scientific/com.splendo.kaluga.scientific.converter.time

Package-level declarations

Functions

Link copied to clipboard
@JvmName(name = "timeDivCapacitance")
infix operator fun <TimeUnit : Time, CapacitanceUnit : ElectricCapacitance> ScientificValue<PhysicalQuantity.Time, TimeUnit>.div(capacitance: ScientificValue<PhysicalQuantity.ElectricCapacitance, CapacitanceUnit>): DefaultScientificValue<PhysicalQuantity.ElectricResistance, Ohm>
@JvmName(name = "timeDivAbfarad")
infix operator fun <TimeUnit : Time> ScientificValue<PhysicalQuantity.Time, TimeUnit>.div(capacitance: ScientificValue<PhysicalQuantity.ElectricCapacitance, Abfarad>): DefaultScientificValue<PhysicalQuantity.ElectricResistance, Abohm>
@JvmName(name = "timeDivResistance")
infix operator fun <TimeUnit : Time, ResistanceUnit : ElectricResistance> ScientificValue<PhysicalQuantity.Time, TimeUnit>.div(resistance: ScientificValue<PhysicalQuantity.ElectricResistance, ResistanceUnit>): DefaultScientificValue<PhysicalQuantity.ElectricCapacitance, Farad>
@JvmName(name = "timeDivAbohm")
infix operator fun <TimeUnit : Time> ScientificValue<PhysicalQuantity.Time, TimeUnit>.div(resistance: ScientificValue<PhysicalQuantity.ElectricResistance, Abohm>): DefaultScientificValue<PhysicalQuantity.ElectricCapacitance, Abfarad>
Link copied to clipboard
@JvmName(name = "timeFromCapacitanceAndResistanceDefault")
fun <CapacitanceUnit : ElectricCapacitance, TimeUnit : Time, ResistanceUnit : ElectricResistance> TimeUnit.duration(capacitance: ScientificValue<PhysicalQuantity.ElectricCapacitance, CapacitanceUnit>, resistance: ScientificValue<PhysicalQuantity.ElectricResistance, ResistanceUnit>): DefaultScientificValue<PhysicalQuantity.Time, TimeUnit>
@JvmName(name = "timeFromChargeAndCurrentDefault")
fun <CurrentUnit : ElectricCurrent, TimeUnit : Time, ChargeUnit : ElectricCharge> TimeUnit.duration(charge: ScientificValue<PhysicalQuantity.ElectricCharge, ChargeUnit>, current: ScientificValue<PhysicalQuantity.ElectricCurrent, CurrentUnit>): DefaultScientificValue<PhysicalQuantity.Time, TimeUnit>
@JvmName(name = "timeFromCapacitanceAndResistance")
fun <CapacitanceUnit : ElectricCapacitance, TimeUnit : Time, ResistanceUnit : ElectricResistance, Value : ScientificValue<PhysicalQuantity.Time, TimeUnit>> TimeUnit.duration(capacitance: ScientificValue<PhysicalQuantity.ElectricCapacitance, CapacitanceUnit>, resistance: ScientificValue<PhysicalQuantity.ElectricResistance, ResistanceUnit>, factory: (Decimal, TimeUnit) -> Value): Value
@JvmName(name = "timeFromChargeAndCurrent")
fun <CurrentUnit : ElectricCurrent, TimeUnit : Time, ChargeUnit : ElectricCharge, Value : ScientificValue<PhysicalQuantity.Time, TimeUnit>> TimeUnit.duration(charge: ScientificValue<PhysicalQuantity.ElectricCharge, ChargeUnit>, current: ScientificValue<PhysicalQuantity.ElectricCurrent, CurrentUnit>, factory: (Decimal, TimeUnit) -> Value): Value
Link copied to clipboard
Link copied to clipboard
@JvmName(name = "timeFromInvertedFrequencyDefault")
fun <TimeUnit : Time, FrequencyUnit : Frequency> TimeUnit.time(frequency: ScientificValue<PhysicalQuantity.Frequency, FrequencyUnit>): DefaultScientificValue<PhysicalQuantity.Time, TimeUnit>
@JvmName(name = "timeFromInvertedRadioactivityDefault")
