /**\n * percent per metre\n *\n * rec20\n */\n PercentPerMetre = \"H99\",\n /**\n * hank\n *\n * rec20\n */\n Hank = \"HA\",\n /**\n * Piece Day\n *\n * Rec20\n */\n PieceDay = \"HAD\",\n /**\n * hectobar\n *\n * rec20\n */\n Hectobar = \"HBA\",\n /**\n * hundred boxes\n *\n * rec20\n */\n HundredBoxes = \"HBX\",\n /**\n * hundred count\n *\n * rec20\n */\n HundredCount = \"HC\",\n /**\n * hundred kilogram, dry weight\n *\n * rec20\n */\n HundredKilogramDryWeight = \"HDW\",\n /**\n * head\n *\n * rec20\n */\n Head = \"HEA\",\n /**\n * hectogram\n *\n * rec20\n */\n Hectogram = \"HGM\",\n /**\n * hundred cubic foot\n *\n * rec20\n */\n HundredCubicFoot = \"HH\",\n /**\n * hundred international unit\n *\n * rec20\n */\n HundredInternationalUnit = \"HIU\",\n /**\n * hundred kilogram, net mass\n *\n * rec20\n */\n HundredKilogramNetMass = \"HKM\",\n /**\n * hectolitre\n *\n * rec20\n */\n Hectolitre = \"HLT\",\n /**\n * mile per hour (statute mile)\n *\n * rec20\n */\n MilePerHourStatuteMile = \"HM\",\n /**\n * Piece Month\n *\n * Rec20\n */\n PieceMonth = \"HMO\",\n /**\n * million cubic metre\n *\n * rec20\n */\n MillionCubicMetre = \"HMQ\",\n /**\n * hectometre\n *\n * rec20\n */\n Hectometre = \"HMT\",\n /**\n * hectolitre of pure alcohol\n *\n * rec20\n */\n HectolitrePureAlcohol = \"HPA\",\n /**\n * hertz\n *\n * rec20\n */\n Hertz = \"HTZ\",\n /**\n * hour\n *\n * rec20\n */\n Hour = \"HUR\",\n /**\n * Piece Week\n *\n * Rec20\n */\n PieceWeek = \"HWE\",\n /**\n * inch pound (pound inch)\n *\n * rec20\n */\n InchPoundPoundInch = \"IA\",\n /**\n * person\n *\n * rec20\n */\n Person = \"IE\",\n /**\n * inch\n *\n * rec20\n */\n Inch = \"INH\",\n /**\n * square inch\n *\n * rec20\n */\n SquareInch = \"INK\",\n /**\n * cubic inch\n *\n * rec20\n */\n CubicInch = \"INQ\",\n /**\n * international sugar degree\n *\n * rec20\n */\n InternationalSugarDegree = \"ISD\",\n /**\n * inch per second\n *\n * rec20\n */\n InchPerSecond = \"IU\",\n /**\n * international unit per gram\n *\n * rec20\n */\n InternationalUnitPerGram = \"IUG\",\n /**\n * inch per second squared\n *\n * rec20\n */\n InchPerSecondSquared = \"IV\",\n /**\n * percent per millimetre\n *\n * rec20\n */\n PercentPerMillimetre = \"J10\",\n /**\n * per mille per psi\n *\n * rec20\n */\n PerMillePerPsi = \"J12\",\n /**\n * degree API\n *\n * rec20\n */\n DegreeApi = \"J13\",\n /**\n * degree Baume (origin scale)\n *\n * rec20\n */\n DegreeBaumeOriginScale = \"J14\",\n /**\n * degree Baume (US heavy)\n *\n * rec20\n */\n DegreeBaumeUsHeavy = \"J15\",\n /**\n * degree Baume (US light)\n *\n * rec20\n */\n DegreeBaumeUsLight = \"J16\",\n /**\n * degree Balling\n *\n * rec20\n */\n DegreeBalling = \"J17\",\n /**\n * degree Brix\n *\n * rec20\n */\n DegreeBrix = \"J18\",\n /**\n * degree Fahrenheit hour square foot per British thermal unit (thermochemical)\n *\n * rec20\n */\n DegreeFahrenheitHourSquareFootPerBritishThermalUnitThermochemical = \"J19\",\n /**\n * joule per kilogram\n *\n * rec20\n */\n JoulePerKilogram = \"J2\",\n /**\n * degree Fahrenheit per kelvin\n *\n * rec20\n */\n DegreeFahrenheitPerKelvin = \"J20\",\n /**\n * degree Fahrenheit per bar\n *\n * rec20\n */\n DegreeFahrenheitPerBar = \"J21\",\n /**\n * degree Fahrenheit hour square foot per British thermal unit (international table)\n *\n * rec20\n */\n DegreeFahrenheitHourSquareFootPerBritishThermalUnitInternationalTable = \"J22\",\n /**\n * degree Fahrenheit per hour\n *\n * rec20\n */\n DegreeFahrenheitPerHour = \"J23\",\n /**\n * degree Fahrenheit per minute\n *\n * rec20\n */\n DegreeFahrenheitPerMinute = \"J24\",\n /**\n * degree Fahrenheit per second\n *\n * rec20\n */\n DegreeFahrenheitPerSecond = \"J25\",\n /**\n * reciprocal degree Fahrenheit\n *\n * rec20\n */\n ReciprocalDegreeFahrenheit = \"J26\",\n /**\n * degree Oechsle\n *\n * rec20\n */\n DegreeOechsle = \"J27\",\n /**\n * degree Rankine per hour\n *\n * rec20\n */\n DegreeRankinePerHour = \"J28\",\n /**\n * degree Rankine per minute\n *\n * rec20\n */\n DegreeRankinePerMinute = \"J29\",\n /**\n * degree Rankine per second\n *\n * rec20\n */\n DegreeRankinePerSecond = \"J30\",\n /**\n * degree Twaddell\n *\n * rec20\n */\n DegreeTwaddell = \"J31\",\n /**\n * micropoise\n *\n * rec20\n */\n Micropoise = \"J32\",\n /**\n * microgram per kilogram\n *\n * rec20\n */\n MicrogramPerKilogram = \"J33\",\n /**\n * microgram per cubic metre kelvin\n *\n * rec20\n */\n MicrogramPerCubicMetreKelvin = \"J34\",\n /**\n * microgram per cubic metre bar\n *\n * rec20\n */\n MicrogramPerCubicMetreBar = \"J35\",\n /**\n * microlitre per litre\n *\n * rec20\n */\n MicrolitrePerLitre = \"J36\",\n /**\n * baud\n *\n * rec20\n */\n Baud = \"J38\",\n /**\n * British thermal unit (mean)\n *\n * rec20\n */\n BritishThermalUnitMean = \"J39\",\n /**\n * British thermal unit (international table) foot per hour square foot degree Fahrenheit\n *\n * rec20\n */\n BritishThermalUnitInternationalTableFootPerHourSquareFootDegreeFahrenheit = \"J40\",\n /**\n * British thermal unit (international table) inch per hour square foot degree Fahrenheit\n *\n * rec20\n */\n BritishThermalUnitInternationalTableInchPerHourSquareFootDegreeFahrenheit = \"J41\",\n /**\n * British thermal unit (international table) inch per second square foot degree Fahrenheit\n *\n * rec20\n */\n BritishThermalUnitInternationalTableInchPerSecondSquareFootDegreeFahrenheit = \"J42\",\n /**\n * British thermal unit (international table) per pound degree Fahrenheit\n *\n * rec20\n */\n BritishThermalUnitInternationalTablePerPoundDegreeFahrenheit = \"J43\",\n /**\n * British thermal unit (international table) per minute\n *\n * rec20\n */\n BritishThermalUnitInternationalTablePerMinute = \"J44\",\n /**\n * British thermal unit (international table) per second\n *\n * rec20\n */\n BritishThermalUnitInternationalTablePerSecond = \"J45\",\n /**\n * British thermal unit (thermochemical) foot per hour square foot degree Fahrenheit\n *\n * rec20\n */\n BritishThermalUnitThermochemicalFootPerHourSquareFootDegreeFahrenheit = \"J46\",\n /**\n * British thermal unit (thermochemical) per hour\n *\n * rec20\n */\n BritishThermalUnitThermochemicalPerHour = \"J47\",\n /**\n * British thermal unit (thermochemical) inch per hour square foot degree Fahrenheit\n *\n * rec20\n */\n BritishThermalUnitThermochemicalInchPerHourSquareFootDegreeFahrenheit = \"J48\",\n /**\n * British thermal unit (thermochemical) inch per second square foot degree Fahrenheit\n *\n * rec20\n */\n BritishThermalUnitThermochemicalInchPerSecondSquareFootDegreeFahrenheit = \"J49\",\n /**\n * British thermal unit (thermochemical) per pound degree Fahrenheit\n *\n * rec20\n */\n BritishThermalUnitThermochemicalPerPoundDegreeFahrenheit = \"J50\",\n /**\n * British thermal unit (thermochemical) per minute\n *\n * rec20\n */\n BritishThermalUnitThermochemicalPerMinute = \"J51\",\n /**\n * British thermal unit (thermochemical) per second\n *\n * rec20\n */\n BritishThermalUnitThermochemicalPerSecond = \"J52\",\n /**\n * coulomb square metre per kilogram\n *\n * rec20\n */\n CoulombSquareMetrePerKilogram = \"J53\",\n /**\n * megabaud\n *\n * rec20\n */\n Megabaud = \"J54\",\n /**\n * watt second\n *\n * rec20\n */\n WattSecond = \"J55\",\n /**\n * bar per bar\n *\n * rec20\n */\n BarPerBar = \"J56\",\n /**\n * barrel (UK petroleum)\n *\n * rec20\n */\n BarrelUkPetroleum = \"J57\",\n /**\n * barrel (UK petroleum) per minute\n *\n * rec20\n */\n BarrelUkPetroleumPerMinute = \"J58\",\n /**\n * barrel (UK petroleum) per day\n *\n * rec20\n */\n BarrelUkPetroleumPerDay = \"J59\",\n /**\n * barrel (UK petroleum) per hour\n *\n * rec20\n */\n BarrelUkPetroleumPerHour = \"J60\",\n /**\n * barrel (UK petroleum) per second\n *\n * rec20\n */\n BarrelUkPetroleumPerSecond = \"J61\",\n /**\n * barrel (US petroleum) per hour\n *\n * rec20\n */\n BarrelUsPetroleumPerHour = \"J62\",\n /**\n * barrel (US petroleum) per second\n *\n * rec20\n */\n BarrelUsPetroleumPerSecond = \"J63\",\n /**\n * bushel (UK) per day\n *\n * rec20\n */\n BushelUkPerDay = \"J64\",\n /**\n * bushel (UK) per hour\n *\n * rec20\n */\n BushelUkPerHour = \"J65\",\n /**\n * bushel (UK) per minute\n *\n * rec20\n */\n BushelUkPerMinute = \"J66\",\n /**\n * bushel (UK) per second\n *\n * rec20\n */\n BushelUkPerSecond = \"J67\",\n /**\n * bushel (US dry) per day\n *\n * rec20\n */\n BushelUsDryPerDay = \"J68\",\n /**\n * bushel (US dry) per hour\n *\n * rec20\n */\n BushelUsDryPerHour = \"J69\",\n /**\n * bushel (US dry) per minute\n *\n * rec20\n */\n BushelUsDryPerMinute = \"J70\",\n /**\n * bushel (US dry) per second\n *\n * rec20\n */\n BushelUsDryPerSecond = \"J71\",\n /**\n * centinewton metre\n *\n * rec20\n */\n CentinewtonMetre = \"J72\",\n /**\n * centipoise per kelvin\n *\n * rec20\n */\n CentipoisePerKelvin = \"J73\",\n /**\n * centipoise per bar\n *\n * rec20\n */\n CentipoisePerBar = \"J74\",\n /**\n * calorie (mean)\n *\n * rec20\n */\n CalorieMean = \"J75\",\n /**\n * calorie (international table) per gram degree Celsius\n *\n * rec20\n */\n CalorieInternationalTablePerGramDegreeCelsius = \"J76\",\n /**\n * calorie (thermochemical) per centimetre second degree Celsius\n *\n * rec20\n */\n CalorieThermochemicalPerCentimetreSecondDegreeCelsius = \"J78\",\n /**\n * calorie (thermochemical) per gram degree Celsius\n *\n * rec20\n */\n CalorieThermochemicalPerGramDegreeCelsius = \"J79\",\n /**\n * calorie (thermochemical) per minute\n *\n * rec20\n */\n CalorieThermochemicalPerMinute = \"J81\",\n /**\n * calorie (thermochemical) per second\n *\n * rec20\n */\n CalorieThermochemicalPerSecond = \"J82\",\n /**\n * clo\n *\n * rec20\n */\n Clo = \"J83\",\n /**\n * centimetre per second kelvin\n *\n * rec20\n */\n CentimetrePerSecondKelvin = \"J84\",\n /**\n * centimetre per second bar\n *\n * rec20\n */\n CentimetrePerSecondBar = \"J85\",\n /**\n * cubic centimetre per cubic metre\n *\n * rec20\n */\n CubicCentimetrePerCubicMetre = \"J87\",\n /**\n * cubic decimetre per day\n *\n * rec20\n */\n CubicDecimetrePerDay = \"J90\",\n /**\n * cubic decimetre per cubic metre\n *\n * rec20\n */\n CubicDecimetrePerCubicMetre = \"J91\",\n /**\n * cubic decimetre per minute\n *\n * rec20\n */\n CubicDecimetrePerMinute = \"J92\",\n /**\n * cubic decimetre per second\n *\n * rec20\n */\n CubicDecimetrePerSecond = \"J93\",\n /**\n * ounce (UK fluid) per day\n *\n * rec20\n */\n OunceUkFluidPerDay = \"J95\",\n /**\n * ounce (UK fluid) per hour\n *\n * rec20\n */\n OunceUkFluidPerHour = \"J96\",\n /**\n * ounce (UK fluid) per minute\n *\n * rec20\n */\n OunceUkFluidPerMinute = \"J97\",\n /**\n * ounce (UK fluid) per second\n *\n * rec20\n */\n OunceUkFluidPerSecond = \"J98\",\n /**\n * ounce (US fluid) per day\n *\n * rec20\n */\n OunceUsFluidPerDay = \"J99\",\n /**\n * joule per kelvin\n *\n * rec20\n */\n JoulePerKelvin = \"JE\",\n /**\n * megajoule per kilogram\n *\n * rec20\n */\n MegajoulePerKilogram = \"JK\",\n /**\n * megajoule per cubic metre\n *\n * rec20\n */\n MegajoulePerCubicMetre = \"JM\",\n /**\n * pipeline joint\n *\n * rec20\n */\n PipelineJoint = \"JNT\",\n /**\n * joule\n *\n * rec20\n */\n Joule = \"JOU\",\n /**\n * hundred metre\n *\n * rec20\n */\n HundredMetre = \"JPS\",\n /**\n * number of jewels\n *\n * rec20\n */\n NumberJewels = \"JWL\",\n /**\n * kilowatt demand\n *\n * rec20\n */\n KilowattDemand = \"K1\",\n /**\n * ounce (US fluid) per hour\n *\n * rec20\n */\n OunceUsFluidPerHour = \"K10\",\n /**\n * ounce (US fluid) per minute\n *\n * rec20\n */\n OunceUsFluidPerMinute = \"K11\",\n /**\n * ounce (US fluid) per second\n *\n * rec20\n */\n OunceUsFluidPerSecond = \"K12\",\n /**\n * foot per degree Fahrenheit\n *\n * rec20\n */\n FootPerDegreeFahrenheit = \"K13\",\n /**\n * foot per hour\n *\n * rec20\n */\n FootPerHour = \"K14\",\n /**\n * foot pound-force per hour\n *\n * rec20\n */\n FootPoundForcePerHour = \"K15\",\n /**\n * foot pound-force per minute\n *\n * rec20\n */\n FootPoundForcePerMinute = \"K16\",\n /**\n * foot per psi\n *\n * rec20\n */\n FootPerPsi = \"K17\",\n /**\n * foot per second degree Fahrenheit\n *\n * rec20\n */\n FootPerSecondDegreeFahrenheit = \"K18\",\n /**\n * foot per second psi\n *\n * rec20\n */\n FootPerSecondPsi = \"K19\",\n /**\n * kilovolt ampere reactive demand\n *\n * rec20\n */\n KilovoltAmpereReactiveDemand = \"K2\",\n /**\n * reciprocal cubic foot\n *\n * rec20\n */\n ReciprocalCubicFoot = \"K20\",\n /**\n * cubic foot per degree Fahrenheit\n *\n * rec20\n */\n CubicFootPerDegreeFahrenheit = \"K21\",\n /**\n * cubic foot per day\n *\n * rec20\n */\n CubicFootPerDay = \"K22\",\n /**\n * cubic foot per psi\n *\n * rec20\n */\n CubicFootPerPsi = \"K23\",\n /**\n * gallon (UK) per day\n *\n * rec20\n */\n GallonUkPerDay = \"K26\",\n /**\n * gallon (UK) per hour\n *\n * rec20\n */\n GallonUkPerHour = \"K27\",\n /**\n * gallon (UK) per second\n *\n * rec20\n */\n GallonUkPerSecond = \"K28\",\n /**\n * kilovolt ampere reactive hour\n *\n * rec20\n */\n KilovoltAmpereReactiveHour = \"K3\",\n /**\n * gallon (US liquid) per second\n *\n * rec20\n */\n GallonUsLiquidPerSecond = \"K30\",\n /**\n * gram-force per square centimetre\n *\n * rec20\n */\n GramForcePerSquareCentimetre = \"K31\",\n /**\n * gill (UK) per day\n *\n * rec20\n */\n GillUkPerDay = \"K32\",\n /**\n * gill (UK) per hour\n *\n * rec20\n */\n GillUkPerHour = \"K33\",\n /**\n * gill (UK) per minute\n *\n * rec20\n */\n GillUkPerMinute = \"K34\",\n /**\n * gill (UK) per second\n *\n * rec20\n */\n GillUkPerSecond = \"K35\",\n /**\n * gill (US) per day\n *\n * rec20\n */\n GillUsPerDay = \"K36\",\n /**\n * gill (US) per hour\n *\n * rec20\n */\n GillUsPerHour = \"K37\",\n /**\n * gill (US) per minute\n *\n * rec20\n */\n GillUsPerMinute = \"K38\",\n /**\n * gill (US) per second\n *\n * rec20\n */\n GillUsPerSecond = \"K39\",\n /**\n * standard acceleration of free fall\n *\n * rec20\n */\n StandardAccelerationFreeFall = \"K40\",\n /**\n * grain per gallon (US)\n *\n * rec20\n */\n GrainPerGallonUs = \"K41\",\n /**\n * horsepower (boiler)\n *\n * rec20\n */\n HorsepowerBoiler = \"K42\",\n /**\n * horsepower (electric)\n *\n * rec20\n */\n HorsepowerElectric = \"K43\",\n /**\n * inch per degree Fahrenheit\n *\n * rec20\n */\n InchPerDegreeFahrenheit = \"K45\",\n /**\n * inch per psi\n *\n * rec20\n */\n InchPerPsi = \"K46\",\n /**\n * inch per second degree Fahrenheit\n *\n * rec20\n */\n InchPerSecondDegreeFahrenheit = \"K47\",\n /**\n * inch per second psi\n *\n * rec20\n */\n InchPerSecondPsi = \"K48\",\n /**\n * reciprocal cubic inch\n *\n * rec20\n */\n ReciprocalCubicInch = \"K49\",\n /**\n * kilobaud\n *\n * rec20\n */\n Kilobaud = \"K50\",\n /**\n * kilocalorie (mean)\n *\n * rec20\n */\n KilocalorieMean = \"K51\",\n /**\n * kilocalorie (international table) per hour metre degree Celsius\n *\n * rec20\n */\n KilocalorieInternationalTablePerHourMetreDegreeCelsius = \"K52\",\n /**\n * kilocalorie (thermochemical)\n *\n * rec20\n */\n KilocalorieThermochemical = \"K53\",\n /**\n * kilocalorie (thermochemical) per minute\n *\n * rec20\n */\n KilocalorieThermochemicalPerMinute = \"K54\",\n /**\n * kilocalorie (thermochemical) per second\n *\n * rec20\n */\n KilocalorieThermochemicalPerSecond = \"K55\",\n /**\n * kilomole per hour\n *\n * rec20\n */\n KilomolePerHour = \"K58\",\n /**\n * kilomole per cubic metre kelvin\n *\n * rec20\n */\n KilomolePerCubicMetreKelvin = \"K59\",\n /**\n * kilolitre\n *\n * rec20\n */\n Kilolitre = \"K6\",\n /**\n * kilomole per cubic metre bar\n *\n * rec20\n */\n KilomolePerCubicMetreBar = \"K60\",\n /**\n * kilomole per minute\n *\n * rec20\n */\n KilomolePerMinute = \"K61\",\n /**\n * litre per litre\n *\n * rec20\n */\n LitrePerLitre = \"K62\",\n /**\n * reciprocal litre\n *\n * rec20\n */\n ReciprocalLitre = \"K63\",\n /**\n * pound (avoirdupois) per degree Fahrenheit\n *\n * rec20\n */\n PoundAvoirdupoisPerDegreeFahrenheit = \"K64\",\n /**\n * pound (avoirdupois) square foot\n *\n * rec20\n */\n PoundAvoirdupoisSquareFoot = \"K65\",\n /**\n * pound (avoirdupois) per day\n *\n * rec20\n */\n PoundAvoirdupoisPerDay = \"K66\",\n /**\n * pound per foot hour\n *\n * rec20\n */\n PoundPerFootHour = \"K67\",\n /**\n * pound per foot second\n *\n * rec20\n */\n PoundPerFootSecond = \"K68\",\n /**\n * pound (avoirdupois) per cubic foot degree Fahrenheit\n *\n * rec20\n */\n PoundAvoirdupoisPerCubicFootDegreeFahrenheit = \"K69\",\n /**\n * pound (avoirdupois) per cubic foot psi\n *\n * rec20\n */\n PoundAvoirdupoisPerCubicFootPsi = \"K70\",\n /**\n * pound (avoirdupois) per gallon (UK)\n *\n * rec20\n */\n PoundAvoirdupoisPerGallonUk = \"K71\",\n /**\n * pound (avoirdupois) per hour degree Fahrenheit\n *\n * rec20\n */\n PoundAvoirdupoisPerHourDegreeFahrenheit = \"K73\",\n /**\n * pound (avoirdupois) per hour psi\n *\n * rec20\n */\n PoundAvoirdupoisPerHourPsi = \"K74\",\n /**\n * pound (avoirdupois) per cubic inch degree Fahrenheit\n *\n * rec20\n */\n PoundAvoirdupoisPerCubicInchDegreeFahrenheit = \"K75\",\n /**\n * pound (avoirdupois) per cubic inch psi\n *\n * rec20\n */\n PoundAvoirdupoisPerCubicInchPsi = \"K76\",\n /**\n * pound (avoirdupois) per psi\n *\n * rec20\n */\n PoundAvoirdupoisPerPsi = \"K77\",\n /**\n * pound (avoirdupois) per minute\n *\n * rec20\n */\n PoundAvoirdupoisPerMinute = \"K78\",\n /**\n * pound (avoirdupois) per minute degree Fahrenheit\n *\n * rec20\n */\n PoundAvoirdupoisPerMinuteDegreeFahrenheit = \"K79\",\n /**\n * pound (avoirdupois) per minute psi\n *\n * rec20\n */\n PoundAvoirdupoisPerMinutePsi = \"K80\",\n /**\n * pound (avoirdupois) per second\n *\n * rec20\n */\n PoundAvoirdupoisPerSecond = \"K81\",\n /**\n * pound (avoirdupois) per second degree Fahrenheit\n *\n * rec20\n */\n PoundAvoirdupoisPerSecondDegreeFahrenheit = \"K82\",\n /**\n * pound (avoirdupois) per second psi\n *\n * rec20\n */\n PoundAvoirdupoisPerSecondPsi = \"K83\",\n /**\n * pound per cubic yard\n *\n * rec20\n */\n PoundPerCubicYard = \"K84\",\n /**\n * pound-force per square foot\n *\n * rec20\n */\n PoundForcePerSquareFoot = \"K85\",\n /**\n * pound-force per square inch degree Fahrenheit\n *\n * rec20\n */\n PoundForcePerSquareInchDegreeFahrenheit = \"K86\",\n /**\n * psi cubic inch per second\n *\n * rec20\n */\n PsiCubicInchPerSecond = \"K87\",\n /**\n * psi litre per second\n *\n * rec20\n */\n PsiLitrePerSecond = \"K88\",\n /**\n * psi cubic metre per second\n *\n * rec20\n */\n PsiCubicMetrePerSecond = \"K89\",\n /**\n * psi cubic yard per second\n *\n * rec20\n */\n PsiCubicYardPerSecond = \"K90\",\n /**\n * pound-force second per square foot\n *\n * rec20\n */\n PoundForceSecondPerSquareFoot = \"K91\",\n /**\n * pound-force second per square inch\n *\n * rec20\n */\n PoundForceSecondPerSquareInch = \"K92\",\n /**\n * reciprocal psi\n *\n * rec20\n */\n ReciprocalPsi = \"K93\",\n /**\n * quart (UK liquid) per day\n *\n * rec20\n */\n QuartUkLiquidPerDay = \"K94\",\n /**\n * quart (UK liquid) per hour\n *\n * rec20\n */\n QuartUkLiquidPerHour = \"K95\",\n /**\n * quart (UK liquid) per minute\n *\n * rec20\n */\n QuartUkLiquidPerMinute = \"K96\",\n /**\n * quart (UK liquid) per second\n *\n * rec20\n */\n QuartUkLiquidPerSecond = \"K97\",\n /**\n * quart (US liquid) per day\n *\n * rec20\n */\n QuartUsLiquidPerDay = \"K98\",\n /**\n * quart (US liquid) per hour\n *\n * rec20\n */\n QuartUsLiquidPerHour = \"K99\",\n /**\n * cake\n *\n * rec20\n */\n Cake = \"KA\",\n /**\n * katal\n *\n * rec20\n */\n Katal = \"KAT\",\n /**\n * kilocharacter\n *\n * rec20\n */\n Kilocharacter = \"KB\",\n /**\n * kilobar\n *\n * rec20\n */\n Kilobar = \"KBA\",\n /**\n * kilogram of choline chloride\n *\n * rec20\n */\n KilogramCholineChloride = \"KCC\",\n /**\n * kilogram drained net weight\n *\n * rec20\n */\n KilogramDrainedNetWeight = \"KDW\",\n /**\n * kelvin\n *\n * rec20\n */\n Kelvin = \"KEL\",\n /**\n * kilogram\n *\n * rec20\n */\n Kilogram = \"KGM\",\n /**\n * kilogram per second\n *\n * rec20\n */\n KilogramPerSecond = \"KGS\",\n /**\n * kilogram of hydrogen peroxide\n *\n * rec20\n */\n KilogramHydrogenPeroxide = \"KHY\",\n /**\n * kilohertz\n *\n * rec20\n */\n Kilohertz = \"KHZ\",\n /**\n * kilogram per millimetre width\n *\n * rec20\n */\n KilogramPerMillimetreWidth = \"KI\",\n /**\n * kilogram, including container\n *\n * rec20\n */\n KilogramIncludingContainer = \"KIC\",\n /**\n * kilogram, including inner packaging\n *\n * rec20\n */\n KilogramIncludingInnerPackaging = \"KIP\",\n /**\n * kilosegment\n *\n * rec20\n */\n Kilosegment = \"KJ\",\n /**\n * kilojoule\n *\n * rec20\n */\n Kilojoule = \"KJO\",\n /**\n * kilogram per metre\n *\n * rec20\n */\n KilogramPerMetre = \"KL\",\n /**\n * lactic dry material percentage\n *\n * rec20\n */\n LacticDryMaterialPercentage = \"KLK\",\n /**\n * kilolux\n *\n * rec20\n */\n Kilolux = \"KLX\",\n /**\n * kilogram of methylamine\n *\n * rec20\n */\n KilogramMethylamine = \"KMA\",\n /**\n * kilometre per hour\n *\n * rec20\n */\n KilometrePerHour = \"KMH\",\n /**\n * square kilometre\n *\n * rec20\n */\n SquareKilometre = \"KMK\",\n /**\n * kilogram per cubic metre\n *\n * rec20\n */\n KilogramPerCubicMetre = \"KMQ\",\n /**\n * kilometre\n *\n * rec20\n */\n Kilometre = \"KMT\",\n /**\n * kilogram of nitrogen\n *\n * rec20\n */\n KilogramNitrogen = \"KNI\",\n /**\n * kilonewton per square metre\n *\n * rec20\n */\n KilonewtonPerSquareMetre = \"KNM\",\n /**\n * kilogram named substance\n *\n * rec20\n */\n KilogramNamedSubstance = \"KNS\",\n /**\n * knot\n *\n * rec20\n */\n Knot = \"KNT\",\n /**\n * milliequivalence caustic potash per gram of product\n *\n * rec20\n */\n MilliequivalenceCausticPotashPerGramProduct = \"KO\",\n /**\n * kilopascal\n *\n * rec20\n */\n Kilopascal = \"KPA\",\n /**\n * kilogram of potassium hydroxide (caustic potash)\n *\n * rec20\n */\n KilogramPotassiumHydroxideCausticPotash = \"KPH\",\n /**\n * kilogram of potassium oxide\n *\n * rec20\n */\n KilogramPotassiumOxide = \"KPO\",\n /**\n * kilogram of phosphorus pentoxide (phosphoric anhydride)\n *\n * rec20\n */\n KilogramPhosphorusPentoxidePhosphoricAnhydride = \"KPP\",\n /**\n * kiloroentgen\n *\n * rec20\n */\n Kiloroentgen = \"KR\",\n /**\n * kilogram of substance 90 % dry\n *\n * rec20\n */\n KilogramSubstance90Dry = \"KSD\",\n /**\n * kilogram of sodium hydroxide (caustic soda)\n *\n * rec20\n */\n KilogramSodiumHydroxideCausticSoda = \"KSH\",\n /**\n * kit\n *\n * rec20\n */\n Kit = \"KT\",\n /**\n * kilotonne\n *\n * rec20\n */\n Kilotonne = \"KTN\",\n /**\n * kilogram of uranium\n *\n * rec20\n */\n KilogramUranium = \"KUR\",\n /**\n * kilovolt - ampere\n *\n * rec20\n */\n KilovoltAmpere = \"KVA\",\n /**\n * kilovar\n *\n * rec20\n */\n Kilovar = \"KVR\",\n /**\n * kilovolt\n *\n * rec20\n */\n Kilovolt = \"KVT\",\n /**\n * kilogram per millimetre\n *\n * rec20\n */\n KilogramPerMillimetre = \"KW\",\n /**\n * kilowatt hour\n *\n * rec20\n */\n KilowattHour = \"KWH\",\n /**\n * Kilowatt hour per normalized cubic metre\n *\n * rec20\n */\n KilowattHourPerNormalizedCubicMetre = \"KWN\",\n /**\n * kilogram of tungsten trioxide\n *\n * rec20\n */\n KilogramTungstenTrioxide = \"KWO\",\n /**\n * Kilowatt hour per standard cubic metre\n *\n * rec20\n */\n KilowattHourPerStandardCubicMetre = \"KWS\",\n /**\n * kilowatt\n *\n * rec20\n */\n Kilowatt = \"KWT\",\n /**\n * kilowatt year\n *\n * Rec20\n */\n KilowattYear = \"KWY\",\n /**\n * millilitre per kilogram\n *\n * rec20\n */\n MillilitrePerKilogram = \"KX\",\n /**\n * quart (US liquid) per minute\n *\n * rec20\n */\n QuartUsLiquidPerMinute = \"L10\",\n /**\n * quart (US liquid) per second\n *\n * rec20\n */\n QuartUsLiquidPerSecond = \"L11\",\n /**\n * metre per second kelvin\n *\n * rec20\n */\n MetrePerSecondKelvin = \"L12\",\n /**\n * metre per second bar\n *\n * rec20\n */\n MetrePerSecondBar = \"L13\",\n /**\n * square metre hour degree Celsius per kilocalorie (international table)\n *\n * rec20\n */\n SquareMetreHourDegreeCelsiusPerKilocalorieInternationalTable = \"L14\",\n /**\n * millipascal second per kelvin\n *\n * rec20\n */\n MillipascalSecondPerKelvin = \"L15\",\n /**\n * millipascal second per bar\n *\n * rec20\n */\n MillipascalSecondPerBar = \"L16\",\n /**\n * milligram per cubic metre kelvin\n *\n * rec20\n */\n MilligramPerCubicMetreKelvin = \"L17\",\n /**\n * milligram per cubic metre bar\n *\n * rec20\n */\n MilligramPerCubicMetreBar = \"L18\",\n /**\n * millilitre per litre\n *\n * rec20\n */\n MillilitrePerLitre = \"L19\",\n /**\n * litre per minute\n *\n * rec20\n */\n LitrePerMinute = \"L2\",\n /**\n * reciprocal cubic millimetre\n *\n * rec20\n */\n ReciprocalCubicMillimetre = \"L20\",\n /**\n * cubic millimetre per cubic metre\n *\n * rec20\n */\n CubicMillimetrePerCubicMetre = \"L21\",\n /**\n * mole per hour\n *\n * rec20\n */\n MolePerHour = \"L23\",\n /**\n * mole per kilogram kelvin\n *\n * rec20\n */\n MolePerKilogramKelvin = \"L24\",\n /**\n * mole per kilogram bar\n *\n * rec20\n */\n MolePerKilogramBar = \"L25\",\n /**\n * mole per litre kelvin\n *\n * rec20\n */\n MolePerLitreKelvin = \"L26\",\n /**\n * mole per litre bar\n *\n * rec20\n */\n MolePerLitreBar = \"L27\",\n /**\n * mole per cubic metre kelvin\n *\n * rec20\n */\n MolePerCubicMetreKelvin = \"L28\",\n /**\n * mole per cubic metre bar\n *\n * rec20\n */\n MolePerCubicMetreBar = \"L29\",\n /**\n * mole per minute\n *\n * rec20\n */\n MolePerMinute = \"L30\",\n /**\n * milliroentgen aequivalent men\n *\n * rec20\n */\n MilliroentgenAequivalentMen = \"L31\",\n /**\n * nanogram per kilogram\n *\n * rec20\n */\n NanogramPerKilogram = \"L32\",\n /**\n * ounce (avoirdupois) per day\n *\n * rec20\n */\n OunceAvoirdupoisPerDay = \"L33\",\n /**\n * ounce (avoirdupois) per hour\n *\n * rec20\n */\n OunceAvoirdupoisPerHour = \"L34\",\n /**\n * ounce (avoirdupois) per minute\n *\n * rec20\n */\n OunceAvoirdupoisPerMinute = \"L35\",\n /**\n * ounce (avoirdupois) per second\n *\n * rec20\n */\n OunceAvoirdupoisPerSecond = \"L36\",\n /**\n * ounce (avoirdupois) per gallon (UK)\n *\n * rec20\n */\n OunceAvoirdupoisPerGallonUk = \"L37\",\n /**\n * ounce (avoirdupois) per gallon (US)\n *\n * rec20\n */\n OunceAvoirdupoisPerGallonUs = \"L38\",\n /**\n * ounce (avoirdupois) per cubic inch\n *\n * rec20\n */\n OunceAvoirdupoisPerCubicInch = \"L39\",\n /**\n * ounce (avoirdupois)-force\n *\n * rec20\n */\n OunceAvoirdupoisForce = \"L40\",\n /**\n * ounce (avoirdupois)-force inch\n *\n * rec20\n */\n OunceAvoirdupoisForceInch = \"L41\",\n /**\n * picosiemens per metre\n *\n * rec20\n */\n PicosiemensPerMetre = \"L42\",\n /**\n * peck (UK)\n *\n * rec20\n */\n PeckUk = \"L43\",\n /**\n * peck (UK) per day\n *\n * rec20\n */\n PeckUkPerDay = \"L44\",\n /**\n * peck (UK) per hour\n *\n * rec20\n */\n PeckUkPerHour = \"L45\",\n /**\n * peck (UK) per minute\n *\n * rec20\n */\n PeckUkPerMinute = \"L46\",\n /**\n * peck (UK) per second\n *\n * rec20\n */\n PeckUkPerSecond = \"L47\",\n /**\n * peck (US dry) per day\n *\n * rec20\n */\n PeckUsDryPerDay = \"L48\",\n /**\n * peck (US dry) per hour\n *\n * rec20\n */\n PeckUsDryPerHour = \"L49\",\n /**\n * peck (US dry) per minute\n *\n * rec20\n */\n PeckUsDryPerMinute = \"L50\",\n /**\n * peck (US dry) per second\n *\n * rec20\n */\n PeckUsDryPerSecond = \"L51\",\n /**\n * psi per psi\n *\n * rec20\n */\n PsiPerPsi = \"L52\",\n /**\n * pint (UK) per day\n *\n * rec20\n */\n PintUkPerDay = \"L53\",\n /**\n * pint (UK) per hour\n *\n * rec20\n */\n PintUkPerHour = \"L54\",\n /**\n * pint (UK) per minute\n *\n * rec20\n */\n PintUkPerMinute = \"L55\",\n /**\n * pint (UK) per second\n *\n * rec20\n */\n PintUkPerSecond = \"L56\",\n /**\n * pint (US liquid) per day\n *\n * rec20\n */\n PintUsLiquidPerDay = \"L57\",\n /**\n * pint (US liquid) per hour\n *\n * rec20\n */\n PintUsLiquidPerHour = \"L58\",\n /**\n * pint (US liquid) per minute\n *\n * rec20\n */\n PintUsLiquidPerMinute = \"L59\",\n /**\n * pint (US liquid) per second\n *\n * rec20\n */\n PintUsLiquidPerSecond = \"L60\",\n /**\n * slug per day\n *\n * rec20\n */\n SlugPerDay = \"L63\",\n /**\n * slug per foot second\n *\n * rec20\n */\n SlugPerFootSecond = \"L64\",\n /**\n * slug per cubic foot\n *\n * rec20\n */\n SlugPerCubicFoot = \"L65\",\n /**\n * slug per hour\n *\n * rec20\n */\n SlugPerHour = \"L66\",\n /**\n * slug per minute\n *\n * rec20\n */\n SlugPerMinute = \"L67\",\n /**\n * slug per second\n *\n * rec20\n */\n SlugPerSecond = \"L68\",\n /**\n * tonne per kelvin\n *\n * rec20\n */\n TonnePerKelvin = \"L69\",\n /**\n * tonne per bar\n *\n * rec20\n */\n TonnePerBar = \"L70\",\n /**\n * tonne per day\n *\n * rec20\n */\n TonnePerDay = \"L71\",\n /**\n * tonne per day kelvin\n *\n * rec20\n */\n TonnePerDayKelvin = \"L72\",\n /**\n * tonne per day bar\n *\n * rec20\n */\n TonnePerDayBar = \"L73\",\n /**\n * tonne per hour kelvin\n *\n * rec20\n */\n TonnePerHourKelvin = \"L74\",\n /**\n * tonne per hour bar\n *\n * rec20\n */\n TonnePerHourBar = \"L75\",\n /**\n * tonne per cubic metre kelvin\n *\n * rec20\n */\n TonnePerCubicMetreKelvin = \"L76\",\n /**\n * tonne per cubic metre bar\n *\n * rec20\n */\n TonnePerCubicMetreBar = \"L77\",\n /**\n * tonne per minute\n *\n * rec20\n */\n TonnePerMinute = \"L78\",\n /**\n * tonne per minute kelvin\n *\n * rec20\n */\n TonnePerMinuteKelvin = \"L79\",\n /**\n * tonne per minute bar\n *\n * rec20\n */\n TonnePerMinuteBar = \"L80\",\n /**\n * tonne per second\n *\n * rec20\n */\n TonnePerSecond = \"L81\",\n /**\n * tonne per second kelvin\n *\n * rec20\n */\n TonnePerSecondKelvin = \"L82\",\n /**\n * tonne per second bar\n *\n * rec20\n */\n TonnePerSecondBar = \"L83\",\n /**\n * ton (UK shipping)\n *\n * rec20\n */\n TonUkShipping = \"L84\",\n /**\n * ton long per day\n *\n * rec20\n */\n TonLongPerDay = \"L85\",\n /**\n * ton (US shipping)\n *\n * rec20\n */\n TonUsShipping = \"L86\",\n /**\n * ton short per degree Fahrenheit\n *\n * rec20\n */\n TonShortPerDegreeFahrenheit = \"L87\",\n /**\n * ton short per day\n *\n * rec20\n */\n TonShortPerDay = \"L88\",\n /**\n * ton short per hour degree Fahrenheit\n *\n * rec20\n */\n TonShortPerHourDegreeFahrenheit = \"L89\",\n /**\n * ton short per hour psi\n *\n * rec20\n */\n TonShortPerHourPsi = \"L90\",\n /**\n * ton short per psi\n *\n * rec20\n */\n TonShortPerPsi = \"L91\",\n /**\n * ton (UK long) per cubic yard\n *\n * rec20\n */\n TonUkLongPerCubicYard = \"L92\",\n /**\n * ton (US short) per cubic yard\n *\n * rec20\n */\n TonUsShortPerCubicYard = \"L93\",\n /**\n * ton-force (US short)\n *\n * rec20\n */\n TonForceUsShort = \"L94\",\n /**\n * common year\n *\n * rec20\n */\n CommonYear = \"L95\",\n /**\n * sidereal year\n *\n * rec20\n */\n SiderealYear = \"L96\",\n /**\n * yard per degree Fahrenheit\n *\n * rec20\n */\n YardPerDegreeFahrenheit = \"L98\",\n /**\n * yard per psi\n *\n * rec20\n */\n YardPerPsi = \"L99\",\n /**\n * pound per cubic inch\n *\n * rec20\n */\n PoundPerCubicInch = \"LA\",\n /**\n * lactose excess percentage\n *\n * rec20\n */\n LactoseExcessPercentage = \"LAC\",\n /**\n * pound\n *\n * rec20\n */\n Pound = \"LBR\",\n /**\n * troy pound (US)\n *\n * rec20\n */\n TroyPoundUs = \"LBT\",\n /**\n * litre per day\n *\n * rec20\n */\n LitrePerDay = \"LD\",\n /**\n * leaf\n *\n * rec20\n */\n Leaf = \"LEF\",\n /**\n * linear foot\n *\n * rec20\n */\n LinearFoot = \"LF\",\n /**\n * labour hour\n *\n * rec20\n */\n LabourHour = \"LH\",\n /**\n * link\n *\n * rec20\n */\n Link = \"LK\",\n /**\n * linear metre\n *\n * rec20\n */\n LinearMetre = \"LM\",\n /**\n * length\n *\n * rec20\n */\n Length = \"LN\",\n /**\n * lot [unit of procurement]\n *\n * rec20\n */\n LotUnitProcurement = \"LO\",\n /**\n * liquid pound\n *\n * rec20\n */\n LiquidPound = \"LP\",\n /**\n * litre of pure alcohol\n *\n * rec20\n */\n LitrePureAlcohol = \"LPA\",\n /**\n * layer\n *\n * rec20\n */\n Layer = \"LR\",\n /**\n * lump sum\n *\n * rec20\n */\n LumpSum = \"LS\",\n /**\n * ton (UK) or long ton (US)\n *\n * rec20\n */\n TonUkOrLongTonUs = \"LTN\",\n /**\n * litre\n *\n * rec20\n */\n Litre = \"LTR\",\n /**\n * metric ton, lubricating oil\n *\n * rec20\n */\n MetricTonLubricatingOil = \"LUB\",\n /**\n * lumen\n *\n * rec20\n */\n Lumen = \"LUM\",\n /**\n * lux\n *\n * rec20\n */\n Lux = \"LUX\",\n /**\n * linear yard\n *\n * rec20\n */\n LinearYard = \"LY\",\n /**\n * milligram per litre\n *\n * rec20\n */\n MilligramPerLitre = \"M1\",\n /**\n * reciprocal cubic yard\n *\n * rec20\n */\n ReciprocalCubicYard = \"M10\",\n /**\n * cubic yard per degree Fahrenheit\n *\n * rec20\n */\n CubicYardPerDegreeFahrenheit = \"M11\",\n /**\n * cubic yard per day\n *\n * rec20\n */\n CubicYardPerDay = \"M12\",\n /**\n * cubic yard per hour\n *\n * rec20\n */\n CubicYardPerHour = \"M13\",\n /**\n * cubic yard per psi\n *\n * rec20\n */\n CubicYardPerPsi = \"M14\",\n /**\n * cubic yard per minute\n *\n * rec20\n */\n CubicYardPerMinute = \"M15\",\n /**\n * cubic yard per second\n *\n * rec20\n */\n CubicYardPerSecond = \"M16\",\n /**\n * kilohertz metre\n *\n * rec20\n */\n KilohertzMetre = \"M17\",\n /**\n * gigahertz metre\n *\n * rec20\n */\n GigahertzMetre = \"M18\",\n /**\n * Beaufort\n *\n * rec20\n */\n Beaufort = \"M19\",\n /**\n * reciprocal megakelvin or megakelvin to the power minus one\n *\n * rec20\n */\n ReciprocalMegakelvinOrMegakelvinToPowerMinusOne = \"M20\",\n /**\n * reciprocal kilovolt - ampere reciprocal hour\n *\n * rec20\n */\n ReciprocalKilovoltAmpereReciprocalHour = \"M21\",\n /**\n * millilitre per square centimetre minute\n *\n * rec20\n */\n MillilitrePerSquareCentimetreMinute = \"M22\",\n /**\n * newton per centimetre\n *\n * rec20\n */\n NewtonPerCentimetre = \"M23\",\n /**\n * ohm kilometre\n *\n * rec20\n */\n OhmKilometre = \"M24\",\n /**\n * percent per degree Celsius\n *\n * rec20\n */\n PercentPerDegreeCelsius = \"M25\",\n /**\n * gigaohm per metre\n *\n * rec20\n */\n GigaohmPerMetre = \"M26\",\n /**\n * megahertz metre\n *\n * rec20\n */\n MegahertzMetre = \"M27\",\n /**\n * kilogram per kilogram\n *\n * rec20\n */\n KilogramPerKilogram = \"M29\",\n /**\n * reciprocal volt - ampere reciprocal second\n *\n * rec20\n */\n ReciprocalVoltAmpereReciprocalSecond = \"M30\",\n /**\n * kilogram per kilometre\n *\n * rec20\n */\n KilogramPerKilometre = \"M31\",\n /**\n * pascal second per litre\n *\n * rec20\n */\n PascalSecondPerLitre = \"M32\",\n /**\n * millimole per litre\n *\n * rec20\n */\n MillimolePerLitre = \"M33\",\n /**\n * newton metre per square metre\n *\n * rec20\n */\n NewtonMetrePerSquareMetre = \"M34\",\n /**\n * millivolt - ampere\n *\n * rec20\n */\n MillivoltAmpere = \"M35\",\n /**\n * 30-day month\n *\n * rec20\n */\n _30DayMonth = \"M36\",\n /**\n * actual/360\n *\n * rec20\n */\n Actual360 = \"M37\",\n /**\n * kilometre per second squared\n *\n * rec20\n */\n KilometrePerSecondSquared = \"M38\",\n /**\n * centimetre per second squared\n *\n * rec20\n */\n CentimetrePerSecondSquared = \"M39\",\n /**\n * monetary value\n *\n * rec20\n */\n MonetaryValue = \"M4\",\n /**\n * yard per second squared\n *\n * rec20\n */\n YardPerSecondSquared = \"M40\",\n /**\n * millimetre per second squared\n *\n * rec20\n */\n MillimetrePerSecondSquared = \"M41\",\n /**\n * mile (statute mile) per second squared\n *\n * rec20\n */\n MileStatuteMilePerSecondSquared = \"M42\",\n /**\n * mil\n *\n * rec20\n */\n Mil = \"M43\",\n /**\n * revolution\n *\n * rec20\n */\n Revolution = \"M44\",\n /**\n * degree [unit of angle] per second squared\n *\n * rec20\n */\n DegreeUnitAnglePerSecondSquared = \"M45\",\n /**\n * revolution per minute \n *\n * rec20\n */\n RevolutionPerMinute = \"M46\",\n /**\n * circular mil \n *\n * rec20\n */\n CircularMil = \"M47\",\n /**\n * square mile (based on U.S. survey foot) \n *\n * rec20\n */\n SquareMileBasedOnUSSurveyFoot = \"M48\",\n /**\n * chain (based on U.S. survey foot)\n *\n * rec20\n */\n ChainBasedOnUSSurveyFoot = \"M49\",\n /**\n * microcurie\n *\n * rec20\n */\n Microcurie = \"M5\",\n /**\n * furlong\n *\n * rec20\n */\n Furlong = \"M50\",\n /**\n * foot (U.S. survey) \n *\n * rec20\n */\n FootUSSurvey = \"M51\",\n /**\n * mile (based on U.S. survey foot) \n *\n * rec20\n */\n MileBasedOnUSSurveyFoot = \"M52\",\n /**\n * metre per pascal\n *\n * rec20\n */\n MetrePerPascal = \"M53\",\n /**\n * metre per radiant\n *\n * rec20\n */\n MetrePerRadiant = \"M55\",\n /**\n * shake\n *\n * rec20\n */\n Shake = \"M56\",\n /**\n * mile per minute \n *\n * rec20\n */\n MilePerMinute = \"M57\",\n /**\n * mile per second \n *\n * rec20\n */\n MilePerSecond = \"M58\",\n /**\n * metre per second pascal\n *\n * rec20\n */\n MetrePerSecondPascal = \"M59\",\n /**\n * metre per hour\n *\n * rec20\n */\n MetrePerHour = \"M60\",\n /**\n * inch per year\n *\n * rec20\n */\n InchPerYear = \"M61\",\n /**\n * kilometre per second \n *\n * rec20\n */\n KilometrePerSecond = \"M62\",\n /**\n * inch per minute\n *\n * rec20\n */\n InchPerMinute = \"M63\",\n /**\n * yard per second\n *\n * rec20\n */\n YardPerSecond = \"M64\",\n /**\n * yard per minute\n *\n * rec20\n */\n YardPerMinute = \"M65\",\n /**\n * yard per hour\n *\n * rec20\n */\n YardPerHour = \"M66\",\n /**\n * acre-foot (based on U.S. survey foot)\n *\n * rec20\n */\n AcreFootBasedOnUSSurveyFoot = \"M67\",\n /**\n * cord (128 ft3)\n *\n * rec20\n */\n Cord128Ft3 = \"M68\",\n /**\n * cubic mile (UK statute)\n *\n * rec20\n */\n CubicMileUkStatute = \"M69\",\n /**\n * micro-inch\n *\n * rec20\n */\n MicroInch = \"M7\",\n /**\n * ton, register \n *\n * rec20\n */\n TonRegister = \"M70\",\n /**\n * cubic metre per pascal\n *\n * rec20\n */\n CubicMetrePerPascal = \"M71\",\n /**\n * bel\n *\n * rec20\n */\n Bel = \"M72\",\n /**\n * kilogram per cubic metre pascal\n *\n * rec20\n */\n KilogramPerCubicMetrePascal = \"M73\",\n /**\n * kilogram per pascal\n *\n * rec20\n */\n KilogramPerPascal = \"M74\",\n /**\n * kilopound-force\n *\n * rec20\n */\n KilopoundForce = \"M75\",\n /**\n * poundal\n *\n * rec20\n */\n Poundal = \"M76\",\n /**\n * kilogram metre per second squared\n *\n * rec20\n */\n KilogramMetrePerSecondSquared = \"M77\",\n /**\n * pond\n *\n * rec20\n */\n Pond = \"M78\",\n /**\n * square foot per hour \n *\n * rec20\n */\n SquareFootPerHour = \"M79\",\n /**\n * stokes per pascal\n *\n * rec20\n */\n StokesPerPascal = \"M80\",\n /**\n * square centimetre per second\n *\n * rec20\n */\n SquareCentimetrePerSecond = \"M81\",\n /**\n * square metre per second pascal\n *\n * rec20\n */\n SquareMetrePerSecondPascal = \"M82\",\n /**\n * denier \n *\n * rec20\n */\n Denier_Dup = \"M83\",\n /**\n * pound per yard \n *\n * rec20\n */\n PoundPerYard = \"M84\",\n /**\n * ton, assay\n *\n * rec20\n */\n TonAssay = \"M85\",\n /**\n * pfund\n *\n * rec20\n */\n Pfund = \"M86\",\n /**\n * kilogram per second pascal\n *\n * rec20\n */\n KilogramPerSecondPascal = \"M87\",\n /**\n * tonne per month\n *\n * rec20\n */\n TonnePerMonth = \"M88\",\n /**\n * tonne per year\n *\n * rec20\n */\n TonnePerYear = \"M89\",\n /**\n * million Btu per 1000 cubic foot\n *\n * rec20\n */\n MillionBtuPer1000CubicFoot = \"M9\",\n /**\n * kilopound per hour\n *\n * rec20\n */\n KilopoundPerHour = \"M90\",\n /**\n * pound per pound\n *\n * rec20\n */\n PoundPerPound = \"M91\",\n /**\n * pound-force foot\n *\n * rec20\n */\n PoundForceFoot = \"M92\",\n /**\n * newton metre per radian\n *\n * rec20\n */\n NewtonMetrePerRadian = \"M93\",\n /**\n * kilogram metre\n *\n * rec20\n */\n KilogramMetre = \"M94\",\n /**\n * poundal foot\n *\n * rec20\n */\n PoundalFoot = \"M95\",\n /**\n * poundal inch\n *\n * rec20\n */\n PoundalInch = \"M96\",\n /**\n * dyne metre\n *\n * rec20\n */\n DyneMetre = \"M97\",\n /**\n * kilogram centimetre per second\n *\n * rec20\n */\n KilogramCentimetrePerSecond = \"M98\",\n /**\n * gram centimetre per second\n *\n * rec20\n */\n GramCentimetrePerSecond = \"M99\",\n /**\n * megavolt ampere reactive hour\n *\n * rec20\n */\n MegavoltAmpereReactiveHour = \"MAH\",\n /**\n * megalitre\n *\n * rec20\n */\n Megalitre = \"MAL\",\n /**\n * megametre\n *\n * rec20\n */\n Megametre = \"MAM\",\n /**\n * megavar\n *\n * rec20\n */\n Megavar = \"MAR\",\n /**\n * megawatt\n *\n * rec20\n */\n Megawatt = \"MAW\",\n /**\n * thousand standard brick equivalent\n *\n * rec20\n */\n ThousandStandardBrickEquivalent = \"MBE\",\n /**\n * thousand board foot\n *\n * rec20\n */\n ThousandBoardFoot = \"MBF\",\n /**\n * millibar\n *\n * rec20\n */\n Millibar = \"MBR\",\n /**\n * microgram\n *\n * rec20\n */\n Microgram = \"MC\",\n /**\n * millicurie\n *\n * rec20\n */\n Millicurie = \"MCU\",\n /**\n * air dry metric ton\n *\n * rec20\n */\n AirDryMetricTon = \"MD\",\n /**\n * milligram\n *\n * rec20\n */\n Milligram = \"MGM\",\n /**\n * megahertz\n *\n * rec20\n */\n Megahertz = \"MHZ\",\n /**\n * square mile (statute mile)\n *\n * rec20\n */\n SquareMileStatuteMile = \"MIK\",\n /**\n * thousand\n *\n * rec20\n */\n Thousand = \"MIL\",\n /**\n * minute [unit of time]\n *\n * rec20\n */\n MinuteUnitTime = \"MIN\",\n /**\n * million\n *\n * rec20\n */\n Million = \"MIO\",\n /**\n * million international unit\n *\n * rec20\n */\n MillionInternationalUnit = \"MIU\",\n /**\n * Square Metre Day\n *\n * Rec20\n */\n SquareMetreDay = \"MKD\",\n /**\n * Square Metre Month\n *\n * Rec20\n */\n SquareMetreMonth = \"MKM\",\n /**\n * Square Metre Week\n *\n * Rec20\n */\n SquareMetreWeek = \"MKW\",\n /**\n * milliard\n *\n * rec20\n */\n Milliard = \"MLD\",\n /**\n * millilitre\n *\n * rec20\n */\n Millilitre = \"MLT\",\n /**\n * square millimetre\n *\n * rec20\n */\n SquareMillimetre = \"MMK\",\n /**\n * cubic millimetre\n *\n * rec20\n */\n CubicMillimetre = \"MMQ\",\n /**\n * millimetre\n *\n * rec20\n */\n Millimetre = \"MMT\",\n /**\n * kilogram, dry weight\n *\n * rec20\n */\n KilogramDryWeight = \"MND\",\n /**\n * Mega Joule per Normalised cubic Metre\n *\n * Rec20\n */\n MegaJoulePerNormalisedCubicMetre = \"MNJ\",\n /**\n * month\n *\n * rec20\n */\n Month = \"MON\",\n /**\n * megapascal\n *\n * rec20\n */\n Megapascal = \"MPA\",\n /**\n * Cubic Metre Day\n *\n * Rec20\n */\n CubicMetreDay = \"MQD\",\n /**\n * cubic metre per hour\n *\n * rec20\n */\n CubicMetrePerHour = \"MQH\",\n /**\n * Cubic Metre Month\n *\n * Rec20\n */\n CubicMetreMonth = \"MQM\",\n /**\n * cubic metre per second\n *\n * rec20\n */\n CubicMetrePerSecond = \"MQS\",\n /**\n * Cubic Metre Week\n *\n * Rec20\n */\n CubicMetreWeek = \"MQW\",\n /**\n * Metre Day\n *\n * Rec20\n */\n MetreDay = \"MRD\",\n /**\n * Metre Month\n *\n * Rec20\n */\n MetreMonth = \"MRM\",\n /**\n * Metre Week\n *\n * Rec20\n */\n MetreWeek = \"MRW\",\n /**\n * metre per second squared\n *\n * rec20\n */\n MetrePerSecondSquared = \"MSK\",\n /**\n * square metre\n *\n * rec20\n */\n SquareMetre = \"MTK\",\n /**\n * cubic metre\n *\n * rec20\n */\n CubicMetre = \"MTQ\",\n /**\n * metre\n *\n * rec20\n */\n Metre = \"MTR\",\n /**\n * metre per second\n *\n * rec20\n */\n MetrePerSecond = \"MTS\",\n /**\n * milihertz\n *\n * Rec20\n */\n Milihertz = \"MTZ\",\n /**\n * megavolt - ampere\n *\n * rec20\n */\n MegavoltAmpere = \"MVA\",\n /**\n * megawatt hour (1000 kW.h)\n *\n * rec20\n */\n MegawattHour1000KwH = \"MWH\",\n /**\n * pen calorie\n *\n * rec20\n */\n PenCalorie = \"N1\",\n /**\n * pound foot per second\n *\n * rec20\n */\n PoundFootPerSecond = \"N10\",\n /**\n * pound inch per second\n *\n * rec20\n */\n PoundInchPerSecond = \"N11\",\n /**\n * Pferdestaerke\n *\n * rec20\n */\n Pferdestaerke = \"N12\",\n /**\n * centimetre of mercury (0 ºC)\n *\n * rec20\n */\n CentimetreMercury0Oc = \"N13\",\n /**\n * centimetre of water (4 ºC)\n *\n * rec20\n */\n CentimetreWater4Oc = \"N14\",\n /**\n * foot of water (39.2 ºF)\n *\n * rec20\n */\n FootWater392Of = \"N15\",\n /**\n * inch of mercury (32 ºF)\n *\n * rec20\n */\n InchMercury32Of = \"N16\",\n /**\n * inch of mercury (60 ºF)\n *\n * rec20\n */\n InchMercury60Of = \"N17\",\n /**\n * inch of water (39.2 ºF)\n *\n * rec20\n */\n InchWater392Of = \"N18\",\n /**\n * inch of water (60 ºF)\n *\n * rec20\n */\n InchWater60Of = \"N19\",\n /**\n * kip per square inch\n *\n * rec20\n */\n KipPerSquareInch = \"N20\",\n /**\n * poundal per square foot \n *\n * rec20\n */\n PoundalPerSquareFoot = \"N21\",\n /**\n * ounce (avoirdupois) per square inch \n *\n * rec20\n */\n OunceAvoirdupoisPerSquareInch = \"N22\",\n /**\n * conventional metre of water\n *\n * rec20\n */\n ConventionalMetreWater = \"N23\",\n /**\n * gram per square millimetre\n *\n * rec20\n */\n GramPerSquareMillimetre = \"N24\",\n /**\n * pound per square yard\n *\n * rec20\n */\n PoundPerSquareYard = \"N25\",\n /**\n * poundal per square inch\n *\n * rec20\n */\n PoundalPerSquareInch = \"N26\",\n /**\n * foot to the fourth power \n *\n * rec20\n */\n FootToFourthPower = \"N27\",\n /**\n * cubic decimetre per kilogram\n *\n * rec20\n */\n CubicDecimetrePerKilogram = \"N28\",\n /**\n * cubic foot per pound\n *\n * rec20\n */\n CubicFootPerPound = \"N29\",\n /**\n * print point\n *\n * rec20\n */\n PrintPoint = \"N3\",\n /**\n * cubic inch per pound\n *\n * rec20\n */\n CubicInchPerPound = \"N30\",\n /**\n * kilonewton per metre\n *\n * rec20\n */\n KilonewtonPerMetre = \"N31\",\n /**\n * poundal per inch\n *\n * rec20\n */\n PoundalPerInch = \"N32\",\n /**\n * pound-force per yard\n *\n * rec20\n */\n PoundForcePerYard = \"N33\",\n /**\n * poundal second per square foot \n *\n * rec20\n */\n PoundalSecondPerSquareFoot = \"N34\",\n /**\n * poise per pascal\n *\n * rec20\n */\n PoisePerPascal = \"N35\",\n /**\n * newton second per square metre\n *\n * rec20\n */\n NewtonSecondPerSquareMetre = \"N36\",\n /**\n * kilogram per metre second\n *\n * rec20\n */\n KilogramPerMetreSecond = \"N37\",\n /**\n * kilogram per metre minute\n *\n * rec20\n */\n KilogramPerMetreMinute = \"N38\",\n /**\n * kilogram per metre day\n *\n * rec20\n */\n KilogramPerMetreDay = \"N39\",\n /**\n * kilogram per metre hour\n *\n * rec20\n */\n KilogramPerMetreHour = \"N40\",\n /**\n * gram per centimetre second\n *\n * rec20\n */\n GramPerCentimetreSecond = \"N41\",\n /**\n * poundal second per square inch\n *\n * rec20\n */\n PoundalSecondPerSquareInch = \"N42\",\n /**\n * pound per foot minute\n *\n * rec20\n */\n PoundPerFootMinute = \"N43\",\n /**\n * pound per foot day\n *\n * rec20\n */\n PoundPerFootDay = \"N44\",\n /**\n * cubic metre per second pascal\n *\n * rec20\n */\n CubicMetrePerSecondPascal = \"N45\",\n /**\n * foot poundal\n *\n * rec20\n */\n FootPoundal = \"N46\",\n /**\n * inch poundal\n *\n * rec20\n */\n InchPoundal = \"N47\",\n /**\n * watt per square centimetre \n *\n * rec20\n */\n WattPerSquareCentimetre = \"N48\",\n /**\n * watt per square inch \n *\n * rec20\n */\n WattPerSquareInch = \"N49\",\n /**\n * British thermal unit (international table) per square foot hour\n *\n * rec20\n */\n BritishThermalUnitInternationalTablePerSquareFootHour = \"N50\",\n /**\n * British thermal unit (thermochemical) per square foot hour\n *\n * rec20\n */\n BritishThermalUnitThermochemicalPerSquareFootHour = \"N51\",\n /**\n * British thermal unit (thermochemical) per square foot minute\n *\n * rec20\n */\n BritishThermalUnitThermochemicalPerSquareFootMinute = \"N52\",\n /**\n * British thermal unit (international table) per square foot second\n *\n * rec20\n */\n BritishThermalUnitInternationalTablePerSquareFootSecond = \"N53\",\n /**\n * British thermal unit (thermochemical) per square foot second\n *\n * rec20\n */\n BritishThermalUnitThermochemicalPerSquareFootSecond = \"N54\",\n /**\n * British thermal unit (international table) per square inch second\n *\n * rec20\n */\n BritishThermalUnitInternationalTablePerSquareInchSecond = \"N55\",\n /**\n * calorie (thermochemical) per square centimetre minute\n *\n * rec20\n */\n CalorieThermochemicalPerSquareCentimetreMinute = \"N56\",\n /**\n * calorie (thermochemical) per square centimetre second\n *\n * rec20\n */\n CalorieThermochemicalPerSquareCentimetreSecond = \"N57\",\n /**\n * British thermal unit (international table) per cubic foot \n *\n * rec20\n */\n BritishThermalUnitInternationalTablePerCubicFoot = \"N58\",\n /**\n * British thermal unit (thermochemical) per cubic foot\n *\n * rec20\n */\n BritishThermalUnitThermochemicalPerCubicFoot = \"N59\",\n /**\n * British thermal unit (international table) per degree Fahrenheit\n *\n * rec20\n */\n BritishThermalUnitInternationalTablePerDegreeFahrenheit = \"N60\",\n /**\n * British thermal unit (thermochemical) per degree Fahrenheit\n *\n * rec20\n */\n BritishThermalUnitThermochemicalPerDegreeFahrenheit = \"N61\",\n /**\n * British thermal unit (international table) per degree Rankine\n *\n * rec20\n */\n BritishThermalUnitInternationalTablePerDegreeRankine = \"N62\",\n /**\n * British thermal unit (thermochemical) per degree Rankine\n *\n * rec20\n */\n BritishThermalUnitThermochemicalPerDegreeRankine = \"N63\",\n /**\n * British thermal unit (thermochemical) per pound degree Rankine\n *\n * rec20\n */\n BritishThermalUnitThermochemicalPerPoundDegreeRankine = \"N64\",\n /**\n * kilocalorie (international table) per gram kelvin\n *\n * rec20\n */\n KilocalorieInternationalTablePerGramKelvin = \"N65\",\n /**\n * British thermal unit (39 ºF) \n *\n * rec20\n */\n BritishThermalUnit39Of = \"N66\",\n /**\n * British thermal unit (59 ºF)\n *\n * rec20\n */\n BritishThermalUnit59Of = \"N67\",\n /**\n * British thermal unit (60 ºF) \n *\n * rec20\n */\n BritishThermalUnit60Of = \"N68\",\n /**\n * calorie (20 ºC) \n *\n * rec20\n */\n Calorie20Oc = \"N69\",\n /**\n * quad (1015 BtuIT)\n *\n * rec20\n */\n Quad1015Btuit = \"N70\",\n /**\n * therm (EC)\n *\n * rec20\n */\n ThermEc = \"N71\",\n /**\n * therm (U.S.)\n *\n * rec20\n */\n ThermUS = \"N72\",\n /**\n * British thermal unit (thermochemical) per pound\n *\n * rec20\n */\n BritishThermalUnitThermochemicalPerPound = \"N73\",\n /**\n * British thermal unit (international table) per hour square foot degree Fahrenheit\n *\n * rec20\n */\n BritishThermalUnitInternationalTablePerHourSquareFootDegreeFahrenheit = \"N74\",\n /**\n * British thermal unit (thermochemical) per hour square foot degree Fahrenheit\n *\n * rec20\n */\n BritishThermalUnitThermochemicalPerHourSquareFootDegreeFahrenheit = \"N75\",\n /**\n * British thermal unit (international table) per second square foot degree Fahrenheit\n *\n * rec20\n */\n BritishThermalUnitInternationalTablePerSecondSquareFootDegreeFahrenheit = \"N76\",\n /**\n * British thermal unit (thermochemical) per second square foot degree Fahrenheit\n *\n * rec20\n */\n BritishThermalUnitThermochemicalPerSecondSquareFootDegreeFahrenheit = \"N77\",\n /**\n * kilowatt per square metre kelvin\n *\n * rec20\n */\n KilowattPerSquareMetreKelvin = \"N78\",\n /**\n * kelvin per pascal\n *\n * rec20\n */\n KelvinPerPascal = \"N79\",\n /**\n * watt per metre degree Celsius\n *\n * rec20\n */\n WattPerMetreDegreeCelsius = \"N80\",\n /**\n * kilowatt per metre kelvin\n *\n * rec20\n */\n KilowattPerMetreKelvin = \"N81\",\n /**\n * kilowatt per metre degree Celsius\n *\n * rec20\n */\n KilowattPerMetreDegreeCelsius = \"N82\",\n /**\n * metre per degree Celcius metre\n *\n * rec20\n */\n MetrePerDegreeCelciusMetre = \"N83\",\n /**\n * degree Fahrenheit hour per British thermal unit (international table)\n *\n * rec20\n */\n DegreeFahrenheitHourPerBritishThermalUnitInternationalTable = \"N84\",\n /**\n * degree Fahrenheit hour per British thermal unit (thermochemical)\n *\n * rec20\n */\n DegreeFahrenheitHourPerBritishThermalUnitThermochemical = \"N85\",\n /**\n * degree Fahrenheit second per British thermal unit (international table)\n *\n * rec20\n */\n DegreeFahrenheitSecondPerBritishThermalUnitInternationalTable = \"N86\",\n /**\n * degree Fahrenheit second per British thermal unit (thermochemical)\n *\n * rec20\n */\n DegreeFahrenheitSecondPerBritishThermalUnitThermochemical = \"N87\",\n /**\n * degree Fahrenheit hour square foot per British thermal unit (international table) inch\n *\n * rec20\n */\n DegreeFahrenheitHourSquareFootPerBritishThermalUnitInternationalTableInch = \"N88\",\n /**\n * degree Fahrenheit hour square foot per British thermal unit (thermochemical) inch\n *\n * rec20\n */\n DegreeFahrenheitHourSquareFootPerBritishThermalUnitThermochemicalInch = \"N89\",\n /**\n * kilofarad\n *\n * rec20\n */\n Kilofarad = \"N90\",\n /**\n * reciprocal joule\n *\n * rec20\n */\n ReciprocalJoule = \"N91\",\n /**\n * picosiemens\n *\n * rec20\n */\n Picosiemens = \"N92\",\n /**\n * ampere per pascal\n *\n * rec20\n */\n AmperePerPascal = \"N93\",\n /**\n * franklin\n *\n * rec20\n */\n Franklin = \"N94\",\n /**\n * ampere minute\n *\n * rec20\n */\n AmpereMinute = \"N95\",\n /**\n * biot\n *\n * rec20\n */\n Biot = \"N96\",\n /**\n * gilbert\n *\n * rec20\n */\n Gilbert = \"N97\",\n /**\n * volt per pascal\n *\n * rec20\n */\n VoltPerPascal = \"N98\",\n /**\n * picovolt\n *\n * rec20\n */\n Picovolt = \"N99\",\n /**\n * milligram per kilogram\n *\n * rec20\n */\n MilligramPerKilogram = \"nan\",\n /**\n * number of articles\n *\n * rec20\n */\n NumberArticles = \"NAR\",\n /**\n * number of cells\n *\n * rec20\n */\n NumberCells = \"NCL\",\n /**\n * newton\n *\n * rec20\n */\n Newton = \"NEW\",\n /**\n * message\n *\n * rec20\n */\n Message = \"NF\",\n /**\n * nil\n *\n * rec20\n */\n Nil = \"NIL\",\n /**\n * number of international units\n *\n * rec20\n */\n NumberInternationalUnits = \"NIU\",\n /**\n * load\n *\n * rec20\n */\n Load = \"NL\",\n /**\n * Normalised cubic metre\n *\n * rec20\n */\n NormalisedCubicMetre = \"NM3\",\n /**\n * nautical mile\n *\n * rec20\n */\n NauticalMile = \"NMI\",\n /**\n * number of packs\n *\n * rec20\n */\n NumberPacks = \"NMP\",\n /**\n * number of parts\n *\n * rec20\n */\n NumberParts = \"NPT\",\n /**\n * net ton\n *\n * rec20\n */\n NetTon = \"NT\",\n /**\n * Nephelometric turbidity unit\n *\n * Rec20\n */\n NephelometricTurbidityUnit = \"NTU\",\n /**\n * newton metre\n *\n * rec20\n */\n NewtonMetre = \"NU\",\n /**\n * part per thousand\n *\n * rec20\n */\n PartPerThousand = \"NX\",\n /**\n * panel\n *\n * rec20\n */\n Panel = \"OA\",\n /**\n * ozone depletion equivalent\n *\n * rec20\n */\n OzoneDepletionEquivalent = \"ODE\",\n /**\n * ODS Grams\n *\n * rec20\n */\n OdsGrams = \"ODG\",\n /**\n * ODS Kilograms\n *\n * rec20\n */\n OdsKilograms = \"ODK\",\n /**\n * ODS Milligrams\n *\n * rec20\n */\n OdsMilligrams = \"ODM\",\n /**\n * ohm\n *\n * rec20\n */\n Ohm = \"OHM\",\n /**\n * ounce per square yard\n *\n * rec20\n */\n OuncePerSquareYard = \"ON\",\n /**\n * ounce (avoirdupois)\n *\n * rec20\n */\n OunceAvoirdupois = \"ONZ\",\n /**\n * oscillations per minute\n *\n * rec20\n */\n OscillationsPerMinute = \"OPM\",\n /**\n * overtime hour\n *\n * rec20\n */\n OvertimeHour = \"OT\",\n /**\n * fluid ounce (US)\n *\n * rec20\n */\n FluidOunceUs = \"OZA\",\n /**\n * fluid ounce (UK)\n *\n * rec20\n */\n FluidOunceUk = \"OZI\",\n /**\n * percent\n *\n * rec20\n */\n Percent = \"P1\",\n /**\n * coulomb per metre\n *\n * rec20\n */\n CoulombPerMetre = \"P10\",\n /**\n * kiloweber\n *\n * rec20\n */\n Kiloweber = \"P11\",\n /**\n * gamma\n *\n * rec20\n */\n Gamma = \"P12\",\n /**\n * kilotesla\n *\n * rec20\n */\n Kilotesla = \"P13\",\n /**\n * joule per second\n *\n * rec20\n */\n JoulePerSecond = \"P14\",\n /**\n * joule per minute\n *\n * rec20\n */\n JoulePerMinute = \"P15\",\n /**\n * joule per hour\n *\n * rec20\n */\n JoulePerHour = \"P16\",\n /**\n * joule per day\n *\n * rec20\n */\n JoulePerDay = \"P17\",\n /**\n * kilojoule per second\n *\n * rec20\n */\n KilojoulePerSecond = \"P18\",\n /**\n * kilojoule per minute\n *\n * rec20\n */\n KilojoulePerMinute = \"P19\",\n /**\n * pound per foot\n *\n * rec20\n */\n PoundPerFoot = \"P2\",\n /**\n * kilojoule per hour\n *\n * rec20\n */\n KilojoulePerHour = \"P20\",\n /**\n * kilojoule per day\n *\n * rec20\n */\n KilojoulePerDay = \"P21\",\n /**\n * nanoohm\n *\n * rec20\n */\n Nanoohm = \"P22\",\n /**\n * ohm circular-mil per foot \n *\n * rec20\n */\n OhmCircularMilPerFoot = \"P23\",\n /**\n * kilohenry\n *\n * rec20\n */\n Kilohenry = \"P24\",\n /**\n * lumen per square foot \n *\n * rec20\n */\n LumenPerSquareFoot = \"P25\",\n /**\n * phot\n *\n * rec20\n */\n Phot = \"P26\",\n /**\n * footcandle\n *\n * rec20\n */\n Footcandle = \"P27\",\n /**\n * candela per square inch \n *\n * rec20\n */\n CandelaPerSquareInch = \"P28\",\n /**\n * footlambert\n *\n * rec20\n */\n Footlambert = \"P29\",\n /**\n * lambert\n *\n * rec20\n */\n Lambert = \"P30\",\n /**\n * stilb\n *\n * rec20\n */\n Stilb = \"P31\",\n /**\n * candela per square foot\n *\n * rec20\n */\n CandelaPerSquareFoot = \"P32\",\n /**\n * kilocandela\n *\n * rec20\n */\n Kilocandela = \"P33\",\n /**\n * millicandela\n *\n * rec20\n */\n Millicandela = \"P34\",\n /**\n * Hefner-Kerze\n *\n * rec20\n */\n HefnerKerze = \"P35\",\n /**\n * international candle \n *\n * rec20\n */\n InternationalCandle = \"P36\",\n /**\n * British thermal unit (international table) per square foot\n *\n * rec20\n */\n BritishThermalUnitInternationalTablePerSquareFoot = \"P37\",\n /**\n * British thermal unit (thermochemical) per square foot\n *\n * rec20\n */\n BritishThermalUnitThermochemicalPerSquareFoot = \"P38\",\n /**\n * calorie (thermochemical) per square centimetre \n *\n * rec20\n */\n CalorieThermochemicalPerSquareCentimetre = \"P39\",\n /**\n * langley\n *\n * rec20\n */\n Langley = \"P40\",\n /**\n * decade (logarithmic)\n *\n * rec20\n */\n DecadeLogarithmic = \"P41\",\n /**\n * pascal squared second\n *\n * rec20\n */\n PascalSquaredSecond = \"P42\",\n /**\n * bel per metre\n *\n * rec20\n */\n BelPerMetre = \"P43\",\n /**\n * pound mole\n *\n * rec20\n */\n PoundMole = \"P44\",\n /**\n * pound mole per second\n *\n * rec20\n */\n PoundMolePerSecond = \"P45\",\n /**\n * pound mole per minute\n *\n * rec20\n */\n PoundMolePerMinute = \"P46\",\n /**\n * kilomole per kilogram\n *\n * rec20\n */\n KilomolePerKilogram = \"P47\",\n /**\n * pound mole per pound\n *\n * rec20\n */\n PoundMolePerPound = \"P48\",\n /**\n * newton square metre per ampere\n *\n * rec20\n */\n NewtonSquareMetrePerAmpere = \"P49\",\n /**\n * five pack\n *\n * rec20\n */\n FivePack = \"P5\",\n /**\n * weber metre\n *\n * rec20\n */\n WeberMetre = \"P50\",\n /**\n * mol per kilogram pascal\n *\n * rec20\n */\n MolPerKilogramPascal = \"P51\",\n /**\n * mol per cubic metre pascal\n *\n * rec20\n */\n MolPerCubicMetrePascal = \"P52\",\n /**\n * unit pole \n *\n * rec20\n */\n UnitPole = \"P53\",\n /**\n * milligray per second\n *\n * rec20\n */\n MilligrayPerSecond = \"P54\",\n /**\n * microgray per second\n *\n * rec20\n */\n MicrograyPerSecond = \"P55\",\n /**\n * nanogray per second\n *\n * rec20\n */\n NanograyPerSecond = \"P56\",\n /**\n * gray per minute\n *\n * rec20\n */\n GrayPerMinute = \"P57\",\n /**\n * milligray per minute\n *\n * rec20\n */\n MilligrayPerMinute = \"P58\",\n /**\n * microgray per minute\n *\n * rec20\n */\n MicrograyPerMinute = \"P59\",\n /**\n * nanogray per minute\n *\n * rec20\n */\n NanograyPerMinute = \"P60\",\n /**\n * gray per hour\n *\n * rec20\n */\n GrayPerHour = \"P61\",\n /**\n * milligray per hour\n *\n * rec20\n */\n MilligrayPerHour = \"P62\",\n /**\n * microgray per hour\n *\n * rec20\n */\n MicrograyPerHour = \"P63\",\n /**\n * nanogray per hour\n *\n * rec20\n */\n NanograyPerHour = \"P64\",\n /**\n * sievert per second\n *\n * rec20\n */\n SievertPerSecond = \"P65\",\n /**\n * millisievert per second\n *\n * rec20\n */\n MillisievertPerSecond = \"P66\",\n /**\n * microsievert per second\n *\n * rec20\n */\n MicrosievertPerSecond = \"P67\",\n /**\n * nanosievert per second\n *\n * rec20\n */\n NanosievertPerSecond = \"P68\",\n /**\n * rem per second\n *\n * rec20\n */\n RemPerSecond = \"P69\",\n /**\n * sievert per hour\n *\n * rec20\n */\n SievertPerHour = \"P70\",\n /**\n * millisievert per hour\n *\n * rec20\n */\n MillisievertPerHour = \"P71\",\n /**\n * microsievert per hour\n *\n * rec20\n */\n MicrosievertPerHour = \"P72\",\n /**\n * nanosievert per hour\n *\n * rec20\n */\n NanosievertPerHour = \"P73\",\n /**\n * sievert per minute\n *\n * rec20\n */\n SievertPerMinute = \"P74\",\n /**\n * millisievert per minute\n *\n * rec20\n */\n MillisievertPerMinute = \"P75\",\n /**\n * microsievert per minute\n *\n * rec20\n */\n MicrosievertPerMinute = \"P76\",\n /**\n * nanosievert per minute\n *\n * rec20\n */\n NanosievertPerMinute = \"P77\",\n /**\n * reciprocal square inch\n *\n * rec20\n */\n ReciprocalSquareInch = \"P78\",\n /**\n * pascal square metre per kilogram\n *\n * rec20\n */\n PascalSquareMetrePerKilogram = \"P79\",\n /**\n * millipascal per metre\n *\n * rec20\n */\n MillipascalPerMetre = \"P80\",\n /**\n * kilopascal per metre\n *\n * rec20\n */\n KilopascalPerMetre = \"P81\",\n /**\n * hectopascal per metre\n *\n * rec20\n */\n HectopascalPerMetre = \"P82\",\n /**\n * standard atmosphere per metre\n *\n * rec20\n */\n StandardAtmospherePerMetre = \"P83\",\n /**\n * technical atmosphere per metre\n *\n * rec20\n */\n TechnicalAtmospherePerMetre = \"P84\",\n /**\n * torr per metre\n *\n * rec20\n */\n TorrPerMetre = \"P85\",\n /**\n * psi per inch\n *\n * rec20\n */\n PsiPerInch = \"P86\",\n /**\n * cubic metre per second square metre\n *\n * rec20\n */\n CubicMetrePerSecondSquareMetre = \"P87\",\n /**\n * rhe\n *\n * rec20\n */\n Rhe = \"P88\",\n /**\n * pound-force foot per inch\n *\n * rec20\n */\n PoundForceFootPerInch = \"P89\",\n /**\n * pound-force inch per inch \n *\n * rec20\n */\n PoundForceInchPerInch = \"P90\",\n /**\n * perm (0 ºC) \n *\n * rec20\n */\n Perm0Oc = \"P91\",\n /**\n * perm (23 ºC) \n *\n * rec20\n */\n Perm23Oc = \"P92\",\n /**\n * byte per second\n *\n * rec20\n */\n BytePerSecond = \"P93\",\n /**\n * kilobyte per second\n *\n * rec20\n */\n KilobytePerSecond = \"P94\",\n /**\n * megabyte per second\n *\n * rec20\n */\n MegabytePerSecond = \"P95\",\n /**\n * reciprocal volt\n *\n * rec20\n */\n ReciprocalVolt = \"P96\",\n /**\n * reciprocal radian\n *\n * rec20\n */\n ReciprocalRadian = \"P97\",\n /**\n * pascal to the power sum of stoichiometric numbers\n *\n * rec20\n */\n PascalToPowerSumStoichiometricNumbers = \"P98\",\n /**\n * mole per cubiv metre to the power sum of stoichiometric numbers\n *\n * rec20\n */\n