A base unit of a PhysicalQuantity used in a MeasurementSystem that has MeasurementUsage.UsedInMetric Base units can be multiplied using MetricMultipleUnit to get a derived unit (e.g. Meter to Kilometer)

MetricCatalyticConcentration

@Serializable

data class MetricCatalyticConcentration(val catalysticActivity: CatalysticActivity, val per: MetricVolume) : CatalyticConcentration, MetricScientificUnit<PhysicalQuantity.CatalyticConcentration>

A CatalyticConcentration for MeasurementSystem.Metric

MetricCombinedPower

@Serializable

data class MetricCombinedPower(val energy: MetricNamedEnergyUnit, val per: Time) : MetricPower, CombinedPower<MeasurementSystem.Metric>

A MetricPower

MetricCup

@Serializable

data object MetricCup : UKImperialVolume

MetricDensity

@Serializable

data class MetricDensity(val weight: MetricWeight, val per: MetricVolume) : Density, MetricScientificUnit<PhysicalQuantity.Density>

A Density for MeasurementSystem.Metric

MetricDynamicViscosity

@Serializable

data class MetricDynamicViscosity(val pressure: MetricPressure, val time: Time) : DynamicViscosity, MetricScientificUnit<PhysicalQuantity.DynamicViscosity>

A DynamicViscosity for MeasurementSystem.Metric

MetricElectricalConductivity

@Serializable

data class MetricElectricalConductivity(val conductance: ElectricConductance, val per: MetricLength) : ElectricalConductivity, MetricScientificUnit<PhysicalQuantity.ElectricalConductivity>

An ElectricalConductivity for MeasurementSystem.Metric

MetricElectricChargeDensity

@Serializable

data class MetricElectricChargeDensity(val charge: ElectricCharge, val per: MetricVolume) : ElectricChargeDensity, MetricScientificUnit<PhysicalQuantity.ElectricChargeDensity>

An ElectricChargeDensity for MeasurementSystem.Metric

MetricElectricCurrentDensity

@Serializable

data class MetricElectricCurrentDensity(val current: ElectricCurrent, val per: MetricArea) : ElectricCurrentDensity, MetricScientificUnit<PhysicalQuantity.ElectricCurrentDensity>

An ElectricCurrentDensity for MeasurementSystem.Metric

MetricElectricDipoleMoment

@Serializable

data class MetricElectricDipoleMoment(val charge: ElectricCharge, val length: MetricLength) : ElectricDipoleMoment, MetricScientificUnit<PhysicalQuantity.ElectricDipoleMoment>

An ElectricDipoleMoment for MeasurementSystem.Metric

MetricElectricFieldStrength

@Serializable

data class MetricElectricFieldStrength(val voltage: Voltage, val per: MetricLength) : ElectricFieldStrength, MetricScientificUnit<PhysicalQuantity.ElectricFieldStrength>

An ElectricFieldStrength for MeasurementSystem.Metric

MetricEnergy

@Serializable

sealed class MetricEnergy : Energy, MetricScientificUnit<PhysicalQuantity.Energy>

An Energy for MeasurementSystem.Metric

MetricEnergyDensity

@Serializable

data class MetricEnergyDensity(val energy: MetricEnergy, val per: MetricVolume) : EnergyDensity, MetricScientificUnit<PhysicalQuantity.EnergyDensity>

An EnergyDensity for MeasurementSystem.Metric

MetricExposure

@Serializable

data class MetricExposure(val charge: ElectricCharge, val per: MetricWeight) : Exposure, MetricScientificUnit<PhysicalQuantity.Exposure>

An Exposure for MeasurementSystem.Metric

MetricForce

@Serializable

sealed class MetricForce : Force, MetricScientificUnit<PhysicalQuantity.Force>

A Force for MeasurementSystem.Metric

MetricHeatCapacity

@Serializable

data class MetricHeatCapacity(val energy: MetricEnergy, val per: MetricAndUKImperialTemperature) : HeatCapacity, MetricScientificUnit<PhysicalQuantity.HeatCapacity>

A HeatCapacity for MeasurementSystem.Metric

MetricHorsepower

@Serializable

data object MetricHorsepower : MetricPower

MetricIlluminance

@Serializable

sealed class MetricIlluminance : Illuminance, MetricScientificUnit<PhysicalQuantity.Illuminance>

An Illuminance for MeasurementSystem.Metric

MetricIrradiance

@Serializable

data class MetricIrradiance(val power: MetricPower, val per: MetricArea) : Irradiance, MetricScientificUnit<PhysicalQuantity.Irradiance>

An Irradiance for MeasurementSystem.Metric

MetricJolt

@Serializable

data class MetricJolt(val acceleration: MetricAcceleration, val per: Time) : Jolt, MetricScientificUnit<PhysicalQuantity.Jolt>

A Jolt for MeasurementSystem.Metric

MetricKinematicViscosity

@Serializable

data class MetricKinematicViscosity(val area: MetricArea, val time: Time) : KinematicViscosity, MetricScientificUnit<PhysicalQuantity.KinematicViscosity>

A KinematicViscosity for MeasurementSystem.Metric

MetricLength

@Serializable

sealed class MetricLength : Length, MetricScientificUnit<PhysicalQuantity.Length>

A Length for MeasurementSystem.Metric

MetricLinearChargeDensity

@Serializable

data class MetricLinearChargeDensity(val charge: ElectricCharge, val per: MetricLength) : LinearChargeDensity, MetricScientificUnit<PhysicalQuantity.LinearChargeDensity>

A LinearChargeDensity for MeasurementSystem.Metric

MetricLinearMassDensity

@Serializable

data class MetricLinearMassDensity(val weight: MetricWeight, val per: MetricLength) : LinearMassDensity, MetricScientificUnit<PhysicalQuantity.LinearMassDensity>

A LinearMassDensity for MeasurementSystem.Metric

MetricLuminance

@Serializable

sealed class MetricLuminance : Luminance, MetricScientificUnit<PhysicalQuantity.Luminance>

A Luminance for MeasurementSystem.Metric

MetricLuminousExposure

@Serializable

data class MetricLuminousExposure(val illuminance: MetricIlluminance, val time: Time) : LuminousExposure, MetricScientificUnit<PhysicalQuantity.LuminousExposure>

A LuminousExposure for MeasurementSystem.Metric

MetricMagneticDipoleMoment

@Serializable

data class MetricMagneticDipoleMoment(val current: ElectricCurrent, val area: MetricArea) : MagneticDipoleMoment, MetricScientificUnit<PhysicalQuantity.MagneticDipoleMoment>

A MagneticDipoleMoment for MeasurementSystem.Metric

MetricMagneticFieldStrength

@Serializable

data class MetricMagneticFieldStrength(val current: ElectricCurrent, val per: MetricLength) : MagneticFieldStrength, MetricScientificUnit<PhysicalQuantity.MagneticFieldStrength>

A MagneticFieldStrength for MeasurementSystem.Metric

MetricMassFlowRate

@Serializable

data class MetricMassFlowRate(val weight: MetricWeight, val per: Time) : MassFlowRate, MetricScientificUnit<PhysicalQuantity.MassFlowRate>

A MassFlowRate for MeasurementSystem.Metric

MetricMassFlux

@Serializable

data class MetricMassFlux(val massFlowRate: MetricMassFlowRate, val per: MetricArea) : MassFlux, MetricScientificUnit<PhysicalQuantity.MassFlux>

A MassFlux for MeasurementSystem.Metric

MetricMetricAndImperialAccelerationWrapper

@Serializable

data class MetricMetricAndImperialAccelerationWrapper(val metricAndImperial: MetricAndImperialAcceleration) : MetricAcceleration

MetricMetricAndImperialEnergyWrapper

@Serializable

data class MetricMetricAndImperialEnergyWrapper(val metricAndImperialEnergy: MetricAndImperialEnergy) : MetricEnergy

Wraps a MetricAndImperialEnergy unit to a MetricEnergy unit

MetricMetricAndImperialPowerWrapper

@Serializable

data class MetricMetricAndImperialPowerWrapper(val metricAndImperialPower: MetricAndImperialPower) : MetricPower

Wraps a MetricAndImperialPower unit to a MetricPower unit

MetricMolality

@Serializable

data class MetricMolality(val amountOfSubstance: AmountOfSubstance, val per: MetricWeight) : Molality, MetricScientificUnit<PhysicalQuantity.Molality>

A Molality for MeasurementSystem.Metric

MetricMolarEnergy

@Serializable

data class MetricMolarEnergy(val energy: MetricEnergy, val per: AmountOfSubstance) : MolarEnergy, MetricScientificUnit<PhysicalQuantity.MolarEnergy>

A MolarEnergy for MeasurementSystem.Metric

MetricMolarEntropy

@Serializable

data class MetricMolarEntropy(val heatCapacity: MetricHeatCapacity, val perAmountOfSubstance: AmountOfSubstance) : MolarEntropy, MetricScientificUnit<PhysicalQuantity.MolarEntropy>

A MolarEntropy for MeasurementSystem.Metric

MetricMolarity

@Serializable

data class MetricMolarity(val amountOfSubstance: AmountOfSubstance, val per: MetricVolume) : Molarity, MetricScientificUnit<PhysicalQuantity.Molarity>

A Molarity for MeasurementSystem.Metric

MetricMolarMass

@Serializable

data class MetricMolarMass(val weight: MetricWeight, val per: AmountOfSubstance) : MolarMass, MetricScientificUnit<PhysicalQuantity.MolarMass>

A MolarMass for MeasurementSystem.Metric

MetricMolarVolume

@Serializable

data class MetricMolarVolume(val volume: MetricVolume, val per: AmountOfSubstance) : MolarVolume, MetricScientificUnit<PhysicalQuantity.MolarVolume>

A MolarVolume for MeasurementSystem.Metric

MetricMomentOfInertia

@Serializable

data class MetricMomentOfInertia(val weight: MetricWeight, val area: MetricArea) : MomentOfInertia, MetricScientificUnit<PhysicalQuantity.MomentOfInertia>

A MomentOfInertia for MeasurementSystem.Metric

MetricMomentum

@Serializable

data class MetricMomentum(val mass: MetricWeight, val speed: MetricSpeed) : Momentum, MetricScientificUnit<PhysicalQuantity.Momentum>

A Momentum for MeasurementSystem.Metric

MetricMultipleUnit

sealed interface MetricMultipleUnit<System : MeasurementSystem, MeasurementUsage.UsedInMetric, Quantity : PhysicalQuantity, Unit : MetricBaseUnit<System, Quantity>> : SystemScientificUnit<System, Quantity>

A multiplication of a MetricBaseUnit. Example: Kilometer is a multiple of Meter

MetricNamedEnergyUnit

@Serializable

sealed class MetricNamedEnergyUnit : MetricEnergy, NamedEnergyUnit<MeasurementSystem.Metric>

A MetricEnergy.