fun <TimeUnit : Time, RadioactivityUnit : Radioactivity> TimeUnit.time(radioactivity: ScientificValue<PhysicalQuantity.Radioactivity, RadioactivityUnit>): DefaultScientificValue<PhysicalQuantity.Time, TimeUnit>
fun <FrequencyUnit : Frequency, TimeUnit : Time> TimeUnit.time(cycle: Decimal, at: ScientificValue<PhysicalQuantity.Frequency, FrequencyUnit>): DefaultScientificValue<PhysicalQuantity.Time, TimeUnit>
fun <RadioactivityUnit : Radioactivity, TimeUnit : Time> TimeUnit.time(decay: Decimal, at: ScientificValue<PhysicalQuantity.Radioactivity, RadioactivityUnit>): DefaultScientificValue<PhysicalQuantity.Time, TimeUnit>
@JvmName(name = "timeFromAccelerationAndJoltDefault")
fun <AccelerationUnit : Acceleration, TimeUnit : Time, JoltUnit : Jolt> TimeUnit.time(acceleration: ScientificValue<PhysicalQuantity.Acceleration, AccelerationUnit>, jolt: ScientificValue<PhysicalQuantity.Jolt, JoltUnit>): DefaultScientificValue<PhysicalQuantity.Time, TimeUnit>
@JvmName(name = "timeFromActionAndEnergyDefault")
fun <ActionUnit : Action, TimeUnit : Time, EnergyUnit : Energy> TimeUnit.time(action: ScientificValue<PhysicalQuantity.Action, ActionUnit>, energy: ScientificValue<PhysicalQuantity.Energy, EnergyUnit>): DefaultScientificValue<PhysicalQuantity.Time, TimeUnit>
@JvmName(name = "timeFromAmountOfSubstanceAndCatalysticActivityDefault")
fun <AmountOfSubstanceUnit : AmountOfSubstance, TimeUnit : Time, CatalysisUnit : CatalysticActivity> TimeUnit.time(amountOfSubstance: ScientificValue<PhysicalQuantity.AmountOfSubstance, AmountOfSubstanceUnit>, catalysis: ScientificValue<PhysicalQuantity.CatalysticActivity, CatalysisUnit>): DefaultScientificValue<PhysicalQuantity.Time, TimeUnit>
@JvmName(name = "timeFromAngleAndAngularVelocityDefault")
fun <AngleUnit : Angle, TimeUnit : Time> TimeUnit.time(angle: ScientificValue<PhysicalQuantity.Angle, AngleUnit>, velocity: ScientificValue<PhysicalQuantity.AngularVelocity, AngularVelocity>): DefaultScientificValue<PhysicalQuantity.Time, TimeUnit>
@JvmName(name = "timeFromAngularAccelerationAndVelocityDefault")
fun <TimeUnit : Time> TimeUnit.time(velocity: ScientificValue<PhysicalQuantity.AngularVelocity, AngularVelocity>, acceleration: ScientificValue<PhysicalQuantity.AngularAcceleration, AngularAcceleration>): DefaultScientificValue<PhysicalQuantity.Time, TimeUnit>
@JvmName(name = "timeFromKinematicViscosityAndAreaDefault")
fun <AreaUnit : Area, KinematicViscosityUnit : KinematicViscosity, TimeUnit : Time> TimeUnit.time(area: ScientificValue<PhysicalQuantity.Area, AreaUnit>, kinematicViscosity: ScientificValue<PhysicalQuantity.KinematicViscosity, KinematicViscosityUnit>): DefaultScientificValue<PhysicalQuantity.Time, TimeUnit>
@JvmName(name = "timeFromDynamicViscosityAndPressureDefault")
fun <DynamicViscosityUnit : DynamicViscosity, TimeUnit : Time, PressureUnit : Pressure> TimeUnit.time(dynamicViscosity: ScientificValue<PhysicalQuantity.DynamicViscosity, DynamicViscosityUnit>, pressure: ScientificValue<PhysicalQuantity.Pressure, PressureUnit>): DefaultScientificValue<PhysicalQuantity.Time, TimeUnit>
@JvmName(name = "timeFromInductanceAndResistanceDefault")
fun <ResistanceUnit : ElectricResistance, TimeUnit : Time, InductanceUnit : ElectricInductance> TimeUnit.time(inductance: ScientificValue<PhysicalQuantity.ElectricInductance, InductanceUnit>, resistance: ScientificValue<PhysicalQuantity.ElectricResistance, ResistanceUnit>): DefaultScientificValue<PhysicalQuantity.Time, TimeUnit>