MolePerCubivMetreToPowerSumStoichiometricNumbers = \"P99\",\n /**\n * pascal\n *\n * rec20\n */\n Pascal = \"PAL\",\n /**\n * pad\n *\n * rec20\n */\n Pad = \"PD\",\n /**\n * proof litre\n *\n * rec20\n */\n ProofLitre = \"PFL\",\n /**\n * proof gallon\n *\n * rec20\n */\n ProofGallon = \"PGL\",\n /**\n * pitch\n *\n * rec20\n */\n Pitch = \"PI\",\n /**\n * degree Plato\n *\n * rec20\n */\n DegreePlato = \"PLA\",\n /**\n * pound per inch of length\n *\n * rec20\n */\n PoundPerInchLength = \"PO\",\n /**\n * page per inch\n *\n * rec20\n */\n PagePerInch = \"PQ\",\n /**\n * pair\n *\n * rec20\n */\n Pair = \"PR\",\n /**\n * pound-force per square inch\n *\n * rec20\n */\n PoundForcePerSquareInch = \"PS\",\n /**\n * dry pint (US)\n *\n * rec20\n */\n DryPintUs = \"PTD\",\n /**\n * pint (UK)\n *\n * rec20\n */\n PintUk = \"PTI\",\n /**\n * liquid pint (US)\n *\n * rec20\n */\n LiquidPintUs = \"PTL\",\n /**\n * portion\n *\n * rec20\n */\n Portion = \"PTN\",\n /**\n * joule per tesla\n *\n * rec20\n */\n JoulePerTesla = \"Q10\",\n /**\n * erlang\n *\n * rec20\n */\n Erlang = \"Q11\",\n /**\n * octet\n *\n * rec20\n */\n Octet = \"Q12\",\n /**\n * octet per second\n *\n * rec20\n */\n OctetPerSecond = \"Q13\",\n /**\n * shannon\n *\n * rec20\n */\n Shannon = \"Q14\",\n /**\n * hartley\n *\n * rec20\n */\n Hartley = \"Q15\",\n /**\n * natural unit of information\n *\n * rec20\n */\n NaturalUnitInformation = \"Q16\",\n /**\n * shannon per second\n *\n * rec20\n */\n ShannonPerSecond = \"Q17\",\n /**\n * hartley per second\n *\n * rec20\n */\n HartleyPerSecond = \"Q18\",\n /**\n * natural unit of information per second\n *\n * rec20\n */\n NaturalUnitInformationPerSecond = \"Q19\",\n /**\n * second per kilogramm\n *\n * rec20\n */\n SecondPerKilogramm = \"Q20\",\n /**\n * watt square metre\n *\n * rec20\n */\n WattSquareMetre = \"Q21\",\n /**\n * second per radian cubic metre\n *\n * rec20\n */\n SecondPerRadianCubicMetre = \"Q22\",\n /**\n * weber to the power minus one\n *\n * rec20\n */\n WeberToPowerMinusOne = \"Q23\",\n /**\n * reciprocal inch\n *\n * rec20\n */\n ReciprocalInch = \"Q24\",\n /**\n * dioptre\n *\n * rec20\n */\n Dioptre = \"Q25\",\n /**\n * one per one\n *\n * rec20\n */\n OnePerOne = \"Q26\",\n /**\n * newton metre per metre\n *\n * rec20\n */\n NewtonMetrePerMetre = \"Q27\",\n /**\n * kilogram per square metre pascal second\n *\n * rec20\n */\n KilogramPerSquareMetrePascalSecond = \"Q28\",\n /**\n * microgram per hectogram\n *\n * rec20\n */\n MicrogramPerHectogram = \"Q29\",\n /**\n * meal\n *\n * rec20\n */\n Meal = \"Q3\",\n /**\n * pH (potential of Hydrogen)\n *\n * rec20\n */\n PhPotentialHydrogen = \"Q30\",\n /**\n * kilojoule per gram\n *\n * rec20\n */\n KilojoulePerGram = \"Q31\",\n /**\n * femtolitre\n *\n * rec20\n */\n Femtolitre = \"Q32\",\n /**\n * picolitre\n *\n * rec20\n */\n Picolitre = \"Q33\",\n /**\n * nanolitre\n *\n * rec20\n */\n Nanolitre = \"Q34\",\n /**\n * megawatts per minute\n *\n * rec20\n */\n MegawattsPerMinute = \"Q35\",\n /**\n * square metre per cubic metre\n *\n * rec20\n */\n SquareMetrePerCubicMetre = \"Q36\",\n /**\n * Standard cubic metre per day\n *\n * rec20\n */\n StandardCubicMetrePerDay = \"Q37\",\n /**\n * Standard cubic metre per hour\n *\n * rec20\n */\n StandardCubicMetrePerHour = \"Q38\",\n /**\n * Normalized cubic metre per day\n *\n * rec20\n */\n NormalizedCubicMetrePerDay = \"Q39\",\n /**\n * Normalized cubic metre per hour\n *\n * rec20\n */\n NormalizedCubicMetrePerHour = \"Q40\",\n /**\n * Joule per normalised cubic metre\n *\n * rec20\n */\n JoulePerNormalisedCubicMetre = \"Q41\",\n /**\n * Joule per standard cubic metre\n *\n * rec20\n */\n JoulePerStandardCubicMetre = \"Q42\",\n /**\n * page - facsimile\n *\n * rec20\n */\n PageFacsimile = \"QA\",\n /**\n * quarter (of a year)\n *\n * rec20\n */\n QuarterAYear = \"QAN\",\n /**\n * page - hardcopy\n *\n * rec20\n */\n PageHardcopy = \"QB\",\n /**\n * quire\n *\n * rec20\n */\n Quire = \"QR\",\n /**\n * dry quart (US)\n *\n * rec20\n */\n DryQuartUs = \"QTD\",\n /**\n * quart (UK)\n *\n * rec20\n */\n QuartUk = \"QTI\",\n /**\n * liquid quart (US)\n *\n * rec20\n */\n LiquidQuartUs = \"QTL\",\n /**\n * quarter (UK)\n *\n * rec20\n */\n QuarterUk = \"QTR\",\n /**\n * pica\n *\n * rec20\n */\n Pica = \"R1\",\n /**\n * thousand cubic metre\n *\n * rec20\n */\n ThousandCubicMetre = \"R9\",\n /**\n * running or operating hour\n *\n * rec20\n */\n RunningOrOperatingHour = \"RH\",\n /**\n * ream\n *\n * rec20\n */\n Ream = \"RM\",\n /**\n * room\n *\n * rec20\n */\n Room = \"ROM\",\n /**\n * pound per ream\n *\n * rec20\n */\n PoundPerReam = \"RP\",\n /**\n * revolutions per minute\n *\n * rec20\n */\n RevolutionsPerMinute = \"RPM\",\n /**\n * revolutions per second\n *\n * rec20\n */\n RevolutionsPerSecond = \"RPS\",\n /**\n * revenue ton mile\n *\n * rec20\n */\n RevenueTonMile = \"RT\",\n /**\n * square foot per second\n *\n * rec20\n */\n SquareFootPerSecond = \"S3\",\n /**\n * square metre per second\n *\n * rec20\n */\n SquareMetrePerSecond = \"S4\",\n /**\n * half year (6 months)\n *\n * rec20\n */\n HalfYear6Months = \"SAN\",\n /**\n * score\n *\n * rec20\n */\n Score = \"SCO\",\n /**\n * scruple\n *\n * rec20\n */\n Scruple = \"SCR\",\n /**\n * second [unit of time]\n *\n * rec20\n */\n SecondUnitTime = \"SEC\",\n /**\n * set\n *\n * rec20\n */\n Set = \"SET\",\n /**\n * segment\n *\n * rec20\n */\n Segment = \"SG\",\n /**\n * siemens\n *\n * rec20\n */\n Siemens = \"SIE\",\n /**\n * Standard cubic metre\n *\n * rec20\n */\n StandardCubicMetre = \"SM3\",\n /**\n * mile (statute mile)\n *\n * rec20\n */\n MileStatuteMile = \"SMI\",\n /**\n * square\n *\n * rec20\n */\n Square = \"SQ\",\n /**\n * square, roofing\n *\n * rec20\n */\n SquareRoofing = \"SQR\",\n /**\n * strip\n *\n * rec20\n */\n Strip = \"SR\",\n /**\n * stick\n *\n * rec20\n */\n Stick = \"STC\",\n /**\n * stone (UK)\n *\n * rec20\n */\n StoneUk = \"STI\",\n /**\n * stick, cigarette\n *\n * rec20\n */\n StickCigarette = \"STK\",\n /**\n * standard litre\n *\n * rec20\n */\n StandardLitre = \"STL\",\n /**\n * ton (US) or short ton (UK/US)\n *\n * rec20\n */\n TonUsOrShortTonUkUs = \"STN\",\n /**\n * straw\n *\n * rec20\n */\n Straw = \"STW\",\n /**\n * skein\n *\n * rec20\n */\n Skein = \"SW\",\n /**\n * shipment\n *\n * rec20\n */\n Shipment = \"SX\",\n /**\n * syringe\n *\n * rec20\n */\n Syringe = \"SYR\",\n /**\n * telecommunication line in service\n *\n * rec20\n */\n TelecommunicationLineInService = \"T0\",\n /**\n * thousand piece\n *\n * rec20\n */\n ThousandPiece = \"T3\",\n /**\n * kiloampere hour (thousand ampere hour)\n *\n * rec20\n */\n KiloampereHourThousandAmpereHour = \"TAH\",\n /**\n * total acid number\n *\n * rec20\n */\n TotalAcidNumber = \"TAN\",\n /**\n * thousand square inch\n *\n * rec20\n */\n ThousandSquareInch = \"TI\",\n /**\n * metric ton, including container\n *\n * rec20\n */\n MetricTonIncludingContainer = \"TIC\",\n /**\n * metric ton, including inner packaging\n *\n * rec20\n */\n MetricTonIncludingInnerPackaging = \"TIP\",\n /**\n * tonne kilometre\n *\n * rec20\n */\n TonneKilometre = \"TKM\",\n /**\n * kilogram of imported meat, less offal\n *\n * rec20\n */\n KilogramImportedMeatLessOffal = \"TMS\",\n /**\n * tonne (metric ton)\n *\n * rec20\n */\n TonneMetricTon = \"TNE\",\n /**\n * ten pack\n *\n * rec20\n */\n TenPack = \"TP\",\n /**\n * teeth per inch\n *\n * rec20\n */\n TeethPerInch = \"TPI\",\n /**\n * ten pair\n *\n * rec20\n */\n TenPair = \"TPR\",\n /**\n * thousand cubic metre per day\n *\n * rec20\n */\n ThousandCubicMetrePerDay = \"TQD\",\n /**\n * trillion (EUR)\n *\n * rec20\n */\n TrillionEur = \"TRL\",\n /**\n * ten set\n *\n * rec20\n */\n TenSet = \"TST\",\n /**\n * ten thousand sticks\n *\n * rec20\n */\n TenThousandSticks = \"TTS\",\n /**\n * treatment\n *\n * rec20\n */\n Treatment = \"U1\",\n /**\n * tablet\n *\n * rec20\n */\n Tablet = \"U2\",\n /**\n * telecommunication line in service average\n *\n * rec20\n */\n TelecommunicationLineInServiceAverage = \"UB\",\n /**\n * telecommunication port\n *\n * rec20\n */\n TelecommunicationPort = \"UC\",\n /**\n * volt - ampere per kilogram\n *\n * rec20\n */\n VoltAmperePerKilogram = \"VA\",\n /**\n * volt\n *\n * rec20\n */\n Volt = \"VLT\",\n /**\n * percent volume\n *\n * rec20\n */\n PercentVolume = \"VP\",\n /**\n * wet kilo\n *\n * rec20\n */\n WetKilo = \"W2\",\n /**\n * watt per kilogram\n *\n * rec20\n */\n WattPerKilogram = \"WA\",\n /**\n * wet pound\n *\n * rec20\n */\n WetPound = \"WB\",\n /**\n * cord\n *\n * rec20\n */\n Cord = \"WCD\",\n /**\n * wet ton\n *\n * rec20\n */\n WetTon = \"WE\",\n /**\n * weber\n *\n * rec20\n */\n Weber = \"WEB\",\n /**\n * week\n *\n * rec20\n */\n Week = \"WEE\",\n /**\n * wine gallon\n *\n * rec20\n */\n WineGallon = \"WG\",\n /**\n * watt hour\n *\n * rec20\n */\n WattHour = \"WHR\",\n /**\n * working month\n *\n * rec20\n */\n WorkingMonth = \"WM\",\n /**\n * standard\n *\n * rec20\n */\n Standard = \"WSD\",\n /**\n * watt\n *\n * rec20\n */\n Watt = \"WTT\",\n /**\n * Gunter's chain\n *\n * rec20\n */\n GuntersChain = \"X1\",\n /**\n * square yard\n *\n * rec20\n */\n SquareYard = \"YDK\",\n /**\n * cubic yard\n *\n * rec20\n */\n CubicYard = \"YDQ\",\n /**\n * yard\n *\n * rec20\n */\n Yard = \"YRD\",\n /**\n * hanging container\n *\n * rec20\n */\n HangingContainer = \"Z11\",\n /**\n * nanomole\n *\n * Rec20\n */\n Nanomole = \"Z9\",\n /**\n * page\n *\n * rec20\n */\n Page = \"ZP\",\n /**\n * mutually defined\n *\n * rec20\n */\n MutuallyDefined = \"ZZ\",\n /**\n * Drum, steel\n *\n * rec21\n */\n DrumSteel = \"X1A\",\n /**\n * Drum, aluminium\n *\n * rec21\n */\n DrumAluminium = \"X1B\",\n /**\n * Drum, plywood\n *\n * rec21\n */\n DrumPlywood = \"X1D\",\n /**\n * Container, flexible\n *\n * rec21\n */\n ContainerFlexible = \"X1F\",\n /**\n * Drum, fibre\n *\n * rec21\n */\n DrumFibre = \"X1G\",\n /**\n * Drum, wooden\n *\n * rec21\n */\n DrumWooden = \"X1W\",\n /**\n * Barrel, wooden\n *\n * rec21\n */\n BarrelWooden = \"X2C\",\n /**\n * Jerrican, steel\n *\n * rec21\n */\n JerricanSteel = \"X3A\",\n /**\n * Jerrican, plastic\n *\n * rec21\n */\n JerricanPlastic = \"X3H\",\n /**\n * Bag, super bulk\n *\n * rec21\n */\n BagSuperBulk = \"X43\",\n /**\n * Bag, polybag\n *\n * rec21\n */\n BagPolybag = \"X44\",\n /**\n * Box, steel\n *\n * rec21\n */\n BoxSteel = \"X4A\",\n /**\n * Box, aluminium\n *\n * rec21\n */\n BoxAluminium = \"X4B\",\n /**\n * Box, natural wood\n *\n * rec21\n */\n BoxNaturalWood = \"X4C\",\n /**\n * Box, plywood\n *\n * rec21\n */\n BoxPlywood = \"X4D\",\n /**\n * Box, reconstituted wood\n *\n * rec21\n */\n BoxReconstitutedWood = \"X4F\",\n /**\n * Box, fibreboard\n *\n * rec21\n */\n BoxFibreboard = \"X4G\",\n /**\n * Box, plastic\n *\n * rec21\n */\n BoxPlastic = \"X4H\",\n /**\n * Bag, woven plastic\n *\n * rec21\n */\n BagWovenPlastic = \"X5H\",\n /**\n * Bag, textile \n *\n * rec21\n */\n BagTextile = \"X5L\",\n /**\n * Bag, paper \n *\n * rec21\n */\n BagPaper = \"X5M\",\n /**\n * Composite packaging, plastic receptacle\n *\n * rec21\n */\n CompositePackagingPlasticReceptacle = \"X6H\",\n /**\n * Composite packaging, glass receptacle\n *\n * rec21\n */\n CompositePackagingGlassReceptacle = \"X6P\",\n /**\n * Case, car\n *\n * rec21\n */\n CaseCar = \"X7A\",\n /**\n * Case, wooden\n *\n * rec21\n */\n CaseWooden = \"X7B\",\n /**\n * Pallet, wooden\n *\n * rec21\n */\n PalletWooden = \"X8A\",\n /**\n * Crate, wooden\n *\n * rec21\n */\n CrateWooden = \"X8B\",\n /**\n * Bundle, wooden\n *\n * rec21\n */\n BundleWooden = \"X8C\",\n /**\n * Intermediate bulk container, rigid plastic\n *\n * rec21\n */\n IntermediateBulkContainerRigidPlastic = \"XAA\",\n /**\n * Receptacle, fibre \n *\n * rec21\n */\n ReceptacleFibre = \"XAB\",\n /**\n * Receptacle, paper \n *\n * rec21\n */\n ReceptaclePaper = \"XAC\",\n /**\n * Receptacle, wooden \n *\n * rec21\n */\n ReceptacleWooden = \"XAD\",\n /**\n * Aerosol\n *\n * rec21\n */\n Aerosol = \"XAE\",\n /**\n * Pallet, modular, collars 80cms * 60cms \n *\n * rec21\n */\n PalletModularCollars80cms60cms = \"XAF\",\n /**\n * Pallet, shrinkwrapped \n *\n * rec21\n */\n PalletShrinkwrapped = \"XAG\",\n /**\n * Pallet, 100cms * 110cms \n *\n * rec21\n */\n Pallet100cms110cms = \"XAH\",\n /**\n * Clamshell\n *\n * rec21\n */\n Clamshell = \"XAI\",\n /**\n * Cone\n *\n * rec21\n */\n Cone = \"XAJ\",\n /**\n * Ball\n *\n * rec21\n */\n Ball_Dup = \"XAL\",\n /**\n * Ampoule, non-protected \n *\n * rec21\n */\n AmpouleNonProtected = \"XAM\",\n /**\n * Ampoule, protected \n *\n * rec21\n */\n AmpouleProtected = \"XAP\",\n /**\n * Atomizer \n *\n * rec21\n */\n Atomizer = \"XAT\",\n /**\n * Capsule\n *\n * rec21\n */\n Capsule = \"XAV\",\n /**\n * Belt\n *\n * rec21\n */\n Belt = \"XB4\",\n /**\n * Barrel \n *\n * rec21\n */\n Barrel = \"XBA\",\n /**\n * Bobbin \n *\n * rec21\n */\n Bobbin = \"XBB\",\n /**\n * Bottlecrate / bottlerack \n *\n * rec21\n */\n BottlecrateBottlerack = \"XBC\",\n /**\n * Board\n *\n * rec21\n */\n Board = \"XBD\",\n /**\n * Bundle \n *\n * rec21\n */\n Bundle = \"XBE\",\n /**\n * Balloon, non-protected \n *\n * rec21\n */\n BalloonNonProtected = \"XBF\",\n /**\n * Bag\n *\n * rec21\n */\n Bag = \"XBG\",\n /**\n * Bunch\n *\n * rec21\n */\n Bunch = \"XBH\",\n /**\n * Bin\n *\n * rec21\n */\n Bin = \"XBI\",\n /**\n * Bucket \n *\n * rec21\n */\n Bucket = \"XBJ\",\n /**\n * Basket \n *\n * rec21\n */\n Basket = \"XBK\",\n /**\n * Bale, compressed \n *\n * rec21\n */\n BaleCompressed = \"XBL\",\n /**\n * Basin\n *\n * rec21\n */\n Basin = \"XBM\",\n /**\n * Bale, non-compressed \n *\n * rec21\n */\n BaleNonCompressed = \"XBN\",\n /**\n * Bottle, non-protected, cylindrical \n *\n * rec21\n */\n BottleNonProtectedCylindrical = \"XBO\",\n /**\n * Balloon, protected \n *\n * rec21\n */\n BalloonProtected = \"XBP\",\n /**\n * Bottle, protected cylindrical\n *\n * rec21\n */\n BottleProtectedCylindrical = \"XBQ\",\n /**\n * Bar\n *\n * rec21\n */\n Bar = \"XBR\",\n /**\n * Bottle, non-protected, bulbous \n *\n * rec21\n */\n BottleNonProtectedBulbous = \"XBS\",\n /**\n * Bolt \n *\n * rec21\n */\n Bolt = \"XBT\",\n /**\n * Butt \n *\n * rec21\n */\n Butt = \"XBU\",\n /**\n * Bottle, protected bulbous\n *\n * rec21\n */\n BottleProtectedBulbous = \"XBV\",\n /**\n * Box, for liquids\n *\n * rec21\n */\n BoxForLiquids = \"XBW\",\n /**\n * Box\n *\n * rec21\n */\n Box = \"XBX\",\n /**\n * Board, in bundle/bunch/truss \n *\n * rec21\n */\n BoardInBundleBunchTruss = \"XBY\",\n /**\n * Bars, in bundle/bunch/truss\n *\n * rec21\n */\n BarsInBundleBunchTruss = \"XBZ\",\n /**\n * Can, rectangular \n *\n * rec21\n */\n CanRectangular = \"XCA\",\n /**\n * Crate, beer\n *\n * rec21\n */\n CrateBeer = \"XCB\",\n /**\n * Churn\n *\n * rec21\n */\n Churn = \"XCC\",\n /**\n * Can, with handle and spout \n *\n * rec21\n */\n CanWithHandleAndSpout = \"XCD\",\n /**\n * Creel\n *\n * rec21\n */\n Creel = \"XCE\",\n /**\n * Coffer \n *\n * rec21\n */\n Coffer = \"XCF\",\n /**\n * Cage \n *\n * rec21\n */\n Cage = \"XCG\",\n /**\n * Chest\n *\n * rec21\n */\n Chest = \"XCH\",\n /**\n * Canister \n *\n * rec21\n */\n Canister = \"XCI\",\n /**\n * Coffin \n *\n * rec21\n */\n Coffin = \"XCJ\",\n /**\n * Cask \n *\n * rec21\n */\n Cask = \"XCK\",\n /**\n * Coil \n *\n * rec21\n */\n Coil = \"XCL\",\n /**\n * Card\n *\n * rec21\n */\n Card_Dup = \"XCM\",\n /**\n * Container, not otherwise specified as transport equipment\n *\n * rec21\n */\n ContainerNotOtherwiseSpecifiedAsTransportEquipment = \"XCN\",\n /**\n * Carboy, non-protected\n *\n * rec21\n */\n CarboyNonProtected = \"XCO\",\n /**\n * Carboy, protected\n *\n * rec21\n */\n CarboyProtected = \"XCP\",\n /**\n * Cartridge\n *\n * rec21\n */\n Cartridge = \"XCQ\",\n /**\n * Crate\n *\n * rec21\n */\n Crate = \"XCR\",\n /**\n * Case \n *\n * rec21\n */\n Case = \"XCS\",\n /**\n * Carton \n *\n * rec21\n */\n Carton = \"XCT\",\n /**\n * Cup\n *\n * rec21\n */\n Cup = \"XCU\",\n /**\n * Cover\n *\n * rec21\n */\n Cover = \"XCV\",\n /**\n * Cage, roll \n *\n * rec21\n */\n CageRoll = \"XCW\",\n /**\n * Can, cylindrical \n *\n * rec21\n */\n CanCylindrical = \"XCX\",\n /**\n * Cylinder \n *\n * rec21\n */\n Cylinder = \"XCY\",\n /**\n * Canvas \n *\n * rec21\n */\n Canvas = \"XCZ\",\n /**\n * Crate, multiple layer, plastic \n *\n * rec21\n */\n CrateMultipleLayerPlastic = \"XDA\",\n /**\n * Crate, multiple layer, wooden\n *\n * rec21\n */\n CrateMultipleLayerWooden = \"XDB\",\n /**\n * Crate, multiple layer, cardboard \n *\n * rec21\n */\n CrateMultipleLayerCardboard = \"XDC\",\n /**\n * Cage, Commonwealth Handling Equipment Pool (CHEP)\n *\n * rec21\n */\n CageCommonwealthHandlingEquipmentPoolChep = \"XDG\",\n /**\n * Box, Commonwealth Handling Equipment Pool (CHEP), Eurobox\n *\n * rec21\n */\n BoxCommonwealthHandlingEquipmentPoolChepEurobox = \"XDH\",\n /**\n * Drum, iron \n *\n * rec21\n */\n DrumIron = \"XDI\",\n /**\n * Demijohn, non-protected\n *\n * rec21\n */\n DemijohnNonProtected = \"XDJ\",\n /**\n * Crate, bulk, cardboard \n *\n * rec21\n */\n CrateBulkCardboard = \"XDK\",\n /**\n * Crate, bulk, plastic \n *\n * rec21\n */\n CrateBulkPlastic = \"XDL\",\n /**\n * Crate, bulk, wooden\n *\n * rec21\n */\n CrateBulkWooden = \"XDM\",\n /**\n * Dispenser\n *\n * rec21\n */\n Dispenser = \"XDN\",\n /**\n * Demijohn, protected\n *\n * rec21\n */\n DemijohnProtected = \"XDP\",\n /**\n * Drum \n *\n * rec21\n */\n Drum = \"XDR\",\n /**\n * Tray, one layer no cover, plastic\n *\n * rec21\n */\n TrayOneLayerNoCoverPlastic = \"XDS\",\n /**\n * Tray, one layer no cover, wooden \n *\n * rec21\n */\n TrayOneLayerNoCoverWooden = \"XDT\",\n /**\n * Tray, one layer no cover, polystyrene\n *\n * rec21\n */\n TrayOneLayerNoCoverPolystyrene = \"XDU\",\n /**\n * Tray, one layer no cover, cardboard\n *\n * rec21\n */\n TrayOneLayerNoCoverCardboard = \"XDV\",\n /**\n * Tray, two layers no cover, plastic tray\n *\n * rec21\n */\n TrayTwoLayersNoCoverPlasticTray = \"XDW\",\n /**\n * Tray, two layers no cover, wooden\n *\n * rec21\n */\n TrayTwoLayersNoCoverWooden = \"XDX\",\n /**\n * Tray, two layers no cover, cardboard \n *\n * rec21\n */\n TrayTwoLayersNoCoverCardboard = \"XDY\",\n /**\n * Bag, plastic \n *\n * rec21\n */\n BagPlastic = \"XEC\",\n /**\n * Case, with pallet base \n *\n * rec21\n */\n CaseWithPalletBase = \"XED\",\n /**\n * Case, with pallet base, wooden \n *\n * rec21\n */\n CaseWithPalletBaseWooden = \"XEE\",\n /**\n * Case, with pallet base, cardboard\n *\n * rec21\n */\n CaseWithPalletBaseCardboard = \"XEF\",\n /**\n * Case, with pallet base, plastic\n *\n * rec21\n */\n CaseWithPalletBasePlastic = \"XEG\",\n /**\n * Case, with pallet base, metal\n *\n * rec21\n */\n CaseWithPalletBaseMetal = \"XEH\",\n /**\n * Case, isothermic \n *\n * rec21\n */\n CaseIsothermic = \"XEI\",\n /**\n * Envelope \n *\n * rec21\n */\n Envelope = \"XEN\",\n /**\n * Flexibag\n *\n * rec21\n */\n Flexibag = \"XFB\",\n /**\n * Crate, fruit \n *\n * rec21\n */\n CrateFruit = \"XFC\",\n /**\n * Crate, framed\n *\n * rec21\n */\n CrateFramed = \"XFD\",\n /**\n * Flexitank\n *\n * rec21\n */\n Flexitank = \"XFE\",\n /**\n * Firkin \n *\n * rec21\n */\n Firkin = \"XFI\",\n /**\n * Flask\n *\n * rec21\n */\n Flask = \"XFL\",\n /**\n * Footlocker \n *\n * rec21\n */\n Footlocker = \"XFO\",\n /**\n * Filmpack \n *\n * rec21\n */\n Filmpack = \"XFP\",\n /**\n * Frame\n *\n * rec21\n */\n Frame = \"XFR\",\n /**\n * Foodtainer\n *\n * rec21\n */\n Foodtainer = \"XFT\",\n /**\n * Cart, flatbed\n *\n * rec21\n */\n CartFlatbed = \"XFW\",\n /**\n * Bag, flexible container\n *\n * rec21\n */\n BagFlexibleContainer = \"XFX\",\n /**\n * Bottle, gas\n *\n * rec21\n */\n BottleGas = \"XGB\",\n /**\n * Girder \n *\n * rec21\n */\n Girder = \"XGI\",\n /**\n * Container, gallon\n *\n * rec21\n */\n ContainerGallon = \"XGL\",\n /**\n * Receptacle, glass \n *\n * rec21\n */\n ReceptacleGlass = \"XGR\",\n /**\n * Tray, containing horizontally stacked flat items\n *\n * rec21\n */\n TrayContainingHorizontallyStackedFlatItems = \"XGU\",\n /**\n * Bag, gunny\n *\n * rec21\n */\n BagGunny = \"XGY\",\n /**\n * Girders, in bundle/bunch/truss \n *\n * rec21\n */\n GirdersInBundleBunchTruss = \"XGZ\",\n /**\n * Basket, with handle, plastic \n *\n * rec21\n */\n BasketWithHandlePlastic = \"XHA\",\n /**\n * Basket, with handle, wooden\n *\n * rec21\n */\n BasketWithHandleWooden = \"XHB\",\n /**\n * Basket, with handle, cardboard \n *\n * rec21\n */\n BasketWithHandleCardboard = \"XHC\",\n /**\n * Hogshead \n *\n * rec21\n */\n Hogshead = \"XHG\",\n /**\n * Hanger\n *\n * rec21\n */\n Hanger = \"XHN\",\n /**\n * Hamper \n *\n * rec21\n */\n Hamper = \"XHR\",\n /**\n * Package, display, wooden \n *\n * rec21\n */\n PackageDisplayWooden = \"XIA\",\n /**\n * Package, display, cardboard\n *\n * rec21\n */\n PackageDisplayCardboard = \"XIB\",\n /**\n * Package, display, plastic\n *\n * rec21\n */\n PackageDisplayPlastic = \"XIC\",\n /**\n * Package, display, metal\n *\n * rec21\n */\n PackageDisplayMetal = \"XID\",\n /**\n * Package, show\n *\n * rec21\n */\n PackageShow = \"XIE\",\n /**\n * Package, flow \n *\n * rec21\n */\n PackageFlow = \"XIF\",\n /**\n * Package, paper wrapped\n *\n * rec21\n */\n PackagePaperWrapped = \"XIG\",\n /**\n * Drum, plastic\n *\n * rec21\n */\n DrumPlastic = \"XIH\",\n /**\n * Package, cardboard, with bottle grip-holes \n *\n * rec21\n */\n PackageCardboardWithBottleGripHoles = \"XIK\",\n /**\n * Tray, rigid, lidded stackable (CEN TS 14482:2002)\n *\n * rec21\n */\n TrayRigidLiddedStackableCenTs144822002 = \"XIL\",\n /**\n * Ingot\n *\n * rec21\n */\n Ingot = \"XIN\",\n /**\n * Ingots, in bundle/bunch/truss\n *\n * rec21\n */\n IngotsInBundleBunchTruss = \"XIZ\",\n /**\n * Bag, jumbo\n *\n * rec21\n */\n BagJumbo = \"XJB\",\n /**\n * Jerrican, rectangular\n *\n * rec21\n */\n JerricanRectangular = \"XJC\",\n /**\n * Jug\n *\n * rec21\n */\n Jug = \"XJG\",\n /**\n * Jar\n *\n * rec21\n */\n Jar = \"XJR\",\n /**\n * Jutebag\n *\n * rec21\n */\n Jutebag = \"XJT\",\n /**\n * Jerrican, cylindrical\n *\n * rec21\n */\n JerricanCylindrical = \"XJY\",\n /**\n * Keg\n *\n * rec21\n */\n Keg = \"XKG\",\n /**\n * Kit\n *\n * rec21\n */\n Kit_Dup = \"XKI\",\n /**\n * Luggage\n *\n * rec21\n */\n Luggage = \"XLE\",\n /**\n * Log\n *\n * rec21\n */\n Log = \"XLG\",\n /**\n * Lot\n *\n * rec21\n */\n Lot = \"XLT\",\n /**\n * Lug\n *\n * rec21\n */\n Lug = \"XLU\",\n /**\n * Liftvan\n *\n * rec21\n */\n Liftvan = \"XLV\",\n /**\n * Logs, in bundle/bunch/truss\n *\n * rec21\n */\n LogsInBundleBunchTruss = \"XLZ\",\n /**\n * Crate, metal\n *\n * rec21\n */\n CrateMetal = \"XMA\",\n /**\n * Bag, multiply\n *\n * rec21\n */\n BagMultiply = \"XMB\",\n /**\n * Crate, milk\n *\n * rec21\n */\n CrateMilk = \"XMC\",\n /**\n * Container, metal\n *\n * rec21\n */\n ContainerMetal = \"XME\",\n /**\n * Receptacle, metal \n *\n * rec21\n */\n ReceptacleMetal = \"XMR\",\n /**\n * Sack, multi-wall \n *\n * rec21\n */\n SackMultiWall = \"XMS\",\n /**\n * Mat\n *\n * rec21\n */\n Mat = \"XMT\",\n /**\n * Receptacle, plastic wrapped \n *\n * rec21\n */\n ReceptaclePlasticWrapped = \"XMW\",\n /**\n * Matchbox \n *\n * rec21\n */\n Matchbox = \"XMX\",\n /**\n * Not available\n *\n * rec21\n */\n NotAvailable = \"XNA\",\n /**\n * Unpacked or unpackaged \n *\n * rec21\n */\n UnpackedOrUnpackaged = \"XNE\",\n /**\n * Unpacked or unpackaged, single unit\n *\n * rec21\n */\n UnpackedOrUnpackagedSingleUnit = \"XNF\",\n /**\n * Unpacked or unpackaged, multiple units\n *\n * rec21\n */\n UnpackedOrUnpackagedMultipleUnits = \"XNG\",\n /**\n * Nest \n *\n * rec21\n */\n Nest = \"XNS\",\n /**\n * Net\n *\n * rec21\n */\n Net = \"XNT\",\n /**\n * Net, tube, plastic \n *\n * rec21\n */\n NetTubePlastic = \"XNU\",\n /**\n * Net, tube, textile \n *\n * rec21\n */\n NetTubeTextile = \"XNV\",\n /**\n * Two sided cage on wheels with fixing strap\n *\n * Rec21\n */\n TwoSidedCageOnWheelsWithFixingStrap = \"XO1\",\n /**\n * Trolley\n *\n * Rec21\n */\n Trolley = \"XO2\",\n /**\n * Oneway pallet ISO 0 - 1/2 EURO Pallet\n *\n * Rec21\n */\n OnewayPalletIso012EuroPallet = \"XO3\",\n /**\n * Oneway pallet ISO 1 - 1/1 EURO Pallet\n *\n * Rec21\n */\n OnewayPalletIso111EuroPallet = \"XO4\",\n /**\n * Oneway pallet ISO 2 - 2/1 EURO Pallet\n *\n * Rec21\n */\n OnewayPalletIso221EuroPallet = \"XO5\",\n /**\n * Pallet with exceptional dimensions\n *\n * Rec21\n */\n PalletWithExceptionalDimensions = \"XO6\",\n /**\n * Wooden pallet 40 cm x 80 cm\n *\n * Rec21\n */\n WoodenPallet40CmX80Cm = \"XO7\",\n /**\n * Plastic pallet SRS 60 cm x 80 cm\n *\n * Rec21\n */\n PlasticPalletSrs60CmX80Cm = \"XO8\",\n /**\n * Plastic pallet SRS 80 cm x 120 cm\n *\n * Rec21\n */\n PlasticPalletSrs80CmX120Cm = \"XO9\",\n /**\n * Pallet, CHEP 40 cm x 60 cm\n *\n * rec21\n */\n PalletChep40CmX60Cm = \"XOA\",\n /**\n * Pallet, CHEP 80 cm x 120 cm\n *\n * rec21\n */\n PalletChep80CmX120Cm = \"XOB\",\n /**\n * Pallet, CHEP 100 cm x 120 cm\n *\n * rec21\n */\n PalletChep100CmX120Cm = \"XOC\",\n /**\n * Pallet, AS 4068-1993\n *\n * rec21\n */\n PalletAs40681993 = \"XOD\",\n /**\n * Pallet, ISO T11\n *\n * rec21\n */\n PalletIsoT11 = \"XOE\",\n /**\n * Platform, unspecified weight or dimension\n *\n * rec21\n */\n PlatformUnspecifiedWeightOrDimension = \"XOF\",\n /**\n * Pallet ISO 0 - 1/2 EURO Pallet\n *\n * Rec21\n */\n PalletIso012EuroPallet = \"XOG\",\n /**\n * Pallet ISO 1 - 1/1 EURO Pallet\n *\n * Rec21\n */\n PalletIso111EuroPallet = \"XOH\",\n /**\n * Pallet ISO 2 – 2/1 EURO Pallet\n *\n * Rec21\n */\n PalletIso221EuroPallet = \"XOI\",\n /**\n * 1/4 EURO Pallet\n *\n * Rec21\n */\n _14EuroPallet = \"XOJ\",\n /**\n * Block\n *\n * rec21\n */\n Block = \"XOK\",\n /**\n * 1/8 EURO Pallet\n *\n * Rec21\n */\n _18EuroPallet = \"XOL\",\n /**\n * Synthetic pallet ISO 1\n *\n * Rec21\n */\n SyntheticPalletIso1 = \"XOM\",\n /**\n * Synthetic pallet ISO 2\n *\n * Rec21\n */\n SyntheticPalletIso2 = \"XON\",\n /**\n * Wholesaler pallet\n *\n * Rec21\n */\n WholesalerPallet = \"XOP\",\n /**\n * Pallet 80 X 100 cm\n *\n * Rec21\n */\n Pallet80X100Cm = \"XOQ\",\n /**\n * Pallet 60 X 100 cm\n *\n * Rec21\n */\n Pallet60X100Cm = \"XOR\",\n /**\n * Oneway pallet\n *\n * Rec21\n */\n OnewayPallet = \"XOS\",\n /**\n * Octabin\n *\n * rec21\n */\n Octabin = \"XOT\",\n /**\n * Container, outer\n *\n * rec21\n */\n ContainerOuter = \"XOU\",\n /**\n * Returnable pallet\n *\n * Rec21\n */\n ReturnablePallet = \"XOV\",\n /**\n * Large bag, pallet sized\n *\n * Rec21\n */\n LargeBagPalletSized = \"XOW\",\n /**\n * A wheeled pallet with raised rim (81 x 67 x 135)\n *\n * Rec21\n */\n AWheeledPalletWithRaisedRim81X67X135 = \"XOX\",\n /**\n * A Wheeled pallet with raised rim (81 x 72 x 135)\n *\n * Rec21\n */\n AWheeledPalletWithRaisedRim81X72X135 = \"XOY\",\n /**\n * Wheeled pallet with raised rim ( 81 x 60 x 16)\n *\n * Rec21\n */\n WheeledPalletWithRaisedRim81X60X16 = \"XOZ\",\n /**\n * CHEP pallet 60 cm x 80 cm \n *\n * Rec21\n */\n ChepPallet60CmX80Cm = \"XP1\",\n /**\n * Pan\n *\n * rec21\n */\n Pan = \"XP2\",\n /**\n * LPR pallet 60 cm x 80 cm\n *\n * Rec21\n */\n LprPallet60CmX80Cm = \"XP3\",\n /**\n * LPR pallet 80 cm x 120 cm\n *\n * Rec21\n */\n LprPallet80CmX120Cm = \"XP4\",\n /**\n * Packet \n *\n * rec21\n */\n Packet = \"XPA\",\n /**\n * Pallet, box Combined open-ended box and pallet\n *\n * rec21\n */\n PalletBoxCombinedOpenEndedBoxAndPallet = \"XPB\",\n /**\n * Parcel \n *\n * rec21\n */\n Parcel = \"XPC\",\n /**\n * Pallet, modular, collars 80cms * 100cms \n *\n * rec21\n */\n PalletModularCollars80cms100cms = \"XPD\",\n /**\n * Pallet, modular, collars 80cms * 120cms \n *\n * rec21\n */\n PalletModularCollars80cms120cms = \"XPE\",\n /**\n * Pen \n *\n * rec21\n */\n Pen = \"XPF\",\n /**\n * Plate\n *\n * rec21\n */\n Plate = \"XPG\",\n /**\n * Pitcher\n *\n * rec21\n */\n Pitcher = \"XPH\",\n /**\n * Pipe \n *\n * rec21\n */\n Pipe = \"XPI\",\n /**\n * Punnet\n *\n * rec21\n */\n Punnet = \"XPJ\",\n /**\n * Package\n *\n * rec21\n */\n Package = \"XPK\",\n /**\n * Pail \n *\n * rec21\n */\n Pail = \"XPL\",\n /**\n * Plank\n *\n * rec21\n */\n Plank = \"XPN\",\n /**\n * Pouch\n *\n * rec21\n */\n Pouch = \"XPO\",\n /**\n * Piece\n *\n * rec21\n */\n Piece_Dup = \"XPP\",\n /**\n * Receptacle, plastic \n *\n * rec21\n */\n ReceptaclePlastic = \"XPR\",\n /**\n * Pot\n *\n * rec21\n */\n Pot = \"XPT\",\n /**\n * Tray \n *\n * rec21\n */\n Tray = \"XPU\",\n /**\n * Pipes, in bundle/bunch/truss \n *\n * rec21\n */\n PipesInBundleBunchTruss = \"XPV\",\n /**\n * Pallet \n *\n * rec21\n */\n Pallet = \"XPX\",\n /**\n * Plates, in bundle/bunch/truss\n *\n * rec21\n */\n PlatesInBundleBunchTruss = \"XPY\",\n /**\n * Planks, in bundle/bunch/truss\n *\n * rec21\n */\n PlanksInBundleBunchTruss = \"XPZ\",\n /**\n * Drum, steel, non-removable head\n *\n * rec21\n */\n DrumSteelNonRemovableHead = \"XQA\",\n /**\n * Drum, steel, removable head\n *\n * rec21\n */\n DrumSteelRemovableHead = \"XQB\",\n /**\n * Drum, aluminium, non-removable head\n *\n * rec21\n */\n DrumAluminiumNonRemovableHead = \"XQC\",\n /**\n * Drum, aluminium, removable head\n *\n * rec21\n */\n DrumAluminiumRemovableHead = \"XQD\",\n /**\n * Drum, plastic, non-removable head\n *\n * rec21\n */\n DrumPlasticNonRemovableHead = \"XQF\",\n /**\n * Drum, plastic, removable head\n *\n * rec21\n */\n DrumPlasticRemovableHead = \"XQG\",\n /**\n * Barrel, wooden, bung type\n *\n * rec21\n */\n BarrelWoodenBungType = \"XQH\",\n /**\n * Barrel, wooden, removable head \n *\n * rec21\n */\n BarrelWoodenRemovableHead = \"XQJ\",\n /**\n * Jerrican, steel, non-removable head\n *\n * rec21\n */\n JerricanSteelNonRemovableHead = \"XQK\",\n /**\n * Jerrican, steel, removable head\n *\n * rec21\n */\n JerricanSteelRemovableHead = \"XQL\",\n /**\n * Jerrican, plastic, non-removable head\n *\n * rec21\n */\n JerricanPlasticNonRemovableHead = \"XQM\",\n /**\n * Jerrican, plastic, removable head\n *\n * rec21\n */\n JerricanPlasticRemovableHead = \"XQN\",\n /**\n * Box, wooden, natural wood, ordinary\n *\n * rec21\n */\n BoxWoodenNaturalWoodOrdinary = \"XQP\",\n /**\n * Box, wooden, natural wood, with sift proof walls\n *\n * rec21\n */\n BoxWoodenNaturalWoodWithSiftProofWalls = \"XQQ\",\n /**\n * Box, plastic, expanded \n *\n * rec21\n */\n BoxPlasticExpanded = \"XQR\",\n /**\n * Box, plastic, solid\n *\n * rec21\n */\n BoxPlasticSolid = \"XQS\",\n /**\n * Rod\n *\n * rec21\n */\n Rod = \"XRD\",\n /**\n * Ring \n *\n * rec21\n */\n Ring = \"XRG\",\n /**\n * Rack, clothing hanger\n *\n * rec21\n */\n RackClothingHanger = \"XRJ\",\n /**\n * Rack \n *\n * rec21\n */\n Rack = \"XRK\",\n /**\n * Reel \n *\n * rec21\n */\n Reel = \"XRL\",\n /**\n * Roll \n *\n * rec21\n */\n Roll = \"XRO\",\n /**\n * Rednet \n *\n * rec21\n */\n Rednet = \"XRT\",\n /**\n * Rods, in bundle/bunch/truss\n *\n * rec21\n */\n RodsInBundleBunchTruss = \"XRZ\",\n /**\n * Sack \n *\n * rec21\n */\n Sack = \"XSA\",\n /**\n * Slab\n *\n * rec21\n */\n Slab = \"XSB\",\n /**\n * Crate, shallow \n *\n * rec21\n */\n CrateShallow = \"XSC\",\n /**\n * Spindle\n *\n * rec21\n */\n Spindle = \"XSD\",\n /**\n * Sea-chest\n *\n * rec21\n */\n SeaChest = \"XSE\",\n /**\n * Sachet \n *\n * rec21\n */\n Sachet = \"XSH\",\n /**\n * Skid \n *\n * rec21\n */\n Skid = \"XSI\",\n /**\n * Case, skeleton \n *\n * rec21\n */\n CaseSkeleton = \"XSK\",\n /**\n * Slipsheet \n *\n * rec21\n */\n Slipsheet = \"XSL\",\n /**\n * Sheetmetal \n *\n * rec21\n */\n Sheetmetal = \"XSM\",\n /**\n * Spool \n *\n * rec21\n */\n Spool = \"XSO\",\n /**\n * Sheet, plastic wrapping\n *\n * rec21\n */\n SheetPlasticWrapping = \"XSP\",\n /**\n * Case, steel\n *\n * rec21\n */\n CaseSteel = \"XSS\",\n /**\n * Sheet\n *\n * rec21\n */\n Sheet = \"XST\",\n /**\n * Suitcase \n *\n * rec21\n */\n Suitcase = \"XSU\",\n /**\n * Envelope, steel\n *\n * rec21\n */\n EnvelopeSteel = \"XSV\",\n /**\n * Shrinkwrapped \n *\n * rec21\n */\n Shrinkwrapped = \"XSW\",\n /**\n * Set\n *\n * Rec21\n */\n Set_Dup = \"XSX\",\n /**\n * Sleeve\n *\n * rec21\n */\n Sleeve = \"XSY\",\n /**\n * Sheets, in bundle/bunch/truss\n *\n * rec21\n */\n SheetsInBundleBunchTruss = \"XSZ\",\n /**\n * Tablet\n *\n * rec21\n */\n Tablet_Dup = \"XT1\",\n /**\n * Tub\n *\n * rec21\n */\n Tub = \"XTB\",\n /**\n * Tea-chest\n *\n * rec21\n */\n TeaChest = \"XTC\",\n /**\n * Tube, collapsible\n *\n * rec21\n */\n TubeCollapsible = \"XTD\",\n /**\n * Tyre\n *\n * rec21\n */\n Tyre_Dup = \"XTE\",\n /**\n * Tank container, generic\n *\n * rec21\n */\n TankContainerGeneric = \"XTG\",\n /**\n * Tierce\n *\n * rec21\n */\n Tierce = \"XTI\",\n /**\n * Tank, rectangular\n *\n * rec21\n */\n TankRectangular = \"XTK\",\n /**\n * Tub, with lid\n *\n * rec21\n */\n TubWithLid = \"XTL\",\n /**\n * Tin\n *\n * rec21\n */\n Tin = \"XTN\",\n /**\n * Tun\n *\n * rec21\n */\n Tun = \"XTO\",\n /**\n * Trunk\n *\n * rec21\n */\n Trunk = \"XTR\",\n /**\n * Truss\n *\n * rec21\n */\n Truss = \"XTS\",\n /**\n * Bag, tote\n *\n * rec21\n */\n BagTote = \"XTT\",\n /**\n * Tube \n *\n * rec21\n */\n Tube = \"XTU\",\n /**\n * Tube, with nozzle \n *\n * rec21\n */\n TubeWithNozzle = \"XTV\",\n /**\n * Pallet, triwall\n *\n * rec21\n */\n PalletTriwall = \"XTW\",\n /**\n * Tank, cylindrical\n *\n * rec21\n */\n TankCylindrical = \"XTY\",\n /**\n * Tubes, in bundle/bunch/truss \n *\n * rec21\n */\n TubesInBundleBunchTruss = \"XTZ\",\n /**\n * Uncaged \n *\n * rec21\n */\n Uncaged = \"XUC\",\n /**\n * Unit\n *\n * rec21\n */\n Unit = \"XUN\",\n /**\n * Vat\n *\n * rec21\n */\n Vat = \"XVA\",\n /**\n * Bulk, gas (at 1031 mbar and 15°C)\n *\n * rec21\n */\n BulkGasAt1031MbarAnd15C = \"XVG\",\n /**\n * Vial \n *\n * rec21\n */\n Vial = \"XVI\",\n /**\n * Vanpack \n *\n * rec21\n */\n Vanpack = \"XVK\",\n /**\n * Bulk, liquid \n *\n * rec21\n */\n BulkLiquid = \"XVL\",\n /**\n * Vehicle\n *\n * rec21\n */\n Vehicle = \"XVN\",\n /**\n * Bulk, solid, large particles (“nodules”) \n *\n * rec21\n */\n BulkSolidLargeParticlesNodules = \"XVO\",\n /**\n * Vacuum-packed\n *\n * rec21\n */\n VacuumPacked = \"XVP\",\n /**\n * Bulk, liquefied gas (at abnormal temperature/pressure) \n *\n * rec21\n */\n BulkLiquefiedGasAtAbnormalTemperaturePressure = \"XVQ\",\n /**\n * Bulk, solid, granular particles (“grains”) \n *\n * rec21\n */\n BulkSolidGranularParticlesGrains = \"XVR\",\n /**\n * Bulk, scrap metal\n *\n * rec21\n */\n BulkScrapMetal = \"XVS\",\n /**\n * Bulk, solid, fine particles (“powders”)\n *\n * rec21\n */\n BulkSolidFineParticlesPowders = \"XVY\",\n /**\n * Intermediate bulk container\n *\n * rec21\n */\n IntermediateBulkContainer = \"XWA\",\n /**\n * Wickerbottle \n *\n * rec21\n */\n Wickerbottle = \"XWB\",\n /**\n * Intermediate bulk container, steel \n *\n * rec21\n */\n IntermediateBulkContainerSteel = \"XWC\",\n /**\n * Intermediate bulk container, aluminium \n *\n * rec21\n */\n IntermediateBulkContainerAluminium = \"XWD\",\n /**\n * Intermediate bulk container, metal \n *\n * rec21\n */\n IntermediateBulkContainerMetal = \"XWF\",\n /**\n * Intermediate bulk container, steel, pressurised > 10 kpa\n *\n * rec21\n */\n IntermediateBulkContainerSteelPressurised10Kpa = \"XWG\",\n /**\n * Intermediate bulk container, aluminium, pressurised > 10 kpa\n *\n * rec21\n */\n IntermediateBulkContainerAluminiumPressurised10Kpa = \"XWH\",\n /**\n * Intermediate bulk container, metal, pressure 10 kpa \n *\n * rec21\n */\n IntermediateBulkContainerMetalPressure10Kpa = \"XWJ\",\n /**\n * Intermediate bulk container, steel, liquid \n *\n * rec21\n */\n IntermediateBulkContainerSteelLiquid = \"XWK\",\n /**\n * Intermediate bulk container, aluminium, liquid \n *\n * rec21\n */\n IntermediateBulkContainerAluminiumLiquid = \"XWL\",\n /**\n * Intermediate bulk container, metal, liquid \n *\n * rec21\n */\n IntermediateBulkContainerMetalLiquid = \"XWM\",\n /**\n * Intermediate bulk container, woven plastic, without coat/liner \n *\n * rec21\n */\n IntermediateBulkContainerWovenPlasticWithoutCoatLiner = \"XWN\",\n /**\n * Intermediate bulk container, woven plastic, coated \n *\n * rec21\n */\n IntermediateBulkContainerWovenPlasticCoated = \"XWP\",\n /**\n * Intermediate bulk container, woven plastic, with liner \n *\n * rec21\n */\n IntermediateBulkContainerWovenPlasticWithLiner = \"XWQ\",\n /**\n * Intermediate bulk container, woven plastic, coated and liner \n *\n * rec21\n */\n IntermediateBulkContainerWovenPlasticCoatedAndLiner = \"XWR\",\n /**\n * Intermediate bulk container, plastic film\n *\n * rec21\n */\n IntermediateBulkContainerPlasticFilm = \"XWS\",\n /**\n * Intermediate bulk container, textile with out coat/liner \n *\n * rec21\n */\n IntermediateBulkContainerTextileWithOutCoatLiner = \"XWT\",\n /**\n * Intermediate bulk container, natural wood, with inner liner\n *\n * rec21\n */\n IntermediateBulkContainerNaturalWoodWithInnerLiner = \"XWU\",\n /**\n * Intermediate bulk container, textile, coated \n *\n * rec21\n */\n IntermediateBulkContainerTextileCoated = \"XWV\",\n /**\n * Intermediate bulk container, textile, with liner \n *\n * rec21\n */\n IntermediateBulkContainerTextileWithLiner = \"XWW\",\n /**\n * Intermediate bulk container, textile, coated and liner \n *\n * rec21\n */\n IntermediateBulkContainerTextileCoatedAndLiner = \"XWX\",\n /**\n * Intermediate bulk container, plywood, with inner liner \n *\n * rec21\n */\n IntermediateBulkContainerPlywoodWithInnerLiner = \"XWY\",\n /**\n * Intermediate bulk container, reconstituted wood, with inner liner\n *\n * rec21\n */\n IntermediateBulkContainerReconstitutedWoodWithInnerLiner = \"XWZ\",\n /**\n * Bag, woven plastic, without inner coat/liner \n *\n * rec21\n */\n BagWovenPlasticWithoutInnerCoatLiner = \"XXA\",\n /**\n * Bag, woven plastic, sift proof \n *\n * rec21\n */\n BagWovenPlasticSiftProof = \"XXB\",\n /**\n * Bag, woven plastic, water resistant\n *\n * rec21\n */\n BagWovenPlasticWaterResistant = \"XXC\",\n /**\n * Bag, plastics film \n *\n * rec21\n */\n BagPlasticsFilm = \"XXD\",\n /**\n * Bag, textile, without inner coat/liner \n *\n * rec21\n */\n BagTextileWithoutInnerCoatLiner = \"XXF\",\n /**\n * Bag, textile, sift proof \n *\n * rec21\n */\n BagTextileSiftProof = \"XXG\",\n /**\n * Bag, textile, water resistant\n *\n * rec21\n */\n BagTextileWaterResistant = \"XXH\",\n /**\n * Bag, paper, multi-wall \n *\n * rec21\n */\n BagPaperMultiWall = \"XXJ\",\n /**\n * Bag, paper, multi-wall, water resistant\n *\n * rec21\n */\n BagPaperMultiWallWaterResistant = \"XXK\",\n /**\n * Composite packaging, plastic receptacle in steel drum\n *\n * rec21\n */\n CompositePackagingPlasticReceptacleInSteelDrum = \"XYA\",\n /**\n * Composite packaging, plastic receptacle in steel crate box\n *\n * rec21\n */\n CompositePackagingPlasticReceptacleInSteelCrateBox = \"XYB\",\n /**\n * Composite packaging, plastic receptacle in aluminium drum\n *\n * rec21\n */\n CompositePackagingPlasticReceptacleInAluminiumDrum = \"XYC\",\n /**\n * Composite packaging, plastic receptacle in aluminium crate\n *\n * rec21\n */\n CompositePackagingPlasticReceptacleInAluminiumCrate = \"XYD\",\n /**\n * Composite packaging, plastic receptacle in wooden box\n *\n * rec21\n */\n CompositePackagingPlasticReceptacleInWoodenBox = \"XYF\",\n /**\n * Composite packaging, plastic receptacle in plywood drum\n *\n * rec21\n */\n CompositePackagingPlasticReceptacleInPlywoodDrum = \"XYG\",\n /**\n * Composite packaging, plastic receptacle in plywood box \n *\n * rec21\n */\n CompositePackagingPlasticReceptacleInPlywoodBox = \"XYH\",\n /**\n * Composite packaging, plastic receptacle in fibre drum\n *\n * rec21\n */\n CompositePackagingPlasticReceptacleInFibreDrum = \"XYJ\",\n /**\n * Composite packaging, plastic receptacle in fibreboard box\n *\n * rec21\n */\n CompositePackagingPlasticReceptacleInFibreboardBox = \"XYK\",\n /**\n * Composite packaging, plastic receptacle in plastic drum\n *\n * rec21\n */\n CompositePackagingPlasticReceptacleInPlasticDrum = \"XYL\",\n /**\n * Composite packaging, plastic receptacle in solid plastic box\n *\n * rec21\n */\n CompositePackagingPlasticReceptacleInSolidPlasticBox = \"XYM\",\n /**\n * Composite packaging, glass receptacle in steel drum\n *\n * rec21\n */\n CompositePackagingGlassReceptacleInSteelDrum = \"XYN\",\n /**\n * Composite packaging, glass receptacle in steel crate box\n *\n * rec21\n */\n CompositePackagingGlassReceptacleInSteelCrateBox = \"XYP\",\n /**\n * Composite packaging, glass receptacle in aluminium drum\n *\n * rec21\n */\n CompositePackagingGlassReceptacleInAluminiumDrum = \"XYQ\",\n /**\n * Composite packaging, glass receptacle in aluminium crate\n *\n * rec21\n */\n CompositePackagingGlassReceptacleInAluminiumCrate = \"XYR\",\n /**\n * Composite packaging, glass receptacle in wooden box\n *\n * rec21\n */\n CompositePackagingGlassReceptacleInWoodenBox = \"XYS\",\n /**\n * Composite packaging, glass receptacle in plywood drum\n *\n * rec21\n */\n CompositePackagingGlassReceptacleInPlywoodDrum = \"XYT\",\n /**\n * Composite packaging, glass receptacle in wickerwork hamper\n *\n * rec21\n */\n CompositePackagingGlassReceptacleInWickerworkHamper = \"XYV\",\n /**\n * Composite packaging, glass receptacle in fibre drum\n *\n * rec21\n */\n CompositePackagingGlassReceptacleInFibreDrum = \"XYW\",\n /**\n * Composite packaging, glass receptacle in fibreboard box \n *\n * rec21\n */\n CompositePackagingGlassReceptacleInFibreboardBox = \"XYX\",\n /**\n * Composite packaging, glass receptacle in expandable plastic pack\n *\n * rec21\n */\n CompositePackagingGlassReceptacleInExpandablePlasticPack = \"XYY\",\n /**\n * Composite packaging, glass receptacle in solid plastic pack\n *\n * rec21\n */\n CompositePackagingGlassReceptacleInSolidPlasticPack = \"XYZ\",\n /**\n * Intermediate bulk container, paper, multi-wall \n *\n * rec21\n */\n IntermediateBulkContainerPaperMultiWall = \"XZA\",\n /**\n * Bag, large \n *\n * rec21\n */\n BagLarge = \"XZB\",\n /**\n * Intermediate bulk container, paper, multi-wall, water resistant\n *\n * rec21\n */\n IntermediateBulkContainerPaperMultiWallWaterResistant = \"XZC\",\n /**\n * Intermediate bulk container, rigid plastic, with structural equipment, solids\n *\n * rec21\n */\n IntermediateBulkContainerRigidPlasticWithStructuralEquipmentSolids = \"XZD\",\n /**\n * Intermediate bulk container, rigid plastic, freestanding, solids\n *\n * rec21\n */\n IntermediateBulkContainerRigidPlasticFreestandingSolids = \"XZF\",\n /**\n * Intermediate bulk container, rigid plastic, with structural equipment, pressurised\n *\n * rec21\n */\n IntermediateBulkContainerRigidPlasticWithStructuralEquipmentPressurised = \"XZG\",\n /**\n * Intermediate bulk container, rigid plastic, freestanding, pressurised\n *\n * rec21\n */\n IntermediateBulkContainerRigidPlasticFreestandingPressurised = \"XZH\",\n /**\n * Intermediate bulk container, rigid plastic, with structural equipment, liquids \n *\n * rec21\n */\n IntermediateBulkContainerRigidPlasticWithStructuralEquipmentLiquids = \"XZJ\",\n /**\n * Intermediate bulk container, rigid plastic, freestanding, liquids\n *\n * rec21\n */\n IntermediateBulkContainerRigidPlasticFreestandingLiquids = \"XZK\",\n /**\n * Intermediate bulk container, composite, rigid plastic, solids\n *\n * rec21\n */\n IntermediateBulkContainerCompositeRigidPlasticSolids = \"XZL\",\n /**\n * Intermediate bulk container, composite, flexible plastic, solids\n *\n * rec21\n */\n IntermediateBulkContainerCompositeFlexiblePlasticSolids = \"XZM\",\n /**\n * Intermediate bulk container, composite, rigid plastic, pressurised \n *\n * rec21\n */\n IntermediateBulkContainerCompositeRigidPlasticPressurised = \"XZN\",\n /**\n * Intermediate bulk container, composite, flexible plastic, pressurised\n *\n * rec21\n */\n IntermediateBulkContainerCompositeFlexiblePlasticPressurised = \"XZP\",\n /**\n * Intermediate bulk container, composite, rigid plastic, liquids\n *\n * rec21\n */\n IntermediateBulkContainerCompositeRigidPlasticLiquids = \"XZQ\",\n /**\n * Intermediate bulk container, composite, flexible plastic, liquids \n *\n * rec21\n */\n IntermediateBulkContainerCompositeFlexiblePlasticLiquids = \"XZR\",\n /**\n * Intermediate bulk container, composite\n *\n * rec21\n */\n IntermediateBulkContainerComposite = \"XZS\",\n /**\n * Intermediate bulk container, fibreboard\n *\n * rec21\n */\n IntermediateBulkContainerFibreboard = \"XZT\",\n /**\n * Intermediate bulk container, flexible\n *\n * rec21\n */\n IntermediateBulkContainerFlexible = \"XZU\",\n /**\n * Intermediate bulk container, metal, other than steel\n *\n * rec21\n */\n IntermediateBulkContainerMetalOtherThanSteel = \"XZV\",\n /**\n * Intermediate bulk container, natural wood\n *\n * rec21\n */\n IntermediateBulkContainerNaturalWood = \"XZW\",\n /**\n * Intermediate bulk container, plywood\n *\n * rec21\n */\n IntermediateBulkContainerPlywood = \"XZX\",\n /**\n * Intermediate bulk container, reconstituted wood\n *\n * rec21\n */\n IntermediateBulkContainerReconstitutedWood = \"XZY\",\n /**\n * Mutually defined \n *\n * rec21\n */\n MutuallyDefined_Dup = \"XZZ\",\n}\n\nexport function description(value: Unit): string {\n switch (value) {\n case Unit.Group: return \"group\";\n case Unit.Outfit: return \"outfit\";\n case Unit.Ration: return \"ration\";\n case Unit.Shot: return \"shot\";\n case Unit.StickMilitary: return \"stick, military\";\n case Unit.TwentyFootContainer: return \"twenty foot container\";\n case Unit.FortyFootContainer: return \"forty foot container\";\n case Unit.DecilitrePerGram: return \"decilitre per gram\";\n case Unit.GramPerCubicCentimetre: return \"gram per cubic centimetre\";\n case Unit.TheoreticalPound: return \"theoretical pound\";\n case Unit.GramPerSquareCentimetre: return \"gram per square centimetre\";\n case Unit.TheoreticalTon: return \"theoretical ton\";\n case Unit.KilogramPerSquareMetre: return \"kilogram per square metre\";\n case Unit.KilopascalSquareMetrePerGram: return \"kilopascal square metre per gram\";\n case Unit.KilopascalPerMillimetre: return \"kilopascal per millimetre\";\n case Unit.MillilitrePerSquareCentimetreSecond: return \"millilitre per square centimetre second\";\n case Unit.OuncePerSquareFoot: return \"ounce per square foot\";\n case Unit.OuncePerSquareFootPer001inch: return \"ounce per square foot per 0,01inch\";\n case Unit.MillilitrePerSecond: return \"millilitre per second\";\n case Unit.MillilitrePerMinute: return \"millilitre per minute\";\n case Unit.Sitas: return \"sitas\";\n case Unit.Mesh: return \"mesh\";\n case Unit.NetKilogram: return \"net kilogram\";\n case Unit.PartPerMillion: return \"part per million\";\n case Unit.PercentWeight: return \"percent weight\";\n case Unit.PartPerBillionUs: return \"part per billion (US)\";\n case Unit.Millipascal: return \"millipascal\";\n case Unit.MilliInch: return \"milli-inch\";\n case Unit.PoundPerSquareInchAbsolute: return \"pound per square inch absolute\";\n case Unit.Henry: return \"henry\";\n case Unit.FootPoundForce: return \"foot pound-force\";\n case Unit.PoundPerCubicFoot: return \"pound per cubic foot\";\n case Unit.Poise: return \"poise\";\n case Unit.Stokes: return \"stokes\";\n case Unit.FixedRate: return \"fixed rate\";\n case Unit.RadianPerSecond: return \"radian per second\";\n case Unit.RadianPerSecondSquared: return \"radian per second squared\";\n case Unit.Roentgen: return \"roentgen\";\n case Unit.VoltAc: return \"volt AC\";\n case Unit.VoltDc: return \"volt DC\";\n case Unit.BritishThermalUnitInternationalTablePerHour: return \"British thermal unit (international table) per hour\";\n case Unit.CubicCentimetrePerSecond: return \"cubic centimetre per second\";\n case Unit.CubicFootPerHour: return \"cubic foot per hour\";\n case Unit.CubicFootPerMinute: return \"cubic foot per minute\";\n case Unit.CentimetrePerSecond: return \"centimetre per second\";\n case Unit.Decibel: return \"decibel\";\n case Unit.Kilobyte: return \"kilobyte\";\n case Unit.Kilobecquerel: return \"kilobecquerel\";\n case Unit.Kilocurie: return \"kilocurie\";\n case Unit.Megagram: return \"megagram\";\n case Unit.MetrePerMinute: return \"metre per minute\";\n case Unit.Milliroentgen: return \"milliroentgen\";\n case Unit.Millivolt: return \"millivolt\";\n case Unit.Megajoule: return \"megajoule\";\n case Unit.Manmonth: return \"manmonth\";\n case Unit.Centistokes: return \"centistokes\";\n case Unit.Microlitre: return \"microlitre\";\n case Unit.MicrometreMicron: return \"micrometre (micron)\";\n case Unit.Milliampere: return \"milliampere\";\n case Unit.Megabyte: return \"megabyte\";\n case Unit.MilligramPerHour: return \"milligram per hour\";\n case Unit.Megabecquerel: return \"megabecquerel\";\n case Unit.Microfarad: return \"microfarad\";\n case Unit.NewtonPerMetre: return \"newton per metre\";\n case Unit.OunceInch: return \"ounce inch\";\n case Unit.OunceFoot: return \"ounce foot\";\n case Unit.Picofarad: return \"picofarad\";\n case Unit.PoundPerHour: return \"pound per hour\";\n case Unit.TonUsPerHour: return \"ton (US) per hour\";\n case Unit.KilolitrePerHour: return \"kilolitre per hour\";\n case Unit.BarrelUsPerMinute: return \"barrel (US) per minute\";\n case Unit.Batch: return \"batch\";\n case Unit.MmscfDay: return \"MMSCF/day\";\n case Unit.HydraulicHorsePower: return \"hydraulic horse power\";\n case Unit.AmpereSquareMetrePerJouleSecond: return \"ampere square metre per joule second\";\n case Unit.Angstrom: return \"angstrom\";\n case Unit.AstronomicalUnit: return \"astronomical unit\";\n case Unit.Attojoule: return \"attojoule\";\n case Unit.Barn: return \"barn\";\n case Unit.BarnPerElectronvolt: return \"barn per electronvolt\";\n case Unit.BarnPerSteradianElectronvolt: return \"barn per steradian electronvolt\";\n case Unit.BarnPerSteradian: return \"barn per steradian\";\n case Unit.BecquerelPerKilogram: return \"becquerel per kilogram\";\n case Unit.BecquerelPerCubicMetre: return \"becquerel per cubic metre\";\n case Unit.AmperePerCentimetre: return \"ampere per centimetre\";\n case Unit.BritishThermalUnitInternationalTablePerSecondSquareFootDegreeRankine: return \"British thermal unit (international table) per second square foot degree Rankine\";\n case Unit.BritishThermalUnitInternationalTablePerPoundDegreeRankine: return \"British thermal unit (international table) per pound degree Rankine\";\n case Unit.BritishThermalUnitInternationalTablePerSecondFootDegreeRankine: return \"British thermal unit (international table) per second foot degree Rankine\";\n case Unit.BritishThermalUnitInternationalTablePerHourSquareFootDegreeRankine: return \"British thermal unit (international table) per hour square foot degree Rankine\";\n case Unit.CandelaPerSquareMetre: return \"candela per square metre\";\n case Unit.CoulombMetre: return \"coulomb metre\";\n case Unit.CoulombMetreSquaredPerVolt: return \"coulomb metre squared per volt\";\n case Unit.CoulombPerCubicCentimetre: return \"coulomb per cubic centimetre\";\n case Unit.CoulombPerCubicMetre: return \"coulomb per cubic metre\";\n case Unit.AmperePerMillimetre: return \"ampere per millimetre\";\n case Unit.CoulombPerCubicMillimetre: return \"coulomb per cubic millimetre\";\n case Unit.CoulombPerKilogramSecond: return \"coulomb per kilogram second\";\n case Unit.CoulombPerMole: return \"coulomb per mole\";\n case Unit.CoulombPerSquareCentimetre: return \"coulomb per square centimetre\";\n case Unit.CoulombPerSquareMetre: return \"coulomb per square metre\";\n case Unit.CoulombPerSquareMillimetre: return \"coulomb per square millimetre\";\n case Unit.CubicCentimetrePerMole: return \"cubic centimetre per mole\";\n case Unit.CubicDecimetrePerMole: return \"cubic decimetre per mole\";\n case Unit.CubicMetrePerCoulomb: return \"cubic metre per coulomb\";\n case Unit.CubicMetrePerKilogram: return \"cubic metre per kilogram\";\n case Unit.AmperePerSquareCentimetre: return \"ampere per square centimetre\";\n case Unit.CubicMetrePerMole: return \"cubic metre per mole\";\n case Unit.AmperePerSquareMetre: return \"ampere per square metre\";\n case Unit.CuriePerKilogram: return \"curie per kilogram\";\n case Unit.DeadweightTonnage: return \"deadweight tonnage\";\n case Unit.Decalitre: return \"decalitre\";\n case Unit.Decametre: return \"decametre\";\n case Unit.Decitex: return \"decitex\";\n case Unit.DegreeRankine: return \"degree Rankine\";\n case Unit.Denier: return \"denier\";\n case Unit.AmpereSquareMetre: return \"ampere square metre\";\n case Unit.Electronvolt: return \"electronvolt\";\n case Unit.ElectronvoltPerMetre: return \"electronvolt per metre\";\n case Unit.ElectronvoltSquareMetre: return \"electronvolt square metre\";\n case Unit.ElectronvoltSquareMetrePerKilogram: return \"electronvolt square metre per kilogram\";\n case Unit._8PartCloudCover: return \"8-part cloud cover\";\n case Unit.AmperePerSquareMetreKelvinSquared: return \"ampere per square metre kelvin squared\";\n case Unit.Exajoule: return \"exajoule\";\n case Unit.FaradPerMetre: return \"farad per metre\";\n case Unit.AmperePerSquareMillimetre: return \"ampere per square millimetre\";\n case Unit.Femtojoule: return \"femtojoule\";\n case Unit.Femtometre: return \"femtometre\";\n case Unit.FootPerSecondSquared: return \"foot per second squared\";\n case Unit.FootPoundForcePerSecond: return \"foot pound-force per second\";\n case Unit.FreightTon: return \"freight ton\";\n case Unit.Gal: return \"gal\";\n case Unit.AmpereSecond: return \"ampere second\";\n case Unit.GigacoulombPerCubicMetre: return \"gigacoulomb per cubic metre\";\n case Unit.Gigaelectronvolt: return \"gigaelectronvolt\";\n case Unit.Gigahertz: return \"gigahertz\";\n case Unit.Gigaohm: return \"gigaohm\";\n case Unit.GigaohmMetre: return \"gigaohm metre\";\n case Unit.Gigapascal: return \"gigapascal\";\n case Unit.Rate: return \"rate\";\n case Unit.Gigawatt: return \"gigawatt\";\n case Unit.Gon: return \"gon\";\n case Unit.GramPerCubicMetre: return \"gram per cubic metre\";\n case Unit.GramPerMole: return \"gram per mole\";\n case Unit.Gray: return \"gray\";\n case Unit.GrayPerSecond: return \"gray per second\";\n case Unit.Hectopascal: return \"hectopascal\";\n case Unit.HenryPerMetre: return \"henry per metre\";\n case Unit.Bit: return \"bit\";\n case Unit.Ball: return \"ball\";\n case Unit.BulkPack: return \"bulk pack\";\n case Unit.Acre: return \"acre\";\n case Unit.Activity: return \"activity\";\n case Unit.Byte: return \"byte\";\n case Unit.AmperePerMetre: return \"ampere per metre\";\n case Unit.AdditionalMinute: return \"additional minute\";\n case Unit.AverageMinutePerCall: return \"average minute per call\";\n case Unit.Fathom: return \"fathom\";\n case Unit.AccessLine: return \"access line\";\n case Unit.AmpereHour: return \"ampere hour\";\n case Unit.Ampere: return \"ampere\";\n case Unit.Year: return \"year\";\n case Unit.TroyOunceOrApothecaryOunce: return \"troy ounce or apothecary ounce\";\n case Unit.AntiHemophilicFactorAhfUnit: return \"anti-hemophilic factor (AHF) unit\";\n case Unit.Assortment: return \"assortment\";\n case Unit.AlcoholicStrengthByMass: return \"alcoholic strength by mass\";\n case Unit.AlcoholicStrengthByVolume: return \"alcoholic strength by volume\";\n case Unit.StandardAtmosphere: return \"standard atmosphere\";\n case Unit.AmericanWireGauge: return \"american wire gauge\";\n case Unit.Assembly: return \"assembly\";\n case Unit.BritishThermalUnitInternationalTablePerPound: return \"British thermal unit (international table) per pound\";\n case Unit.BarrelUsPerDay: return \"barrel (US) per day\";\n case Unit.BitPerSecond: return \"bit per second\";\n case Unit.JoulePerKilogramKelvin: return \"joule per kilogram kelvin\";\n case Unit.JoulePerMetre: return \"joule per metre\";\n case Unit.JoulePerSquareMetre: return \"joule per square metre\";\n case Unit.JoulePerMetreToFourthPower: return \"joule per metre to the fourth power\";\n case Unit.JoulePerMole: return \"joule per mole\";\n case Unit.JoulePerMoleKelvin: return \"joule per mole kelvin\";\n case Unit.Credit: return \"credit\";\n case Unit.JouleSecond: return \"joule second\";\n case Unit.Digit: return \"digit\";\n case Unit.JouleSquareMetrePerKilogram: return \"joule square metre per kilogram\";\n case Unit.KelvinPerWatt: return \"kelvin per watt\";\n case Unit.Kiloampere: return \"kiloampere\";\n case Unit.KiloamperePerSquareMetre: return \"kiloampere per square metre\";\n case Unit.KiloamperePerMetre: return \"kiloampere per metre\";\n case Unit.KilobecquerelPerKilogram: return \"kilobecquerel per kilogram\";\n case Unit.Kilocoulomb: return \"kilocoulomb\";\n case Unit.KilocoulombPerCubicMetre: return \"kilocoulomb per cubic metre\";\n case Unit.KilocoulombPerSquareMetre: return \"kilocoulomb per square metre\";\n case Unit.Kiloelectronvolt: return \"kiloelectronvolt\";\n case Unit.BattingPound: return \"batting pound\";\n case Unit.Gibibit: return \"gibibit\";\n case Unit.KilogramMetrePerSecond: return \"kilogram metre per second\";\n case Unit.KilogramMetreSquared: return \"kilogram metre squared\";\n case Unit.KilogramMetreSquaredPerSecond: return \"kilogram metre squared per second\";\n case Unit.KilogramPerCubicDecimetre: return \"kilogram per cubic decimetre\";\n case Unit.KilogramPerLitre: return \"kilogram per litre\";\n case Unit.BarrelImperial: return \"barrel, imperial\";\n case Unit.KilojoulePerKelvin: return \"kilojoule per kelvin\";\n case Unit.KilojoulePerKilogram: return \"kilojoule per kilogram\";\n case Unit.KilojoulePerKilogramKelvin: return \"kilojoule per kilogram kelvin\";\n case Unit.KilojoulePerMole: return \"kilojoule per mole\";\n case Unit.Kilomole: return \"kilomole\";\n case Unit.KilomolePerCubicMetre: return \"kilomole per cubic metre\";\n case Unit.Kilonewton: return \"kilonewton\";\n case Unit.KilonewtonMetre: return \"kilonewton metre\";\n case Unit.Kiloohm: return \"kiloohm\";\n case Unit.KiloohmMetre: return \"kiloohm metre\";\n case Unit.Kilosecond: return \"kilosecond\";\n case Unit.Kilosiemens: return \"kilosiemens\";\n case Unit.KilosiemensPerMetre: return \"kilosiemens per metre\";\n case Unit.KilovoltPerMetre: return \"kilovolt per metre\";\n case Unit.KiloweberPerMetre: return \"kiloweber per metre\";\n case Unit.LightYear: return \"light year\";\n case Unit.LitrePerMole: return \"litre per mole\";\n case Unit.LumenHour: return \"lumen hour\";\n case Unit.LumenPerSquareMetre: return \"lumen per square metre\";\n case Unit.LumenPerWatt: return \"lumen per watt\";\n case Unit.LumenSecond: return \"lumen second\";\n case Unit.LuxHour: return \"lux hour\";\n case Unit.LuxSecond: return \"lux second\";\n case Unit.MegaamperePerSquareMetre: return \"megaampere per square metre\";\n case Unit.MegabecquerelPerKilogram: return \"megabecquerel per kilogram\";\n case Unit.Gigabit: return \"gigabit\";\n case Unit.MegacoulombPerCubicMetre: return \"megacoulomb per cubic metre\";\n case Unit.Cycle: return \"cycle\";\n case Unit.MegacoulombPerSquareMetre: return \"megacoulomb per square metre\";\n case Unit.Megaelectronvolt: return \"megaelectronvolt\";\n case Unit.MegagramPerCubicMetre: return \"megagram per cubic metre\";\n case Unit.Meganewton: return \"meganewton\";\n case Unit.MeganewtonMetre: return \"meganewton metre\";\n case Unit.Megaohm: return \"megaohm\";\n case Unit.MegaohmMetre: return \"megaohm metre\";\n case Unit.MegasiemensPerMetre: return \"megasiemens per metre\";\n case Unit.Megavolt: return \"megavolt\";\n case Unit.MegavoltPerMetre: return \"megavolt per metre\";\n case Unit.JoulePerCubicMetre: return \"joule per cubic metre\";\n case Unit.GigabitPerSecond: return \"gigabit per second\";\n case Unit.ReciprocalMetreSquaredReciprocalSecond: return \"reciprocal metre squared reciprocal second\";\n case Unit.InchPerLinearFoot: return \"inch per linear foot\";\n case Unit.MetreToFourthPower: return \"metre to the fourth power\";\n case Unit.Microampere: return \"microampere\";\n case Unit.Microbar: return \"microbar\";\n case Unit.Microcoulomb: return \"microcoulomb\";\n case Unit.MicrocoulombPerCubicMetre: return \"microcoulomb per cubic metre\";\n case Unit.MicrocoulombPerSquareMetre: return \"microcoulomb per square metre\";\n case Unit.MicrofaradPerMetre: return \"microfarad per metre\";\n case Unit.Microhenry: return \"microhenry\";\n case Unit.MicrohenryPerMetre: return \"microhenry per metre\";\n case Unit.Micronewton: return \"micronewton\";\n case Unit.MicronewtonMetre: return \"micronewton metre\";\n case Unit.Microohm: return \"microohm\";\n case Unit.MicroohmMetre: return \"microohm metre\";\n case Unit.Micropascal: return \"micropascal\";\n case Unit.Microradian: return \"microradian\";\n case Unit.Microsecond: return \"microsecond\";\n case Unit.Microsiemens: return \"microsiemens\";\n case Unit.BarUnitPressure: return \"bar [unit of pressure]\";\n case Unit.BaseBox: return \"base box\";\n case Unit.BoardFoot: return \"board foot\";\n case Unit.BrakeHorsePower: return \"brake horse power\";\n case Unit.BillionEur: return \"billion (EUR)\";\n case Unit.DryBarrelUs: return \"dry barrel (US)\";\n case Unit.BarrelUs: return \"barrel (US)\";\n case Unit.HundredBoardFoot: return \"hundred board foot\";\n case Unit.BeatsPerMinute: return \"beats per minute\";\n case Unit.Becquerel: return \"becquerel\";\n case Unit.BritishThermalUnitInternationalTable: return \"British thermal unit (international table)\";\n case Unit.BushelUs: return \"bushel (US)\";\n case Unit.BushelUk: return \"bushel (UK)\";\n case Unit.Call: return \"call\";\n case Unit.Millifarad: return \"millifarad\";\n case Unit.Milligal: return \"milligal\";\n case Unit.MilligramPerMetre: return \"milligram per metre\";\n case Unit.Milligray: return \"milligray\";\n case Unit.Millihenry: return \"millihenry\";\n case Unit.Millijoule: return \"millijoule\";\n case Unit.MillimetrePerSecond: return \"millimetre per second\";\n case Unit.MillimetreSquaredPerSecond: return \"millimetre squared per second\";\n case Unit.Millimole: return \"millimole\";\n case Unit.MolePerKilogram: return \"mole per kilogram\";\n case Unit.Millinewton: return \"millinewton\";\n case Unit.Kibibit: return \"kibibit\";\n case Unit.MillinewtonPerMetre: return \"millinewton