MetricPermeability

@Serializable

data class MetricPermeability(val inductance: ElectricInductance, val per: MetricLength) : Permeability, MetricScientificUnit<PhysicalQuantity.Permeability>

A Permeability for MeasurementSystem.Metric

MetricPermittivity

@Serializable

data class MetricPermittivity(val capacitance: ElectricCapacitance, val per: MetricLength) : Permittivity, MetricScientificUnit<PhysicalQuantity.Permittivity>

A Permittivity for MeasurementSystem.Metric

MetricPower

@Serializable

sealed class MetricPower : Power, MetricScientificUnit<PhysicalQuantity.Power>

A Power for MeasurementSystem.Metric

MetricPressure

@Serializable

sealed class MetricPressure : Pressure, MetricScientificUnit<PhysicalQuantity.Pressure>

A Pressure for MeasurementSystem.Metric

MetricRadiance

@Serializable

data class MetricRadiance(val radiantIntensity: MetricRadiantIntensity, val per: MetricArea) : Radiance, MetricScientificUnit<PhysicalQuantity.Radiance>

A Radiance for MeasurementSystem.Metric

MetricRadiantIntensity

@Serializable

data class MetricRadiantIntensity(val power: MetricPower, val per: SolidAngle) : RadiantIntensity, MetricScientificUnit<PhysicalQuantity.RadiantIntensity>

A RadiantIntensity for MeasurementSystem.Metric

MetricResistivity

@Serializable

data class MetricResistivity(val resistance: ElectricResistance, val length: MetricLength) : Resistivity, MetricScientificUnit<PhysicalQuantity.Resistivity>

A Resistivity for MeasurementSystem.Metric

MetricScientificUnit

interface MetricScientificUnit<Quantity : PhysicalQuantity> : SystemScientificUnit<MeasurementSystem.Metric, Quantity> , MeasurementUsage.UsedInMetric

A SystemScientificUnit for MeasurementSystem.Metric

MetricSnap

@Serializable

data class MetricSnap(val jolt: MetricJolt, val per: Time) : Snap, MetricScientificUnit<PhysicalQuantity.Snap>

A Snap for MeasurementSystem.Metric

MetricSpecificEnergy

@Serializable

data class MetricSpecificEnergy(val energy: MetricEnergy, val per: MetricWeight) : SpecificEnergy, MetricScientificUnit<PhysicalQuantity.SpecificEnergy>

A SpecificEnergy for MeasurementSystem.Metric

MetricSpecificHeatCapacity

@Serializable

data class MetricSpecificHeatCapacity(val heatCapacity: MetricHeatCapacity, val perWeight: MetricWeight) : SpecificHeatCapacity, MetricScientificUnit<PhysicalQuantity.SpecificHeatCapacity>

A SpecificHeatCapacity for MeasurementSystem.Metric

MetricSpecificVolume

@Serializable

data class MetricSpecificVolume(val volume: MetricVolume, val per: MetricWeight) : SpecificVolume, MetricScientificUnit<PhysicalQuantity.SpecificVolume>

A SpecificVolume for MeasurementSystem.Metric

MetricSpecificWeight

@Serializable

data class MetricSpecificWeight(val force: MetricForce, val per: MetricVolume) : SpecificWeight, MetricScientificUnit<PhysicalQuantity.SpecificWeight>

A SpecificWeight for MeasurementSystem.Metric

MetricSpeed

@Serializable

data class MetricSpeed(val distance: MetricLength, val per: Time) : Speed, MetricScientificUnit<PhysicalQuantity.Speed>

A Speed for MeasurementSystem.Metric

MetricSurfaceChargeDensity

@Serializable

data class MetricSurfaceChargeDensity(val charge: ElectricCharge, val per: MetricArea) : SurfaceChargeDensity, MetricScientificUnit<PhysicalQuantity.SurfaceChargeDensity>

A SurfaceChargeDensity for MeasurementSystem.Metric

MetricSurfaceTension

@Serializable

data class MetricSurfaceTension(val force: MetricForce, val per: MetricLength) : SurfaceTension, MetricScientificUnit<PhysicalQuantity.SurfaceTension>

A SurfaceTension for MeasurementSystem.Metric

MetricThermalConductance

@Serializable

data class MetricThermalConductance(val power: MetricPower, val per: MetricAndUKImperialTemperature) : ThermalConductance, MetricScientificUnit<PhysicalQuantity.ThermalConductance>

A ThermalConductance for MeasurementSystem.Metric

MetricThermalConductivity

@Serializable

data class MetricThermalConductivity(val thermalConductance: MetricThermalConductance, val per: MetricLength) : ThermalConductivity, MetricScientificUnit<PhysicalQuantity.ThermalConductivity>

A ThermalConductivity for MeasurementSystem.Metric

MetricThermalInsulance

@Serializable

data class MetricThermalInsulance(val thermalResistance: MetricThermalResistance, val area: MetricArea) : ThermalInsulance, MetricScientificUnit<PhysicalQuantity.ThermalInsulance>

A ThermalInsulance for MeasurementSystem.Metric

MetricThermalResistance

@Serializable

data class MetricThermalResistance(val temperature: MetricAndUKImperialTemperature, val per: MetricPower) : ThermalResistance, MetricScientificUnit<PhysicalQuantity.ThermalResistance>

A ThermalResistance for MeasurementSystem.Metric

MetricTorque

@Serializable

data class MetricTorque(val force: MetricForce, val length: MetricLength) : Torque, MetricScientificUnit<PhysicalQuantity.Torque>

A Torque for MeasurementSystem.Metric

MetricVolume

@Serializable

sealed class MetricVolume : Volume, MetricScientificUnit<PhysicalQuantity.Volume>

A Volume for MeasurementSystem.Metric

MetricVolumetricFlow

@Serializable

data class MetricVolumetricFlow(val volume: MetricVolume, val per: Time) : VolumetricFlow, MetricScientificUnit<PhysicalQuantity.VolumetricFlow>

A VolumetricFlow for MeasurementSystem.Metric

MetricVolumetricFlux

@Serializable

data class MetricVolumetricFlux(val volumetricFlow: MetricVolumetricFlow, val per: MetricArea) : VolumetricFlux, MetricScientificUnit<PhysicalQuantity.VolumetricFlux>

A VolumetricFlux for MeasurementSystem.Metric

MetricWeight

@Serializable

sealed class MetricWeight : Weight, MetricScientificUnit<PhysicalQuantity.Weight>

A Weight for MeasurementSystem.Metric

MetricYank

@Serializable

data class MetricYank(val force: MetricForce, val per: Time) : Yank, MetricScientificUnit<PhysicalQuantity.Yank>

A Yank for MeasurementSystem.Metric

Micro

class Micro<System : MeasurementSystem, MeasurementUsage.UsedInMetric, Quantity : PhysicalQuantity, Unit : MetricBaseUnit<System, Quantity>>(unit: Unit) : MetricMultipleUnit<System, Quantity, Unit>

Microampere

@Serializable

data object Microampere : AmpereMultiple, MetricMultipleUnit<MeasurementSystem.MetricAndImperial, PhysicalQuantity.ElectricCurrent, Ampere>

Microbar

@Serializable

data object Microbar : BarMultiple, MetricMultipleUnit<MeasurementSystem.Metric, PhysicalQuantity.Pressure, Bar>

Microbarye

@Serializable

data object Microbarye : BaryeMultiple, MetricMultipleUnit<MeasurementSystem.Metric, PhysicalQuantity.Pressure, Barye>

Microbecquerel

@Serializable

data object Microbecquerel : BecquerelMultiple, MetricMultipleUnit<MeasurementSystem.MetricAndImperial, PhysicalQuantity.Radioactivity, Becquerel>

Microcandela

@Serializable

data object Microcandela : CandelaMultiple, MetricMultipleUnit<MeasurementSystem.MetricAndImperial, PhysicalQuantity.LuminousIntensity, Candela>

Microcoulomb

@Serializable

data object Microcoulomb : CoulombMultiple, MetricMultipleUnit<MeasurementSystem.MetricAndImperial, PhysicalQuantity.ElectricCharge, Coulomb>

Microcurie

@Serializable

data object Microcurie : CurieMultiple, MetricMultipleUnit<MeasurementSystem.MetricAndImperial, PhysicalQuantity.Radioactivity, Curie>

Microdalton

@Serializable

data object Microdalton : DaltonMultiple, MetricMultipleUnit<MeasurementSystem.Metric, PhysicalQuantity.Weight, Dalton>

Microdyne

@Serializable

data object Microdyne : DyneMultiple, MetricMultipleUnit<MeasurementSystem.Metric, PhysicalQuantity.Force, Dyne>

Microelectronvolt

@Serializable

data object Microelectronvolt : ElectronvoltMultiple, MetricMultipleUnit<MeasurementSystem.Metric, PhysicalQuantity.Energy, Electronvolt>

Microerg

@Serializable

data object Microerg : ErgMultiple, MetricMultipleUnit<MeasurementSystem.Metric, PhysicalQuantity.Energy, Erg>

Microfarad

@Serializable

data object Microfarad : FaradMultiple, MetricMultipleUnit<MeasurementSystem.MetricAndImperial, PhysicalQuantity.ElectricCapacitance, Farad>

Microg

@Serializable

data object Microg : GUnitMultiple, MetricMultipleUnit<MeasurementSystem.MetricAndImperial, PhysicalQuantity.Acceleration, GUnit>

MicroGal

@Serializable

data object MicroGal : GalMultiple, MetricMultipleUnit<MeasurementSystem.Metric, PhysicalQuantity.Acceleration, Gal>

Microgram

@Serializable

data object Microgram : GramMultiple, MetricMultipleUnit<MeasurementSystem.Metric, PhysicalQuantity.Weight, Gram>

Microgray

@Serializable

data object Microgray : GrayMultiple, MetricMultipleUnit<MeasurementSystem.MetricAndImperial, PhysicalQuantity.IonizingRadiationAbsorbedDose, Gray>

Microhenry

@Serializable

data object Microhenry : HenryMultiple, MetricMultipleUnit<MeasurementSystem.MetricAndImperial, PhysicalQuantity.ElectricInductance, Henry>

Microhertz

@Serializable

data object Microhertz : HertzMultiple, MetricMultipleUnit<MeasurementSystem.MetricAndImperial, PhysicalQuantity.Frequency, Hertz>

Microjoule

@Serializable

data object Microjoule : JouleMultiple, MetricMultipleUnit<MeasurementSystem.Metric, PhysicalQuantity.Energy, Joule>

Microkatal

@Serializable

data object Microkatal : KatalMultiple, MetricMultipleUnit<MeasurementSystem.MetricAndImperial, PhysicalQuantity.CatalysticActivity, Katal>

Microliter

@Serializable

data object Microliter : LiterMultiple, MetricMultipleUnit<MeasurementSystem.Metric, PhysicalQuantity.Volume, Liter>

Microlumen

@Serializable

data object Microlumen : LumenMultiple, MetricMultipleUnit<MeasurementSystem.MetricAndImperial, PhysicalQuantity.LuminousFlux, Lumen>

Microlux

@Serializable

data object Microlux : LuxMultiple, MetricMultipleUnit<MeasurementSystem.Metric, PhysicalQuantity.Illuminance, Lux>

Micrometer

@Serializable

data object Micrometer : MeterMultiple, MetricMultipleUnit<MeasurementSystem.Metric, PhysicalQuantity.Length, Meter>

Micromole

@Serializable

data object Micromole : MoleMultiple, MetricMultipleUnit<MeasurementSystem.MetricAndImperial, PhysicalQuantity.AmountOfSubstance, Mole>

Micronewton

@Serializable

data object Micronewton : NewtonMultiple, MetricMultipleUnit<MeasurementSystem.Metric, PhysicalQuantity.Force, Newton>

Micronit

@Serializable

data object Micronit : NitMultiple, MetricMultipleUnit<MeasurementSystem.Metric, PhysicalQuantity.Luminance, Nit>

Microohm

@Serializable

data object Microohm : OhmMultiple, MetricMultipleUnit<MeasurementSystem.MetricAndImperial, PhysicalQuantity.ElectricResistance, Ohm>

Micropascal

@Serializable

data object Micropascal : PascalMultiple, MetricMultipleUnit<MeasurementSystem.Metric, PhysicalQuantity.Pressure, Pascal>

Microphot

@Serializable

data object Microphot : PhotMultiple, MetricMultipleUnit<MeasurementSystem.Metric, PhysicalQuantity.Illuminance, Phot>

Microrad

@Serializable

data object Microrad : RadMultiple, MetricMultipleUnit<MeasurementSystem.MetricAndImperial, PhysicalQuantity.IonizingRadiationAbsorbedDose, Rad>