@JvmName(name = "timeFromEnergyAndPowerDefault")
fun <EnergyUnit : Energy, TimeUnit : Time, PowerUnit : Power> TimeUnit.time(energy: ScientificValue<PhysicalQuantity.Energy, EnergyUnit>, power: ScientificValue<PhysicalQuantity.Power, PowerUnit>): DefaultScientificValue<PhysicalQuantity.Time, TimeUnit>
@JvmName(name = "timeFromForceAndYankDefault")
fun <ForceUnit : Force, TimeUnit : Time, YankUnit : Yank> TimeUnit.time(force: ScientificValue<PhysicalQuantity.Force, ForceUnit>, yank: ScientificValue<PhysicalQuantity.Yank, YankUnit>): DefaultScientificValue<PhysicalQuantity.Time, TimeUnit>
@JvmName(name = "timeFromInvertedFrequency")
fun <TimeUnit : Time, FrequencyUnit : Frequency, Value : ScientificValue<PhysicalQuantity.Time, TimeUnit>> TimeUnit.time(frequency: ScientificValue<PhysicalQuantity.Frequency, FrequencyUnit>, factory: (Decimal, TimeUnit) -> Value): Value
@JvmName(name = "timeFromKinematicViscosityAndSpecificEnergyDefault")
fun <SpecificEnergyUnit : SpecificEnergy, TimeUnit : Time, KinematicViscosityUnit : KinematicViscosity> TimeUnit.time(kinematicViscosity: ScientificValue<PhysicalQuantity.KinematicViscosity, KinematicViscosityUnit>, specificEnergy: ScientificValue<PhysicalQuantity.SpecificEnergy, SpecificEnergyUnit>): DefaultScientificValue<PhysicalQuantity.Time, TimeUnit>
@JvmName(name = "timeFromDistanceAndSpeedDefault")
fun <LengthUnit : Length, TimeUnit : Time, SpeedUnit : Speed> TimeUnit.time(distance: ScientificValue<PhysicalQuantity.Length, LengthUnit>, speed: ScientificValue<PhysicalQuantity.Speed, SpeedUnit>): DefaultScientificValue<PhysicalQuantity.Time, TimeUnit>
@JvmName(name = "timeFromLuminousEnergyAndFluxDefault")
fun <TimeUnit : Time, LuminousFluxUnit : LuminousFlux> TimeUnit.time(luminousEnergy: ScientificValue<PhysicalQuantity.LuminousEnergy, LuminousEnergy>, luminousFlux: ScientificValue<PhysicalQuantity.LuminousFlux, LuminousFluxUnit>): DefaultScientificValue<PhysicalQuantity.Time, TimeUnit>
@JvmName(name = "timeFromLuminousExposureAndIlluminanceDefault")
fun <LuminousExposureUnit : LuminousExposure, TimeUnit : Time, IlluminanceUnit : Illuminance> TimeUnit.time(luminousExposure: ScientificValue<PhysicalQuantity.LuminousExposure, LuminousExposureUnit>, illuminance: ScientificValue<PhysicalQuantity.Illuminance, IlluminanceUnit>): DefaultScientificValue<PhysicalQuantity.Time, TimeUnit>
@JvmName(name = "timeFromFluxAndVoltageDefault")
fun <VoltageUnit : Voltage, TimeUnit : Time, FluxUnit : MagneticFlux> TimeUnit.time(flux: ScientificValue<PhysicalQuantity.MagneticFlux, FluxUnit>, voltage: ScientificValue<PhysicalQuantity.Voltage, VoltageUnit>): DefaultScientificValue<PhysicalQuantity.Time, TimeUnit>
@JvmName(name = "timeFromInvertedRadioactivity")
fun <TimeUnit : Time, RadioactivityUnit : Radioactivity, Value : ScientificValue<PhysicalQuantity.Time, TimeUnit>> TimeUnit.time(radioactivity: ScientificValue<PhysicalQuantity.Radioactivity, RadioactivityUnit>, factory: (Decimal, TimeUnit) -> Value): Value
@JvmName(name = "timeFromSpeedAndAccelerationDefault")