per metre\";\n case Unit.MilliohmMetre: return \"milliohm metre\";\n case Unit.MillipascalSecond: return \"millipascal second\";\n case Unit.Milliradian: return \"milliradian\";\n case Unit.Millisecond: return \"millisecond\";\n case Unit.Millisiemens: return \"millisiemens\";\n case Unit.Millisievert: return \"millisievert\";\n case Unit.Millitesla: return \"millitesla\";\n case Unit.MicrovoltPerMetre: return \"microvolt per metre\";\n case Unit.MillivoltPerMetre: return \"millivolt per metre\";\n case Unit.Milliwatt: return \"milliwatt\";\n case Unit.MilliwattPerSquareMetre: return \"milliwatt per square metre\";\n case Unit.Milliweber: return \"milliweber\";\n case Unit.Mole: return \"mole\";\n case Unit.MolePerCubicDecimetre: return \"mole per cubic decimetre\";\n case Unit.MolePerCubicMetre: return \"mole per cubic metre\";\n case Unit.Kilobit: return \"kilobit\";\n case Unit.MolePerLitre: return \"mole per litre\";\n case Unit.Nanoampere: return \"nanoampere\";\n case Unit.Nanocoulomb: return \"nanocoulomb\";\n case Unit.Nanofarad: return \"nanofarad\";\n case Unit.NanofaradPerMetre: return \"nanofarad per metre\";\n case Unit.Nanohenry: return \"nanohenry\";\n case Unit.NanohenryPerMetre: return \"nanohenry per metre\";\n case Unit.Nanometre: return \"nanometre\";\n case Unit.NanoohmMetre: return \"nanoohm metre\";\n case Unit.Nanosecond: return \"nanosecond\";\n case Unit.Nanotesla: return \"nanotesla\";\n case Unit.Nanowatt: return \"nanowatt\";\n case Unit.Neper: return \"neper\";\n case Unit.NeperPerSecond: return \"neper per second\";\n case Unit.Picometre: return \"picometre\";\n case Unit.NewtonMetreSecond: return \"newton metre second\";\n case Unit.NewtonMetreSquaredPerKilogramSquared: return \"newton metre squared per kilogram squared\";\n case Unit.NewtonPerSquareMetre: return \"newton per square metre\";\n case Unit.NewtonPerSquareMillimetre: return \"newton per square millimetre\";\n case Unit.NewtonSecond: return \"newton second\";\n case Unit.NewtonSecondPerMetre: return \"newton second per metre\";\n case Unit.Octave: return \"octave\";\n case Unit.OhmCentimetre: return \"ohm centimetre\";\n case Unit.OhmMetre: return \"ohm metre\";\n case Unit.One: return \"one\";\n case Unit.Parsec: return \"parsec\";\n case Unit.PascalPerKelvin: return \"pascal per kelvin\";\n case Unit.PascalSecond: return \"pascal second\";\n case Unit.PascalSecondPerCubicMetre: return \"pascal second per cubic metre\";\n case Unit.PascalSecondPerMetre: return \"pascal second per metre\";\n case Unit.Petajoule: return \"petajoule\";\n case Unit.Phon: return \"phon\";\n case Unit.Centipoise: return \"centipoise\";\n case Unit.Picoampere: return \"picoampere\";\n case Unit.Picocoulomb: return \"picocoulomb\";\n case Unit.PicofaradPerMetre: return \"picofarad per metre\";\n case Unit.Picohenry: return \"picohenry\";\n case Unit.KilobitPerSecond: return \"kilobit per second\";\n case Unit.Picowatt: return \"picowatt\";\n case Unit.PicowattPerSquareMetre: return \"picowatt per square metre\";\n case Unit.PoundForce: return \"pound-force\";\n case Unit.KilovoltAmpereHour: return \"kilovolt ampere hour\";\n case Unit.MillicoulombPerKilogram: return \"millicoulomb per kilogram\";\n case Unit.Rad: return \"rad\";\n case Unit.Radian: return \"radian\";\n case Unit.RadianSquareMetrePerMole: return \"radian square metre per mole\";\n case Unit.RadianSquareMetrePerKilogram: return \"radian square metre per kilogram\";\n case Unit.RadianPerMetre: return \"radian per metre\";\n case Unit.ReciprocalAngstrom: return \"reciprocal angstrom\";\n case Unit.ReciprocalCubicMetre: return \"reciprocal cubic metre\";\n case Unit.ReciprocalCubicMetrePerSecond: return \"reciprocal cubic metre per second\";\n case Unit.ReciprocalElectronVoltPerCubicMetre: return \"reciprocal electron volt per cubic metre\";\n case Unit.ReciprocalHenry: return \"reciprocal henry\";\n case Unit.CoilGroup: return \"coil group\";\n case Unit.ReciprocalJoulePerCubicMetre: return \"reciprocal joule per cubic metre\";\n case Unit.ReciprocalKelvinOrKelvinToPowerMinusOne: return \"reciprocal kelvin or kelvin to the power minus one\";\n case Unit.ReciprocalMetre: return \"reciprocal metre\";\n case Unit.ReciprocalSquareMetre: return \"reciprocal square metre\";\n case Unit.ReciprocalMinute: return \"reciprocal minute\";\n case Unit.ReciprocalMole: return \"reciprocal mole\";\n case Unit.ReciprocalPascalOrPascalToPowerMinusOne: return \"reciprocal pascal or pascal to the power minus one\";\n case Unit.ReciprocalSecond: return \"reciprocal second\";\n case Unit.ReciprocalSecondPerMetreSquared: return \"reciprocal second per metre squared\";\n case Unit.CarryingCapacityInMetricTon: return \"carrying capacity in metric ton\";\n case Unit.Candela: return \"candela\";\n case Unit.DegreeCelsius: return \"degree Celsius\";\n case Unit.Hundred: return \"hundred\";\n case Unit.Card: return \"card\";\n case Unit.Centigram: return \"centigram\";\n case Unit.CoulombPerKilogram: return \"coulomb per kilogram\";\n case Unit.HundredLeave: return \"hundred leave\";\n case Unit.Centilitre: return \"centilitre\";\n case Unit.SquareCentimetre: return \"square centimetre\";\n case Unit.CubicCentimetre: return \"cubic centimetre\";\n case Unit.Centimetre: return \"centimetre\";\n case Unit.HundredPack: return \"hundred pack\";\n case Unit.CentalUk: return \"cental (UK)\";\n case Unit.Coulomb: return \"coulomb\";\n case Unit.ContentGram: return \"content gram\";\n case Unit.MetricCarat: return \"metric carat\";\n case Unit.ContentTonMetric: return \"content ton (metric)\";\n case Unit.Curie: return \"curie\";\n case Unit.HundredPoundCwtHundredWeightUs: return \"hundred pound (cwt) / hundred weight (US)\";\n case Unit.HundredWeightUk: return \"hundred weight (UK)\";\n case Unit.KilowattHourPerHour: return \"kilowatt hour per hour\";\n case Unit.LotUnitWeight: return \"lot [unit of weight]\";\n case Unit.ReciprocalSecondPerSteradian: return \"reciprocal second per steradian\";\n case Unit.SiemensPerMetre: return \"siemens per metre\";\n case Unit.Mebibit: return \"mebibit\";\n case Unit.SiemensSquareMetrePerMole: return \"siemens square metre per mole\";\n case Unit.Sievert: return \"sievert\";\n case Unit.Sone: return \"sone\";\n case Unit.SquareCentimetrePerErg: return \"square centimetre per erg\";\n case Unit.SquareCentimetrePerSteradianErg: return \"square centimetre per steradian erg\";\n case Unit.MetreKelvin: return \"metre kelvin\";\n case Unit.SquareMetreKelvinPerWatt: return \"square metre kelvin per watt\";\n case Unit.ReciprocalSecondPerSteradianMetreSquared: return \"reciprocal second per steradian metre squared\";\n case Unit.SquareMetrePerJoule: return \"square metre per joule\";\n case Unit.SquareMetrePerKilogram: return \"square metre per kilogram\";\n case Unit.SquareMetrePerMole: return \"square metre per mole\";\n case Unit.PenGramProtein: return \"pen gram (protein)\";\n case Unit.SquareMetrePerSteradian: return \"square metre per steradian\";\n case Unit.SquareMetrePerSteradianJoule: return \"square metre per steradian joule\";\n case Unit.SquareMetrePerVoltSecond: return \"square metre per volt second\";\n case Unit.Steradian: return \"steradian\";\n case Unit.Terahertz: return \"terahertz\";\n case Unit.Terajoule: return \"terajoule\";\n case Unit.Terawatt: return \"terawatt\";\n case Unit.TerawattHour: return \"terawatt hour\";\n case Unit.Tesla: return \"tesla\";\n case Unit.Tex: return \"tex\";\n case Unit.Megabit: return \"megabit\";\n case Unit.TonnePerCubicMetre: return \"tonne per cubic metre\";\n case Unit.TropicalYear: return \"tropical year\";\n case Unit.UnifiedAtomicMassUnit: return \"unified atomic mass unit\";\n case Unit.Var: return \"var\";\n case Unit.VoltSquaredPerKelvinSquared: return \"volt squared per kelvin squared\";\n case Unit.VoltAmpere: return \"volt - ampere\";\n case Unit.VoltPerCentimetre: return \"volt per centimetre\";\n case Unit.VoltPerKelvin: return \"volt per kelvin\";\n case Unit.MillivoltPerKelvin: return \"millivolt per kelvin\";\n case Unit.KilogramPerSquareCentimetre: return \"kilogram per square centimetre\";\n case Unit.VoltPerMetre: return \"volt per metre\";\n case Unit.VoltPerMillimetre: return \"volt per millimetre\";\n case Unit.WattPerKelvin: return \"watt per kelvin\";\n case Unit.WattPerMetreKelvin: return \"watt per metre kelvin\";\n case Unit.WattPerSquareMetre: return \"watt per square metre\";\n case Unit.WattPerSquareMetreKelvin: return \"watt per square metre kelvin\";\n case Unit.WattPerSquareMetreKelvinToFourthPower: return \"watt per square metre kelvin to the fourth power\";\n case Unit.WattPerSteradian: return \"watt per steradian\";\n case Unit.WattPerSteradianSquareMetre: return \"watt per steradian square metre\";\n case Unit.WeberPerMetre: return \"weber per metre\";\n case Unit.RoentgenPerSecond: return \"roentgen per second\";\n case Unit.WeberPerMillimetre: return \"weber per millimetre\";\n case Unit.MinuteUnitAngle: return \"minute [unit of angle]\";\n case Unit.SecondUnitAngle: return \"second [unit of angle]\";\n case Unit.Book: return \"book\";\n case Unit.Round: return \"round\";\n case Unit.NumberWords: return \"number of words\";\n case Unit.InchToFourthPower: return \"inch to the fourth power\";\n case Unit.JouleSquareMetre: return \"joule square metre\";\n case Unit.KilogramPerMole: return \"kilogram per mole\";\n case Unit.Megacoulomb: return \"megacoulomb\";\n case Unit.MegajoulePerSecond: return \"megajoule per second\";\n case Unit.Microwatt: return \"microwatt\";\n case Unit.Microtesla: return \"microtesla\";\n case Unit.Microvolt: return \"microvolt\";\n case Unit.MillinewtonMetre: return \"millinewton metre\";\n case Unit.MicrowattPerSquareMetre: return \"microwatt per square metre\";\n case Unit.Millicoulomb: return \"millicoulomb\";\n case Unit.MillimolePerKilogram: return \"millimole per kilogram\";\n case Unit.MillicoulombPerCubicMetre: return \"millicoulomb per cubic metre\";\n case Unit.MillicoulombPerSquareMetre: return \"millicoulomb per square metre\";\n case Unit.Rem: return \"rem\";\n case Unit.SecondPerCubicMetre: return \"second per cubic metre\";\n case Unit.SecondPerCubicMetreRadian: return \"second per cubic metre radian\";\n case Unit.JoulePerGram: return \"joule per gram\";\n case Unit.Decare: return \"decare\";\n case Unit.TenDay: return \"ten day\";\n case Unit.Day: return \"day\";\n case Unit.DryPound: return \"dry pound\";\n case Unit.DecibelMilliwatts: return \"Decibel-milliwatts\";\n case Unit.DecibelWatt: return \"Decibel watt\";\n case Unit.DegreeUnitAngle: return \"degree [unit of angle]\";\n case Unit.Decade: return \"decade\";\n case Unit.Decigram: return \"decigram\";\n case Unit.Decagram: return \"decagram\";\n case Unit.Decilitre: return \"decilitre\";\n case Unit.CubicDecametre: return \"cubic decametre\";\n case Unit.SquareDecimetre: return \"square decimetre\";\n case Unit.StandardKilolitre: return \"standard kilolitre\";\n case Unit.CubicDecimetre: return \"cubic decimetre\";\n case Unit.Decimetre: return \"decimetre\";\n case Unit.DecinewtonMetre: return \"decinewton metre\";\n case Unit.DozenPiece: return \"dozen piece\";\n case Unit.DozenPair: return \"dozen pair\";\n case Unit.DisplacementTonnage: return \"displacement tonnage\";\n case Unit.DramUs: return \"dram (US)\";\n case Unit.DramUk: return \"dram (UK)\";\n case Unit.DozenRoll: return \"dozen roll\";\n case Unit.DryTon: return \"dry ton\";\n case Unit.Decitonne: return \"decitonne\";\n case Unit.Pennyweight: return \"pennyweight\";\n case Unit.Dozen: return \"dozen\";\n case Unit.DozenPack: return \"dozen pack\";\n case Unit.NewtonPerSquareCentimetre: return \"newton per square centimetre\";\n case Unit.MegawattHourPerHour: return \"megawatt hour per hour\";\n case Unit.MegawattPerHertz: return \"megawatt per hertz\";\n case Unit.MilliampereHour: return \"milliampere hour\";\n case Unit.DegreeDay: return \"degree day\";\n case Unit.Mille: return \"mille\";\n case Unit.KilocalorieInternationalTable: return \"kilocalorie (international table)\";\n case Unit.KilocalorieThermochemicalPerHour: return \"kilocalorie (thermochemical) per hour\";\n case Unit.MillionBtuItPerHour: return \"million Btu(IT) per hour\";\n case Unit.CubicFootPerSecond: return \"cubic foot per second\";\n case Unit.TonnePerHour: return \"tonne per hour\";\n case Unit.Ping: return \"ping\";\n case Unit.MegabitPerSecond: return \"megabit per second\";\n case Unit.Shares: return \"shares\";\n case Unit.Teu: return \"TEU\";\n case Unit.Tyre: return \"tyre\";\n case Unit.ActiveUnit: return \"active unit\";\n case Unit.Dose: return \"dose\";\n case Unit.AirDryTon: return \"air dry ton\";\n case Unit.Strand: return \"strand\";\n case Unit.SquareMetrePerLitre: return \"square metre per litre\";\n case Unit.LitrePerHour: return \"litre per hour\";\n case Unit.FootPerThousand: return \"foot per thousand\";\n case Unit.Gigabyte: return \"gigabyte\";\n case Unit.Terabyte: return \"terabyte\";\n case Unit.Petabyte: return \"petabyte\";\n case Unit.Pixel: return \"pixel\";\n case Unit.Megapixel: return \"megapixel\";\n case Unit.DotsPerInch: return \"dots per inch\";\n case Unit.GrossKilogram: return \"gross kilogram\";\n case Unit.PartPerHundredThousand: return \"part per hundred thousand\";\n case Unit.KilogramForcePerSquareMillimetre: return \"kilogram-force per square millimetre\";\n case Unit.KilogramForcePerSquareCentimetre: return \"kilogram-force per square centimetre\";\n case Unit.JoulePerSquareCentimetre: return \"joule per square centimetre\";\n case Unit.KilogramForceMetrePerSquareCentimetre: return \"kilogram-force metre per square centimetre\";\n case Unit.Milliohm: return \"milliohm\";\n case Unit.KilowattHourPerCubicMetre: return \"kilowatt hour per cubic metre\";\n case Unit.KilowattHourPerKelvin: return \"kilowatt hour per kelvin\";\n case Unit.ServiceUnit: return \"service unit\";\n case Unit.WorkingDay: return \"working day\";\n case Unit.AccountingUnit: return \"accounting unit\";\n case Unit.Job: return \"job\";\n case Unit.RunFoot: return \"run foot\";\n case Unit.Test: return \"test\";\n case Unit.Trip: return \"trip\";\n case Unit.Use: return \"use\";\n case Unit.Well: return \"well\";\n case Unit.Zone: return \"zone\";\n case Unit.ExabitPerSecond: return \"exabit per second\";\n case Unit.Exbibyte: return \"exbibyte\";\n case Unit.Pebibyte: return \"pebibyte\";\n case Unit.Tebibyte: return \"tebibyte\";\n case Unit.Gibibyte: return \"gibibyte\";\n case Unit.Mebibyte: return \"mebibyte\";\n case Unit.Kibibyte: return \"kibibyte\";\n case Unit.ExbibitPerMetre: return \"exbibit per metre\";\n case Unit.ExbibitPerSquareMetre: return \"exbibit per square metre\";\n case Unit.ExbibitPerCubicMetre: return \"exbibit per cubic metre\";\n case Unit.GigabytePerSecond: return \"gigabyte per second\";\n case Unit.GibibitPerMetre: return \"gibibit per metre\";\n case Unit.GibibitPerSquareMetre: return \"gibibit per square metre\";\n case Unit.GibibitPerCubicMetre: return \"gibibit per cubic metre\";\n case Unit.KibibitPerMetre: return \"kibibit per metre\";\n case Unit.KibibitPerSquareMetre: return \"kibibit per square metre\";\n case Unit.KibibitPerCubicMetre: return \"kibibit per cubic metre\";\n case Unit.MebibitPerMetre: return \"mebibit per metre\";\n case Unit.MebibitPerSquareMetre: return \"mebibit per square metre\";\n case Unit.MebibitPerCubicMetre: return \"mebibit per cubic metre\";\n case Unit.Petabit: return \"petabit\";\n case Unit.PetabitPerSecond: return \"petabit per second\";\n case Unit.PebibitPerMetre: return \"pebibit per metre\";\n case Unit.PebibitPerSquareMetre: return \"pebibit per square metre\";\n case Unit.PebibitPerCubicMetre: return \"pebibit per cubic metre\";\n case Unit.Terabit: return \"terabit\";\n case Unit.TerabitPerSecond: return \"terabit per second\";\n case Unit.TebibitPerMetre: return \"tebibit per metre\";\n case Unit.TebibitPerCubicMetre: return \"tebibit per cubic metre\";\n case Unit.TebibitPerSquareMetre: return \"tebibit per square metre\";\n case Unit.BitPerMetre: return \"bit per metre\";\n case Unit.BitPerSquareMetre: return \"bit per square metre\";\n case Unit.ReciprocalCentimetre: return \"reciprocal centimetre\";\n case Unit.ReciprocalDay: return \"reciprocal day\";\n case Unit.CubicDecimetrePerHour: return \"cubic decimetre per hour\";\n case Unit.KilogramPerHour: return \"kilogram per hour\";\n case Unit.KilomolePerSecond: return \"kilomole per second\";\n case Unit.MolePerSecond: return \"mole per second\";\n case Unit.DegreePerSecond: return \"degree per second\";\n case Unit.MillimetrePerDegreeCelciusMetre: return \"millimetre per degree Celcius metre\";\n case Unit.DegreeCelsiusPerKelvin: return \"degree Celsius per kelvin\";\n case Unit.HectopascalPerBar: return \"hectopascal per bar\";\n case Unit.Each: return \"each\";\n case Unit.ElectronicMailBox: return \"electronic mail box\";\n case Unit.EquivalentGallon: return \"equivalent gallon\";\n case Unit.BitPerCubicMetre: return \"bit per cubic metre\";\n case Unit.KelvinPerKelvin: return \"kelvin per kelvin\";\n case Unit.KilopascalPerBar: return \"kilopascal per bar\";\n case Unit.MillibarPerBar: return \"millibar per bar\";\n case Unit.MegapascalPerBar: return \"megapascal per bar\";\n case Unit.PoisePerBar: return \"poise per bar\";\n case Unit.PascalPerBar: return \"pascal per bar\";\n case Unit.MilliamperePerInch: return \"milliampere per inch\";\n case Unit.KelvinPerHour: return \"kelvin per hour\";\n case Unit.KelvinPerMinute: return \"kelvin per minute\";\n case Unit.KelvinPerSecond: return \"kelvin per second\";\n case Unit.Slug: return \"slug\";\n case Unit.GramPerKelvin: return \"gram per kelvin\";\n case Unit.KilogramPerKelvin: return \"kilogram per kelvin\";\n case Unit.MilligramPerKelvin: return \"milligram per kelvin\";\n case Unit.PoundForcePerFoot: return \"pound-force per foot\";\n case Unit.KilogramSquareCentimetre: return \"kilogram square centimetre\";\n case Unit.KilogramSquareMillimetre: return \"kilogram square millimetre\";\n case Unit.PoundInchSquared: return \"pound inch squared\";\n case Unit.PoundForceInch: return \"pound-force inch\";\n case Unit.PoundForceFootPerAmpere: return \"pound-force foot per ampere\";\n case Unit.GramPerCubicDecimetre: return \"gram per cubic decimetre\";\n case Unit.KilogramPerKilomol: return \"kilogram per kilomol\";\n case Unit.GramPerHertz: return \"gram per hertz\";\n case Unit.GramPerDay: return \"gram per day\";\n case Unit.GramPerHour: return \"gram per hour\";\n case Unit.GramPerMinute: return \"gram per minute\";\n case Unit.GramPerSecond: return \"gram per second\";\n case Unit.KilogramPerDay: return \"kilogram per day\";\n case Unit.KilogramPerMinute: return \"kilogram per minute\";\n case Unit.MilligramPerDay: return \"milligram per day\";\n case Unit.MilligramPerMinute: return \"milligram per minute\";\n case Unit.MilligramPerSecond: return \"milligram per second\";\n case Unit.GramPerDayKelvin: return \"gram per day kelvin\";\n case Unit.GramPerHourKelvin: return \"gram per hour kelvin\";\n case Unit.GramPerMinuteKelvin: return \"gram per minute kelvin\";\n case Unit.GramPerSecondKelvin: return \"gram per second kelvin\";\n case Unit.KilogramPerDayKelvin: return \"kilogram per day kelvin\";\n case Unit.KilogramPerHourKelvin: return \"kilogram per hour kelvin\";\n case Unit.KilogramPerMinuteKelvin: return \"kilogram per minute kelvin\";\n case Unit.KilogramPerSecondKelvin: return \"kilogram per second kelvin\";\n case Unit.MilligramPerDayKelvin: return \"milligram per day kelvin\";\n case Unit.MilligramPerHourKelvin: return \"milligram per hour kelvin\";\n case Unit.MilligramPerMinuteKelvin: return \"milligram per minute kelvin\";\n case Unit.MilligramPerSecondKelvin: return \"milligram per second kelvin\";\n case Unit.NewtonPerMillimetre: return \"newton per millimetre\";\n case Unit.PoundForcePerInch: return \"pound-force per inch\";\n case Unit.RodUnitDistance: return \"rod [unit of distance]\";\n case Unit.MicrometrePerKelvin: return \"micrometre per kelvin\";\n case Unit.CentimetrePerKelvin: return \"centimetre per kelvin\";\n case Unit.MetrePerKelvin: return \"metre per kelvin\";\n case Unit.MillimetrePerKelvin: return \"millimetre per kelvin\";\n case Unit.MilliohmPerMetre: return \"milliohm per metre\";\n case Unit.OhmPerMileStatuteMile: return \"ohm per mile (statute mile)\";\n case Unit.OhmPerKilometre: return \"ohm per kilometre\";\n case Unit.MilliamperePerPoundForcePerSquareInch: return \"milliampere per pound-force per square inch\";\n case Unit.ReciprocalBar: return \"reciprocal bar\";\n case Unit.MilliamperePerBar: return \"milliampere per bar\";\n case Unit.DegreeCelsiusPerBar: return \"degree Celsius per bar\";\n case Unit.KelvinPerBar: return \"kelvin per bar\";\n case Unit.GramPerDayBar: return \"gram per day bar\";\n case Unit.GramPerHourBar: return \"gram per hour bar\";\n case Unit.GramPerMinuteBar: return \"gram per minute bar\";\n case Unit.GramPerSecondBar: return \"gram per second bar\";\n case Unit.KilogramPerDayBar: return \"kilogram per day bar\";\n case Unit.KilogramPerHourBar: return \"kilogram per hour bar\";\n case Unit.KilogramPerMinuteBar: return \"kilogram per minute bar\";\n case Unit.KilogramPerSecondBar: return \"kilogram per second bar\";\n case Unit.MilligramPerDayBar: return \"milligram per day bar\";\n case Unit.MilligramPerHourBar: return \"milligram per hour bar\";\n case Unit.MilligramPerMinuteBar: return \"milligram per minute bar\";\n case Unit.MilligramPerSecondBar: return \"milligram per second bar\";\n case Unit.GramPerBar: return \"gram per bar\";\n case Unit.MilligramPerBar: return \"milligram per bar\";\n case Unit.MilliamperePerMillimetre: return \"milliampere per millimetre\";\n case Unit.PascalSecondPerKelvin: return \"pascal second per kelvin\";\n case Unit.InchWater: return \"inch of water\";\n case Unit.InchMercury: return \"inch of mercury\";\n case Unit.WaterHorsePower: return \"water horse power\";\n case Unit.BarPerKelvin: return \"bar per kelvin\";\n case Unit.HectopascalPerKelvin: return \"hectopascal per kelvin\";\n case Unit.KilopascalPerKelvin: return \"kilopascal per kelvin\";\n case Unit.MillibarPerKelvin: return \"millibar per kelvin\";\n case Unit.MegapascalPerKelvin: return \"megapascal per kelvin\";\n case Unit.PoisePerKelvin: return \"poise per kelvin\";\n case Unit.VoltPerLitreMinute: return \"volt per litre minute\";\n case Unit.NewtonCentimetre: return \"newton centimetre\";\n case Unit.NewtonMetrePerDegree: return \"newton metre per degree\";\n case Unit.NewtonMetrePerAmpere: return \"newton metre per ampere\";\n case Unit.BarLitrePerSecond: return \"bar litre per second\";\n case Unit.BarCubicMetrePerSecond: return \"bar cubic metre per second\";\n case Unit.HectopascalLitrePerSecond: return \"hectopascal litre per second\";\n case Unit.HectopascalCubicMetrePerSecond: return \"hectopascal cubic metre per second\";\n case Unit.MillibarLitrePerSecond: return \"millibar litre per second\";\n case Unit.MillibarCubicMetrePerSecond: return \"millibar cubic metre per second\";\n case Unit.MegapascalLitrePerSecond: return \"megapascal litre per second\";\n case Unit.MegapascalCubicMetrePerSecond: return \"megapascal cubic metre per second\";\n case Unit.PascalLitrePerSecond: return \"pascal litre per second\";\n case Unit.DegreeFahrenheit: return \"degree Fahrenheit\";\n case Unit.Farad: return \"farad\";\n case Unit.FibreMetre: return \"fibre metre\";\n case Unit.ThousandCubicFoot: return \"thousand cubic foot\";\n case Unit.HundredCubicMetre: return \"hundred cubic metre\";\n case Unit.Micromole: return \"micromole\";\n case Unit.FailuresInTime: return \"failures in time\";\n case Unit.FlakeTon: return \"flake ton\";\n case Unit.FormazinNephelometricUnit: return \"Formazin nephelometric unit\";\n case Unit.Foot: return \"foot\";\n case Unit.PoundPerSquareFoot: return \"pound per square foot\";\n case Unit.FootPerMinute: return \"foot per minute\";\n case Unit.FootPerSecond: return \"foot per second\";\n case Unit.SquareFoot: return \"square foot\";\n case Unit.CubicFoot: return \"cubic foot\";\n case Unit.PascalCubicMetrePerSecond: return \"pascal cubic metre per second\";\n case Unit.CentimetrePerBar: return \"centimetre per bar\";\n case Unit.MetrePerBar: return \"metre per bar\";\n case Unit.MillimetrePerBar: return \"millimetre per bar\";\n case Unit.SquareInchPerSecond: return \"square inch per second\";\n case Unit.SquareMetrePerSecondKelvin: return \"square metre per second kelvin\";\n case Unit.StokesPerKelvin: return \"stokes per kelvin\";\n case Unit.GramPerCubicCentimetreBar: return \"gram per cubic centimetre bar\";\n case Unit.GramPerCubicDecimetreBar: return \"gram per cubic decimetre bar\";\n case Unit.GramPerLitreBar: return \"gram per litre bar\";\n case Unit.GramPerCubicMetreBar: return \"gram per cubic metre bar\";\n case Unit.GramPerMillilitreBar: return \"gram per millilitre bar\";\n case Unit.KilogramPerCubicCentimetreBar: return \"kilogram per cubic centimetre bar\";\n case Unit.KilogramPerLitreBar: return \"kilogram per litre bar\";\n case Unit.KilogramPerCubicMetreBar: return \"kilogram per cubic metre bar\";\n case Unit.NewtonMetrePerKilogram: return \"newton metre per kilogram\";\n case Unit.UsGallonPerMinute: return \"US gallon per minute\";\n case Unit.PoundForceFootPerPound: return \"pound-force foot per pound\";\n case Unit.CupUnitVolume: return \"cup [unit of volume]\";\n case Unit.Peck: return \"peck\";\n case Unit.TablespoonUs: return \"tablespoon (US)\";\n case Unit.TeaspoonUs: return \"teaspoon (US)\";\n case Unit.Stere: return \"stere\";\n case Unit.CubicCentimetrePerKelvin: return \"cubic centimetre per kelvin\";\n case Unit.LitrePerKelvin: return \"litre per kelvin\";\n case Unit.CubicMetrePerKelvin: return \"cubic metre per kelvin\";\n case Unit.ImperialGallonPerMinute: return \"Imperial gallon per minute\";\n case Unit.MillilitrePerKelvin: return \"millilitre per kelvin\";\n case Unit.KilogramPerCubicCentimetre: return \"kilogram per cubic centimetre\";\n case Unit.OunceAvoirdupoisPerCubicYard: return \"ounce (avoirdupois) per cubic yard\";\n case Unit.GramPerCubicCentimetreKelvin: return \"gram per cubic centimetre kelvin\";\n case Unit.GramPerCubicDecimetreKelvin: return \"gram per cubic decimetre kelvin\";\n case Unit.GramPerLitreKelvin: return \"gram per litre kelvin\";\n case Unit.GramPerCubicMetreKelvin: return \"gram per cubic metre kelvin\";\n case Unit.GramPerMillilitreKelvin: return \"gram per millilitre kelvin\";\n case Unit.KilogramPerCubicCentimetreKelvin: return \"kilogram per cubic centimetre kelvin\";\n case Unit.KilogramPerLitreKelvin: return \"kilogram per litre kelvin\";\n case Unit.KilogramPerCubicMetreKelvin: return \"kilogram per cubic metre kelvin\";\n case Unit.SquareMetrePerSecondBar: return \"square metre per second bar\";\n case Unit.MicrosiemensPerCentimetre: return \"microsiemens per centimetre\";\n case Unit.MicrosiemensPerMetre: return \"microsiemens per metre\";\n case Unit.NanosiemensPerCentimetre: return \"nanosiemens per centimetre\";\n case Unit.NanosiemensPerMetre: return \"nanosiemens per metre\";\n case Unit.StokesPerBar: return \"stokes per bar\";\n case Unit.CubicCentimetrePerDay: return \"cubic centimetre per day\";\n case Unit.CubicCentimetrePerHour: return \"cubic centimetre per hour\";\n case Unit.CubicCentimetrePerMinute: return \"cubic centimetre per minute\";\n case Unit.GallonUsPerHour: return \"gallon (US) per hour\";\n case Unit.LitrePerSecond: return \"litre per second\";\n case Unit.CubicMetrePerDay: return \"cubic metre per day\";\n case Unit.CubicMetrePerMinute: return \"cubic metre per minute\";\n case Unit.MillilitrePerDay: return \"millilitre per day\";\n case Unit.MillilitrePerHour: return \"millilitre per hour\";\n case Unit.CubicInchPerHour: return \"cubic inch per hour\";\n case Unit.CubicInchPerMinute: return \"cubic inch per minute\";\n case Unit.CubicInchPerSecond: return \"cubic inch per second\";\n case Unit.MilliamperePerLitreMinute: return \"milliampere per litre minute\";\n case Unit.VoltPerBar: return \"volt per bar\";\n case Unit.CubicCentimetrePerDayKelvin: return \"cubic centimetre per day kelvin\";\n case Unit.CubicCentimetrePerHourKelvin: return \"cubic centimetre per hour kelvin\";\n case Unit.CubicCentimetrePerMinuteKelvin: return \"cubic centimetre per minute kelvin\";\n case Unit.CubicCentimetrePerSecondKelvin: return \"cubic centimetre per second kelvin\";\n case Unit.LitrePerDayKelvin: return \"litre per day kelvin\";\n case Unit.LitrePerHourKelvin: return \"litre per hour kelvin\";\n case Unit.LitrePerMinuteKelvin: return \"litre per minute kelvin\";\n case Unit.LitrePerSecondKelvin: return \"litre per second kelvin\";\n case Unit.CubicMetrePerDayKelvin: return \"cubic metre per day kelvin\";\n case Unit.CubicMetrePerHourKelvin: return \"cubic metre per hour kelvin\";\n case Unit.CubicMetrePerMinuteKelvin: return \"cubic metre per minute kelvin\";\n case Unit.CubicMetrePerSecondKelvin: return \"cubic metre per second kelvin\";\n case Unit.MillilitrePerDayKelvin: return \"millilitre per day kelvin\";\n case Unit.MillilitrePerHourKelvin: return \"millilitre per hour kelvin\";\n case Unit.MillilitrePerMinuteKelvin: return \"millilitre per minute kelvin\";\n case Unit.MillilitrePerSecondKelvin: return \"millilitre per second kelvin\";\n case Unit.MillimetreToFourthPower: return \"millimetre to the fourth power\";\n case Unit.CubicCentimetrePerDayBar: return \"cubic centimetre per day bar\";\n case Unit.CubicCentimetrePerHourBar: return \"cubic centimetre per hour bar\";\n case Unit.CubicCentimetrePerMinuteBar: return \"cubic centimetre per minute bar\";\n case Unit.CubicCentimetrePerSecondBar: return \"cubic centimetre per second bar\";\n case Unit.LitrePerDayBar: return \"litre per day bar\";\n case Unit.LitrePerHourBar: return \"litre per hour bar\";\n case Unit.LitrePerMinuteBar: return \"litre per minute bar\";\n case Unit.LitrePerSecondBar: return \"litre per second bar\";\n case Unit.CubicMetrePerDayBar: return \"cubic metre per day bar\";\n case Unit.CubicMetrePerHourBar: return \"cubic metre per hour bar\";\n case Unit.CubicMetrePerMinuteBar: return \"cubic metre per minute bar\";\n case Unit.CubicMetrePerSecondBar: return \"cubic metre per second bar\";\n case Unit.MillilitrePerDayBar: return \"millilitre per day bar\";\n case Unit.MillilitrePerHourBar: return \"millilitre per hour bar\";\n case Unit.MillilitrePerMinuteBar: return \"millilitre per minute bar\";\n case Unit.MillilitrePerSecondBar: return \"millilitre per second bar\";\n case Unit.CubicCentimetrePerBar: return \"cubic centimetre per bar\";\n case Unit.LitrePerBar: return \"litre per bar\";\n case Unit.CubicMetrePerBar: return \"cubic metre per bar\";\n case Unit.MillilitrePerBar: return \"millilitre per bar\";\n case Unit.MicrohenryPerKiloohm: return \"microhenry per kiloohm\";\n case Unit.MicrohenryPerOhm: return \"microhenry per ohm\";\n case Unit.GallonUsPerDay: return \"gallon (US) per day\";\n case