Microradian

@Serializable

data object Microradian : RadianMultiple, MetricMultipleUnit<MeasurementSystem.MetricAndImperial, PhysicalQuantity.Angle, Radian>

MicroroentgenEquivalentMan

@Serializable

data object MicroroentgenEquivalentMan : RoentgenEquivalentManMultiple, MetricMultipleUnit<MeasurementSystem.MetricAndImperial, PhysicalQuantity.IonizingRadiationEquivalentDose, RoentgenEquivalentMan>

Microsecond

@Serializable

data object Microsecond : SecondMultiple, MetricMultipleUnit<MeasurementSystem.MetricAndImperial, PhysicalQuantity.Time, Second>

Microsiemens

@Serializable

data object Microsiemens : SiemensMultiple, MetricMultipleUnit<MeasurementSystem.MetricAndImperial, PhysicalQuantity.ElectricConductance, Siemens>

Microsievert

@Serializable

data object Microsievert : SievertMultiple, MetricMultipleUnit<MeasurementSystem.MetricAndImperial, PhysicalQuantity.IonizingRadiationEquivalentDose, Sievert>

Microsteradian

@Serializable

data object Microsteradian : SteradianMultiple, MetricMultipleUnit<MeasurementSystem.MetricAndImperial, PhysicalQuantity.SolidAngle, Steradian>

Microtesla

@Serializable

data object Microtesla : TeslaMultiple, MetricMultipleUnit<MeasurementSystem.MetricAndImperial, PhysicalQuantity.MagneticInduction, Tesla>

Microtorr

@Serializable

data object Microtorr : TorrMultiple, MetricMultipleUnit<MeasurementSystem.Metric, PhysicalQuantity.Pressure, Torr>

Microturn

@Serializable

data object Microturn : TurnMultiple, MetricMultipleUnit<MeasurementSystem.MetricAndImperial, PhysicalQuantity.Angle, Turn>

Microvolt

@Serializable

data object Microvolt : VoltMultiple, MetricMultipleUnit<MeasurementSystem.MetricAndImperial, PhysicalQuantity.Voltage, Volt>

Microwatt

@Serializable

data object Microwatt : WattMultiple, MetricMultipleUnit<MeasurementSystem.MetricAndImperial, PhysicalQuantity.Power, Watt>

MicrowattHour

@Serializable

data object MicrowattHour : WattHourMultiple, MetricMultipleUnit<MeasurementSystem.MetricAndImperial, PhysicalQuantity.Energy, WattHour>

Microweber

@Serializable

data object Microweber : WeberMultiple, MetricMultipleUnit<MeasurementSystem.MetricAndImperial, PhysicalQuantity.MagneticFlux, Weber>

Mile

@Serializable

data object Mile : ImperialLength

Milli

class Milli<System : MeasurementSystem, MeasurementUsage.UsedInMetric, Quantity : PhysicalQuantity, Unit : MetricBaseUnit<System, Quantity>>(unit: Unit) : MetricMultipleUnit<System, Quantity, Unit>

Milliampere

@Serializable

data object Milliampere : AmpereMultiple, MetricMultipleUnit<MeasurementSystem.MetricAndImperial, PhysicalQuantity.ElectricCurrent, Ampere>

Millibar

@Serializable

data object Millibar : BarMultiple, MetricMultipleUnit<MeasurementSystem.Metric, PhysicalQuantity.Pressure, Bar>

Millibarye

@Serializable

data object Millibarye : BaryeMultiple, MetricMultipleUnit<MeasurementSystem.Metric, PhysicalQuantity.Pressure, Barye>

Millibecquerel

@Serializable

data object Millibecquerel : BecquerelMultiple, MetricMultipleUnit<MeasurementSystem.MetricAndImperial, PhysicalQuantity.Radioactivity, Becquerel>

Millicalorie

@Serializable

data object Millicalorie : CalorieMultiple, MetricMultipleUnit<MeasurementSystem.MetricAndImperial, PhysicalQuantity.Energy, Calorie>

Millicandela

@Serializable

data object Millicandela : CandelaMultiple, MetricMultipleUnit<MeasurementSystem.MetricAndImperial, PhysicalQuantity.LuminousIntensity, Candela>

Millicoulomb

@Serializable

data object Millicoulomb : CoulombMultiple, MetricMultipleUnit<MeasurementSystem.MetricAndImperial, PhysicalQuantity.ElectricCharge, Coulomb>

Millicurie

@Serializable

data object Millicurie : CurieMultiple, MetricMultipleUnit<MeasurementSystem.MetricAndImperial, PhysicalQuantity.Radioactivity, Curie>

Millidalton

@Serializable

data object Millidalton : DaltonMultiple, MetricMultipleUnit<MeasurementSystem.Metric, PhysicalQuantity.Weight, Dalton>

Millidyne

@Serializable

data object Millidyne : DyneMultiple, MetricMultipleUnit<MeasurementSystem.Metric, PhysicalQuantity.Force, Dyne>

Millielectronvolt

@Serializable

data object Millielectronvolt : ElectronvoltMultiple, MetricMultipleUnit<MeasurementSystem.Metric, PhysicalQuantity.Energy, Electronvolt>

Millierg

@Serializable

data object Millierg : ErgMultiple, MetricMultipleUnit<MeasurementSystem.Metric, PhysicalQuantity.Energy, Erg>

Millifarad

@Serializable

data object Millifarad : FaradMultiple, MetricMultipleUnit<MeasurementSystem.MetricAndImperial, PhysicalQuantity.ElectricCapacitance, Farad>

Millig

@Serializable

data object Millig : GUnitMultiple, MetricMultipleUnit<MeasurementSystem.MetricAndImperial, PhysicalQuantity.Acceleration, GUnit>

MilliGal

@Serializable

data object MilliGal : GalMultiple, MetricMultipleUnit<MeasurementSystem.Metric, PhysicalQuantity.Acceleration, Gal>

Milligram

@Serializable

data object Milligram : GramMultiple, MetricMultipleUnit<MeasurementSystem.Metric, PhysicalQuantity.Weight, Gram>

MilligramForce

@Serializable

data object MilligramForce : MetricForce

Milligray

@Serializable

data object Milligray : GrayMultiple, MetricMultipleUnit<MeasurementSystem.MetricAndImperial, PhysicalQuantity.IonizingRadiationAbsorbedDose, Gray>

Millihenry

@Serializable

data object Millihenry : HenryMultiple, MetricMultipleUnit<MeasurementSystem.MetricAndImperial, PhysicalQuantity.ElectricInductance, Henry>

Millihertz

@Serializable

data object Millihertz : HertzMultiple, MetricMultipleUnit<MeasurementSystem.MetricAndImperial, PhysicalQuantity.Frequency, Hertz>

Millijoule

@Serializable

data object Millijoule : JouleMultiple, MetricMultipleUnit<MeasurementSystem.Metric, PhysicalQuantity.Energy, Joule>

Millikatal

@Serializable

data object Millikatal : KatalMultiple, MetricMultipleUnit<MeasurementSystem.MetricAndImperial, PhysicalQuantity.CatalysticActivity, Katal>

Milliliter

@Serializable

data object Milliliter : LiterMultiple, MetricMultipleUnit<MeasurementSystem.Metric, PhysicalQuantity.Volume, Liter>

Millilumen

@Serializable

data object Millilumen : LumenMultiple, MetricMultipleUnit<MeasurementSystem.MetricAndImperial, PhysicalQuantity.LuminousFlux, Lumen>

Millilux

@Serializable

data object Millilux : LuxMultiple, MetricMultipleUnit<MeasurementSystem.Metric, PhysicalQuantity.Illuminance, Lux>

Millimeter

@Serializable

data object Millimeter : MeterMultiple, MetricMultipleUnit<MeasurementSystem.Metric, PhysicalQuantity.Length, Meter>

MillimeterOfMercury

@Serializable

data object MillimeterOfMercury : MetricPressure

MillimeterOfWater

@Serializable

data object MillimeterOfWater : MetricPressure

Millimole

@Serializable

data object Millimole : MoleMultiple, MetricMultipleUnit<MeasurementSystem.MetricAndImperial, PhysicalQuantity.AmountOfSubstance, Mole>

Millinewton

@Serializable

data object Millinewton : NewtonMultiple, MetricMultipleUnit<MeasurementSystem.Metric, PhysicalQuantity.Force, Newton>

Millinit

@Serializable

data object Millinit : NitMultiple, MetricMultipleUnit<MeasurementSystem.Metric, PhysicalQuantity.Luminance, Nit>

Milliohm

@Serializable

data object Milliohm : OhmMultiple, MetricMultipleUnit<MeasurementSystem.MetricAndImperial, PhysicalQuantity.ElectricResistance, Ohm>

Millipascal

@Serializable

data object Millipascal : PascalMultiple, MetricMultipleUnit<MeasurementSystem.Metric, PhysicalQuantity.Pressure, Pascal>

Milliphot

@Serializable

data object Milliphot : PhotMultiple, MetricMultipleUnit<MeasurementSystem.Metric, PhysicalQuantity.Illuminance, Phot>

Millirad

@Serializable

data object Millirad : RadMultiple, MetricMultipleUnit<MeasurementSystem.MetricAndImperial, PhysicalQuantity.IonizingRadiationAbsorbedDose, Rad>

Milliradian

@Serializable

data object Milliradian : RadianMultiple, MetricMultipleUnit<MeasurementSystem.MetricAndImperial, PhysicalQuantity.Angle, Radian>

MilliroentgenEquivalentMan

@Serializable

data object MilliroentgenEquivalentMan : RoentgenEquivalentManMultiple, MetricMultipleUnit<MeasurementSystem.MetricAndImperial, PhysicalQuantity.IonizingRadiationEquivalentDose, RoentgenEquivalentMan>

Millisecond

@Serializable

data object Millisecond : SecondMultiple, MetricMultipleUnit<MeasurementSystem.MetricAndImperial, PhysicalQuantity.Time, Second>

Millisiemens

@Serializable

data object Millisiemens : SiemensMultiple, MetricMultipleUnit<MeasurementSystem.MetricAndImperial, PhysicalQuantity.ElectricConductance, Siemens>

Millisievert

@Serializable

data object Millisievert : SievertMultiple, MetricMultipleUnit<MeasurementSystem.MetricAndImperial, PhysicalQuantity.IonizingRadiationEquivalentDose, Sievert>

Millisteradian

@Serializable

data object Millisteradian : SteradianMultiple, MetricMultipleUnit<MeasurementSystem.MetricAndImperial, PhysicalQuantity.SolidAngle, Steradian>

Millitesla

@Serializable

data object Millitesla : TeslaMultiple, MetricMultipleUnit<MeasurementSystem.MetricAndImperial, PhysicalQuantity.MagneticInduction, Tesla>

Millitorr

@Serializable

data object Millitorr : TorrMultiple, MetricMultipleUnit<MeasurementSystem.Metric, PhysicalQuantity.Pressure, Torr>

Milliturn

@Serializable

data object Milliturn : TurnMultiple, MetricMultipleUnit<MeasurementSystem.MetricAndImperial, PhysicalQuantity.Angle, Turn>

Millivolt

@Serializable

data object Millivolt : VoltMultiple, MetricMultipleUnit<MeasurementSystem.MetricAndImperial, PhysicalQuantity.Voltage, Volt>

Milliwatt

@Serializable

data object Milliwatt : WattMultiple, MetricMultipleUnit<MeasurementSystem.MetricAndImperial, PhysicalQuantity.Power, Watt>

MilliwattHour

@Serializable

data object MilliwattHour : WattHourMultiple, MetricMultipleUnit<MeasurementSystem.MetricAndImperial, PhysicalQuantity.Energy, WattHour>