fun <SpeedUnit : Speed, TimeUnit : Time, AccelerationUnit : Acceleration> TimeUnit.time(speed: ScientificValue<PhysicalQuantity.Speed, SpeedUnit>, acceleration: ScientificValue<PhysicalQuantity.Acceleration, AccelerationUnit>): DefaultScientificValue<PhysicalQuantity.Time, TimeUnit>
@JvmName(name = "timeFromWeightAndMassFlowRateDefault")
fun <WeightUnit : Weight, TimeUnit : Time, MassFlowRateUnit : MassFlowRate> TimeUnit.time(weight: ScientificValue<PhysicalQuantity.Weight, WeightUnit>, massFlowRate: ScientificValue<PhysicalQuantity.MassFlowRate, MassFlowRateUnit>): DefaultScientificValue<PhysicalQuantity.Time, TimeUnit>
fun <FrequencyUnit : Frequency, TimeUnit : Time, Value : ScientificValue<PhysicalQuantity.Time, TimeUnit>> TimeUnit.time(cycle: Decimal, at: ScientificValue<PhysicalQuantity.Frequency, FrequencyUnit>, factory: (Decimal, TimeUnit) -> Value): Value
fun <RadioactivityUnit : Radioactivity, TimeUnit : Time, Value : ScientificValue<PhysicalQuantity.Time, TimeUnit>> TimeUnit.time(decay: Decimal, at: ScientificValue<PhysicalQuantity.Radioactivity, RadioactivityUnit>, factory: (Decimal, TimeUnit) -> Value): Value
@JvmName(name = "timeFromAccelerationAndJolt")
fun <AccelerationUnit : Acceleration, TimeUnit : Time, JoltUnit : Jolt, Value : ScientificValue<PhysicalQuantity.Time, TimeUnit>> TimeUnit.time(acceleration: ScientificValue<PhysicalQuantity.Acceleration, AccelerationUnit>, jolt: ScientificValue<PhysicalQuantity.Jolt, JoltUnit>, factory: (Decimal, TimeUnit) -> Value): Value
@JvmName(name = "timeFromActionAndEnergy")
fun <ActionUnit : Action, TimeUnit : Time, EnergyUnit : Energy, Value : ScientificValue<PhysicalQuantity.Time, TimeUnit>> TimeUnit.time(action: ScientificValue<PhysicalQuantity.Action, ActionUnit>, energy: ScientificValue<PhysicalQuantity.Energy, EnergyUnit>, factory: (Decimal, TimeUnit) -> Value): Value
@JvmName(name = "timeFromAmountOfSubstanceAndCatalysticActivity")
fun <AmountOfSubstanceUnit : AmountOfSubstance, TimeUnit : Time, CatalysisUnit : CatalysticActivity, Value : ScientificValue<PhysicalQuantity.Time, TimeUnit>> TimeUnit.time(amountOfSubstance: ScientificValue<PhysicalQuantity.AmountOfSubstance, AmountOfSubstanceUnit>, catalysis: ScientificValue<PhysicalQuantity.CatalysticActivity, CatalysisUnit>, factory: (Decimal, TimeUnit) -> Value): Value
@JvmName(name = "timeFromAngleAndAngularVelocity")
fun <AngleUnit : Angle, TimeUnit : Time, Value : ScientificValue<PhysicalQuantity.Time, TimeUnit>> TimeUnit.time(angle: ScientificValue<PhysicalQuantity.Angle, AngleUnit>, velocity: ScientificValue<PhysicalQuantity.AngularVelocity, AngularVelocity>, factory: (Decimal, TimeUnit) -> Value): Value
@JvmName(name = "timeFromAngularAccelerationAndVelocity")
fun <TimeUnit : Time, Value : ScientificValue<PhysicalQuantity.Time, TimeUnit>> TimeUnit.time(velocity: ScientificValue<PhysicalQuantity.AngularVelocity, AngularVelocity>, acceleration: ScientificValue<PhysicalQuantity.AngularAcceleration, AngularAcceleration>, factory: (Decimal, TimeUnit) -> Value): Value
@JvmName(name = "timeFromKinematicViscosityAndArea")
fun <AreaUnit : Area, KinematicViscosityUnit : KinematicViscosity, TimeUnit : Time, Value : ScientificValue<PhysicalQuantity.Time, TimeUnit>> TimeUnit.time(area: ScientificValue<PhysicalQuantity.Area, AreaUnit>, kinematicViscosity: ScientificValue<PhysicalQuantity.KinematicViscosity, KinematicViscosityUnit>, factory: (Decimal, TimeUnit) -> Value): Value