Unit.Gigabecquerel: return \"gigabecquerel\";\n case Unit.GramDryWeight: return \"gram, dry weight\";\n case Unit.PoundPerGallonUs: return \"pound per gallon (US)\";\n case Unit.GramPerMetreGramPer100Centimetres: return \"gram per metre (gram per 100 centimetres)\";\n case Unit.GramFissileIsotope: return \"gram of fissile isotope\";\n case Unit.GreatGross: return \"great gross\";\n case Unit.GillUs: return \"gill (US)\";\n case Unit.GramIncludingContainer: return \"gram, including container\";\n case Unit.GillUk: return \"gill (UK)\";\n case Unit.GramIncludingInnerPackaging: return \"gram, including inner packaging\";\n case Unit.GramPerMillilitre: return \"gram per millilitre\";\n case Unit.GramPerLitre: return \"gram per litre\";\n case Unit.DryGallonUs: return \"dry gallon (US)\";\n case Unit.GallonUk: return \"gallon (UK)\";\n case Unit.GallonUs: return \"gallon (US)\";\n case Unit.GramPerSquareMetre: return \"gram per square metre\";\n case Unit.MilligramPerSquareMetre: return \"milligram per square metre\";\n case Unit.MilligramPerCubicMetre: return \"milligram per cubic metre\";\n case Unit.MicrogramPerCubicMetre: return \"microgram per cubic metre\";\n case Unit.Gram: return \"gram\";\n case Unit.Grain: return \"grain\";\n case Unit.Gross: return \"gross\";\n case Unit.Gigajoule: return \"gigajoule\";\n case Unit.GigawattHour: return \"gigawatt hour\";\n case Unit.HenryPerKiloohm: return \"henry per kiloohm\";\n case Unit.HenryPerOhm: return \"henry per ohm\";\n case Unit.MillihenryPerKiloohm: return \"millihenry per kiloohm\";\n case Unit.MillihenryPerOhm: return \"millihenry per ohm\";\n case Unit.PascalSecondPerBar: return \"pascal second per bar\";\n case Unit.Microbecquerel: return \"microbecquerel\";\n case Unit.ReciprocalYear: return \"reciprocal year\";\n case Unit.ReciprocalHour: return \"reciprocal hour\";\n case Unit.ReciprocalMonth: return \"reciprocal month\";\n case Unit.DegreeCelsiusPerHour: return \"degree Celsius per hour\";\n case Unit.DegreeCelsiusPerMinute: return \"degree Celsius per minute\";\n case Unit.DegreeCelsiusPerSecond: return \"degree Celsius per second\";\n case Unit.SquareCentimetrePerGram: return \"square centimetre per gram\";\n case Unit.SquareDecametre: return \"square decametre\";\n case Unit.SquareHectometre: return \"square hectometre\";\n case Unit.CubicHectometre: return \"cubic hectometre\";\n case Unit.CubicKilometre: return \"cubic kilometre\";\n case Unit.Blank: return \"blank\";\n case Unit.VoltSquareInchPerPoundForce: return \"volt square inch per pound-force\";\n case Unit.VoltPerInch: return \"volt per inch\";\n case Unit.VoltPerMicrosecond: return \"volt per microsecond\";\n case Unit.PercentPerKelvin: return \"percent per kelvin\";\n case Unit.OhmPerMetre: return \"ohm per metre\";\n case Unit.DegreePerMetre: return \"degree per metre\";\n case Unit.MicrofaradPerKilometre: return \"microfarad per kilometre\";\n case Unit.MicrogramPerLitre: return \"microgram per litre\";\n case Unit.SquareMicrometreSquareMicron: return \"square micrometre (square micron)\";\n case Unit.AmperePerKilogram: return \"ampere per kilogram\";\n case Unit.AmpereSquaredSecond: return \"ampere squared second\";\n case Unit.FaradPerKilometre: return \"farad per kilometre\";\n case Unit.HertzMetre: return \"hertz metre\";\n case Unit.KelvinMetrePerWatt: return \"kelvin metre per watt\";\n case Unit.MegaohmPerKilometre: return \"megaohm per kilometre\";\n case Unit.MegaohmPerMetre: return \"megaohm per metre\";\n case Unit.Megaampere: return \"megaampere\";\n case Unit.MegahertzKilometre: return \"megahertz kilometre\";\n case Unit.NewtonPerAmpere: return \"newton per ampere\";\n case Unit.NewtonMetreWattToPowerMinus05: return \"newton metre watt to the power minus 0,5\";\n case Unit.PascalPerMetre: return \"pascal per metre\";\n case Unit.SiemensPerCentimetre: return \"siemens per centimetre\";\n case Unit.Teraohm: return \"teraohm\";\n case Unit.VoltSecondPerMetre: return \"volt second per metre\";\n case Unit.VoltPerSecond: return \"volt per second\";\n case Unit.WattPerCubicMetre: return \"watt per cubic metre\";\n case Unit.Attofarad: return \"attofarad\";\n case Unit.CentimetrePerHour: return \"centimetre per hour\";\n case Unit.ReciprocalCubicCentimetre: return \"reciprocal cubic centimetre\";\n case Unit.DecibelPerKilometre: return \"decibel per kilometre\";\n case Unit.DecibelPerMetre: return \"decibel per metre\";\n case Unit.KilogramPerBar: return \"kilogram per bar\";\n case Unit.KilogramPerCubicDecimetreKelvin: return \"kilogram per cubic decimetre kelvin\";\n case Unit.KilogramPerCubicDecimetreBar: return \"kilogram per cubic decimetre bar\";\n case Unit.KilogramPerSquareMetreSecond: return \"kilogram per square metre second\";\n case Unit.InchPerTwoPiRadiant: return \"inch per two pi radiant\";\n case Unit.MetrePerVoltSecond: return \"metre per volt second\";\n case Unit.SquareMetrePerNewton: return \"square metre per newton\";\n case Unit.CubicMetrePerCubicMetre: return \"cubic metre per cubic metre\";\n case Unit.MillisiemensPerCentimetre: return \"millisiemens per centimetre\";\n case Unit.MillivoltPerMinute: return \"millivolt per minute\";\n case Unit.MilligramPerSquareCentimetre: return \"milligram per square centimetre\";\n case Unit.MilligramPerGram: return \"milligram per gram\";\n case Unit.MillilitrePerCubicMetre: return \"millilitre per cubic metre\";\n case Unit.MillimetrePerYear: return \"millimetre per year\";\n case Unit.MillimetrePerHour: return \"millimetre per hour\";\n case Unit.MillimolePerGram: return \"millimole per gram\";\n case Unit.PicopascalPerKilometre: return \"picopascal per kilometre\";\n case Unit.Picosecond: return \"picosecond\";\n case Unit.PercentPerMonth: return \"percent per month\";\n case Unit.PercentPerHectobar: return \"percent per hectobar\";\n case Unit.PercentPerDecakelvin: return \"percent per decakelvin\";\n case Unit.WattPerMetre: return \"watt per metre\";\n case Unit.Decapascal: return \"decapascal\";\n case Unit.GramPerMillimetre: return \"gram per millimetre\";\n case Unit.ModuleWidth: return \"module width\";\n case Unit.FrenchGauge: return \"French gauge\";\n case Unit.RackUnit: return \"rack unit\";\n case Unit.MillimetrePerMinute: return \"millimetre per minute\";\n case Unit.BigPoint: return \"big point\";\n case Unit.LitrePerKilogram: return \"litre per kilogram\";\n case Unit.GramMillimetre: return \"gram millimetre\";\n case Unit.ReciprocalWeek: return \"reciprocal week\";\n case Unit.Piece: return \"piece\";\n case Unit.MegaohmKilometre: return \"megaohm kilometre\";\n case Unit.PercentPerOhm: return \"percent per ohm\";\n case Unit.PercentPerDegree: return \"percent per degree\";\n case Unit.PercentPerTenThousand: return \"percent per ten thousand\";\n case Unit.PercentPerOneHundredThousand: return \"percent per one hundred thousand\";\n case Unit.PercentPerHundred: return \"percent per hundred\";\n case Unit.PercentPerThousand: return \"percent per thousand\";\n case Unit.PercentPerVolt: return \"percent per volt\";\n case Unit.PercentPerBar: return \"percent per bar\";\n case Unit.PercentPerInch: return \"percent per inch\";\n case Unit.PercentPerMetre: return \"percent per metre\";\n case Unit.Hank: return \"hank\";\n case Unit.PieceDay: return \"Piece Day\";\n case Unit.Hectobar: return \"hectobar\";\n case Unit.HundredBoxes: return \"hundred boxes\";\n case Unit.HundredCount: return \"hundred count\";\n case Unit.HundredKilogramDryWeight: return \"hundred kilogram, dry weight\";\n case Unit.Head: return \"head\";\n case Unit.Hectogram: return \"hectogram\";\n case Unit.HundredCubicFoot: return \"hundred cubic foot\";\n case Unit.HundredInternationalUnit: return \"hundred international unit\";\n case Unit.HundredKilogramNetMass: return \"hundred kilogram, net mass\";\n case Unit.Hectolitre: return \"hectolitre\";\n case Unit.MilePerHourStatuteMile: return \"mile per hour (statute mile)\";\n case Unit.PieceMonth: return \"Piece Month\";\n case Unit.MillionCubicMetre: return \"million cubic metre\";\n case Unit.Hectometre: return \"hectometre\";\n case Unit.HectolitrePureAlcohol: return \"hectolitre of pure alcohol\";\n case Unit.Hertz: return \"hertz\";\n case Unit.Hour: return \"hour\";\n case Unit.PieceWeek: return \"Piece Week\";\n case Unit.InchPoundPoundInch: return \"inch pound (pound inch)\";\n case Unit.Person: return \"person\";\n case Unit.Inch: return \"inch\";\n case Unit.SquareInch: return \"square inch\";\n case Unit.CubicInch: return \"cubic inch\";\n case Unit.InternationalSugarDegree: return \"international sugar degree\";\n case Unit.InchPerSecond: return \"inch per second\";\n case Unit.InternationalUnitPerGram: return \"international unit per gram\";\n case Unit.InchPerSecondSquared: return \"inch per second squared\";\n case Unit.PercentPerMillimetre: return \"percent per millimetre\";\n case Unit.PerMillePerPsi: return \"per mille per psi\";\n case Unit.DegreeApi: return \"degree API\";\n case Unit.DegreeBaumeOriginScale: return \"degree Baume (origin scale)\";\n case Unit.DegreeBaumeUsHeavy: return \"degree Baume (US heavy)\";\n case Unit.DegreeBaumeUsLight: return \"degree Baume (US light)\";\n case Unit.DegreeBalling: return \"degree Balling\";\n case Unit.DegreeBrix: return \"degree Brix\";\n case Unit.DegreeFahrenheitHourSquareFootPerBritishThermalUnitThermochemical: return \"degree Fahrenheit hour square foot per British thermal unit (thermochemical)\";\n case Unit.JoulePerKilogram: return \"joule per kilogram\";\n case Unit.DegreeFahrenheitPerKelvin: return \"degree Fahrenheit per kelvin\";\n case Unit.DegreeFahrenheitPerBar: return \"degree Fahrenheit per bar\";\n case Unit.DegreeFahrenheitHourSquareFootPerBritishThermalUnitInternationalTable: return \"degree Fahrenheit hour square foot per British thermal unit (international table)\";\n case Unit.DegreeFahrenheitPerHour: return \"degree Fahrenheit per hour\";\n case Unit.DegreeFahrenheitPerMinute: return \"degree Fahrenheit per minute\";\n case Unit.DegreeFahrenheitPerSecond: return \"degree Fahrenheit per second\";\n case Unit.ReciprocalDegreeFahrenheit: return \"reciprocal degree Fahrenheit\";\n case Unit.DegreeOechsle: return \"degree Oechsle\";\n case Unit.DegreeRankinePerHour: return \"degree Rankine per hour\";\n case Unit.DegreeRankinePerMinute: return \"degree Rankine per minute\";\n case Unit.DegreeRankinePerSecond: return \"degree Rankine per second\";\n case Unit.DegreeTwaddell: return \"degree Twaddell\";\n case Unit.Micropoise: return \"micropoise\";\n case Unit.MicrogramPerKilogram: return \"microgram per kilogram\";\n case Unit.MicrogramPerCubicMetreKelvin: return \"microgram per cubic metre kelvin\";\n case Unit.MicrogramPerCubicMetreBar: return \"microgram per cubic metre bar\";\n case Unit.MicrolitrePerLitre: return \"microlitre per litre\";\n case Unit.Baud: return \"baud\";\n case Unit.BritishThermalUnitMean: return \"British thermal unit (mean)\";\n case Unit.BritishThermalUnitInternationalTableFootPerHourSquareFootDegreeFahrenheit: return \"British thermal unit (international table) foot per hour square foot degree Fahrenheit\";\n case Unit.BritishThermalUnitInternationalTableInchPerHourSquareFootDegreeFahrenheit: return \"British thermal unit (international table) inch per hour square foot degree Fahrenheit\";\n case Unit.BritishThermalUnitInternationalTableInchPerSecondSquareFootDegreeFahrenheit: return \"British thermal unit (international table) inch per second square foot degree Fahrenheit\";\n case Unit.BritishThermalUnitInternationalTablePerPoundDegreeFahrenheit: return \"British thermal unit (international table) per pound degree Fahrenheit\";\n case Unit.BritishThermalUnitInternationalTablePerMinute: return \"British thermal unit (international table) per minute\";\n case Unit.BritishThermalUnitInternationalTablePerSecond: return \"British thermal unit (international table) per second\";\n case Unit.BritishThermalUnitThermochemicalFootPerHourSquareFootDegreeFahrenheit: return \"British thermal unit (thermochemical) foot per hour square foot degree Fahrenheit\";\n case Unit.BritishThermalUnitThermochemicalPerHour: return \"British thermal unit (thermochemical) per hour\";\n case Unit.BritishThermalUnitThermochemicalInchPerHourSquareFootDegreeFahrenheit: return \"British thermal unit (thermochemical) inch per hour square foot degree Fahrenheit\";\n case Unit.BritishThermalUnitThermochemicalInchPerSecondSquareFootDegreeFahrenheit: return \"British thermal unit (thermochemical) inch per second square foot degree Fahrenheit\";\n case Unit.BritishThermalUnitThermochemicalPerPoundDegreeFahrenheit: return \"British thermal unit (thermochemical) per pound degree Fahrenheit\";\n case Unit.BritishThermalUnitThermochemicalPerMinute: return \"British thermal unit (thermochemical) per minute\";\n case Unit.BritishThermalUnitThermochemicalPerSecond: return \"British thermal unit (thermochemical) per second\";\n case Unit.CoulombSquareMetrePerKilogram: return \"coulomb square metre per kilogram\";\n case Unit.Megabaud: return \"megabaud\";\n case Unit.WattSecond: return \"watt second\";\n case Unit.BarPerBar: return \"bar per bar\";\n case Unit.BarrelUkPetroleum: return \"barrel (UK petroleum)\";\n case Unit.BarrelUkPetroleumPerMinute: return \"barrel (UK petroleum) per minute\";\n case Unit.BarrelUkPetroleumPerDay: return \"barrel (UK petroleum) per day\";\n case Unit.BarrelUkPetroleumPerHour: return \"barrel (UK petroleum) per hour\";\n case Unit.BarrelUkPetroleumPerSecond: return \"barrel (UK petroleum) per second\";\n case Unit.BarrelUsPetroleumPerHour: return \"barrel (US petroleum) per hour\";\n case Unit.BarrelUsPetroleumPerSecond: return \"barrel (US petroleum) per second\";\n case Unit.BushelUkPerDay: return \"bushel (UK) per day\";\n case Unit.BushelUkPerHour: return \"bushel (UK) per hour\";\n case Unit.BushelUkPerMinute: return \"bushel (UK) per minute\";\n case Unit.BushelUkPerSecond: return \"bushel (UK) per second\";\n case Unit.BushelUsDryPerDay: return \"bushel (US dry) per day\";\n case Unit.BushelUsDryPerHour: return \"bushel (US dry) per hour\";\n case Unit.BushelUsDryPerMinute: return \"bushel (US dry) per minute\";\n case Unit.BushelUsDryPerSecond: return \"bushel (US dry) per second\";\n case Unit.CentinewtonMetre: return \"centinewton metre\";\n case Unit.CentipoisePerKelvin: return \"centipoise per kelvin\";\n case Unit.CentipoisePerBar: return \"centipoise per bar\";\n case Unit.CalorieMean: return \"calorie (mean)\";\n case Unit.CalorieInternationalTablePerGramDegreeCelsius: return \"calorie (international table) per gram degree Celsius\";\n case Unit.CalorieThermochemicalPerCentimetreSecondDegreeCelsius: return \"calorie (thermochemical) per centimetre second degree Celsius\";\n case Unit.CalorieThermochemicalPerGramDegreeCelsius: return \"calorie (thermochemical) per gram degree Celsius\";\n case Unit.CalorieThermochemicalPerMinute: return \"calorie (thermochemical) per minute\";\n case Unit.CalorieThermochemicalPerSecond: return \"calorie (thermochemical) per second\";\n case Unit.Clo: return \"clo\";\n case Unit.CentimetrePerSecondKelvin: return \"centimetre per second kelvin\";\n case Unit.CentimetrePerSecondBar: return \"centimetre per second bar\";\n case Unit.CubicCentimetrePerCubicMetre: return \"cubic centimetre per cubic metre\";\n case Unit.CubicDecimetrePerDay: return \"cubic decimetre per day\";\n case Unit.CubicDecimetrePerCubicMetre: return \"cubic decimetre per cubic metre\";\n case Unit.CubicDecimetrePerMinute: return \"cubic decimetre per minute\";\n case Unit.CubicDecimetrePerSecond: return \"cubic decimetre per second\";\n case Unit.OunceUkFluidPerDay: return \"ounce (UK fluid) per day\";\n case Unit.OunceUkFluidPerHour: return \"ounce (UK fluid) per hour\";\n case Unit.OunceUkFluidPerMinute: return \"ounce (UK fluid) per minute\";\n case Unit.OunceUkFluidPerSecond: return \"ounce (UK fluid) per second\";\n case Unit.OunceUsFluidPerDay: return \"ounce (US fluid) per day\";\n case Unit.JoulePerKelvin: return \"joule per kelvin\";\n case Unit.MegajoulePerKilogram: return \"megajoule per kilogram\";\n case Unit.MegajoulePerCubicMetre: return \"megajoule per cubic metre\";\n case Unit.PipelineJoint: return \"pipeline joint\";\n case Unit.Joule: return \"joule\";\n case Unit.HundredMetre: return \"hundred metre\";\n case Unit.NumberJewels: return \"number of jewels\";\n case Unit.KilowattDemand: return \"kilowatt demand\";\n case Unit.OunceUsFluidPerHour: return \"ounce (US fluid) per hour\";\n case Unit.OunceUsFluidPerMinute: return \"ounce (US fluid) per minute\";\n case Unit.OunceUsFluidPerSecond: return \"ounce (US fluid) per second\";\n case Unit.FootPerDegreeFahrenheit: return \"foot per degree Fahrenheit\";\n case Unit.FootPerHour: return \"foot per hour\";\n case Unit.FootPoundForcePerHour: return \"foot pound-force per hour\";\n case Unit.FootPoundForcePerMinute: return \"foot pound-force per minute\";\n case Unit.FootPerPsi: return \"foot per psi\";\n case Unit.FootPerSecondDegreeFahrenheit: return \"foot per second degree Fahrenheit\";\n case Unit.FootPerSecondPsi: return \"foot per second psi\";\n case Unit.KilovoltAmpereReactiveDemand: return \"kilovolt ampere reactive demand\";\n case Unit.ReciprocalCubicFoot: return \"reciprocal cubic foot\";\n case Unit.CubicFootPerDegreeFahrenheit: return \"cubic foot per degree Fahrenheit\";\n case Unit.CubicFootPerDay: return \"cubic foot per day\";\n case Unit.CubicFootPerPsi: return \"cubic foot per psi\";\n case Unit.GallonUkPerDay: return \"gallon (UK) per day\";\n case Unit.GallonUkPerHour: return \"gallon (UK) per hour\";\n case Unit.GallonUkPerSecond: return \"gallon (UK) per second\";\n case Unit.KilovoltAmpereReactiveHour: return \"kilovolt ampere reactive hour\";\n case Unit.GallonUsLiquidPerSecond: return \"gallon (US liquid) per second\";\n case Unit.GramForcePerSquareCentimetre: return \"gram-force per square centimetre\";\n case Unit.GillUkPerDay: return \"gill (UK) per day\";\n case Unit.GillUkPerHour: return \"gill (UK) per hour\";\n case Unit.GillUkPerMinute: return \"gill (UK) per minute\";\n case Unit.GillUkPerSecond: return \"gill (UK) per second\";\n case Unit.GillUsPerDay: return \"gill (US) per day\";\n case Unit.GillUsPerHour: return \"gill (US) per hour\";\n case Unit.GillUsPerMinute: return \"gill (US) per minute\";\n case Unit.GillUsPerSecond: return \"gill (US) per second\";\n case Unit.StandardAccelerationFreeFall: return \"standard acceleration of free fall\";\n case Unit.GrainPerGallonUs: return \"grain per gallon (US)\";\n case Unit.HorsepowerBoiler: return \"horsepower (boiler)\";\n case Unit.HorsepowerElectric: return \"horsepower (electric)\";\n case Unit.InchPerDegreeFahrenheit: return \"inch per degree Fahrenheit\";\n case Unit.InchPerPsi: return \"inch per psi\";\n case Unit.InchPerSecondDegreeFahrenheit: return \"inch per second degree Fahrenheit\";\n case Unit.InchPerSecondPsi: return \"inch per second psi\";\n case Unit.ReciprocalCubicInch: return \"reciprocal cubic inch\";\n case Unit.Kilobaud: return \"kilobaud\";\n case Unit.KilocalorieMean: return \"kilocalorie (mean)\";\n case Unit.KilocalorieInternationalTablePerHourMetreDegreeCelsius: return \"kilocalorie (international table) per hour metre degree Celsius\";\n case Unit.KilocalorieThermochemical: return \"kilocalorie (thermochemical)\";\n case Unit.KilocalorieThermochemicalPerMinute: return \"kilocalorie (thermochemical) per minute\";\n case Unit.KilocalorieThermochemicalPerSecond: return \"kilocalorie (thermochemical) per second\";\n case Unit.KilomolePerHour: return \"kilomole per hour\";\n case Unit.KilomolePerCubicMetreKelvin: return \"kilomole per cubic metre kelvin\";\n case Unit.Kilolitre: return \"kilolitre\";\n case Unit.KilomolePerCubicMetreBar: return \"kilomole per cubic metre bar\";\n case Unit.KilomolePerMinute: return \"kilomole per minute\";\n case Unit.LitrePerLitre: return \"litre per litre\";\n case Unit.ReciprocalLitre: return \"reciprocal litre\";\n case Unit.PoundAvoirdupoisPerDegreeFahrenheit: return \"pound (avoirdupois) per degree Fahrenheit\";\n case Unit.PoundAvoirdupoisSquareFoot: return \"pound (avoirdupois) square foot\";\n case Unit.PoundAvoirdupoisPerDay: return \"pound (avoirdupois) per day\";\n case Unit.PoundPerFootHour: return \"pound per foot hour\";\n case Unit.PoundPerFootSecond: return \"pound per foot second\";\n case Unit.PoundAvoirdupoisPerCubicFootDegreeFahrenheit: return \"pound (avoirdupois) per cubic foot degree Fahrenheit\";\n case Unit.PoundAvoirdupoisPerCubicFootPsi: return \"pound (avoirdupois) per cubic foot psi\";\n case Unit.PoundAvoirdupoisPerGallonUk: return \"pound (avoirdupois) per gallon (UK)\";\n case Unit.PoundAvoirdupoisPerHourDegreeFahrenheit: return \"pound (avoirdupois) per hour degree Fahrenheit\";\n case Unit.PoundAvoirdupoisPerHourPsi: return \"pound (avoirdupois) per hour psi\";\n case Unit.PoundAvoirdupoisPerCubicInchDegreeFahrenheit: return \"pound (avoirdupois) per cubic inch degree Fahrenheit\";\n case Unit.PoundAvoirdupoisPerCubicInchPsi: return \"pound (avoirdupois) per cubic inch psi\";\n case Unit.PoundAvoirdupoisPerPsi: return \"pound (avoirdupois) per psi\";\n case Unit.PoundAvoirdupoisPerMinute: return \"pound (avoirdupois) per minute\";\n case Unit.PoundAvoirdupoisPerMinuteDegreeFahrenheit: return \"pound (avoirdupois) per minute degree Fahrenheit\";\n case Unit.PoundAvoirdupoisPerMinutePsi: return \"pound (avoirdupois) per minute psi\";\n case Unit.PoundAvoirdupoisPerSecond: return \"pound (avoirdupois) per second\";\n case Unit.PoundAvoirdupoisPerSecondDegreeFahrenheit: return \"pound (avoirdupois) per second degree Fahrenheit\";\n case Unit.PoundAvoirdupoisPerSecondPsi: return \"pound (avoirdupois) per second psi\";\n case Unit.PoundPerCubicYard: return \"pound per cubic yard\";\n case Unit.PoundForcePerSquareFoot: return \"pound-force per square foot\";\n case Unit.PoundForcePerSquareInchDegreeFahrenheit: return \"pound-force per square inch degree Fahrenheit\";\n case Unit.PsiCubicInchPerSecond: return \"psi cubic inch per second\";\n case Unit.PsiLitrePerSecond: return \"psi litre per second\";\n case Unit.PsiCubicMetrePerSecond: return \"psi cubic metre per second\";\n case Unit.PsiCubicYardPerSecond: return \"psi cubic yard per second\";\n case Unit.PoundForceSecondPerSquareFoot: return \"pound-force second per square foot\";\n case Unit.PoundForceSecondPerSquareInch: return \"pound-force second per square inch\";\n case Unit.ReciprocalPsi: return \"reciprocal psi\";\n case Unit.QuartUkLiquidPerDay: return \"quart (UK liquid) per day\";\n case Unit.QuartUkLiquidPerHour: return \"quart (UK liquid) per hour\";\n case Unit.QuartUkLiquidPerMinute: return \"quart (UK liquid) per minute\";\n case Unit.QuartUkLiquidPerSecond: return \"quart (UK liquid) per second\";\n case Unit.QuartUsLiquidPerDay: return \"quart (US liquid) per day\";\n case Unit.QuartUsLiquidPerHour: return \"quart (US liquid) per hour\";\n case Unit.Cake: return \"cake\";\n case Unit.Katal: return \"katal\";\n case Unit.Kilocharacter: return \"kilocharacter\";\n case Unit.Kilobar: return \"kilobar\";\n case Unit.KilogramCholineChloride: return \"kilogram of choline chloride\";\n case Unit.KilogramDrainedNetWeight: return \"kilogram drained net weight\";\n case Unit.Kelvin: return \"kelvin\";\n case Unit.Kilogram: return \"kilogram\";\n case Unit.KilogramPerSecond: return \"kilogram per second\";\n case Unit.KilogramHydrogenPeroxide: return \"kilogram of hydrogen peroxide\";\n case Unit.Kilohertz: return \"kilohertz\";\n case Unit.KilogramPerMillimetreWidth: return \"kilogram per millimetre width\";\n case Unit.KilogramIncludingContainer: return \"kilogram, including container\";\n case Unit.KilogramIncludingInnerPackaging: return \"kilogram, including inner packaging\";\n case Unit.Kilosegment: return \"kilosegment\";\n case Unit.Kilojoule: return \"kilojoule\";\n case Unit.KilogramPerMetre: return \"kilogram per metre\";\n case Unit.LacticDryMaterialPercentage: return \"lactic dry material percentage\";\n case Unit.Kilolux: return \"kilolux\";\n case Unit.KilogramMethylamine: return \"kilogram of methylamine\";\n case Unit.KilometrePerHour: return \"kilometre per hour\";\n case Unit.SquareKilometre: return \"square kilometre\";\n case Unit.KilogramPerCubicMetre: return \"kilogram per cubic metre\";\n case Unit.Kilometre: return \"kilometre\";\n case Unit.KilogramNitrogen: return \"kilogram of nitrogen\";\n case Unit.KilonewtonPerSquareMetre: return \"kilonewton per square metre\";\n case Unit.KilogramNamedSubstance: return \"kilogram named substance\";\n case Unit.Knot: return \"knot\";\n case Unit.MilliequivalenceCausticPotashPerGramProduct: return \"milliequivalence caustic potash per gram of product\";\n case Unit.Kilopascal: return \"kilopascal\";\n case Unit.KilogramPotassiumHydroxideCausticPotash: return \"kilogram of potassium hydroxide (caustic potash)\";\n case Unit.KilogramPotassiumOxide: return \"kilogram of potassium oxide\";\n case Unit.KilogramPhosphorusPentoxidePhosphoricAnhydride: return \"kilogram of phosphorus pentoxide (phosphoric anhydride)\";\n case Unit.Kiloroentgen: return \"kiloroentgen\";\n case Unit.KilogramSubstance90Dry: return \"kilogram of substance 90 % dry\";\n case Unit.KilogramSodiumHydroxideCausticSoda: return \"kilogram of sodium hydroxide (caustic soda)\";\n case Unit.Kit: return \"kit\";\n case Unit.Kilotonne: return \"kilotonne\";\n case Unit.KilogramUranium: return \"kilogram of uranium\";\n case Unit.KilovoltAmpere: return \"kilovolt - ampere\";\n case Unit.Kilovar: return \"kilovar\";\n case Unit.Kilovolt: return \"kilovolt\";\n case Unit.KilogramPerMillimetre: return \"kilogram per millimetre\";\n case Unit.KilowattHour: return \"kilowatt hour\";\n case Unit.KilowattHourPerNormalizedCubicMetre: return \"Kilowatt hour per normalized cubic metre\";\n case Unit.KilogramTungstenTrioxide: return \"kilogram of tungsten trioxide\";\n case Unit.KilowattHourPerStandardCubicMetre: return \"Kilowatt hour per standard cubic metre\";\n case Unit.Kilowatt: return \"kilowatt\";\n case Unit.KilowattYear: return \"kilowatt year\";\n case Unit.MillilitrePerKilogram: return \"millilitre per kilogram\";\n case Unit.QuartUsLiquidPerMinute: return \"quart (US liquid) per minute\";\n case Unit.QuartUsLiquidPerSecond: return \"quart (US liquid) per second\";\n case Unit.MetrePerSecondKelvin: return \"metre per second kelvin\";\n case Unit.MetrePerSecondBar: return \"metre per second bar\";\n case Unit.SquareMetreHourDegreeCelsiusPerKilocalorieInternationalTable: return \"square metre hour degree Celsius per kilocalorie (international table)\";\n case Unit.MillipascalSecondPerKelvin: return \"millipascal second per kelvin\";\n case Unit.MillipascalSecondPerBar: return \"millipascal second per bar\";\n case Unit.MilligramPerCubicMetreKelvin: return \"milligram per cubic metre kelvin\";\n case Unit.MilligramPerCubicMetreBar: return \"milligram per cubic metre bar\";\n case Unit.MillilitrePerLitre: return \"millilitre per litre\";\n case Unit.LitrePerMinute: return \"litre per minute\";\n case Unit.ReciprocalCubicMillimetre: return \"reciprocal cubic millimetre\";\n case Unit.CubicMillimetrePerCubicMetre: return \"cubic millimetre per cubic metre\";\n case Unit.MolePerHour: return \"mole per hour\";\n case Unit.MolePerKilogramKelvin: return \"mole per kilogram kelvin\";\n case Unit.MolePerKilogramBar: return \"mole per kilogram bar\";\n case Unit.MolePerLitreKelvin: return \"mole per litre kelvin\";\n case Unit.MolePerLitreBar: return \"mole per litre bar\";\n case Unit.MolePerCubicMetreKelvin: return \"mole per cubic metre kelvin\";\n case Unit.MolePerCubicMetreBar: return \"mole per cubic metre bar\";\n case Unit.MolePerMinute: return \"mole per minute\";\n case Unit.MilliroentgenAequivalentMen: return \"milliroentgen aequivalent men\";\n case Unit.NanogramPerKilogram: return \"nanogram per kilogram\";\n case Unit.OunceAvoirdupoisPerDay: return \"ounce (avoirdupois) per day\";\n case Unit.OunceAvoirdupoisPerHour: return \"ounce (avoirdupois) per hour\";\n case Unit.OunceAvoirdupoisPerMinute: return \"ounce (avoirdupois) per minute\";\n case Unit.OunceAvoirdupoisPerSecond: return \"ounce (avoirdupois) per second\";\n case Unit.OunceAvoirdupoisPerGallonUk: return \"ounce (avoirdupois) per gallon (UK)\";\n case Unit.OunceAvoirdupoisPerGallonUs: return \"ounce (avoirdupois) per gallon (US)\";\n case Unit.OunceAvoirdupoisPerCubicInch: return \"ounce (avoirdupois) per cubic inch\";\n case Unit.OunceAvoirdupoisForce: return \"ounce (avoirdupois)-force\";\n case Unit.OunceAvoirdupoisForceInch: return \"ounce (avoirdupois)-force inch\";\n case Unit.PicosiemensPerMetre: return \"picosiemens per metre\";\n case Unit.PeckUk: return \"peck (UK)\";\n case Unit.PeckUkPerDay: return \"peck (UK) per day\";\n case Unit.PeckUkPerHour: return \"peck (UK) per hour\";\n case Unit.PeckUkPerMinute: return \"peck (UK) per minute\";\n case Unit.PeckUkPerSecond: return \"peck (UK) per second\";\n case Unit.PeckUsDryPerDay: return \"peck (US dry) per day\";\n case Unit.PeckUsDryPerHour: return \"peck (US dry) per hour\";\n case Unit.PeckUsDryPerMinute: return \"peck (US dry) per minute\";\n case Unit.PeckUsDryPerSecond: return \"peck (US dry) per second\";\n case Unit.PsiPerPsi: return \"psi per psi\";\n case Unit.PintUkPerDay: return \"pint (UK) per day\";\n case Unit.PintUkPerHour: return \"pint (UK) per hour\";\n case Unit.PintUkPerMinute: return \"pint (UK) per minute\";\n case Unit.PintUkPerSecond: return \"pint (UK) per second\";\n case Unit.PintUsLiquidPerDay: return \"pint (US liquid) per day\";\n case Unit.PintUsLiquidPerHour: return \"pint (US liquid) per hour\";\n case Unit.PintUsLiquidPerMinute: return \"pint (US liquid) per minute\";\n case Unit.PintUsLiquidPerSecond: return \"pint (US liquid) per second\";\n case Unit.SlugPerDay: return \"slug per day\";\n case Unit.SlugPerFootSecond: return \"slug per foot second\";\n case Unit.SlugPerCubicFoot: return \"slug per cubic foot\";\n case Unit.SlugPerHour: return \"slug per hour\";\n case Unit.SlugPerMinute: return \"slug per minute\";\n case Unit.SlugPerSecond: return \"slug per second\";\n case Unit.TonnePerKelvin: return \"tonne per kelvin\";\n case Unit.TonnePerBar: return \"tonne per bar\";\n case Unit.TonnePerDay: return \"tonne per day\";\n case Unit.TonnePerDayKelvin: return \"tonne per day kelvin\";\n case Unit.TonnePerDayBar: return \"tonne per day bar\";\n case Unit.TonnePerHourKelvin: return \"tonne per hour kelvin\";\n case Unit.TonnePerHourBar: return \"tonne per hour bar\";\n case Unit.TonnePerCubicMetreKelvin: return \"tonne per cubic metre kelvin\";\n case Unit.TonnePerCubicMetreBar: return \"tonne per cubic metre bar\";\n case Unit.TonnePerMinute: return \"tonne per minute\";\n case Unit.TonnePerMinuteKelvin: return \"tonne per minute kelvin\";\n case Unit.TonnePerMinuteBar: return \"tonne per minute bar\";\n case Unit.TonnePerSecond: return \"tonne per second\";\n case Unit.TonnePerSecondKelvin: return \"tonne per second kelvin\";\n