Milliweber

@Serializable

data object Milliweber : WeberMultiple, MetricMultipleUnit<MeasurementSystem.MetricAndImperial, PhysicalQuantity.MagneticFlux, Weber>

Minute

@Serializable

data object Minute : Time

Molality

@Serializable

sealed class Molality : DefinedScientificUnit<PhysicalQuantity.Molality>

An DefinedScientificUnit for PhysicalQuantity.Molality SI unit is Mole per Kilogram

MolarEnergy

@Serializable

sealed class MolarEnergy : DefinedScientificUnit<PhysicalQuantity.MolarEnergy>

An DefinedScientificUnit for PhysicalQuantity.MolarEnergy SI unit is Joule per Mole

MolarEntropy

@Serializable

sealed class MolarEntropy : DefinedScientificUnit<PhysicalQuantity.MolarEntropy>

An DefinedScientificUnit for PhysicalQuantity.MolarEntropy SI unit is Joule per Kelvin per Mole

Molarity

@Serializable

sealed class Molarity : DefinedScientificUnit<PhysicalQuantity.Molarity>

An DefinedScientificUnit for PhysicalQuantity.Molarity SI unit is Mole per CubicMeter

MolarMass

@Serializable

sealed class MolarMass : DefinedScientificUnit<PhysicalQuantity.MolarMass>

An DefinedScientificUnit for PhysicalQuantity.MolarMass SI unit is Kilogram per Mole

MolarVolume

@Serializable

sealed class MolarVolume : DefinedScientificUnit<PhysicalQuantity.MolarVolume>

An DefinedScientificUnit for PhysicalQuantity.MolarVolume SI unit is CubicMeter per Mole

Mole

@Serializable

data object Mole : AmountOfSubstance, MetricBaseUnit<MeasurementSystem.MetricAndImperial, PhysicalQuantity.AmountOfSubstance>

MoleMultiple

@Serializable

sealed class MoleMultiple : AmountOfSubstance, MetricMultipleUnit<MeasurementSystem.MetricAndImperial, PhysicalQuantity.AmountOfSubstance, Mole>

MomentOfInertia

@Serializable

sealed class MomentOfInertia : DefinedScientificUnit<PhysicalQuantity.MomentOfInertia>

An DefinedScientificUnit for PhysicalQuantity.MomentOfInertia SI unit is Kilogram x SquareMeter

Momentum

@Serializable

sealed class Momentum : DefinedScientificUnit<PhysicalQuantity.Momentum>

An DefinedScientificUnit for PhysicalQuantity.Momentum SI unit is Kilogram x Meter per Second

NamedEnergyUnit

sealed interface NamedEnergyUnit<System : MeasurementSystem> : SystemScientificUnit<System, PhysicalQuantity.Energy>

A SystemScientificUnit for PhysicalQuantity.Energy that is named, i.e. its name is not derived from the unit of another physical quantity

Nano

class Nano<System : MeasurementSystem, MeasurementUsage.UsedInMetric, Quantity : PhysicalQuantity, Unit : MetricBaseUnit<System, Quantity>>(unit: Unit) : MetricMultipleUnit<System, Quantity, Unit>

Nanoampere

@Serializable

data object Nanoampere : AmpereMultiple, MetricMultipleUnit<MeasurementSystem.MetricAndImperial, PhysicalQuantity.ElectricCurrent, Ampere>

Nanobar

@Serializable

data object Nanobar : BarMultiple, MetricMultipleUnit<MeasurementSystem.Metric, PhysicalQuantity.Pressure, Bar>

Nanobarye

@Serializable

data object Nanobarye : BaryeMultiple, MetricMultipleUnit<MeasurementSystem.Metric, PhysicalQuantity.Pressure, Barye>

Nanobecquerel

@Serializable

data object Nanobecquerel : BecquerelMultiple, MetricMultipleUnit<MeasurementSystem.MetricAndImperial, PhysicalQuantity.Radioactivity, Becquerel>

Nanocandela

@Serializable

data object Nanocandela : CandelaMultiple, MetricMultipleUnit<MeasurementSystem.MetricAndImperial, PhysicalQuantity.LuminousIntensity, Candela>

Nanocoulomb

@Serializable

data object Nanocoulomb : CoulombMultiple, MetricMultipleUnit<MeasurementSystem.MetricAndImperial, PhysicalQuantity.ElectricCharge, Coulomb>

Nanocurie

@Serializable

data object Nanocurie : CurieMultiple, MetricMultipleUnit<MeasurementSystem.MetricAndImperial, PhysicalQuantity.Radioactivity, Curie>

Nanodalton

@Serializable

data object Nanodalton : DaltonMultiple, MetricMultipleUnit<MeasurementSystem.Metric, PhysicalQuantity.Weight, Dalton>

Nanodyne

@Serializable

data object Nanodyne : DyneMultiple, MetricMultipleUnit<MeasurementSystem.Metric, PhysicalQuantity.Force, Dyne>

Nanoelectronvolt

@Serializable

data object Nanoelectronvolt : ElectronvoltMultiple, MetricMultipleUnit<MeasurementSystem.Metric, PhysicalQuantity.Energy, Electronvolt>

Nanoerg

@Serializable

data object Nanoerg : ErgMultiple, MetricMultipleUnit<MeasurementSystem.Metric, PhysicalQuantity.Energy, Erg>

Nanofarad

@Serializable

data object Nanofarad : FaradMultiple, MetricMultipleUnit<MeasurementSystem.MetricAndImperial, PhysicalQuantity.ElectricCapacitance, Farad>

Nanog

@Serializable

data object Nanog : GUnitMultiple, MetricMultipleUnit<MeasurementSystem.MetricAndImperial, PhysicalQuantity.Acceleration, GUnit>

NanoGal

@Serializable

data object NanoGal : GalMultiple, MetricMultipleUnit<MeasurementSystem.Metric, PhysicalQuantity.Acceleration, Gal>

Nanogram

@Serializable

data object Nanogram : GramMultiple, MetricMultipleUnit<MeasurementSystem.Metric, PhysicalQuantity.Weight, Gram>

Nanogray

@Serializable

data object Nanogray : GrayMultiple, MetricMultipleUnit<MeasurementSystem.MetricAndImperial, PhysicalQuantity.IonizingRadiationAbsorbedDose, Gray>

Nanohenry

@Serializable

data object Nanohenry : HenryMultiple, MetricMultipleUnit<MeasurementSystem.MetricAndImperial, PhysicalQuantity.ElectricInductance, Henry>

Nanohertz

@Serializable

data object Nanohertz : HertzMultiple, MetricMultipleUnit<MeasurementSystem.MetricAndImperial, PhysicalQuantity.Frequency, Hertz>

Nanojoule

@Serializable

data object Nanojoule : JouleMultiple, MetricMultipleUnit<MeasurementSystem.Metric, PhysicalQuantity.Energy, Joule>

Nanokatal

@Serializable

data object Nanokatal : KatalMultiple, MetricMultipleUnit<MeasurementSystem.MetricAndImperial, PhysicalQuantity.CatalysticActivity, Katal>

Nanoliter

@Serializable

data object Nanoliter : LiterMultiple, MetricMultipleUnit<MeasurementSystem.Metric, PhysicalQuantity.Volume, Liter>

Nanolumen

@Serializable

data object Nanolumen : LumenMultiple, MetricMultipleUnit<MeasurementSystem.MetricAndImperial, PhysicalQuantity.LuminousFlux, Lumen>

Nanolux

@Serializable

data object Nanolux : LuxMultiple, MetricMultipleUnit<MeasurementSystem.Metric, PhysicalQuantity.Illuminance, Lux>

Nanometer

@Serializable

data object Nanometer : MeterMultiple, MetricMultipleUnit<MeasurementSystem.Metric, PhysicalQuantity.Length, Meter>

Nanomole

@Serializable

data object Nanomole : MoleMultiple, MetricMultipleUnit<MeasurementSystem.MetricAndImperial, PhysicalQuantity.AmountOfSubstance, Mole>

Nanonewton

@Serializable

data object Nanonewton : NewtonMultiple, MetricMultipleUnit<MeasurementSystem.Metric, PhysicalQuantity.Force, Newton>

Nanonit

@Serializable

data object Nanonit : NitMultiple, MetricMultipleUnit<MeasurementSystem.Metric, PhysicalQuantity.Luminance, Nit>

Nanoohm

@Serializable

data object Nanoohm : OhmMultiple, MetricMultipleUnit<MeasurementSystem.MetricAndImperial, PhysicalQuantity.ElectricResistance, Ohm>

Nanopascal

@Serializable

data object Nanopascal : PascalMultiple, MetricMultipleUnit<MeasurementSystem.Metric, PhysicalQuantity.Pressure, Pascal>

Nanophot

@Serializable

data object Nanophot : PhotMultiple, MetricMultipleUnit<MeasurementSystem.Metric, PhysicalQuantity.Illuminance, Phot>

Nanorad

@Serializable

data object Nanorad : RadMultiple, MetricMultipleUnit<MeasurementSystem.MetricAndImperial, PhysicalQuantity.IonizingRadiationAbsorbedDose, Rad>

Nanoradian

@Serializable

data object Nanoradian : RadianMultiple, MetricMultipleUnit<MeasurementSystem.MetricAndImperial, PhysicalQuantity.Angle, Radian>

NanoroentgenEquivalentMan

@Serializable

data object NanoroentgenEquivalentMan : RoentgenEquivalentManMultiple, MetricMultipleUnit<MeasurementSystem.MetricAndImperial, PhysicalQuantity.IonizingRadiationEquivalentDose, RoentgenEquivalentMan>

Nanosecond

@Serializable

data object Nanosecond : SecondMultiple, MetricMultipleUnit<MeasurementSystem.MetricAndImperial, PhysicalQuantity.Time, Second>

Nanosiemens

@Serializable

data object Nanosiemens : SiemensMultiple, MetricMultipleUnit<MeasurementSystem.MetricAndImperial, PhysicalQuantity.ElectricConductance, Siemens>

Nanosievert

@Serializable

data object Nanosievert : SievertMultiple, MetricMultipleUnit<MeasurementSystem.MetricAndImperial, PhysicalQuantity.IonizingRadiationEquivalentDose, Sievert>

Nanosteradian

@Serializable

data object Nanosteradian : SteradianMultiple, MetricMultipleUnit<MeasurementSystem.MetricAndImperial, PhysicalQuantity.SolidAngle, Steradian>

Nanotesla

@Serializable

data object Nanotesla : TeslaMultiple, MetricMultipleUnit<MeasurementSystem.MetricAndImperial, PhysicalQuantity.MagneticInduction, Tesla>

Nanotorr

@Serializable

data object Nanotorr : TorrMultiple, MetricMultipleUnit<MeasurementSystem.Metric, PhysicalQuantity.Pressure, Torr>

Nanoturn

@Serializable

data object Nanoturn : TurnMultiple, MetricMultipleUnit<MeasurementSystem.MetricAndImperial, PhysicalQuantity.Angle, Turn>

Nanovolt

@Serializable

data object Nanovolt : Voltage, MetricMultipleUnit<MeasurementSystem.MetricAndImperial, PhysicalQuantity.Voltage, Volt>

Nanowatt

@Serializable

data object Nanowatt : WattMultiple, MetricMultipleUnit<MeasurementSystem.MetricAndImperial, PhysicalQuantity.Power, Watt>

NanowattHour

@Serializable

data object NanowattHour : WattHourMultiple, MetricMultipleUnit<MeasurementSystem.MetricAndImperial, PhysicalQuantity.Energy, WattHour>

Nanoweber

@Serializable

data object Nanoweber : WeberMultiple, MetricMultipleUnit<MeasurementSystem.MetricAndImperial, PhysicalQuantity.MagneticFlux, Weber>