@JvmName(name = "timeFromDynamicViscosityAndPressure")
fun <DynamicViscosityUnit : DynamicViscosity, TimeUnit : Time, PressureUnit : Pressure, Value : ScientificValue<PhysicalQuantity.Time, TimeUnit>> TimeUnit.time(dynamicViscosity: ScientificValue<PhysicalQuantity.DynamicViscosity, DynamicViscosityUnit>, pressure: ScientificValue<PhysicalQuantity.Pressure, PressureUnit>, factory: (Decimal, TimeUnit) -> Value): Value
@JvmName(name = "timeFromInductanceAndResistance")
fun <ResistanceUnit : ElectricResistance, TimeUnit : Time, InductanceUnit : ElectricInductance, Value : ScientificValue<PhysicalQuantity.Time, TimeUnit>> TimeUnit.time(inductance: ScientificValue<PhysicalQuantity.ElectricInductance, InductanceUnit>, resistance: ScientificValue<PhysicalQuantity.ElectricResistance, ResistanceUnit>, factory: (Decimal, TimeUnit) -> Value): Value
@JvmName(name = "timeFromEnergyAndPower")
fun <EnergyUnit : Energy, TimeUnit : Time, PowerUnit : Power, Value : ScientificValue<PhysicalQuantity.Time, TimeUnit>> TimeUnit.time(energy: ScientificValue<PhysicalQuantity.Energy, EnergyUnit>, power: ScientificValue<PhysicalQuantity.Power, PowerUnit>, factory: (Decimal, TimeUnit) -> Value): Value
@JvmName(name = "timeFromForceAndYank")
fun <ForceUnit : Force, TimeUnit : Time, YankUnit : Yank, Value : ScientificValue<PhysicalQuantity.Time, TimeUnit>> TimeUnit.time(force: ScientificValue<PhysicalQuantity.Force, ForceUnit>, yank: ScientificValue<PhysicalQuantity.Yank, YankUnit>, factory: (Decimal, TimeUnit) -> Value): Value
@JvmName(name = "timeFromKinematicViscosityAndSpecificEnergy")
fun <SpecificEnergyUnit : SpecificEnergy, TimeUnit : Time, KinematicViscosityUnit : KinematicViscosity, Value : ScientificValue<PhysicalQuantity.Time, TimeUnit>> TimeUnit.time(kinematicViscosity: ScientificValue<PhysicalQuantity.KinematicViscosity, KinematicViscosityUnit>, specificEnergy: ScientificValue<PhysicalQuantity.SpecificEnergy, SpecificEnergyUnit>, factory: (Decimal, TimeUnit) -> Value): Value
@JvmName(name = "timeFromDistanceAndSpeed")
fun <LengthUnit : Length, TimeUnit : Time, SpeedUnit : Speed, Value : ScientificValue<PhysicalQuantity.Time, TimeUnit>> TimeUnit.time(distance: ScientificValue<PhysicalQuantity.Length, LengthUnit>, speed: ScientificValue<PhysicalQuantity.Speed, SpeedUnit>, factory: (Decimal, TimeUnit) -> Value): Value
@JvmName(name = "timeFromLuminousEnergyAndFlux")
fun <TimeUnit : Time, LuminousFluxUnit : LuminousFlux, Value : ScientificValue<PhysicalQuantity.Time, TimeUnit>> TimeUnit.time(luminousEnergy: ScientificValue<PhysicalQuantity.LuminousEnergy, LuminousEnergy>, luminousFlux: ScientificValue<PhysicalQuantity.LuminousFlux, LuminousFluxUnit>, factory: (Decimal, TimeUnit) -> Value): Value
@JvmName(name = "timeFromLuminousExposureAndIlluminance")
fun <LuminousExposureUnit : LuminousExposure, TimeUnit : Time, IlluminanceUnit : Illuminance, Value : ScientificValue<PhysicalQuantity.Time, TimeUnit>> TimeUnit.time(luminousExposure: ScientificValue<PhysicalQuantity.LuminousExposure, LuminousExposureUnit>, illuminance: ScientificValue<PhysicalQuantity.Illuminance, IlluminanceUnit>, factory: (Decimal, TimeUnit) -> Value): Value
@JvmName(name = "timeFromFluxAndVoltage")