case Unit.TonnePerSecondBar: return \"tonne per second bar\";\n case Unit.TonUkShipping: return \"ton (UK shipping)\";\n case Unit.TonLongPerDay: return \"ton long per day\";\n case Unit.TonUsShipping: return \"ton (US shipping)\";\n case Unit.TonShortPerDegreeFahrenheit: return \"ton short per degree Fahrenheit\";\n case Unit.TonShortPerDay: return \"ton short per day\";\n case Unit.TonShortPerHourDegreeFahrenheit: return \"ton short per hour degree Fahrenheit\";\n case Unit.TonShortPerHourPsi: return \"ton short per hour psi\";\n case Unit.TonShortPerPsi: return \"ton short per psi\";\n case Unit.TonUkLongPerCubicYard: return \"ton (UK long) per cubic yard\";\n case Unit.TonUsShortPerCubicYard: return \"ton (US short) per cubic yard\";\n case Unit.TonForceUsShort: return \"ton-force (US short)\";\n case Unit.CommonYear: return \"common year\";\n case Unit.SiderealYear: return \"sidereal year\";\n case Unit.YardPerDegreeFahrenheit: return \"yard per degree Fahrenheit\";\n case Unit.YardPerPsi: return \"yard per psi\";\n case Unit.PoundPerCubicInch: return \"pound per cubic inch\";\n case Unit.LactoseExcessPercentage: return \"lactose excess percentage\";\n case Unit.Pound: return \"pound\";\n case Unit.TroyPoundUs: return \"troy pound (US)\";\n case Unit.LitrePerDay: return \"litre per day\";\n case Unit.Leaf: return \"leaf\";\n case Unit.LinearFoot: return \"linear foot\";\n case Unit.LabourHour: return \"labour hour\";\n case Unit.Link: return \"link\";\n case Unit.LinearMetre: return \"linear metre\";\n case Unit.Length: return \"length\";\n case Unit.LotUnitProcurement: return \"lot [unit of procurement]\";\n case Unit.LiquidPound: return \"liquid pound\";\n case Unit.LitrePureAlcohol: return \"litre of pure alcohol\";\n case Unit.Layer: return \"layer\";\n case Unit.LumpSum: return \"lump sum\";\n case Unit.TonUkOrLongTonUs: return \"ton (UK) or long ton (US)\";\n case Unit.Litre: return \"litre\";\n case Unit.MetricTonLubricatingOil: return \"metric ton, lubricating oil\";\n case Unit.Lumen: return \"lumen\";\n case Unit.Lux: return \"lux\";\n case Unit.LinearYard: return \"linear yard\";\n case Unit.MilligramPerLitre: return \"milligram per litre\";\n case Unit.ReciprocalCubicYard: return \"reciprocal cubic yard\";\n case Unit.CubicYardPerDegreeFahrenheit: return \"cubic yard per degree Fahrenheit\";\n case Unit.CubicYardPerDay: return \"cubic yard per day\";\n case Unit.CubicYardPerHour: return \"cubic yard per hour\";\n case Unit.CubicYardPerPsi: return \"cubic yard per psi\";\n case Unit.CubicYardPerMinute: return \"cubic yard per minute\";\n case Unit.CubicYardPerSecond: return \"cubic yard per second\";\n case Unit.KilohertzMetre: return \"kilohertz metre\";\n case Unit.GigahertzMetre: return \"gigahertz metre\";\n case Unit.Beaufort: return \"Beaufort\";\n case Unit.ReciprocalMegakelvinOrMegakelvinToPowerMinusOne: return \"reciprocal megakelvin or megakelvin to the power minus one\";\n case Unit.ReciprocalKilovoltAmpereReciprocalHour: return \"reciprocal kilovolt - ampere reciprocal hour\";\n case Unit.MillilitrePerSquareCentimetreMinute: return \"millilitre per square centimetre minute\";\n case Unit.NewtonPerCentimetre: return \"newton per centimetre\";\n case Unit.OhmKilometre: return \"ohm kilometre\";\n case Unit.PercentPerDegreeCelsius: return \"percent per degree Celsius\";\n case Unit.GigaohmPerMetre: return \"gigaohm per metre\";\n case Unit.MegahertzMetre: return \"megahertz metre\";\n case Unit.KilogramPerKilogram: return \"kilogram per kilogram\";\n case Unit.ReciprocalVoltAmpereReciprocalSecond: return \"reciprocal volt - ampere reciprocal second\";\n case Unit.KilogramPerKilometre: return \"kilogram per kilometre\";\n case Unit.PascalSecondPerLitre: return \"pascal second per litre\";\n case Unit.MillimolePerLitre: return \"millimole per litre\";\n case Unit.NewtonMetrePerSquareMetre: return \"newton metre per square metre\";\n case Unit.MillivoltAmpere: return \"millivolt - ampere\";\n case Unit._30DayMonth: return \"30-day month\";\n case Unit.Actual360: return \"actual/360\";\n case Unit.KilometrePerSecondSquared: return \"kilometre per second squared\";\n case Unit.CentimetrePerSecondSquared: return \"centimetre per second squared\";\n case Unit.MonetaryValue: return \"monetary value\";\n case Unit.YardPerSecondSquared: return \"yard per second squared\";\n case Unit.MillimetrePerSecondSquared: return \"millimetre per second squared\";\n case Unit.MileStatuteMilePerSecondSquared: return \"mile (statute mile) per second squared\";\n case Unit.Mil: return \"mil\";\n case Unit.Revolution: return \"revolution\";\n case Unit.DegreeUnitAnglePerSecondSquared: return \"degree [unit of angle] per second squared\";\n case Unit.RevolutionPerMinute: return \"revolution per minute \";\n case Unit.CircularMil: return \"circular mil \";\n case Unit.SquareMileBasedOnUSSurveyFoot: return \"square mile (based on U.S. survey foot) \";\n case Unit.ChainBasedOnUSSurveyFoot: return \"chain (based on U.S. survey foot)\";\n case Unit.Microcurie: return \"microcurie\";\n case Unit.Furlong: return \"furlong\";\n case Unit.FootUSSurvey: return \"foot (U.S. survey) \";\n case Unit.MileBasedOnUSSurveyFoot: return \"mile (based on U.S. survey foot) \";\n case Unit.MetrePerPascal: return \"metre per pascal\";\n case Unit.MetrePerRadiant: return \"metre per radiant\";\n case Unit.Shake: return \"shake\";\n case Unit.MilePerMinute: return \"mile per minute \";\n case Unit.MilePerSecond: return \"mile per second \";\n case Unit.MetrePerSecondPascal: return \"metre per second pascal\";\n case Unit.MetrePerHour: return \"metre per hour\";\n case Unit.InchPerYear: return \"inch per year\";\n case Unit.KilometrePerSecond: return \"kilometre per second \";\n case Unit.InchPerMinute: return \"inch per minute\";\n case Unit.YardPerSecond: return \"yard per second\";\n case Unit.YardPerMinute: return \"yard per minute\";\n case Unit.YardPerHour: return \"yard per hour\";\n case Unit.AcreFootBasedOnUSSurveyFoot: return \"acre-foot (based on U.S. survey foot)\";\n case Unit.Cord128Ft3: return \"cord (128 ft3)\";\n case Unit.CubicMileUkStatute: return \"cubic mile (UK statute)\";\n case Unit.MicroInch: return \"micro-inch\";\n case Unit.TonRegister: return \"ton, register \";\n case Unit.CubicMetrePerPascal: return \"cubic metre per pascal\";\n case Unit.Bel: return \"bel\";\n case Unit.KilogramPerCubicMetrePascal: return \"kilogram per cubic metre pascal\";\n case Unit.KilogramPerPascal: return \"kilogram per pascal\";\n case Unit.KilopoundForce: return \"kilopound-force\";\n case Unit.Poundal: return \"poundal\";\n case Unit.KilogramMetrePerSecondSquared: return \"kilogram metre per second squared\";\n case Unit.Pond: return \"pond\";\n case Unit.SquareFootPerHour: return \"square foot per hour \";\n case Unit.StokesPerPascal: return \"stokes per pascal\";\n case Unit.SquareCentimetrePerSecond: return \"square centimetre per second\";\n case Unit.SquareMetrePerSecondPascal: return \"square metre per second pascal\";\n case Unit.Denier_Dup: return \"denier \";\n case Unit.PoundPerYard: return \"pound per yard \";\n case Unit.TonAssay: return \"ton, assay\";\n case Unit.Pfund: return \"pfund\";\n case Unit.KilogramPerSecondPascal: return \"kilogram per second pascal\";\n case Unit.TonnePerMonth: return \"tonne per month\";\n case Unit.TonnePerYear: return \"tonne per year\";\n case Unit.MillionBtuPer1000CubicFoot: return \"million Btu per 1000 cubic foot\";\n case Unit.KilopoundPerHour: return \"kilopound per hour\";\n case Unit.PoundPerPound: return \"pound per pound\";\n case Unit.PoundForceFoot: return \"pound-force foot\";\n case Unit.NewtonMetrePerRadian: return \"newton metre per radian\";\n case Unit.KilogramMetre: return \"kilogram metre\";\n case Unit.PoundalFoot: return \"poundal foot\";\n case Unit.PoundalInch: return \"poundal inch\";\n case Unit.DyneMetre: return \"dyne metre\";\n case Unit.KilogramCentimetrePerSecond: return \"kilogram centimetre per second\";\n case Unit.GramCentimetrePerSecond: return \"gram centimetre per second\";\n case Unit.MegavoltAmpereReactiveHour: return \"megavolt ampere reactive hour\";\n case Unit.Megalitre: return \"megalitre\";\n case Unit.Megametre: return \"megametre\";\n case Unit.Megavar: return \"megavar\";\n case Unit.Megawatt: return \"megawatt\";\n case Unit.ThousandStandardBrickEquivalent: return \"thousand standard brick equivalent\";\n case Unit.ThousandBoardFoot: return \"thousand board foot\";\n case Unit.Millibar: return \"millibar\";\n case Unit.Microgram: return \"microgram\";\n case Unit.Millicurie: return \"millicurie\";\n case Unit.AirDryMetricTon: return \"air dry metric ton\";\n case Unit.Milligram: return \"milligram\";\n case Unit.Megahertz: return \"megahertz\";\n case Unit.SquareMileStatuteMile: return \"square mile (statute mile)\";\n case Unit.Thousand: return \"thousand\";\n case Unit.MinuteUnitTime: return \"minute [unit of time]\";\n case Unit.Million: return \"million\";\n case Unit.MillionInternationalUnit: return \"million international unit\";\n case Unit.SquareMetreDay: return \"Square Metre Day\";\n case Unit.SquareMetreMonth: return \"Square Metre Month\";\n case Unit.SquareMetreWeek: return \"Square Metre Week\";\n case Unit.Milliard: return \"milliard\";\n case Unit.Millilitre: return \"millilitre\";\n case Unit.SquareMillimetre: return \"square millimetre\";\n case Unit.CubicMillimetre: return \"cubic millimetre\";\n case Unit.Millimetre: return \"millimetre\";\n case Unit.KilogramDryWeight: return \"kilogram, dry weight\";\n case Unit.MegaJoulePerNormalisedCubicMetre: return \"Mega Joule per Normalised cubic Metre\";\n case Unit.Month: return \"month\";\n case Unit.Megapascal: return \"megapascal\";\n case Unit.CubicMetreDay: return \"Cubic Metre Day\";\n case Unit.CubicMetrePerHour: return \"cubic metre per hour\";\n case Unit.CubicMetreMonth: return \"Cubic Metre Month\";\n case Unit.CubicMetrePerSecond: return \"cubic metre per second\";\n case Unit.CubicMetreWeek: return \"Cubic Metre Week\";\n case Unit.MetreDay: return \"Metre Day\";\n case Unit.MetreMonth: return \"Metre Month\";\n case Unit.MetreWeek: return \"Metre Week\";\n case Unit.MetrePerSecondSquared: return \"metre per second squared\";\n case Unit.SquareMetre: return \"square metre\";\n case Unit.CubicMetre: return \"cubic metre\";\n case Unit.Metre: return \"metre\";\n case Unit.MetrePerSecond: return \"metre per second\";\n case Unit.Milihertz: return \"milihertz\";\n case Unit.MegavoltAmpere: return \"megavolt - ampere\";\n case Unit.MegawattHour1000KwH: return \"megawatt hour (1000 kW.h)\";\n case Unit.PenCalorie: return \"pen calorie\";\n case Unit.PoundFootPerSecond: return \"pound foot per second\";\n case Unit.PoundInchPerSecond: return \"pound inch per second\";\n case Unit.Pferdestaerke: return \"Pferdestaerke\";\n case Unit.CentimetreMercury0Oc: return \"centimetre of mercury (0 ºC)\";\n case Unit.CentimetreWater4Oc: return \"centimetre of water (4 ºC)\";\n case Unit.FootWater392Of: return \"foot of water (39.2 ºF)\";\n case Unit.InchMercury32Of: return \"inch of mercury (32 ºF)\";\n case Unit.InchMercury60Of: return \"inch of mercury (60 ºF)\";\n case Unit.InchWater392Of: return \"inch of water (39.2 ºF)\";\n case Unit.InchWater60Of: return \"inch of water (60 ºF)\";\n case Unit.KipPerSquareInch: return \"kip per square inch\";\n case Unit.PoundalPerSquareFoot: return \"poundal per square foot \";\n case Unit.OunceAvoirdupoisPerSquareInch: return \"ounce (avoirdupois) per square inch \";\n case Unit.ConventionalMetreWater: return \"conventional metre of water\";\n case Unit.GramPerSquareMillimetre: return \"gram per square millimetre\";\n case Unit.PoundPerSquareYard: return \"pound per square yard\";\n case Unit.PoundalPerSquareInch: return \"poundal per square inch\";\n case Unit.FootToFourthPower: return \"foot to the fourth power \";\n case Unit.CubicDecimetrePerKilogram: return \"cubic decimetre per kilogram\";\n case Unit.CubicFootPerPound: return \"cubic foot per pound\";\n case Unit.PrintPoint: return \"print point\";\n case Unit.CubicInchPerPound: return \"cubic inch per pound\";\n case Unit.KilonewtonPerMetre: return \"kilonewton per metre\";\n case Unit.PoundalPerInch: return \"poundal per inch\";\n case Unit.PoundForcePerYard: return \"pound-force per yard\";\n case Unit.PoundalSecondPerSquareFoot: return \"poundal second per square foot \";\n case Unit.PoisePerPascal: return \"poise per pascal\";\n case Unit.NewtonSecondPerSquareMetre: return \"newton second per square metre\";\n case Unit.KilogramPerMetreSecond: return \"kilogram per metre second\";\n case Unit.KilogramPerMetreMinute: return \"kilogram per metre minute\";\n case Unit.KilogramPerMetreDay: return \"kilogram per metre day\";\n case Unit.KilogramPerMetreHour: return \"kilogram per metre hour\";\n case Unit.GramPerCentimetreSecond: return \"gram per centimetre second\";\n case Unit.PoundalSecondPerSquareInch: return \"poundal second per square inch\";\n case Unit.PoundPerFootMinute: return \"pound per foot minute\";\n case Unit.PoundPerFootDay: return \"pound per foot day\";\n case Unit.CubicMetrePerSecondPascal: return \"cubic metre per second pascal\";\n case Unit.FootPoundal: return \"foot poundal\";\n case Unit.InchPoundal: return \"inch poundal\";\n case Unit.WattPerSquareCentimetre: return \"watt per square centimetre \";\n case Unit.WattPerSquareInch: return \"watt per square inch \";\n case Unit.BritishThermalUnitInternationalTablePerSquareFootHour: return \"British thermal unit (international table) per square foot hour\";\n case Unit.BritishThermalUnitThermochemicalPerSquareFootHour: return \"British thermal unit (thermochemical) per square foot hour\";\n case Unit.BritishThermalUnitThermochemicalPerSquareFootMinute: return \"British thermal unit (thermochemical) per square foot minute\";\n case Unit.BritishThermalUnitInternationalTablePerSquareFootSecond: return \"British thermal unit (international table) per square foot second\";\n case Unit.BritishThermalUnitThermochemicalPerSquareFootSecond: return \"British thermal unit (thermochemical) per square foot second\";\n case Unit.BritishThermalUnitInternationalTablePerSquareInchSecond: return \"British thermal unit (international table) per square inch second\";\n case Unit.CalorieThermochemicalPerSquareCentimetreMinute: return \"calorie (thermochemical) per square centimetre minute\";\n case Unit.CalorieThermochemicalPerSquareCentimetreSecond: return \"calorie (thermochemical) per square centimetre second\";\n case Unit.BritishThermalUnitInternationalTablePerCubicFoot: return \"British thermal unit (international table) per cubic foot \";\n case Unit.BritishThermalUnitThermochemicalPerCubicFoot: return \"British thermal unit (thermochemical) per cubic foot\";\n case Unit.BritishThermalUnitInternationalTablePerDegreeFahrenheit: return \"British thermal unit (international table) per degree Fahrenheit\";\n case Unit.BritishThermalUnitThermochemicalPerDegreeFahrenheit: return \"British thermal unit (thermochemical) per degree Fahrenheit\";\n case Unit.BritishThermalUnitInternationalTablePerDegreeRankine: return \"British thermal unit (international table) per degree Rankine\";\n case Unit.BritishThermalUnitThermochemicalPerDegreeRankine: return \"British thermal unit (thermochemical) per degree Rankine\";\n case Unit.BritishThermalUnitThermochemicalPerPoundDegreeRankine: return \"British thermal unit (thermochemical) per pound degree Rankine\";\n case Unit.KilocalorieInternationalTablePerGramKelvin: return \"kilocalorie (international table) per gram kelvin\";\n case Unit.BritishThermalUnit39Of: return \"British thermal unit (39 ºF) \";\n case Unit.BritishThermalUnit59Of: return \"British thermal unit (59 ºF)\";\n case Unit.BritishThermalUnit60Of: return \"British thermal unit (60 ºF) \";\n case Unit.Calorie20Oc: return \"calorie (20 ºC) \";\n case Unit.Quad1015Btuit: return \"quad (1015 BtuIT)\";\n case Unit.ThermEc: return \"therm (EC)\";\n case Unit.ThermUS: return \"therm (U.S.)\";\n case Unit.BritishThermalUnitThermochemicalPerPound: return \"British thermal unit (thermochemical) per pound\";\n case Unit.BritishThermalUnitInternationalTablePerHourSquareFootDegreeFahrenheit: return \"British thermal unit (international table) per hour square foot degree Fahrenheit\";\n case Unit.BritishThermalUnitThermochemicalPerHourSquareFootDegreeFahrenheit: return \"British thermal unit (thermochemical) per hour square foot degree Fahrenheit\";\n case Unit.BritishThermalUnitInternationalTablePerSecondSquareFootDegreeFahrenheit: return \"British thermal unit (international table) per second square foot degree Fahrenheit\";\n case Unit.BritishThermalUnitThermochemicalPerSecondSquareFootDegreeFahrenheit: return \"British thermal unit (thermochemical) per second square foot degree Fahrenheit\";\n case Unit.KilowattPerSquareMetreKelvin: return \"kilowatt per square metre kelvin\";\n case Unit.KelvinPerPascal: return \"kelvin per pascal\";\n case Unit.WattPerMetreDegreeCelsius: return \"watt per metre degree Celsius\";\n case Unit.KilowattPerMetreKelvin: return \"kilowatt per metre kelvin\";\n case Unit.KilowattPerMetreDegreeCelsius: return \"kilowatt per metre degree Celsius\";\n case Unit.MetrePerDegreeCelciusMetre: return \"metre per degree Celcius metre\";\n case Unit.DegreeFahrenheitHourPerBritishThermalUnitInternationalTable: return \"degree Fahrenheit hour per British thermal unit (international table)\";\n case Unit.DegreeFahrenheitHourPerBritishThermalUnitThermochemical: return \"degree Fahrenheit hour per British thermal unit (thermochemical)\";\n case Unit.DegreeFahrenheitSecondPerBritishThermalUnitInternationalTable: return \"degree Fahrenheit second per British thermal unit (international table)\";\n case Unit.DegreeFahrenheitSecondPerBritishThermalUnitThermochemical: return \"degree Fahrenheit second per British thermal unit (thermochemical)\";\n case Unit.DegreeFahrenheitHourSquareFootPerBritishThermalUnitInternationalTableInch: return \"degree Fahrenheit hour square foot per British thermal unit (international table) inch\";\n case Unit.DegreeFahrenheitHourSquareFootPerBritishThermalUnitThermochemicalInch: return \"degree Fahrenheit hour square foot per British thermal unit (thermochemical) inch\";\n case Unit.Kilofarad: return \"kilofarad\";\n case Unit.ReciprocalJoule: return \"reciprocal joule\";\n case Unit.Picosiemens: return \"picosiemens\";\n case Unit.AmperePerPascal: return \"ampere per pascal\";\n case Unit.Franklin: return \"franklin\";\n case Unit.AmpereMinute: return \"ampere minute\";\n case Unit.Biot: return \"biot\";\n case Unit.Gilbert: return \"gilbert\";\n case Unit.VoltPerPascal: return \"volt per pascal\";\n case Unit.Picovolt: return \"picovolt\";\n case Unit.MilligramPerKilogram: return \"milligram per kilogram\";\n case Unit.NumberArticles: return \"number of articles\";\n case Unit.NumberCells: return \"number of cells\";\n case Unit.Newton: return \"newton\";\n case Unit.Message: return \"message\";\n case Unit.Nil: return \"nil\";\n case Unit.NumberInternationalUnits: return \"number of international units\";\n case Unit.Load: return \"load\";\n case Unit.NormalisedCubicMetre: return \"Normalised cubic metre\";\n case Unit.NauticalMile: return \"nautical mile\";\n case Unit.NumberPacks: return \"number of packs\";\n case Unit.NumberParts: return \"number of parts\";\n case Unit.NetTon: return \"net ton\";\n case Unit.NephelometricTurbidityUnit: return \"Nephelometric turbidity unit\";\n case Unit.NewtonMetre: return \"newton metre\";\n case Unit.PartPerThousand: return \"part per thousand\";\n case Unit.Panel: return \"panel\";\n case Unit.OzoneDepletionEquivalent: return \"ozone depletion equivalent\";\n case Unit.OdsGrams: return \"ODS Grams\";\n case Unit.OdsKilograms: return \"ODS Kilograms\";\n case Unit.OdsMilligrams: return \"ODS Milligrams\";\n case Unit.Ohm: return \"ohm\";\n case Unit.OuncePerSquareYard: return \"ounce per square yard\";\n case Unit.OunceAvoirdupois: return \"ounce (avoirdupois)\";\n case Unit.OscillationsPerMinute: return \"oscillations per minute\";\n case Unit.OvertimeHour: return \"overtime hour\";\n case Unit.FluidOunceUs: return \"fluid ounce (US)\";\n case Unit.FluidOunceUk: return \"fluid ounce (UK)\";\n case Unit.Percent: return \"percent\";\n case Unit.CoulombPerMetre: return \"coulomb per metre\";\n case Unit.Kiloweber: return \"kiloweber\";\n case Unit.Gamma: return \"gamma\";\n case Unit.Kilotesla: return \"kilotesla\";\n case Unit.JoulePerSecond: return \"joule per second\";\n case Unit.JoulePerMinute: return \"joule per minute\";\n case Unit.JoulePerHour: return \"joule per hour\";\n case Unit.JoulePerDay: return \"joule per day\";\n case Unit.KilojoulePerSecond: return \"kilojoule per second\";\n case Unit.KilojoulePerMinute: return \"kilojoule per minute\";\n case Unit.PoundPerFoot: return \"pound per foot\";\n case Unit.KilojoulePerHour: return \"kilojoule per hour\";\n case Unit.KilojoulePerDay: return \"kilojoule per day\";\n case Unit.Nanoohm: return \"nanoohm\";\n case Unit.OhmCircularMilPerFoot: return \"ohm circular-mil per foot \";\n case Unit.Kilohenry: return \"kilohenry\";\n case Unit.LumenPerSquareFoot: return \"lumen per square foot \";\n case Unit.Phot: return \"phot\";\n case Unit.Footcandle: return \"footcandle\";\n case Unit.CandelaPerSquareInch: return \"candela per square inch \";\n case Unit.Footlambert: return \"footlambert\";\n case Unit.Lambert: return \"lambert\";\n case Unit.Stilb: return \"stilb\";\n case Unit.CandelaPerSquareFoot: return \"candela per square foot\";\n case Unit.Kilocandela: return \"kilocandela\";\n case Unit.Millicandela: return \"millicandela\";\n case Unit.HefnerKerze: return \"Hefner-Kerze\";\n case Unit.InternationalCandle: return \"international candle \";\n case Unit.BritishThermalUnitInternationalTablePerSquareFoot: return \"British thermal unit (international table) per square foot\";\n case Unit.BritishThermalUnitThermochemicalPerSquareFoot: return \"British thermal unit (thermochemical) per square foot\";\n case Unit.CalorieThermochemicalPerSquareCentimetre: return \"calorie (thermochemical) per square centimetre \";\n case Unit.Langley: return \"langley\";\n case Unit.DecadeLogarithmic: return \"decade (logarithmic)\";\n case Unit.PascalSquaredSecond: return \"pascal squared second\";\n case Unit.BelPerMetre: return \"bel per metre\";\n case Unit.PoundMole: return \"pound mole\";\n case Unit.PoundMolePerSecond: return \"pound mole per second\";\n case Unit.PoundMolePerMinute: return \"pound mole per minute\";\n case Unit.KilomolePerKilogram: return \"kilomole per kilogram\";\n case Unit.PoundMolePerPound: return \"pound mole per pound\";\n case Unit.NewtonSquareMetrePerAmpere: return \"newton square metre per ampere\";\n case Unit.FivePack: return \"five pack\";\n case Unit.WeberMetre: return \"weber metre\";\n case Unit.MolPerKilogramPascal: return \"mol per kilogram pascal\";\n case Unit.MolPerCubicMetrePascal: return \"mol per cubic metre pascal\";\n case Unit.UnitPole: return \"unit pole \";\n case Unit.MilligrayPerSecond: return \"milligray per second\";\n case Unit.MicrograyPerSecond: return \"microgray per second\";\n case Unit.NanograyPerSecond: return \"nanogray per second\";\n case Unit.GrayPerMinute: return \"gray per minute\";\n case Unit.MilligrayPerMinute: return \"milligray per minute\";\n case Unit.MicrograyPerMinute: return \"microgray per minute\";\n case Unit.NanograyPerMinute: return \"nanogray per minute\";\n case Unit.GrayPerHour: return \"gray per hour\";\n case Unit.MilligrayPerHour: return \"milligray per hour\";\n case Unit.MicrograyPerHour: return \"microgray per hour\";\n case Unit.NanograyPerHour: return \"nanogray per hour\";\n case Unit.SievertPerSecond: return \"sievert per second\";\n case Unit.MillisievertPerSecond: return \"millisievert per second\";\n case Unit.MicrosievertPerSecond: return \"microsievert per second\";\n case Unit.NanosievertPerSecond: return \"nanosievert per second\";\n case Unit.RemPerSecond: return \"rem per second\";\n case Unit.SievertPerHour: return \"sievert per hour\";\n case Unit.MillisievertPerHour: return \"millisievert per hour\";\n case Unit.MicrosievertPerHour: return \"microsievert per hour\";\n case Unit.NanosievertPerHour: return \"nanosievert per hour\";\n case Unit.SievertPerMinute: return \"sievert per minute\";\n case Unit.MillisievertPerMinute: return \"millisievert per minute\";\n case Unit.MicrosievertPerMinute: return \"microsievert per minute\";\n case Unit.NanosievertPerMinute: return \"nanosievert per minute\";\n case Unit.ReciprocalSquareInch: return \"reciprocal square inch\";\n case Unit.PascalSquareMetrePerKilogram: return \"pascal square metre per kilogram\";\n case Unit.MillipascalPerMetre: return \"millipascal per metre\";\n case Unit.KilopascalPerMetre: return \"kilopascal per metre\";\n case Unit.HectopascalPerMetre: return \"hectopascal per metre\";\n case Unit.StandardAtmospherePerMetre: return \"standard atmosphere per metre\";\n case Unit.TechnicalAtmospherePerMetre: return \"technical atmosphere per metre\";\n case Unit.TorrPerMetre: return \"torr per metre\";\n case Unit.PsiPerInch: return \"psi per inch\";\n case Unit.CubicMetrePerSecondSquareMetre: return \"cubic metre per second square metre\";\n case Unit.Rhe: return \"rhe\";\n case Unit.PoundForceFootPerInch: return \"pound-force foot per inch\";\n case Unit.PoundForceInchPerInch: return \"pound-force inch per inch \";\n case Unit.Perm0Oc: return \"perm (0 ºC) \";\n case Unit.Perm23Oc: return \"perm (23 ºC) \";\n case Unit.BytePerSecond: return \"byte per second\";\n case Unit.KilobytePerSecond: return \"kilobyte per second\";\n case Unit.MegabytePerSecond: return \"megabyte per second\";\n case Unit.ReciprocalVolt: return \"reciprocal volt\";\n case Unit.ReciprocalRadian: return \"reciprocal radian\";\n case Unit.PascalToPowerSumStoichiometricNumbers: return \"pascal to the power sum of stoichiometric numbers\";\n case Unit.MolePerCubivMetreToPowerSumStoichiometricNumbers: return \"mole per cubiv metre to the power sum of stoichiometric numbers\";\n case Unit.Pascal: return \"pascal\";\n case Unit.Pad: return \"pad\";\n case Unit.ProofLitre: return \"proof litre\";\n case Unit.ProofGallon: return \"proof gallon\";\n case Unit.Pitch: return \"pitch\";\n case Unit.DegreePlato: return \"degree Plato\";\n case Unit.PoundPerInchLength: return \"pound per inch of length\";\n case Unit.PagePerInch: return \"page per inch\";\n case Unit.Pair: return \"pair\";\n case Unit.PoundForcePerSquareInch: return \"pound-force per square inch\";\n case Unit.DryPintUs: return \"dry pint (US)\";\n case Unit.PintUk: return \"pint (UK)\";\n case Unit.LiquidPintUs: return \"liquid pint (US)\";\n case Unit.Portion: return \"portion\";\n case Unit.JoulePerTesla: return \"joule per tesla\";\n case Unit.Erlang: return \"erlang\";\n case Unit.Octet: return \"octet\";\n case Unit.OctetPerSecond: return \"octet per second\";\n case Unit.Shannon: return \"shannon\";\n case Unit.Hartley: return \"hartley\";\n case Unit.NaturalUnitInformation: return \"natural unit of information\";\n case Unit.ShannonPerSecond: return \"shannon per second\";\n case Unit.HartleyPerSecond: return \"hartley per second\";\n case Unit.NaturalUnitInformationPerSecond: return \"natural unit of information per second\";\n case Unit.SecondPerKilogramm: return \"second per kilogramm\";\n case Unit.WattSquareMetre: return \"watt square metre\";\n case Unit.SecondPerRadianCubicMetre: return \"second per radian cubic metre\";\n case Unit.WeberToPowerMinusOne: return \"weber to the power minus one\";\n case Unit.ReciprocalInch: return \"reciprocal inch\";\n case Unit.Dioptre: return \"dioptre\";\n case Unit.OnePerOne: return \"one per one\";\n case Unit.NewtonMetrePerMetre: return \"newton metre per metre\";\n case Unit.KilogramPerSquareMetrePascalSecond: return \"kilogram per square metre pascal second\";\n case Unit.MicrogramPerHectogram: return \"microgram per hectogram\";\n case Unit.Meal: return \"meal\";\n case Unit.PhPotentialHydrogen: return \"pH (potential of Hydrogen)\";\n case Unit.KilojoulePerGram: return \"kilojoule per gram\";\n case Unit.Femtolitre: return \"femtolitre\";\n case Unit.Picolitre: return \"picolitre\";\n case Unit.Nanolitre: return \"nanolitre\";\n case Unit.MegawattsPerMinute: return \"megawatts per minute\";\n case Unit.SquareMetrePerCubicMetre: return \"square metre per cubic metre\";\n case Unit.StandardCubicMetrePerDay: return \"Standard cubic metre per day\";\n case Unit.StandardCubicMetrePerHour: return \"Standard cubic metre per hour\";\n case Unit.NormalizedCubicMetrePerDay: return \"Normalized cubic metre per day\";\n case Unit.NormalizedCubicMetrePerHour: return \"Normalized cubic metre per hour\";\n case Unit.JoulePerNormalisedCubicMetre: return \"Joule per normalised cubic metre\";\n case Unit.JoulePerStandardCubicMetre: return \"Joule per standard cubic metre\";\n case Unit.PageFacsimile: return \"page - facsimile\";\n case Unit.QuarterAYear: return \"quarter (of a year)\";\n case Unit.PageHardcopy: return \"page - hardcopy\";\n case Unit.Quire: return \"quire\";\n case Unit.DryQuartUs: return \"dry quart (US)\";\n case Unit.QuartUk: return \"quart (UK)\";\n case Unit.LiquidQuartUs: return \"liquid quart (US)\";\n case Unit.QuarterUk: return \"quarter (UK)\";\n case Unit.Pica: return \"pica\";\n case Unit.ThousandCubicMetre: return \"thousand cubic metre\";\n case Unit.RunningOrOperatingHour: return \"running or operating hour\";\n case Unit.Ream: return \"ream\";\n case Unit.Room: return \"room\";\n case Unit.PoundPerReam: return \"pound per ream\";\n case Unit.RevolutionsPerMinute: return \"revolutions per minute\";\n case Unit.RevolutionsPerSecond: return \"revolutions per second\";\n case Unit.RevenueTonMile: return \"revenue ton mile\";\n case Unit.SquareFootPerSecond: return \"square foot per second\";\n case Unit.SquareMetrePerSecond: return \"square metre per second\";\n case Unit.HalfYear6Months: return \"half year (6 months)\";\n case Unit.Score: return \"score\";\n case Unit.Scruple: return \"scruple\";\n case Unit.SecondUnitTime: return \"second [unit of time]\";\n case Unit.Set: return \"set\";\n case Unit.Segment: return \"segment\";\n case Unit.Siemens: return \"siemens\";\n case Unit.StandardCubicMetre: return \"Standard cubic metre\";\n case Unit.MileStatuteMile: return \"mile (statute mile)\";\n case Unit.Square: return \"square\";\n case Unit.SquareRoofing: return \"square, roofing\";\n case Unit.Strip: return \"strip\";\n case Unit.Stick: return \"stick\";\n case Unit.StoneUk: return \"stone (UK)\";\n case Unit.StickCigarette: return \"stick, cigarette\";\n case Unit.StandardLitre: return \"standard litre\";\n case Unit.TonUsOrShortTonUkUs: return \"ton (US) or short ton (UK/US)\";\n case Unit.Straw: return \"straw\";\n case Unit.Skein: return \"skein\";\n case Unit.Shipment: return \"shipment\";\n case Unit.Syringe: return \"syringe\";\n case Unit.TelecommunicationLineInService: return \"telecommunication line in service\";\n case Unit.ThousandPiece: return \"thousand piece\";\n case Unit.KiloampereHourThousandAmpereHour: return \"kiloampere hour (thousand ampere hour)\";\n case Unit.TotalAcidNumber: return \"total acid number\";\n case Unit.ThousandSquareInch: return \"thousand square inch\";\n case Unit.MetricTonIncludingContainer: return \"metric ton, including container\";\n case Unit.MetricTonIncludingInnerPackaging: return \"metric ton, including inner packaging\";\n case Unit.TonneKilometre: return \"tonne kilometre\";\n case Unit.KilogramImportedMeatLessOffal: return \"kilogram of imported meat, less offal\";\n case Unit.TonneMetricTon: return \"tonne (metric ton)\";\n case Unit.TenPack: return \"ten pack\";\n case Unit.TeethPerInch: return \"teeth per inch\";\n case Unit.TenPair: return \"ten pair\";\n case Unit.ThousandCubicMetrePerDay: return \"thousand cubic metre per day\";\n case Unit.TrillionEur: return \"trillion (EUR)\";\n case Unit.TenSet: return \"ten set\";\n case Unit.TenThousandSticks: return \"ten thousand sticks\";\n case Unit.Treatment: return \"treatment\";\n case Unit.Tablet: return \"tablet\";\n case Unit.TelecommunicationLineInServiceAverage: return \"telecommunication line in service average\";\n case Unit.TelecommunicationPort: return \"telecommunication port\";\n case Unit.VoltAmperePerKilogram: return \"volt - ampere per kilogram\";\n case Unit.Volt: return \"volt\";\n case Unit.PercentVolume: return \"percent volume\";\n case Unit.WetKilo: return \"wet kilo\";\n case Unit.WattPerKilogram: return \"watt per kilogram\";\n case Unit.WetPound: return \"wet pound\";\n case Unit.Cord: return \"cord\";\n case Unit.WetTon: return \"wet ton\";\n case Unit.Weber: return \"weber\";\n case Unit.Week: return \"week\";\n case Unit.WineGallon: return \"wine gallon\";\n case Unit.WattHour: return \"watt hour\";\n case Unit.WorkingMonth: return \"working month\";\n case Unit.Standard: return \"standard\";\n case Unit.Watt: return \"watt\";\n case Unit.GuntersChain: return \"Gunter's chain\";\n case Unit.SquareYard: return \"square yard\";\n case Unit.CubicYard: return \"cubic yard\";\n case Unit.Yard: return \"yard\";\n case Unit.HangingContainer: return \"hanging container\";\n case Unit.Nanomole: return \"nanomole\";\n case Unit.Page: return \"page\";\n case Unit.MutuallyDefined: return \"mutually defined\";\n case Unit.DrumSteel: return \"Drum, steel\";\n case Unit.DrumAluminium: return \"Drum, aluminium\";\n case Unit.DrumPlywood: return \"Drum, plywood\";\n case Unit.ContainerFlexible: return \"Container, flexible\";\n case Unit.DrumFibre: return \"Drum, fibre\";\n case Unit.DrumWooden: return \"Drum, wooden\";\n case Unit.BarrelWooden: return \"Barrel, wooden\";\n case Unit.JerricanSteel: return \"Jerrican, steel\";\n case Unit.JerricanPlastic: return \"Jerrican, plastic\";\n case Unit.BagSuperBulk: return \"Bag, super bulk\";\n case Unit.BagPolybag: return \"Bag, polybag\";\n case Unit.BoxSteel: return \"Box, steel\";\n case Unit.BoxAluminium: return \"Box, aluminium\";\n case Unit.BoxNaturalWood: return \"Box, natural wood\";\n case Unit.BoxPlywood: return \"Box, plywood\";\n case Unit.BoxReconstitutedWood: return \"Box, reconstituted wood\";\n case Unit.BoxFibreboard: return \"Box, fibreboard\";\n case Unit.BoxPlastic: return \"Box, plastic\";\n case Unit.BagWovenPlastic: return \"Bag, woven plastic\";\n case Unit.BagTextile: return \"Bag, textile \";\n case Unit.BagPaper: return \"Bag, paper \";\n case Unit.CompositePackagingPlasticReceptacle: return \"Composite packaging, plastic receptacle\";\n case Unit.CompositePackagingGlassReceptacle: return \"Composite packaging, glass receptacle\";\n case Unit.CaseCar: return \"Case, car\";\n case Unit.CaseWooden: return \"Case, wooden\";\n case Unit.PalletWooden: return \"Pallet, wooden\";\n case Unit.CrateWooden: return \"Crate, wooden\";\n case Unit.BundleWooden: return \"Bundle, wooden\";\n case Unit.IntermediateBulkContainerRigidPlastic: return \"Intermediate bulk container, rigid plastic\";\n case Unit.ReceptacleFibre: return \"Receptacle, fibre \";\n case Unit.ReceptaclePaper: return \"Receptacle, paper \";\n case Unit.ReceptacleWooden: return \"Receptacle, wooden \";\n case Unit.Aerosol: return \"Aerosol\";\n case Unit.PalletModularCollars80cms60cms: return \"Pallet, modular, collars 80cms * 60cms \";\n case Unit.PalletShrinkwrapped: return \"Pallet, shrinkwrapped \";\n case Unit.Pallet100cms110cms: return \"Pallet, 100cms * 110cms \";\n case Unit.Clamshell: return \"Clamshell\";\n case Unit.Cone: return \"Cone\";\n case Unit.Ball_Dup: return \"Ball\";\n case Unit.AmpouleNonProtected: return \"Ampoule, non-protected \";\n case Unit.AmpouleProtected: return \"Ampoule, protected \";\n case Unit.Atomizer: return \"Atomizer \";\n case Unit.Capsule: return \"Capsule\";\n case Unit.Belt: return \"Belt\";\n case Unit.Barrel: return \"Barrel \";\n case Unit.Bobbin: return \"Bobbin \";\n case Unit.BottlecrateBottlerack: return \"Bottlecrate / bottlerack \";\n case Unit.Board: return \"Board\";\n case Unit.Bundle: return \"Bundle \";\n case Unit.BalloonNonProtected: return \"Balloon, non-protected \";\n case Unit.Bag: return \"Bag\";\n case Unit.Bunch: return \"Bunch\";\n case Unit.Bin: return \"Bin\";\n case Unit.Bucket: return \"Bucket \";\n case Unit.Basket: return \"Basket \";\n case Unit.BaleCompressed: return \"Bale, compressed \";\n case Unit.Basin: return \"Basin\";\n case Unit.BaleNonCompressed: return \"Bale, non-compressed \";\n case Unit.BottleNonProtectedCylindrical: return \"Bottle, non-protected, cylindrical \";\n case Unit.BalloonProtected: return \"Balloon, protected \";\n case Unit.BottleProtectedCylindrical: return \"Bottle, protected cylindrical\";\n case Unit.Bar: return \"Bar\";\n case Unit.BottleNonProtectedBulbous: return \"Bottle, non-protected, bulbous \";\n case Unit.Bolt: return \"Bolt \";\n case Unit.Butt: return \"Butt \";\n case Unit.BottleProtectedBulbous: return \"Bottle, protected bulbous\";\n case Unit.BoxForLiquids: return \"Box, for liquids\";\n case Unit.Box: return \"Box\";\n case Unit.BoardInBundleBunchTruss: return \"Board, in bundle/bunch/truss \";\n case Unit.BarsInBundleBunchTruss: return \"Bars, in bundle/bunch/truss\";\n case Unit.CanRectangular: return \"Can, rectangular \";\n case Unit.CrateBeer: return \"Crate, beer\";\n case Unit.Churn: return \"Churn\";\n case Unit.CanWithHandleAndSpout: return \"Can, with handle and spout \";\n case Unit.Creel: return \"Creel\";\n case Unit.Coffer: return \"Coffer \";\n case Unit.Cage: return \"Cage \";\n case Unit.Chest: return \"Chest\";\n case Unit.Canister: return \"Canister \";\n case Unit.Coffin: return \"Coffin \";\n case Unit.Cask: return \"Cask \";\n case Unit.Coil: return \"Coil \";\n case Unit.Card_Dup: return \"Card\";\n case Unit.ContainerNotOtherwiseSpecifiedAsTransportEquipment: return \"Container, not otherwise specified as transport equipment\";\n case Unit.CarboyNonProtected: return \"Carboy, non-protected\";\n case Unit.CarboyProtected: return \"Carboy, protected\";\n case Unit.Cartridge: return \"Cartridge\";\n case Unit.Crate: return \"Crate\";\n case Unit.Case: return \"Case \";\n case Unit.Carton: return \"Carton \";\n case Unit.Cup: return \"Cup\";\n case Unit.Cover: return \"Cover\";\n case Unit.CageRoll: return \"Cage, roll \";\n case Unit.CanCylindrical: return \"Can, cylindrical \";\n case Unit.Cylinder: return \"Cylinder \";\n case Unit.Canvas: return \"Canvas \";\n case Unit.CrateMultipleLayerPlastic: return \"Crate, multiple layer, plastic \";\n case Unit.CrateMultipleLayerWooden: return \"Crate, multiple layer, wooden\";\n case Unit.CrateMultipleLayerCardboard: return \"Crate, multiple layer, cardboard \";\n case Unit.CageCommonwealthHandlingEquipmentPoolChep: return \"Cage, Commonwealth Handling Equipment Pool (CHEP)\";\n case Unit.BoxCommonwealthHandlingEquipmentPoolChepEurobox: return \"Box, Commonwealth Handling Equipment Pool (CHEP), Eurobox\";\n case Unit.DrumIron: return \"Drum, iron \";\n case Unit.DemijohnNonProtected: return \"Demijohn, non-protected\";\n case Unit.CrateBulkCardboard: return \"Crate, bulk, cardboard \";\n case Unit.CrateBulkPlastic: return \"Crate, bulk, plastic \";\n case Unit.CrateBulkWooden: return \"Crate, bulk, wooden\";\n case Unit.Dispenser: return \"Dispenser\";\n case Unit.DemijohnProtected: return \"Demijohn, protected\";\n case Unit.Drum: return \"Drum \";\n case Unit.TrayOneLayerNoCoverPlastic: return \"Tray, one layer no cover, plastic\";\n case Unit.TrayOneLayerNoCoverWooden: return \"Tray, one layer no cover, wooden \";\n case Unit.TrayOneLayerNoCoverPolystyrene: return \"Tray, one layer no cover, polystyrene\";\n case Unit.TrayOneLayerNoCoverCardboard: return \"Tray, one layer no cover, cardboard\";\n case Unit.TrayTwoLayersNoCoverPlasticTray: return \"Tray, two layers no cover, plastic tray\";\n case Unit.TrayTwoLayersNoCoverWooden: return \"Tray, two layers no cover, wooden\";\n case Unit.TrayTwoLayersNoCoverCardboard: return \"Tray, two layers no cover, cardboard \";\n case Unit.BagPlastic: return \"Bag, plastic \";\n case Unit.CaseWithPalletBase: return \"Case, with pallet base \";\n case Unit.CaseWithPalletBaseWooden: return \"Case, with pallet base, wooden \";\n case Unit.CaseWithPalletBaseCardboard: return \"Case, with pallet base, cardboard\";\n case Unit.CaseWithPalletBasePlastic: return \"Case, with pallet base, plastic\";\n case Unit.CaseWithPalletBaseMetal: return \"Case, with pallet base, metal\";\n case Unit.CaseIsothermic: return \"Case, isothermic \";\n case Unit.Envelope: return \"Envelope \";\n case Unit.Flexibag: return \"Flexibag\";\n case Unit.CrateFruit: return \"Crate, fruit \";\n case Unit.CrateFramed: return \"Crate, framed\";\n case Unit.Flexitank: return \"Flexitank\";\n case Unit.Firkin: return \"Firkin \";\n case Unit.Flask: return \"Flask\";\n case Unit.Footlocker: return \"Footlocker \";\n case Unit.Filmpack: return \"Filmpack \";\n case Unit.Frame: return \"Frame\";\n case Unit.Foodtainer: return \"Foodtainer\";\n case Unit.CartFlatbed: return \"Cart, flatbed\";\n case Unit.BagFlexibleContainer: return \"Bag, flexible container\";\n case Unit.BottleGas: return \"Bottle, gas\";\n case Unit.Girder: return \"Girder \";\n case Unit.ContainerGallon: return \"Container, gallon\";\n case Unit.ReceptacleGlass: return \"Receptacle, glass \";\n case Unit.TrayContainingHorizontallyStackedFlatItems: return \"Tray, containing horizontally stacked flat items\";\n case Unit.BagGunny: return \"Bag, gunny\";\n case Unit.GirdersInBundleBunchTruss: return \"Girders, in bundle/bunch/truss \";\n case Unit.BasketWithHandlePlastic: return \"Basket, with handle, plastic \";\n case Unit.BasketWithHandleWooden: return \"Basket, with handle, wooden\";\n case Unit.BasketWithHandleCardboard: return \"Basket, with handle, cardboard \";\n case Unit.Hogshead: return \"Hogshead \";\n case Unit.Hanger: return \"Hanger\";\n case Unit.Hamper: return \"Hamper \";\n case Unit.PackageDisplayWooden: return \"Package, display, wooden \";\n case Unit.PackageDisplayCardboard: return \"Package, display, cardboard\";\n case Unit.PackageDisplayPlastic: return \"Package, display, plastic\";\n case Unit.PackageDisplayMetal: return \"Package, display, metal\";\n case Unit.PackageShow: return \"Package, show\";\n case Unit.PackageFlow: return \"Package, flow \";\n case Unit.PackagePaperWrapped: return \"Package, paper wrapped\";\n case Unit.DrumPlastic: return \"Drum, plastic\";\n case Unit.PackageCardboardWithBottleGripHoles: return \"Package, cardboard, with bottle grip-holes \";\n case Unit.TrayRigidLiddedStackableCenTs144822002: return \"Tray, rigid, lidded stackable (CEN TS 14482:2002)\";\n case Unit.Ingot: return \"Ingot\";\n case Unit.IngotsInBundleBunchTruss: return \"Ingots, in bundle/bunch/truss\";\n case Unit.BagJumbo: return \"Bag, jumbo\";\n case Unit.JerricanRectangular: return \"Jerrican, rectangular\";\n case Unit.Jug: return \"Jug\";\n case Unit.Jar: return \"Jar\";\n case Unit.Jutebag: return \"Jutebag\";\n case Unit.JerricanCylindrical: return \"Jerrican, cylindrical\";\n case Unit.Keg: return \"Keg\";\n case Unit.Kit_Dup: return \"Kit\";\n case Unit.Luggage: return \"Luggage\";\n case Unit.Log: return \"Log\";\n case Unit.Lot: return \"Lot\";\n case Unit.Lug: return \"Lug\";\n case Unit.Liftvan: return \"Liftvan\";\n case Unit.LogsInBundleBunchTruss: return \"Logs, in bundle/bunch/truss\";\n case Unit.CrateMetal: return \"Crate, metal\";\n case Unit.BagMultiply: return \"Bag, multiply\";\n case Unit.CrateMilk: return \"Crate, milk\";\n case Unit.ContainerMetal: return \"Container, metal\";\n case Unit.ReceptacleMetal: return \"Receptacle, metal \";\n case Unit.SackMultiWall: return \"Sack, multi-wall \";\n case Unit.Mat: return \"Mat\";\n case Unit.ReceptaclePlasticWrapped: return \"Receptacle, plastic wrapped \";\n case Unit.Matchbox: return \"Matchbox \";\n case Unit.NotAvailable: return \"Not available\";\n case Unit.UnpackedOrUnpackaged: return \"Unpacked or unpackaged \";\n case Unit.UnpackedOrUnpackagedSingleUnit: return \"Unpacked or unpackaged, single unit\";\n case Unit.UnpackedOrUnpackagedMultipleUnits: return \"Unpacked or unpackaged, multiple units\";\n case Unit.Nest: return \"Nest \";\n case Unit.Net: return \"Net\";\n case Unit.NetTubePlastic: return \"Net, tube, plastic \";\n case Unit.NetTubeTextile: return \"Net, tube, textile \";\n case Unit.TwoSidedCageOnWheelsWithFixingStrap: return \"Two sided cage on wheels with fixing strap\";\n case Unit.Trolley: return \"Trolley\";\n case Unit.OnewayPalletIso012EuroPallet: return \"Oneway pallet ISO 0 - 1/2 EURO Pallet\";\n case Unit.OnewayPalletIso111EuroPallet: return \"Oneway pallet ISO 1 - 1/1 EURO Pallet\";\n case Unit.OnewayPalletIso221EuroPallet: return \"Oneway pallet ISO 2 - 2/1 EURO Pallet\";\n case Unit.PalletWithExceptionalDimensions: return \"Pallet with exceptional dimensions\";\n case Unit.WoodenPallet40CmX80Cm: return \"Wooden pallet 40 cm x 80 cm\";\n case Unit.PlasticPalletSrs60CmX80Cm: return \"Plastic pallet SRS 60 cm x 80 cm\";\n case Unit.PlasticPalletSrs80CmX120Cm: return \"Plastic pallet SRS 80 cm x 120 cm\";\n case Unit.PalletChep40CmX60Cm: return \"Pallet, CHEP 40 cm x 60 cm\";\n case Unit.PalletChep80CmX120Cm: return \"Pallet, CHEP 80 cm x 120 cm\";\n case Unit.PalletChep100CmX120Cm: return \"Pallet, CHEP 100 cm x 120 cm\";\n case Unit.PalletAs40681993: return \"Pallet, AS 4068-1993\";\n case Unit.PalletIsoT11: return \"Pallet, ISO T11\";\n case Unit.PlatformUnspecifiedWeightOrDimension: return \"Platform, unspecified weight or dimension\";\n case Unit.PalletIso012EuroPallet: return \"Pallet ISO 0 - 1/2 EURO Pallet\";\n case Unit.PalletIso111EuroPallet: return \"Pallet ISO 1 - 1/1 EURO Pallet\";\n case Unit.PalletIso221EuroPallet: return \"Pallet ISO 2 – 2/1 EURO Pallet\";\n case Unit._14EuroPallet: return \"1/4 EURO Pallet\";\n case Unit.Block: return \"Block\";\n case Unit._18EuroPallet: return \"1/8 EURO Pallet\";\n case Unit.SyntheticPalletIso1: return \"Synthetic pallet ISO 1\";\n case Unit.SyntheticPalletIso2: return \"Synthetic pallet ISO 2\";\n case Unit.WholesalerPallet: return \"Wholesaler pallet\";\n case Unit.Pallet80X100Cm: return \"Pallet 80 X 100 cm\";\n case Unit.Pallet60X100Cm: return \"Pallet 60 X 100 cm\";\n case Unit.OnewayPallet: return \"Oneway pallet\";\n case Unit.Octabin: return \"Octabin\";\n case Unit.ContainerOuter: return \"Container, outer\";\n case Unit.ReturnablePallet: return \"Returnable pallet\";\n case Unit.LargeBagPalletSized: return \"Large bag, pallet sized\";\n case Unit.AWheeledPalletWithRaisedRim81X67X135: return \"A wheeled pallet with raised rim (81 x 67 x 135)\";\n case Unit.AWheeledPalletWithRaisedRim81X72X135: return \"A Wheeled pallet with raised rim (81 x 72 x 135)\";\n case Unit.WheeledPalletWithRaisedRim81X60X16: return \"Wheeled pallet with raised rim ( 81 x 60 x 16)\";\n case Unit.ChepPallet60CmX80Cm: return \"CHEP pallet 60 cm x 80 cm \";\n case Unit.Pan: return \"Pan\";\n case Unit.LprPallet60CmX80Cm: return \"LPR pallet 60 cm x 80 cm\";\n case Unit.LprPallet80CmX120Cm: return \"LPR pallet 80 cm x 120 cm\";\n case Unit.Packet: return \"Packet \";\n case Unit.PalletBoxCombinedOpenEndedBoxAndPallet: return \"Pallet, box Combined open-ended box and pallet\";\n case Unit.Parcel: return \"Parcel \";\n case Unit.PalletModularCollars80cms100cms: return \"Pallet, modular, collars 80cms * 100cms \";\n case Unit.PalletModularCollars80cms120cms: return \"Pallet, modular, collars 80cms * 120cms \";\n case Unit.Pen: return \"Pen \";\n case Unit.Plate: return \"Plate\";\n case Unit.Pitcher: return \"Pitcher\";\n case Unit.Pipe: return \"Pipe \";\n case Unit.Punnet: return \"Punnet\";\n case Unit.Package: return \"Package\";\n case Unit.Pail: return \"Pail \";\n case Unit.Plank: return \"Plank\";\n case Unit.Pouch: return \"Pouch\";\n case Unit.Piece_Dup: return \"Piece\";\n case Unit.ReceptaclePlastic: return \"Receptacle, plastic \";\n case Unit.Pot: return \"Pot\";\n case Unit.Tray: return \"Tray \";\n case Unit.PipesInBundleBunchTruss: return \"Pipes, in bundle/bunch/truss \";\n case Unit.Pallet: return \"Pallet \";\n case Unit.PlatesInBundleBunchTruss: return \"Plates, in bundle/bunch/truss\";\n case Unit.PlanksInBundleBunchTruss: return \"Planks, in bundle/bunch/truss\";\n case Unit.DrumSteelNonRemovableHead: return \"Drum, steel, non-removable head\";\n case Unit.DrumSteelRemovableHead: return \"Drum, steel, removable head\";\n case Unit.DrumAluminiumNonRemovableHead: return \"Drum, aluminium, non-removable head\";\n case Unit.DrumAluminiumRemovableHead: return \"Drum, aluminium, removable head\";\n case Unit.DrumPlasticNonRemovableHead: return \"Drum, plastic, non-removable head\";\n case Unit.DrumPlasticRemovableHead: return \"Drum, plastic, removable head\";\n case Unit.BarrelWoodenBungType: return \"Barrel, wooden, bung type\";\n case Unit.BarrelWoodenRemovableHead: return \"Barrel, wooden, removable head \";\n case Unit.JerricanSteelNonRemovableHead: return \"Jerrican, steel, non-removable head\";\n case Unit.JerricanSteelRemovableHead: return \"Jerrican, steel, removable head\";\n case Unit.JerricanPlasticNonRemovableHead: return \"Jerrican, plastic, non-removable head\";\n case Unit.JerricanPlasticRemovableHead: return \"Jerrican, plastic, removable head\";\n case Unit.BoxWoodenNaturalWoodOrdinary: return \"Box, wooden, natural wood, ordinary\";\n case Unit.BoxWoodenNaturalWoodWithSiftProofWalls: return \"Box, wooden, natural wood, with sift proof walls\";\n case Unit.BoxPlasticExpanded: return \"Box, plastic, expanded \";\n case Unit.BoxPlasticSolid: return \"Box, plastic, solid\";\n case Unit.Rod: return \"Rod\";\n case Unit.Ring: return \"Ring \";\n case Unit.RackClothingHanger: return \"Rack, clothing hanger\";\n case Unit.Rack: return \"Rack \";\n case Unit.Reel: return \"Reel \";\n case Unit.Roll: return \"Roll \";\n case Unit.Rednet: return \"Rednet \";\n case Unit.RodsInBundleBunchTruss: return \"Rods, in bundle/bunch/truss\";\n case Unit.Sack: return \"Sack \";\n case Unit.Slab: return \"Slab\";\n case Unit.CrateShallow: return \"Crate, shallow \";\n case Unit.Spindle: return \"Spindle\";\n case Unit.SeaChest: return \"Sea-chest\";\n case Unit.Sachet: return \"Sachet \";\n case Unit.Skid: return \"Skid \";\n case Unit.CaseSkeleton: return \"Case, skeleton \";\n case Unit.Slipsheet: return \"Slipsheet \";\n case Unit.Sheetmetal: return \"Sheetmetal \";\n case Unit.Spool: return \"Spool \";\n case Unit.SheetPlasticWrapping: return \"Sheet, plastic wrapping\";\n case Unit.CaseSteel: return \"Case, steel\";\n case Unit.Sheet: return \"Sheet\";\n case Unit.Suitcase: return \"Suitcase \";\n case Unit.EnvelopeSteel: return \"Envelope, steel\";\n case Unit.Shrinkwrapped: return \"Shrinkwrapped \";\n case Unit.Set_Dup: return \"Set\";\n case Unit.Sleeve: return \"Sleeve\";\n case Unit.SheetsInBundleBunchTruss: return \"Sheets, in bundle/bunch/truss\";\n case Unit.Tablet_Dup: return \"Tablet\";\n case Unit.Tub: return \"Tub\";\n case Unit.TeaChest: return \"Tea-chest\";\n case Unit.TubeCollapsible: return \"Tube, collapsible\";\n case Unit.Tyre_Dup: return \"Tyre\";\n case Unit.TankContainerGeneric: return \"Tank container, generic\";\n case Unit.Tierce: return \"Tierce\";\n case Unit.TankRectangular: return \"Tank, rectangular\";\n case Unit.TubWithLid: return \"Tub, with lid\";\n case Unit.Tin: return \"Tin\";\n case Unit.Tun: return \"Tun\";\n case Unit.Trunk: return \"Trunk\";\n case Unit.Truss: return \"Truss\";\n case Unit.BagTote: return \"Bag, tote\";\n case Unit.Tube: return \"Tube \";\n case Unit.TubeWithNozzle: return \"Tube, with nozzle \";\n case Unit.PalletTriwall: return \"Pallet, triwall\";\n case Unit.TankCylindrical: return \"Tank, cylindrical\";\n case Unit.TubesInBundleBunchTruss: return \"Tubes, in bundle/bunch/truss \";\n case Unit.Uncaged: return \"Uncaged \";\n case Unit.Unit: return \"Unit\";\n case Unit.Vat: return \"Vat\";\n case Unit.BulkGasAt1031MbarAnd15C: return \"Bulk, gas (at 1031 mbar and 15°C)\";\n case Unit.Vial: return \"Vial \";\n case Unit.Vanpack: return \"Vanpack \";\n case Unit.BulkLiquid: return \"Bulk, liquid \";\n case Unit.Vehicle: return \"Vehicle\";\n case Unit.BulkSolidLargeParticlesNodules: return \"Bulk, solid, large particles (“nodules”) \";\n case Unit.VacuumPacked: return \"Vacuum-packed\";\n case Unit.BulkLiquefiedGasAtAbnormalTemperaturePressure: return \"Bulk, liquefied gas (at abnormal temperature/pressure) \";\n case Unit.BulkSolidGranularParticlesGrains: return \"Bulk, solid, granular particles (“grains”) \";\n case Unit.BulkScrapMetal: return \"Bulk, scrap metal\";\n case Unit.BulkSolidFineParticlesPowders: return \"Bulk, solid, fine particles (“powders”)\";\n case Unit.IntermediateBulkContainer: return \"Intermediate bulk container\";\n case Unit.Wickerbottle: return \"Wickerbottle \";\n case Unit.IntermediateBulkContainerSteel: return \"Intermediate bulk container, steel \";\n case Unit.IntermediateBulkContainerAluminium: return \"Intermediate bulk container, aluminium \";\n case Unit.IntermediateBulkContainerMetal: return \"Intermediate bulk container, metal \";\n case Unit.IntermediateBulkContainerSteelPressurised10Kpa: return \"Intermediate bulk container, steel, pressurised > 10 kpa\";\n case Unit.IntermediateBulkContainerAluminiumPressurised10Kpa: return \"Intermediate bulk container, aluminium, pressurised > 10 kpa\";\n case Unit.IntermediateBulkContainerMetalPressure10Kpa: return \"Intermediate bulk container, metal, pressure 10 kpa \";\n case Unit.IntermediateBulkContainerSteelLiquid: return \"Intermediate bulk container, steel, liquid \";\n case Unit.IntermediateBulkContainerAluminiumLiquid: return \"Intermediate bulk container, aluminium, liquid \";\n case Unit.IntermediateBulkContainerMetalLiquid: return \"Intermediate bulk container, metal, liquid \";\n case Unit.IntermediateBulkContainerWovenPlasticWithoutCoatLiner: return \"Intermediate bulk container, woven plastic, without coat/liner \";\n case Unit.IntermediateBulkContainerWovenPlasticCoated: return \"Intermediate bulk container, woven plastic, coated \";\n case Unit.IntermediateBulkContainerWovenPlasticWithLiner: return \"Intermediate bulk container, woven plastic, with liner \";\n case Unit.IntermediateBulkContainerWovenPlasticCoatedAndLiner: return \"Intermediate bulk container, woven plastic, coated and liner \";\n case Unit.IntermediateBulkContainerPlasticFilm: return \"Intermediate bulk container, plastic film\";\n case Unit.IntermediateBulkContainerTextileWithOutCoatLiner: return \"Intermediate bulk container, textile with out coat/liner \";\n case Unit.IntermediateBulkContainerNaturalWoodWithInnerLiner: return \"Intermediate bulk container, natural wood, with inner liner\";\n case Unit.IntermediateBulkContainerTextileCoated: return \"Intermediate bulk container, textile, coated \";\n case Unit.IntermediateBulkContainerTextileWithLiner: return \"Intermediate bulk container, textile, with liner \";\n case Unit.IntermediateBulkContainerTextileCoatedAndLiner: return \"Intermediate bulk container, textile, coated and liner \";\n case Unit.IntermediateBulkContainerPlywoodWithInnerLiner: return \"Intermediate bulk container, plywood, with inner liner \";\n case Unit.IntermediateBulkContainerReconstitutedWoodWithInnerLiner: return \"Intermediate bulk container, reconstituted wood, with inner liner\";\n case Unit.BagWovenPlasticWithoutInnerCoatLiner: return \"Bag, woven plastic, without inner coat/liner \";\n case Unit.BagWovenPlasticSiftProof: return \"Bag, woven plastic, sift proof \";\n case Unit.BagWovenPlasticWaterResistant: return \"Bag, woven plastic, water resistant\";\n case Unit.BagPlasticsFilm: return \"Bag, plastics film \";\n case Unit.BagTextileWithoutInnerCoatLiner: return \"Bag, textile, without inner coat/liner \";\n case Unit.BagTextileSiftProof: return \"Bag, textile, sift proof \";\n case Unit.BagTextileWaterResistant: return \"Bag, textile, water resistant\";\n case Unit.BagPaperMultiWall: return \"Bag, paper, multi-wall \";\n case Unit.BagPaperMultiWallWaterResistant: return \"Bag, paper, multi-wall, water resistant\";\n case Unit.CompositePackagingPlasticReceptacleInSteelDrum: return \"Composite packaging, plastic receptacle in steel drum\";\n case Unit.CompositePackagingPlasticReceptacleInSteelCrateBox: return \"Composite packaging, plastic receptacle in steel crate box\";\n case Unit.CompositePackagingPlasticReceptacleInAluminiumDrum: return \"Composite packaging, plastic receptacle in aluminium drum\";\n case Unit.CompositePackagingPlasticReceptacleInAluminiumCrate: return \"Composite packaging, plastic receptacle in aluminium crate\";\n case Unit.CompositePackagingPlasticReceptacleInWoodenBox: return \"Composite packaging, plastic receptacle in wooden box\";\n case Unit.CompositePackagingPlasticReceptacleInPlywoodDrum: return \"Composite packaging, plastic receptacle in plywood drum\";\n case Unit.CompositePackagingPlasticReceptacleInPlywoodBox: return \"Composite packaging, plastic receptacle in plywood box \";\n case Unit.CompositePackagingPlasticReceptacleInFibreDrum: return \"Composite packaging, plastic receptacle in fibre drum\";\n case Unit.CompositePackagingPlasticReceptacleInFibreboardBox: return \"Composite packaging, plastic receptacle in fibreboard box\";\n case Unit.CompositePackagingPlasticReceptacleInPlasticDrum: return \"Composite packaging, plastic receptacle in plastic drum\";\n case Unit.CompositePackagingPlasticReceptacleInSolidPlasticBox: return \"Composite packaging, plastic receptacle in solid plastic box\";\n case Unit.CompositePackagingGlassReceptacleInSteelDrum: return \"Composite packaging, glass receptacle in steel drum\";\n case Unit.CompositePackagingGlassReceptacleInSteelCrateBox: return \"Composite packaging, glass receptacle in steel crate box\";\n case Unit.CompositePackagingGlassReceptacleInAluminiumDrum: return \"Composite packaging, glass receptacle in aluminium drum\";\n case Unit.CompositePackagingGlassReceptacleInAluminiumCrate: return \"Composite packaging, glass receptacle in aluminium crate\";\n case Unit.CompositePackagingGlassReceptacleInWoodenBox: return \"Composite packaging, glass receptacle in wooden box\";\n case Unit.CompositePackagingGlassReceptacleInPlywoodDrum: return \"Composite packaging, glass receptacle in plywood drum\";\n case Unit.CompositePackagingGlassReceptacleInWickerworkHamper: return \"Composite packaging, glass receptacle in wickerwork hamper\";\n case Unit.CompositePackagingGlassReceptacleInFibreDrum: return \"Composite packaging, glass receptacle in fibre drum\";\n case Unit.CompositePackagingGlassReceptacleInFibreboardBox: return \"Composite packaging, glass receptacle in fibreboard box \";\n case Unit.CompositePackagingGlassReceptacleInExpandablePlasticPack: return \"Composite packaging, glass receptacle in expandable plastic pack\";\n case Unit.CompositePackagingGlassReceptacleInSolidPlasticPack: return \"Composite packaging, glass receptacle in solid plastic pack\";\n case Unit.IntermediateBulkContainerPaperMultiWall: return \"Intermediate bulk container, paper, multi-wall \";\n case Unit.BagLarge: return \"Bag, large \";\n case Unit.IntermediateBulkContainerPaperMultiWallWaterResistant: return \"Intermediate bulk container, paper, multi-wall, water resistant\";\n case Unit.IntermediateBulkContainerRigidPlasticWithStructuralEquipmentSolids: return \"Intermediate bulk container, rigid plastic, with structural equipment, solids\";\n case Unit.IntermediateBulkContainerRigidPlasticFreestandingSolids: return \"Intermediate bulk container, rigid plastic, freestanding, solids\";\n case Unit.IntermediateBulkContainerRigidPlasticWithStructuralEquipmentPressurised: return \"Intermediate bulk container, rigid plastic, with structural equipment, pressurised\";\n case Unit.IntermediateBulkContainerRigidPlasticFreestandingPressurised: return \"Intermediate bulk container, rigid plastic, freestanding, pressurised\";\n case Unit.IntermediateBulkContainerRigidPlasticWithStructuralEquipmentLiquids: return \"Intermediate bulk container, rigid plastic, with structural equipment, liquids \";\n case Unit.IntermediateBulkContainerRigidPlasticFreestandingLiquids: return \"Intermediate bulk container, rigid plastic, freestanding, liquids\";\n case Unit.IntermediateBulkContainerCompositeRigidPlasticSolids: return \"Intermediate bulk container, composite, rigid plastic, solids\";\n case Unit.IntermediateBulkContainerCompositeFlexiblePlasticSolids: return \"Intermediate bulk container, composite, flexible plastic, solids\";\n case Unit.IntermediateBulkContainerCompositeRigidPlasticPressurised: return \"Intermediate bulk container, composite, rigid plastic, pressurised \";\n case Unit.IntermediateBulkContainerCompositeFlexiblePlasticPressurised: return \"Intermediate bulk container, composite, flexible plastic, pressurised\";\n case Unit.IntermediateBulkContainerCompositeRigidPlasticLiquids: return \"Intermediate bulk container, composite, rigid plastic, liquids\";\n case Unit.IntermediateBulkContainerCompositeFlexiblePlasticLiquids: return \"Intermediate bulk container, composite, flexible plastic, liquids \";\n case Unit.IntermediateBulkContainerComposite: return \"Intermediate bulk container, composite\";\n case Unit.IntermediateBulkContainerFibreboard: return \"Intermediate bulk container, fibreboard\";\n case Unit.IntermediateBulkContainerFlexible: return \"Intermediate bulk container, flexible\";\n case Unit.IntermediateBulkContainerMetalOtherThanSteel: return \"Intermediate bulk container, metal, other than steel\";\n case Unit.IntermediateBulkContainerNaturalWood: return \"Intermediate bulk container, natural wood\";\n case Unit.IntermediateBulkContainerPlywood: return \"Intermediate bulk container, plywood\";\n case Unit.IntermediateBulkContainerReconstitutedWood: return \"Intermediate bulk container, reconstituted wood\";\n case Unit.MutuallyDefined_Dup: return \"Mutually defined \";\n 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