NauticalMile

@Serializable

data object NauticalMile : MetricLength

Newton

@Serializable

data object Newton : MetricForce, MetricBaseUnit<MeasurementSystem.Metric, PhysicalQuantity.Force>

NewtonMultiple

@Serializable

sealed class NewtonMultiple : MetricForce, MetricMultipleUnit<MeasurementSystem.Metric, PhysicalQuantity.Force, Newton>

Nit

@Serializable

data object Nit : MetricLuminance, MetricBaseUnit<MeasurementSystem.Metric, PhysicalQuantity.Luminance>

NitMultiple

@Serializable

sealed class NitMultiple : MetricLuminance, MetricMultipleUnit<MeasurementSystem.Metric, PhysicalQuantity.Luminance, Nit>

Ohm

@Serializable

data object Ohm : ElectricResistance, MetricBaseUnit<MeasurementSystem.MetricAndImperial, PhysicalQuantity.ElectricResistance>

OhmMultiple

@Serializable

sealed class OhmMultiple : ElectricResistance, MetricMultipleUnit<MeasurementSystem.MetricAndImperial, PhysicalQuantity.ElectricResistance, Ohm>

One

@Serializable

data object One : Dimensionless

Ounce

@Serializable

data object Ounce : ImperialWeight

OunceForce

@Serializable

data object OunceForce : ImperialForce

OunceSquareInch

@Serializable

data object OunceSquareInch : ImperialPressure

Parsec

@Serializable

data object Parsec : MetricLength

Pascal

@ObjCName(name = "PascalUnit")

@Serializable

data object Pascal : MetricPressure, MetricBaseUnit<MeasurementSystem.Metric, PhysicalQuantity.Pressure>

PascalMultiple

@Serializable

sealed class PascalMultiple : MetricPressure, MetricMultipleUnit<MeasurementSystem.Metric, PhysicalQuantity.Pressure, Pascal>

Percent

@Serializable

data object Percent : Dimensionless

Permeability

@Serializable

sealed class Permeability : DefinedScientificUnit<PhysicalQuantity.Permeability>

An DefinedScientificUnit for PhysicalQuantity.Permeability SI unit is Henry per Meter

Permill

@Serializable

data object Permill : Dimensionless

Permittivity

@Serializable

sealed class Permittivity : DefinedScientificUnit<PhysicalQuantity.Permittivity>

An DefinedScientificUnit for PhysicalQuantity.Permittivity SI unit is Farad per Meter

Phot

@Serializable

data object Phot : MetricIlluminance, MetricBaseUnit<MeasurementSystem.Metric, PhysicalQuantity.Illuminance>

PhotMultiple

@Serializable

sealed class PhotMultiple : MetricIlluminance, MetricMultipleUnit<MeasurementSystem.Metric, PhysicalQuantity.Illuminance, Phot>

Pound

@Serializable

data object Pound : ImperialWeight

Poundal

@Serializable

data object Poundal : ImperialForce

PoundForce

@Serializable

data object PoundForce : ImperialForce

PoundSquareFoot

@Serializable

data object PoundSquareFoot : ImperialPressure

PoundSquareInch

@Serializable

data object PoundSquareInch : ImperialPressure

Power

@Serializable

sealed class Power : DefinedScientificUnit<PhysicalQuantity.Power>

An DefinedScientificUnit for PhysicalQuantity.Power SI unit is Watt

Pressure

@Serializable

sealed class Pressure : DefinedScientificUnit<PhysicalQuantity.Pressure>

An DefinedScientificUnit for PhysicalQuantity.Pressure SI unit is Pascal

Rad

@Serializable

data object Rad : IonizingRadiationAbsorbedDose, MetricBaseUnit<MeasurementSystem.MetricAndImperial, PhysicalQuantity.IonizingRadiationAbsorbedDose>

Radian

@Serializable

data object Radian : Angle, MetricBaseUnit<MeasurementSystem.MetricAndImperial, PhysicalQuantity.Angle>

Radiance

@Serializable

sealed class Radiance : DefinedScientificUnit<PhysicalQuantity.Radiance>

An DefinedScientificUnit for PhysicalQuantity.Radiance SI unit is Watt per Steradian per SquareMeter

RadianMultiple

@Serializable

sealed class RadianMultiple : Angle, MetricMultipleUnit<MeasurementSystem.MetricAndImperial, PhysicalQuantity.Angle, Radian>

RadiantIntensity

@Serializable

sealed class RadiantIntensity : DefinedScientificUnit<PhysicalQuantity.RadiantIntensity>

An DefinedScientificUnit for PhysicalQuantity.RadiantIntensity SI unit is Watt per Steradian

Radioactivity

@Serializable

sealed class Radioactivity : DefinedScientificUnit<PhysicalQuantity.Radioactivity> , MetricAndImperialScientificUnit<PhysicalQuantity.Radioactivity>

An DefinedScientificUnit for PhysicalQuantity.Radioactivity SI unit is Becquerel

RadMultiple

@Serializable

sealed class RadMultiple : IonizingRadiationAbsorbedDose, MetricMultipleUnit<MeasurementSystem.MetricAndImperial, PhysicalQuantity.IonizingRadiationAbsorbedDose, Rad>

Rankine

@Serializable

data object Rankine : USCustomaryTemperature

Reluctance

@Serializable

data class Reluctance(val current: ElectricCurrent, val per: MagneticFlux) : DefinedScientificUnit<PhysicalQuantity.Reluctance> , MetricAndImperialScientificUnit<PhysicalQuantity.Reluctance>

An DefinedScientificUnit for PhysicalQuantity.Reluctance SI unit is Ampere per Weber

Resistivity

@Serializable

sealed class Resistivity : DefinedScientificUnit<PhysicalQuantity.Resistivity>

An DefinedScientificUnit for PhysicalQuantity.Resistivity SI unit is Ohm x Meter

RoentgenEquivalentMan

@Serializable

data object RoentgenEquivalentMan : IonizingRadiationEquivalentDose, MetricBaseUnit<MeasurementSystem.MetricAndImperial, PhysicalQuantity.IonizingRadiationEquivalentDose>

RoentgenEquivalentManMultiple

@Serializable

sealed class RoentgenEquivalentManMultiple : IonizingRadiationEquivalentDose, MetricMultipleUnit<MeasurementSystem.MetricAndImperial, PhysicalQuantity.IonizingRadiationEquivalentDose, RoentgenEquivalentMan>

Rutherford

@Serializable

data object Rutherford : Radioactivity

ScientificUnit

sealed interface ScientificUnit<Quantity : PhysicalQuantity> : MeasurementUsage, Serializable

A unit of measurement for a PhysicalQuantity

Second

@Serializable

data object Second : Time, MetricBaseUnit<MeasurementSystem.MetricAndImperial, PhysicalQuantity.Time>

SecondMultiple

@Serializable

sealed class SecondMultiple : Time, MetricMultipleUnit<MeasurementSystem.MetricAndImperial, PhysicalQuantity.Time, Second>

Siemens

@Serializable

data object Siemens : ElectricConductance, MetricBaseUnit<MeasurementSystem.MetricAndImperial, PhysicalQuantity.ElectricConductance>

SiemensMultiple

@Serializable

sealed class SiemensMultiple : ElectricConductance, MetricMultipleUnit<MeasurementSystem.MetricAndImperial, PhysicalQuantity.ElectricConductance, Siemens>

Sievert

@Serializable

data object Sievert : IonizingRadiationEquivalentDose, MetricBaseUnit<MeasurementSystem.MetricAndImperial, PhysicalQuantity.IonizingRadiationEquivalentDose>

SievertMultiple

@Serializable

sealed class SievertMultiple : IonizingRadiationEquivalentDose, MetricMultipleUnit<MeasurementSystem.MetricAndImperial, PhysicalQuantity.IonizingRadiationEquivalentDose, Sievert>

Skot

@Serializable

data object Skot : MetricLuminance

Slug

@Serializable

data object Slug : ImperialWeight

Snap

@Serializable

sealed class Snap : DefinedScientificUnit<PhysicalQuantity.Snap>

An DefinedScientificUnit for PhysicalQuantity.Snap SI unit is Meter per Second per Second per Second per Second

SolidAngle

@Serializable

sealed class SolidAngle : DefinedScientificUnit<PhysicalQuantity.SolidAngle> , MetricAndImperialScientificUnit<PhysicalQuantity.SolidAngle>

An DefinedScientificUnit for PhysicalQuantity.SolidAngle SI unit is Steradian

Spat

@Serializable

data object Spat : SolidAngle, MetricBaseUnit<MeasurementSystem.MetricAndImperial, PhysicalQuantity.SolidAngle>

SpecificEnergy

@Serializable

sealed class SpecificEnergy : DefinedScientificUnit<PhysicalQuantity.SpecificEnergy>

An DefinedScientificUnit for PhysicalQuantity.SpecificEnergy SI unit is Joule per Kilogram

SpecificHeatCapacity

@Serializable

sealed class SpecificHeatCapacity : DefinedScientificUnit<PhysicalQuantity.SpecificHeatCapacity>

An DefinedScientificUnit for PhysicalQuantity.SpecificHeatCapacity SI unit is Joule per Kelvin per Kilogram

SpecificVolume

@Serializable

sealed class SpecificVolume : DefinedScientificUnit<PhysicalQuantity.SpecificVolume>

An DefinedScientificUnit for PhysicalQuantity.SpecificVolume SI unit is CubicMeter per Kilogram

SpecificWeight

@Serializable

sealed class SpecificWeight : DefinedScientificUnit<PhysicalQuantity.SpecificWeight>

An DefinedScientificUnit for PhysicalQuantity.SpecificWeight SI unit is Newton per CubicMeter

Speed

@Serializable

sealed class Speed : DefinedScientificUnit<PhysicalQuantity.Speed>

An DefinedScientificUnit for PhysicalQuantity.Speed SI unit is Meter per Second

SquareCentimeter

@Serializable

data object SquareCentimeter : MetricArea, SystemScientificUnit<MeasurementSystem.Metric, PhysicalQuantity.Area>

SquareDecameter

@Serializable

data object SquareDecameter : MetricArea, SystemScientificUnit<MeasurementSystem.Metric, PhysicalQuantity.Area>

SquareDecimeter

@Serializable

data object SquareDecimeter : MetricArea, SystemScientificUnit<MeasurementSystem.Metric, PhysicalQuantity.Area>

SquareDegree

@Serializable

data object SquareDegree : SolidAngle

SquareFoot

@Serializable

data object SquareFoot : ImperialArea, SystemScientificUnit<MeasurementSystem.Imperial, PhysicalQuantity.Area>

SquareGigameter

@Serializable

data object SquareGigameter : MetricArea, SystemScientificUnit<MeasurementSystem.Metric, PhysicalQuantity.Area>

SquareHectometer

@Serializable

data object SquareHectometer : MetricArea, SystemScientificUnit<MeasurementSystem.Metric, PhysicalQuantity.Area>

SquareInch

@Serializable

data object SquareInch : ImperialArea, SystemScientificUnit<MeasurementSystem.Imperial, PhysicalQuantity.Area>

SquareKilometer

@Serializable

data object SquareKilometer : MetricArea, SystemScientificUnit<MeasurementSystem.Metric, PhysicalQuantity.Area>

SquareMegameter

@Serializable

data object SquareMegameter : MetricArea, SystemScientificUnit<MeasurementSystem.Metric, PhysicalQuantity.Area>

SquareMeter

@Serializable

data object SquareMeter : MetricArea, SystemScientificUnit<MeasurementSystem.Metric, PhysicalQuantity.Area>

SquareMicrometer

@Serializable

data object SquareMicrometer : MetricArea, SystemScientificUnit<MeasurementSystem.Metric, PhysicalQuantity.Area>

SquareMile

@Serializable

data object SquareMile : ImperialArea, SystemScientificUnit<MeasurementSystem.Imperial, PhysicalQuantity.Area>