fun <VoltageUnit : Voltage, TimeUnit : Time, FluxUnit : MagneticFlux, Value : ScientificValue<PhysicalQuantity.Time, TimeUnit>> TimeUnit.time(flux: ScientificValue<PhysicalQuantity.MagneticFlux, FluxUnit>, voltage: ScientificValue<PhysicalQuantity.Voltage, VoltageUnit>, factory: (Decimal, TimeUnit) -> Value): Value
@JvmName(name = "timeFromSpeedAndAcceleration")
fun <SpeedUnit : Speed, TimeUnit : Time, AccelerationUnit : Acceleration, Value : ScientificValue<PhysicalQuantity.Time, TimeUnit>> TimeUnit.time(speed: ScientificValue<PhysicalQuantity.Speed, SpeedUnit>, acceleration: ScientificValue<PhysicalQuantity.Acceleration, AccelerationUnit>, factory: (Decimal, TimeUnit) -> Value): Value
@JvmName(name = "timeFromWeightAndMassFlowRate")
fun <WeightUnit : Weight, TimeUnit : Time, MassFlowRateUnit : MassFlowRate, Value : ScientificValue<PhysicalQuantity.Time, TimeUnit>> TimeUnit.time(weight: ScientificValue<PhysicalQuantity.Weight, WeightUnit>, massFlowRate: ScientificValue<PhysicalQuantity.MassFlowRate, MassFlowRateUnit>, factory: (Decimal, TimeUnit) -> Value): Value
Link copied to clipboard
@JvmName(name = "timeTimesAcceleration")
infix operator fun <AccelerationUnit : Acceleration, TimeUnit : Time> ScientificValue<PhysicalQuantity.Time, TimeUnit>.times(acceleration: ScientificValue<PhysicalQuantity.Acceleration, AccelerationUnit>): DefaultScientificValue<PhysicalQuantity.Speed, MetricSpeed>
@JvmName(name = "timeTimesImperialAcceleration")
infix operator fun <TimeUnit : Time> ScientificValue<PhysicalQuantity.Time, TimeUnit>.times(acceleration: ScientificValue<PhysicalQuantity.Acceleration, ImperialAcceleration>): DefaultScientificValue<PhysicalQuantity.Speed, ImperialSpeed>
@JvmName(name = "timeTimesMetricAcceleration")
infix operator fun <TimeUnit : Time> ScientificValue<PhysicalQuantity.Time, TimeUnit>.times(acceleration: ScientificValue<PhysicalQuantity.Acceleration, MetricAcceleration>): DefaultScientificValue<PhysicalQuantity.Speed, MetricSpeed>
@JvmName(name = "timeTimesAngularAcceleration")
infix operator fun <TimeUnit : Time> ScientificValue<PhysicalQuantity.Time, TimeUnit>.times(angularAcceleration: ScientificValue<PhysicalQuantity.AngularAcceleration, AngularAcceleration>): DefaultScientificValue<PhysicalQuantity.AngularVelocity, AngularVelocity>
@JvmName(name = "timeTimesAngularVelocity")
infix operator fun <TimeUnit : Time> ScientificValue<PhysicalQuantity.Time, TimeUnit>.times(angularVelocity: ScientificValue<PhysicalQuantity.AngularVelocity, AngularVelocity>): DefaultScientificValue<PhysicalQuantity.Angle, Angle>
@JvmName(name = "timeTimesCatalysticActivity")
infix operator fun <TimeUnit : Time, CatalysisUnit : CatalysticActivity> ScientificValue<PhysicalQuantity.Time, TimeUnit>.times(catalysis: ScientificValue<PhysicalQuantity.CatalysticActivity, CatalysisUnit>): DefaultScientificValue<PhysicalQuantity.AmountOfSubstance, Mole>
@JvmName(name = "timeTimesCurrent")
infix operator fun <CurrentUnit : ElectricCurrent, TimeUnit : Time> ScientificValue<PhysicalQuantity.Time, TimeUnit>.times(current: ScientificValue<PhysicalQuantity.ElectricCurrent, CurrentUnit>): DefaultScientificValue<PhysicalQuantity.ElectricCharge, Coulomb>
@JvmName(name = "timeTimesAbampere")
infix operator fun <TimeUnit : Time> ScientificValue<PhysicalQuantity.Time, TimeUnit>.times(current: ScientificValue<PhysicalQuantity.ElectricCurrent, Abampere>): DefaultScientificValue<PhysicalQuantity.ElectricCharge, Abcoulomb>
@JvmName(name = "timeTimesBiot")
infix operator fun <TimeUnit : Time> ScientificValue<PhysicalQuantity.Time, TimeUnit>.times(current: ScientificValue<PhysicalQuantity.ElectricCurrent, Biot>): DefaultScientificValue<PhysicalQuantity.ElectricCharge, Abcoulomb>
@JvmName(name = "timeTimesResistance")
infix operator fun <ResistanceUnit : ElectricResistance, TimeUnit : Time> ScientificValue<PhysicalQuantity.Time, TimeUnit>.times(resistance: ScientificValue<PhysicalQuantity.ElectricResistance, ResistanceUnit>): DefaultScientificValue<PhysicalQuantity.ElectricInductance, Henry>
@JvmName(name = "timeTimesAbohm")
infix operator fun <TimeUnit : Time> ScientificValue<PhysicalQuantity.Time, TimeUnit>.times(resistance: ScientificValue<PhysicalQuantity.ElectricResistance, Abohm>): DefaultScientificValue<PhysicalQuantity.ElectricInductance, Abhenry>
@JvmName(name = "timeTimesEnergy")
infix operator fun <EnergyUnit : Energy, TimeUnit : Time> ScientificValue<PhysicalQuantity.Time, TimeUnit>.times(energy: ScientificValue<PhysicalQuantity.Energy, EnergyUnit>): DefaultScientificValue<PhysicalQuantity.Action, MetricAction>
@JvmName(name = "timeTimesImperialEnergy")
infix operator fun <EnergyUnit : ImperialEnergy, TimeUnit : Time> ScientificValue<PhysicalQuantity.Time, TimeUnit>.times(energy: ScientificValue<PhysicalQuantity.Energy, EnergyUnit>): DefaultScientificValue<PhysicalQuantity.Action, ImperialAction>
@JvmName(name = "timeTimesMetricAndImperialEnergy")
infix operator fun <EnergyUnit : MetricAndImperialEnergy, TimeUnit : Time> ScientificValue<PhysicalQuantity.Time, TimeUnit>.times(energy: ScientificValue<PhysicalQuantity.Energy, EnergyUnit>): DefaultScientificValue<PhysicalQuantity.Action, MetricAndImperialAction>
@JvmName(name = "timeTimesMetricEnergy")
infix operator fun <EnergyUnit : MetricEnergy, TimeUnit : Time> ScientificValue<PhysicalQuantity.Time, TimeUnit>.times(energy: ScientificValue<PhysicalQuantity.Energy, EnergyUnit>): DefaultScientificValue<PhysicalQuantity.Action, MetricAction>
@JvmName(name = "timeTimesDyneMultiple")
infix operator fun <DyneUnit : DyneMultiple, TimeUnit : Time> ScientificValue<PhysicalQuantity.Time, TimeUnit>.times(dyne: ScientificValue<PhysicalQuantity.Force, DyneUnit>): DefaultScientificValue<PhysicalQuantity.Momentum, MetricMomentum>
@JvmName(name = "timeTimesForce")
infix operator fun <ForceUnit : Force, TimeUnit : Time> ScientificValue<PhysicalQuantity.Time, TimeUnit>.times(force: ScientificValue<PhysicalQuantity.Force, ForceUnit>): DefaultScientificValue<PhysicalQuantity.Momentum, MetricMomentum>
@JvmName(name = "timeTimesImperialForce")
infix operator fun <ForceUnit : ImperialForce, TimeUnit : Time> ScientificValue<PhysicalQuantity.Time, TimeUnit>.times(force: ScientificValue<PhysicalQuantity.Force, ForceUnit>): DefaultScientificValue<PhysicalQuantity.Momentum, ImperialMomentum>
@JvmName(name = "timeTimesMetricForce")
infix operator fun <ForceUnit : MetricForce, TimeUnit : Time> ScientificValue<PhysicalQuantity.Time, TimeUnit>.times(force: ScientificValue<PhysicalQuantity.Force, ForceUnit>): DefaultScientificValue<PhysicalQuantity.Momentum, MetricMomentum>
@JvmName(name = "timeTimesUKImperialForce")