SquareMillimeter

@Serializable

data object SquareMillimeter : MetricArea, SystemScientificUnit<MeasurementSystem.Metric, PhysicalQuantity.Area>

SquareNanometer

@Serializable

data object SquareNanometer : MetricArea, SystemScientificUnit<MeasurementSystem.Metric, PhysicalQuantity.Area>

SquareYard

@Serializable

data object SquareYard : ImperialArea, SystemScientificUnit<MeasurementSystem.Imperial, PhysicalQuantity.Area>

Steradian

@Serializable

data object Steradian : SolidAngle, MetricBaseUnit<MeasurementSystem.MetricAndImperial, PhysicalQuantity.SolidAngle>

SteradianMultiple

@Serializable

sealed class SteradianMultiple : SolidAngle, MetricMultipleUnit<MeasurementSystem.MetricAndImperial, PhysicalQuantity.SolidAngle, Steradian>

Stilb

@Serializable

data object Stilb : MetricLuminance

Stone

@Serializable

data object Stone : ImperialWeight

SurfaceChargeDensity

@Serializable

sealed class SurfaceChargeDensity : DefinedScientificUnit<PhysicalQuantity.SurfaceChargeDensity>

An DefinedScientificUnit for PhysicalQuantity.SurfaceChargeDensity SI unit is Coulomb per SquareMeter

SurfaceTension

@Serializable

sealed class SurfaceTension : DefinedScientificUnit<PhysicalQuantity.SurfaceTension>

An DefinedScientificUnit for PhysicalQuantity.SurfaceTension SI unit is Newton per Meter

SystemScientificUnit

interface SystemScientificUnit<System : MeasurementSystem, Quantity : PhysicalQuantity> : ScientificUnit<Quantity>

A ScientificUnit used in a given MeasurementSystem

Temperature

@Serializable

sealed class Temperature : DefinedScientificUnit<PhysicalQuantity.Temperature>

An DefinedScientificUnit for PhysicalQuantity.Temperature SI unit is Kelvin

Tesla

@Serializable

data object Tesla : MagneticInduction, MetricBaseUnit<MeasurementSystem.MetricAndImperial, PhysicalQuantity.MagneticInduction>

TeslaMultiple

@Serializable

sealed class TeslaMultiple : MagneticInduction, MetricMultipleUnit<MeasurementSystem.MetricAndImperial, PhysicalQuantity.MagneticInduction, Tesla>

ThermalConductance

@Serializable

sealed class ThermalConductance : DefinedScientificUnit<PhysicalQuantity.ThermalConductance>

An DefinedScientificUnit for PhysicalQuantity.ThermalConductance SI unit is Watt per Kelvin

ThermalConductivity

@Serializable

sealed class ThermalConductivity : DefinedScientificUnit<PhysicalQuantity.ThermalConductivity>

An DefinedScientificUnit for PhysicalQuantity.ThermalConductivity SI unit is Watt per Kelvin per Meter

ThermalInsulance

@Serializable

sealed class ThermalInsulance : DefinedScientificUnit<PhysicalQuantity.ThermalInsulance>

An DefinedScientificUnit for PhysicalQuantity.ThermalInsulance SI unit is (Kelvin per Watt) x SquareMeter

ThermalResistance

@Serializable

sealed class ThermalResistance : DefinedScientificUnit<PhysicalQuantity.ThermalResistance>

An DefinedScientificUnit for PhysicalQuantity.ThermalResistance SI unit is Kelvin per Watt

Time

@Serializable

sealed class Time : DefinedScientificUnit<PhysicalQuantity.Time> , MetricAndImperialScientificUnit<PhysicalQuantity.Time>

An DefinedScientificUnit for PhysicalQuantity.Time SI unit is Second

Tonne

@Serializable

data object Tonne : GramMultiple, MetricMultipleUnit<MeasurementSystem.Metric, PhysicalQuantity.Weight, Gram>

TonneForce

@Serializable

data object TonneForce : MetricForce

Torque

@Serializable

sealed class Torque : DefinedScientificUnit<PhysicalQuantity.Torque>

An DefinedScientificUnit for PhysicalQuantity.Torque SI unit is Newton x Meter

Torr

@Serializable

data object Torr : MetricPressure, MetricBaseUnit<MeasurementSystem.Metric, PhysicalQuantity.Pressure>

TorrMultiple

@Serializable

sealed class TorrMultiple : MetricPressure, MetricMultipleUnit<MeasurementSystem.Metric, PhysicalQuantity.Pressure, Torr>

Turn

@Serializable

data object Turn : Angle, MetricBaseUnit<MeasurementSystem.MetricAndImperial, PhysicalQuantity.Angle>

TurnMultiple

@Serializable

sealed class TurnMultiple : Angle, MetricMultipleUnit<MeasurementSystem.MetricAndImperial, PhysicalQuantity.Angle, Turn>

UKImperialAreaDensity

@Serializable

data class UKImperialAreaDensity(val weight: UKImperialWeight, val per: ImperialArea) : AreaDensity, UKImperialScientificUnit<PhysicalQuantity.AreaDensity>

An AreaDensity for MeasurementSystem.UKImperial

UKImperialCatalyticConcentration

@Serializable

data class UKImperialCatalyticConcentration(val catalysticActivity: CatalysticActivity, val per: UKImperialVolume) : CatalyticConcentration, UKImperialScientificUnit<PhysicalQuantity.CatalyticConcentration>

A CatalyticConcentration for MeasurementSystem.UKImperial

UKImperialDensity

@Serializable

data class UKImperialDensity(val weight: UKImperialWeight, val per: UKImperialVolume) : Density, UKImperialScientificUnit<PhysicalQuantity.Density>

A Density for MeasurementSystem.UKImperial

UKImperialDynamicViscosity

@Serializable

data class UKImperialDynamicViscosity(val pressure: UKImperialPressure, val time: Time) : DynamicViscosity, UKImperialScientificUnit<PhysicalQuantity.DynamicViscosity>

A DynamicViscosity for MeasurementSystem.UKImperial

UKImperialElectricChargeDensity

@Serializable

data class UKImperialElectricChargeDensity(val charge: ElectricCharge, val per: UKImperialVolume) : ElectricChargeDensity, UKImperialScientificUnit<PhysicalQuantity.ElectricChargeDensity>

An ElectricChargeDensity for MeasurementSystem.UKImperial

UKImperialEnergyDensity

@Serializable

data class UKImperialEnergyDensity(val energy: ImperialEnergy, val per: UKImperialVolume) : EnergyDensity, UKImperialScientificUnit<PhysicalQuantity.EnergyDensity>

An EnergyDensity for MeasurementSystem.UKImperial

UKImperialExposure

@Serializable

data class UKImperialExposure(val charge: ElectricCharge, val per: UKImperialWeight) : Exposure, UKImperialScientificUnit<PhysicalQuantity.Exposure>

An Exposure for MeasurementSystem.UKImperial

UKImperialForce

@Serializable

sealed class UKImperialForce : Force, UKImperialScientificUnit<PhysicalQuantity.Force>

A Force for MeasurementSystem.UKImperial

UKImperialHeatCapacity

@Serializable

data class UKImperialHeatCapacity(val energy: ImperialEnergy, val per: MetricAndUKImperialTemperature) : HeatCapacity, UKImperialScientificUnit<PhysicalQuantity.HeatCapacity>

A HeatCapacity for MeasurementSystem.UKImperial

UKImperialImperialForceWrapper

@Serializable

data class UKImperialImperialForceWrapper(val imperial: ImperialForce) : UKImperialForce

Wraps an ImperialForce unit to a UKImperialForce unit

UKImperialImperialVolumeWrapper

@Serializable

data class UKImperialImperialVolumeWrapper(val imperial: ImperialVolume) : UKImperialVolume

Wraps an ImperialVolume unit to a UKImperialVolume unit

UKImperialImperialWeightWrapper

@Serializable

data class UKImperialImperialWeightWrapper(val imperial: ImperialWeight) : UKImperialWeight

Wraps an ImperialWeight unit to a UKImperialWeight unit

UKImperialLinearMassDensity

@Serializable

data class UKImperialLinearMassDensity(val weight: UKImperialWeight, val per: ImperialLength) : LinearMassDensity, UKImperialScientificUnit<PhysicalQuantity.LinearMassDensity>

A LinearMassDensity for MeasurementSystem.UKImperial

UKImperialMassFlowRate

@Serializable

data class UKImperialMassFlowRate(val weight: UKImperialWeight, val per: Time) : MassFlowRate, UKImperialScientificUnit<PhysicalQuantity.MassFlowRate>

A MassFlowRate for MeasurementSystem.UKImperial

UKImperialMassFlux

@Serializable

data class UKImperialMassFlux(val massFlowRate: UKImperialMassFlowRate, val per: ImperialArea) : MassFlux, UKImperialScientificUnit<PhysicalQuantity.MassFlux>

A MassFlux for MeasurementSystem.UKImperial

UKImperialMolality

@Serializable

data class UKImperialMolality(val amountOfSubstance: AmountOfSubstance, val per: UKImperialWeight) : Molality, UKImperialScientificUnit<PhysicalQuantity.Molality>

A Molality for MeasurementSystem.UKImperial

UKImperialMolarEntropy

@Serializable

data class UKImperialMolarEntropy(val heatCapacity: UKImperialHeatCapacity, val perAmountOfSubstance: AmountOfSubstance) : MolarEntropy, UKImperialScientificUnit<PhysicalQuantity.MolarEntropy>

A MolarEntropy for MeasurementSystem.UKImperial

UKImperialMolarity

@Serializable

data class UKImperialMolarity(val amountOfSubstance: AmountOfSubstance, val per: UKImperialVolume) : Molarity, UKImperialScientificUnit<PhysicalQuantity.Molarity>

A Molarity for MeasurementSystem.UKImperial

UKImperialMolarMass

@Serializable

data class UKImperialMolarMass(val weight: UKImperialWeight, val per: AmountOfSubstance) : MolarMass, UKImperialScientificUnit<PhysicalQuantity.MolarMass>

A MolarMass for MeasurementSystem.UKImperial

UKImperialMolarVolume

@Serializable

data class UKImperialMolarVolume(val volume: UKImperialVolume, val per: AmountOfSubstance) : MolarVolume, UKImperialScientificUnit<PhysicalQuantity.MolarVolume>

A MolarVolume for MeasurementSystem.UKImperial

UKImperialMomentOfInertia

@Serializable

data class UKImperialMomentOfInertia(val weight: UKImperialWeight, val area: ImperialArea) : MomentOfInertia, UKImperialScientificUnit<PhysicalQuantity.MomentOfInertia>

A MomentOfInertia for MeasurementSystem.UKImperial

UKImperialMomentum

@Serializable

data class UKImperialMomentum(val mass: UKImperialWeight, val speed: ImperialSpeed) : Momentum, UKImperialScientificUnit<PhysicalQuantity.Momentum>

A Momentum for MeasurementSystem.UKImperial

UKImperialPressure

@Serializable

sealed class UKImperialPressure : Pressure, UKImperialScientificUnit<PhysicalQuantity.Pressure>

A Pressure for MeasurementSystem.UKImperial

UKImperialPressureWrapper

@Serializable

data class UKImperialPressureWrapper(val imperial: ImperialPressure) : UKImperialPressure

Wraps an ImperialPressure unit to a UKImperialPressure unit

UKImperialScientificUnit

interface UKImperialScientificUnit<Quantity : PhysicalQuantity> : SystemScientificUnit<MeasurementSystem.UKImperial, Quantity> , MeasurementUsage.UsedInUKImperial

A SystemScientificUnit for MeasurementSystem.UKImperial

UKImperialSpecificEnergy

@Serializable

data class UKImperialSpecificEnergy(val energy: ImperialEnergy, val per: UKImperialWeight) : SpecificEnergy, UKImperialScientificUnit<PhysicalQuantity.SpecificEnergy>

A SpecificEnergy for MeasurementSystem.UKImperial

UKImperialSpecificHeatCapacity

@Serializable

data class UKImperialSpecificHeatCapacity(val heatCapacity: UKImperialHeatCapacity, val perWeight: UKImperialWeight) : SpecificHeatCapacity, UKImperialScientificUnit<PhysicalQuantity.SpecificHeatCapacity>

A SpecificHeatCapacity for MeasurementSystem.UKImperial

UKImperialSpecificVolume

@Serializable

data class UKImperialSpecificVolume(val volume: UKImperialVolume, val per: UKImperialWeight) : SpecificVolume, UKImperialScientificUnit<PhysicalQuantity.SpecificVolume>

A SpecificVolume for MeasurementSystem.UKImperial

UKImperialSpecificWeight

@Serializable

data class UKImperialSpecificWeight(val force: UKImperialForce, val per: UKImperialVolume) : SpecificWeight, UKImperialScientificUnit<PhysicalQuantity.SpecificWeight>

A SpecificWeight for MeasurementSystem.UKImperial

UKImperialSurfaceTension

@Serializable

data class UKImperialSurfaceTension(val force: UKImperialForce, val per: ImperialLength) : SurfaceTension, UKImperialScientificUnit<PhysicalQuantity.SurfaceTension>

A SurfaceTension for MeasurementSystem.UKImperial

UKImperialThermalConductance

@Serializable

data class UKImperialThermalConductance(val power: ImperialPower, val per: MetricAndUKImperialTemperature) : ThermalConductance, UKImperialScientificUnit<PhysicalQuantity.ThermalConductance>

A ThermalConductance for MeasurementSystem.UKImperial

UKImperialThermalConductivity

@Serializable

data class UKImperialThermalConductivity(val thermalConductance: UKImperialThermalConductance, val per: ImperialLength) : ThermalConductivity, UKImperialScientificUnit<PhysicalQuantity.ThermalConductivity>

A ThermalConductivity for MeasurementSystem.UKImperial

UKImperialThermalInsulance

@Serializable

data class UKImperialThermalInsulance(val thermalResistance: UKImperialThermalResistance, val area: ImperialArea) : ThermalInsulance, UKImperialScientificUnit<PhysicalQuantity.ThermalInsulance>

A ThermalInsulance for MeasurementSystem.UKImperial

UKImperialThermalResistance

@Serializable

data class UKImperialThermalResistance(val temperature: MetricAndUKImperialTemperature, val per: ImperialPower) : ThermalResistance, UKImperialScientificUnit<PhysicalQuantity.ThermalResistance>

A ThermalResistance for MeasurementSystem.UKImperial

UKImperialTorque

@Serializable

data class UKImperialTorque(val force: UKImperialForce, val length: ImperialLength) : Torque, UKImperialScientificUnit<PhysicalQuantity.Torque>

A Torque for MeasurementSystem.UKImperial

UKImperialVolume

@Serializable

sealed class UKImperialVolume : Volume, UKImperialScientificUnit<PhysicalQuantity.Volume>

A Volume for MeasurementSystem.UKImperial

UKImperialVolumetricFlow

@Serializable

data class UKImperialVolumetricFlow(val volume: UKImperialVolume, val per: Time) : VolumetricFlow, UKImperialScientificUnit<PhysicalQuantity.VolumetricFlow>

A VolumetricFlow for MeasurementSystem.UKImperial

UKImperialVolumetricFlux

@Serializable

data class UKImperialVolumetricFlux(val volumetricFlow: UKImperialVolumetricFlow, val per: ImperialArea) : VolumetricFlux, UKImperialScientificUnit<PhysicalQuantity.VolumetricFlux>

A VolumetricFlux for MeasurementSystem.UKImperial

UKImperialWeight

@Serializable

sealed class UKImperialWeight : Weight, UKImperialScientificUnit<PhysicalQuantity.Weight>

A Weight for MeasurementSystem.UKImperial

UKImperialYank

@Serializable

data class UKImperialYank(val force: UKImperialForce, val per: Time) : Yank, UKImperialScientificUnit<PhysicalQuantity.Yank>

A Yank for MeasurementSystem.UKImperial

UndefinedDividedUnit

@Serializable

sealed class UndefinedDividedUnit<NumeratorQuantity : UndefinedQuantityType, NumeratorUnit : AbstractUndefinedScientificUnit<NumeratorQuantity>, DenominatorQuantity : UndefinedQuantityType, DenominatorUnit : AbstractUndefinedScientificUnit<DenominatorQuantity>> : AbstractUndefinedScientificUnit<UndefinedQuantityType.Dividing<NumeratorQuantity, DenominatorQuantity>>

UndefinedExtendedUnit

sealed interface UndefinedExtendedUnit<ExtendedQuantity : PhysicalQuantity.DefinedPhysicalQuantityWithDimension> : UndefinedScientificUnit<UndefinedQuantityType.Extended<ExtendedQuantity>>

UndefinedMultipliedUnit

@Serializable

sealed class UndefinedMultipliedUnit<LeftQuantity : UndefinedQuantityType, LeftUnit : AbstractUndefinedScientificUnit<LeftQuantity>, RightQuantity : UndefinedQuantityType, RightUnit : AbstractUndefinedScientificUnit<RightQuantity>> : AbstractUndefinedScientificUnit<UndefinedQuantityType.Multiplying<LeftQuantity, RightQuantity>>

UndefinedReciprocalUnit

@Serializable

sealed class UndefinedReciprocalUnit<InverseQuantity : UndefinedQuantityType, InverseUnit : AbstractUndefinedScientificUnit<InverseQuantity>> : AbstractUndefinedScientificUnit<UndefinedQuantityType.Reciprocal<InverseQuantity>>

UndefinedScientificUnit

sealed interface UndefinedScientificUnit<QuantityType : UndefinedQuantityType> : ScientificUnit<PhysicalQuantity.Undefined<QuantityType>>

USCustomaryAreaDensity

@Serializable

data class USCustomaryAreaDensity(val weight: USCustomaryWeight, val per: ImperialArea) : AreaDensity, USCustomaryScientificUnit<PhysicalQuantity.AreaDensity>

An AreaDensity for MeasurementSystem.USCustomary

USCustomaryCatalyticConcentration

@Serializable

data class USCustomaryCatalyticConcentration(val catalysticActivity: CatalysticActivity, val per: USCustomaryVolume) : CatalyticConcentration, USCustomaryScientificUnit<PhysicalQuantity.CatalyticConcentration>

A CatalyticConcentration for MeasurementSystem.USCustomary

UsCustomaryCup

@Serializable

data object UsCustomaryCup : USCustomaryVolume

USCustomaryDensity

@Serializable

data class USCustomaryDensity(val weight: USCustomaryWeight, val per: USCustomaryVolume) : Density, USCustomaryScientificUnit<PhysicalQuantity.Density>

A Density for MeasurementSystem.USCustomary

USCustomaryDynamicViscosity

@Serializable

data class USCustomaryDynamicViscosity(val pressure: USCustomaryPressure, val time: Time) : DynamicViscosity, USCustomaryScientificUnit<PhysicalQuantity.DynamicViscosity>

A DynamicViscosity for MeasurementSystem.USCustomary

USCustomaryElectricChargeDensity

@Serializable

data class USCustomaryElectricChargeDensity(val charge: ElectricCharge, val per: USCustomaryVolume) : ElectricChargeDensity, USCustomaryScientificUnit<PhysicalQuantity.ElectricChargeDensity>

An ElectricChargeDensity for MeasurementSystem.USCustomary

USCustomaryEnergyDensity

@Serializable

data class USCustomaryEnergyDensity(val energy: ImperialEnergy, val per: USCustomaryVolume) : EnergyDensity, USCustomaryScientificUnit<PhysicalQuantity.EnergyDensity>

An EnergyDensity for MeasurementSystem.USCustomary

USCustomaryExposure

@Serializable

data class USCustomaryExposure(val charge: ElectricCharge, val per: USCustomaryWeight) : Exposure, USCustomaryScientificUnit<PhysicalQuantity.Exposure>

An Exposure for MeasurementSystem.USCustomary

USCustomaryForce

@Serializable

sealed class USCustomaryForce : Force, USCustomaryScientificUnit<PhysicalQuantity.Force>

A Force for MeasurementSystem.USCustomary

USCustomaryHeatCapacity

@Serializable

data class USCustomaryHeatCapacity(val energy: ImperialEnergy, val per: USCustomaryTemperature) : HeatCapacity, USCustomaryScientificUnit<PhysicalQuantity.HeatCapacity>

A HeatCapacity for MeasurementSystem.USCustomary

USCustomaryImperialForceWrapper

@Serializable

data class USCustomaryImperialForceWrapper(val imperial: ImperialForce) : USCustomaryForce

Wraps an ImperialForce unit to a USCustomaryForce unit

USCustomaryImperialPressureWrapper

@Serializable

data class USCustomaryImperialPressureWrapper(val imperial: ImperialPressure) : USCustomaryPressure

Wraps an ImperialPressure unit to a USCustomaryPressure unit

USCustomaryImperialVolumeWrapper

@Serializable

data class USCustomaryImperialVolumeWrapper(val imperial: ImperialVolume) : USCustomaryVolume

Wraps an ImperialVolume unit to a USCustomaryVolume unit

USCustomaryImperialWeightWrapper

@Serializable

data class USCustomaryImperialWeightWrapper(val imperial: ImperialWeight) : USCustomaryWeight

Wraps an ImperialWeight unit to a USCustomaryWeight unit

USCustomaryLinearMassDensity

@Serializable

data class USCustomaryLinearMassDensity(val weight: USCustomaryWeight, val per: ImperialLength) : LinearMassDensity, USCustomaryScientificUnit<PhysicalQuantity.LinearMassDensity>

A LinearMassDensity for MeasurementSystem.USCustomary

USCustomaryMassFlowRate

@Serializable

data class USCustomaryMassFlowRate(val weight: USCustomaryWeight, val per: Time) : MassFlowRate, USCustomaryScientificUnit<PhysicalQuantity.MassFlowRate>

A MassFlowRate for MeasurementSystem.USCustomary

USCustomaryMassFlux

@Serializable

data class USCustomaryMassFlux(val massFlowRate: USCustomaryMassFlowRate, val per: ImperialArea) : MassFlux, USCustomaryScientificUnit<PhysicalQuantity.MassFlux>

A MassFlux for MeasurementSystem.USCustomary

USCustomaryMolality

@Serializable

data class USCustomaryMolality(val amountOfSubstance: AmountOfSubstance, val per: USCustomaryWeight) : Molality, USCustomaryScientificUnit<PhysicalQuantity.Molality>

A Molality for MeasurementSystem.USCustomary

USCustomaryMolarEntropy

@Serializable

data class USCustomaryMolarEntropy(val heatCapacity: USCustomaryHeatCapacity, val perAmountOfSubstance: AmountOfSubstance) : MolarEntropy, USCustomaryScientificUnit<PhysicalQuantity.MolarEntropy>

A MolarEntropy for MeasurementSystem.USCustomary

USCustomaryMolarity

@Serializable

data class USCustomaryMolarity(val amountOfSubstance: AmountOfSubstance, val per: USCustomaryVolume) : Molarity, USCustomaryScientificUnit<PhysicalQuantity.Molarity>

A Molarity for MeasurementSystem.USCustomary

USCustomaryMolarMass

@Serializable

data class USCustomaryMolarMass(val weight: USCustomaryWeight, val per: AmountOfSubstance) : MolarMass, USCustomaryScientificUnit<PhysicalQuantity.MolarMass>

A MolarMass for MeasurementSystem.USCustomary

USCustomaryMolarVolume

@Serializable

data class USCustomaryMolarVolume(val volume: USCustomaryVolume, val per: AmountOfSubstance) : MolarVolume, USCustomaryScientificUnit<PhysicalQuantity.MolarVolume>

A MolarVolume for MeasurementSystem.USCustomary

USCustomaryMomentOfInertia

@Serializable

data class USCustomaryMomentOfInertia(val weight: USCustomaryWeight, val area: ImperialArea) : MomentOfInertia, USCustomaryScientificUnit<PhysicalQuantity.MomentOfInertia>

A MomentOfInertia for MeasurementSystem.USCustomary

USCustomaryMomentum

@Serializable

data class USCustomaryMomentum(val mass: USCustomaryWeight, val speed: ImperialSpeed) : Momentum, USCustomaryScientificUnit<PhysicalQuantity.Momentum>

A Momentum for MeasurementSystem.USCustomary

USCustomaryPressure

@Serializable

sealed class USCustomaryPressure : Pressure, USCustomaryScientificUnit<PhysicalQuantity.Pressure>

A Pressure for MeasurementSystem.USCustomary

USCustomaryScientificUnit

interface USCustomaryScientificUnit<Quantity : PhysicalQuantity> : SystemScientificUnit<MeasurementSystem.USCustomary, Quantity> , MeasurementUsage.UsedInUSCustomary

A SystemScientificUnit for MeasurementSystem.USCustomary

USCustomarySpecificEnergy

@Serializable

data class USCustomarySpecificEnergy(val energy: ImperialEnergy, val per: USCustomaryWeight) : SpecificEnergy, USCustomaryScientificUnit<PhysicalQuantity.SpecificEnergy>

A SpecificEnergy for MeasurementSystem.USCustomary

USCustomarySpecificHeatCapacity

@Serializable

data class USCustomarySpecificHeatCapacity(val heatCapacity: USCustomaryHeatCapacity, val perWeight: USCustomaryWeight) : SpecificHeatCapacity, USCustomaryScientificUnit<PhysicalQuantity.SpecificHeatCapacity>

A SpecificHeatCapacity for MeasurementSystem.USCustomary

USCustomarySpecificVolume

@Serializable

data class USCustomarySpecificVolume(val volume: USCustomaryVolume, val per: USCustomaryWeight) : SpecificVolume, USCustomaryScientificUnit<PhysicalQuantity.SpecificVolume>

A SpecificVolume for MeasurementSystem.USCustomary

USCustomarySpecificWeight

@Serializable

data class USCustomarySpecificWeight(val force: USCustomaryForce, val per: USCustomaryVolume) : SpecificWeight, USCustomaryScientificUnit<PhysicalQuantity.SpecificWeight>

A SpecificWeight for MeasurementSystem.USCustomary

USCustomarySurfaceTension

@Serializable

data class USCustomarySurfaceTension(val force: USCustomaryForce, val per: ImperialLength) : SurfaceTension, USCustomaryScientificUnit<PhysicalQuantity.SurfaceTension>

A SurfaceTension for MeasurementSystem.USCustomary

USCustomaryTemperature

@Serializable

sealed class USCustomaryTemperature : Temperature, USCustomaryScientificUnit<PhysicalQuantity.Temperature>

A Temperature for MeasurementSystem.USCustomary

USCustomaryThermalConductance

@Serializable

data class USCustomaryThermalConductance(val power: ImperialPower, val per: USCustomaryTemperature) : ThermalConductance, USCustomaryScientificUnit<PhysicalQuantity.ThermalConductance>

A ThermalConductance for MeasurementSystem.USCustomary

USCustomaryThermalConductivity

@Serializable

data class USCustomaryThermalConductivity(val thermalConductance: USCustomaryThermalConductance, val per: ImperialLength) : ThermalConductivity, USCustomaryScientificUnit<PhysicalQuantity.ThermalConductivity>

A ThermalConductivity for MeasurementSystem.USCustomary

USCustomaryThermalInsulance

@Serializable

data class USCustomaryThermalInsulance(val thermalResistance: USCustomaryThermalResistance, val area: ImperialArea) : ThermalInsulance, USCustomaryScientificUnit<PhysicalQuantity.ThermalInsulance>

A ThermalInsulance for MeasurementSystem.USCustomary

USCustomaryThermalResistance

@Serializable

data class USCustomaryThermalResistance(val temperature: USCustomaryTemperature, val per: ImperialPower) : ThermalResistance, USCustomaryScientificUnit<PhysicalQuantity.ThermalResistance>

A ThermalResistance for MeasurementSystem.USCustomary

USCustomaryTorque

@Serializable

data class USCustomaryTorque(val force: USCustomaryForce, val length: ImperialLength) : Torque, USCustomaryScientificUnit<PhysicalQuantity.Torque>

A Torque for MeasurementSystem.USCustomary

USCustomaryVolume

@Serializable

sealed class USCustomaryVolume : Volume, USCustomaryScientificUnit<PhysicalQuantity.Volume>

A Volume for MeasurementSystem.USCustomary

USCustomaryVolumetricFlow

@Serializable

data class USCustomaryVolumetricFlow(val volume: USCustomaryVolume, val per: Time) : VolumetricFlow, USCustomaryScientificUnit<PhysicalQuantity.VolumetricFlow>

A VolumetricFlow for MeasurementSystem.USCustomary

USCustomaryVolumetricFlux

@Serializable

data class USCustomaryVolumetricFlux(val volumetricFlow: USCustomaryVolumetricFlow, val per: ImperialArea) : VolumetricFlux, USCustomaryScientificUnit<PhysicalQuantity.VolumetricFlux>

A VolumetricFlux for MeasurementSystem.USCustomary

USCustomaryWeight

@Serializable

sealed class USCustomaryWeight : Weight, USCustomaryScientificUnit<PhysicalQuantity.Weight>

A Weight for MeasurementSystem.USCustomary

USCustomaryYank

@Serializable

data class USCustomaryYank(val force: USCustomaryForce, val per: Time) : Yank, USCustomaryScientificUnit<PhysicalQuantity.Yank>

A Yank for MeasurementSystem.USCustomary

UsFluidDram

@Serializable

data object UsFluidDram : USCustomaryVolume

UsFluidOunce

@Serializable

data object UsFluidOunce : USCustomaryVolume

UsLegalCup

@Serializable

data object UsLegalCup : USCustomaryVolume

UsLiquidGallon

@Serializable

data object UsLiquidGallon : USCustomaryVolume

UsLiquidPint

@Serializable

data object UsLiquidPint : USCustomaryVolume

UsLiquidQuart

@Serializable

data object UsLiquidQuart : USCustomaryVolume

UsTon

@Serializable

data object UsTon : USCustomaryWeight

UsTonForce

@Serializable

data object UsTonForce : USCustomaryForce

USTonSquareFoot

@Serializable

data object USTonSquareFoot : USCustomaryPressure

USTonSquareInch

@Serializable

data object USTonSquareInch : USCustomaryPressure

Volt

@Serializable

data object Volt : Voltage, MetricBaseUnit<MeasurementSystem.MetricAndImperial, PhysicalQuantity.Voltage>

Voltage

@Serializable

sealed class Voltage : DefinedScientificUnit<PhysicalQuantity.Voltage> , MetricAndImperialScientificUnit<PhysicalQuantity.Voltage>

An DefinedScientificUnit for PhysicalQuantity.Voltage SI unit is Volt

VoltMultiple

@Serializable

sealed class VoltMultiple : Voltage, MetricMultipleUnit<MeasurementSystem.MetricAndImperial, PhysicalQuantity.Voltage, Volt>

Volume

@Serializable

sealed class Volume : DefinedScientificUnit<PhysicalQuantity.Volume>

An DefinedScientificUnit for PhysicalQuantity.Volume SI unit is CubicMeter

VolumetricFlow

@Serializable

sealed class VolumetricFlow : DefinedScientificUnit<PhysicalQuantity.VolumetricFlow>

An DefinedScientificUnit for PhysicalQuantity.VolumetricFlow SI unit is CubicMeter per Second

VolumetricFlux

@Serializable

sealed class VolumetricFlux : DefinedScientificUnit<PhysicalQuantity.VolumetricFlux>

An DefinedScientificUnit for PhysicalQuantity.VolumetricFlux SI unit is CubicMeter per Second per SquareMeter

Watt

@Serializable

data object Watt : MetricAndImperialPower, MetricBaseUnit<MeasurementSystem.MetricAndImperial, PhysicalQuantity.Power>

WattHour

@Serializable

data object WattHour : MetricAndImperialEnergy, MetricBaseUnit<MeasurementSystem.MetricAndImperial, PhysicalQuantity.Energy>

WattHourMultiple

@Serializable

sealed class WattHourMultiple : MetricAndImperialEnergy, MetricMultipleUnit<MeasurementSystem.MetricAndImperial, PhysicalQuantity.Energy, WattHour>

WattMultiple

@Serializable

sealed class WattMultiple : MetricAndImperialPower, MetricMultipleUnit<MeasurementSystem.MetricAndImperial, PhysicalQuantity.Power, Watt>

Weber

@Serializable

data object Weber : MagneticFlux, MetricBaseUnit<MeasurementSystem.MetricAndImperial, PhysicalQuantity.MagneticFlux>

WeberMultiple

@Serializable

sealed class WeberMultiple : MagneticFlux, MetricMultipleUnit<MeasurementSystem.MetricAndImperial, PhysicalQuantity.MagneticFlux, Weber>

Weight

@Serializable

sealed class Weight : DefinedScientificUnit<PhysicalQuantity.Weight>

An DefinedScientificUnit for PhysicalQuantity.Weight SI unit is Kilogram

WrappedUndefinedExtendedUnit

@Serializable

sealed class WrappedUndefinedExtendedUnit<WrappedQuantity : PhysicalQuantity.DefinedPhysicalQuantityWithDimension, WrappedUnit : DefinedScientificUnit<WrappedQuantity>> : AbstractUndefinedScientificUnit<UndefinedQuantityType.Extended<WrappedQuantity>> , UndefinedExtendedUnit<WrappedQuantity>

Yank

@Serializable

sealed class Yank : DefinedScientificUnit<PhysicalQuantity.Yank>

An DefinedScientificUnit for PhysicalQuantity.Yank SI unit is Newton per Second

Yard

@Serializable

data object Yard : ImperialLength

Properties

AbsorbedDoseRateUnits

val AbsorbedDoseRateUnits: Set<AbsorbedDoseRate>

Set of all AbsorbedDoseRate

AccelerationUnits

val AccelerationUnits: Set<Acceleration>

Set of all Acceleration

ActionUnits

val ActionUnits: Set<Action>

Set of all Action

AmountOfSubstanceUnits

val AmountOfSubstanceUnits: Set<AmountOfSubstance>

Set of all AmountOfSubstance

AngleUnits

val AngleUnits: Set<Angle>

Set of all Angle

AngularAccelerationUnits

val AngularAccelerationUnits: Set<AngularAcceleration>

Set of all AngularAcceleration

AngularVelocityUnits

val AngularVelocityUnits: Set<AngularVelocity>

Set of all AngularVelocity

AreaDensityUnits

val AreaDensityUnits: Set<AreaDensity>

Set of all AreaDensity

AreaUnits

val AreaUnits: Set<Area>

Set of all Area

AvogadroConstant

val AvogadroConstant: Decimal

The proportionality factor that relates the number of constituent particles (usually molecules, atoms or ions) in a sample with the amount of substance in that sample

CatalysticActivityUnits

val CatalysticActivityUnits: Set<CatalysticActivity>

Set of all CatalysticActivity

CatalyticConcentrationUnits

val CatalyticConcentrationUnits: Set<CatalyticConcentration>

Set of all CatalyticConcentration

constant