infix operator fun <ForceUnit : UKImperialForce, TimeUnit : Time> ScientificValue<PhysicalQuantity.Time, TimeUnit>.times(force: ScientificValue<PhysicalQuantity.Force, ForceUnit>): DefaultScientificValue<PhysicalQuantity.Momentum, UKImperialMomentum>
@JvmName(name = "timeTimesUSCustomaryForce")
infix operator fun <ForceUnit : USCustomaryForce, TimeUnit : Time> ScientificValue<PhysicalQuantity.Time, TimeUnit>.times(force: ScientificValue<PhysicalQuantity.Force, ForceUnit>): DefaultScientificValue<PhysicalQuantity.Momentum, USCustomaryMomentum>
@JvmName(name = "timeTimesDyne")
infix operator fun <TimeUnit : Time> ScientificValue<PhysicalQuantity.Time, TimeUnit>.times(dyne: ScientificValue<PhysicalQuantity.Force, Dyne>): DefaultScientificValue<PhysicalQuantity.Momentum, MetricMomentum>
@JvmName(name = "timeTimesGrainForce")
infix operator fun <TimeUnit : Time> ScientificValue<PhysicalQuantity.Time, TimeUnit>.times(grainForce: ScientificValue<PhysicalQuantity.Force, GrainForce>): DefaultScientificValue<PhysicalQuantity.Momentum, ImperialMomentum>
@JvmName(name = "timeTimesGramForce")
infix operator fun <TimeUnit : Time> ScientificValue<PhysicalQuantity.Time, TimeUnit>.times(gram: ScientificValue<PhysicalQuantity.Force, GramForce>): DefaultScientificValue<PhysicalQuantity.Momentum, MetricMomentum>
@JvmName(name = "timeTimesImperialTonForce")
infix operator fun <TimeUnit : Time> ScientificValue<PhysicalQuantity.Time, TimeUnit>.times(imperialTonForce: ScientificValue<PhysicalQuantity.Force, ImperialTonForce>): DefaultScientificValue<PhysicalQuantity.Momentum, UKImperialMomentum>
@JvmName(name = "timeTimesMilligramForce")
infix operator fun <TimeUnit : Time> ScientificValue<PhysicalQuantity.Time, TimeUnit>.times(milligram: ScientificValue<PhysicalQuantity.Force, MilligramForce>): DefaultScientificValue<PhysicalQuantity.Momentum, MetricMomentum>
@JvmName(name = "timeTimesOunceForce")
infix operator fun <TimeUnit : Time> ScientificValue<PhysicalQuantity.Time, TimeUnit>.times(ounceForce: ScientificValue<PhysicalQuantity.Force, OunceForce>): DefaultScientificValue<PhysicalQuantity.Momentum, ImperialMomentum>
@JvmName(name = "timeTimesPoundal")
infix operator fun <TimeUnit : Time> ScientificValue<PhysicalQuantity.Time, TimeUnit>.times(poundal: ScientificValue<PhysicalQuantity.Force, Poundal>): DefaultScientificValue<PhysicalQuantity.Momentum, ImperialMomentum>
@JvmName(name = "timeTimesTonneForce")
infix operator fun <TimeUnit : Time> ScientificValue<PhysicalQuantity.Time, TimeUnit>.times(tonne: ScientificValue<PhysicalQuantity.Force, TonneForce>): DefaultScientificValue<PhysicalQuantity.Momentum, MetricMomentum>
@JvmName(name = "timeTimesUsTonForce")
infix operator fun <TimeUnit : Time> ScientificValue<PhysicalQuantity.Time, TimeUnit>.times(usTonForce: ScientificValue<PhysicalQuantity.Force, UsTonForce>): DefaultScientificValue<PhysicalQuantity.Momentum, USCustomaryMomentum>
@JvmName(name = "timeTimesFrequency")
infix operator fun <FrequencyUnit : Frequency, TimeUnit : Time> ScientificValue<PhysicalQuantity.Time, TimeUnit>.times(frequency: ScientificValue<PhysicalQuantity.Frequency, FrequencyUnit>): Decimal
@JvmName(name = "timeTimesIlluminance")
infix operator fun <IlluminanceUnit : Illuminance, TimeUnit : Time> ScientificValue<PhysicalQuantity.Time, TimeUnit>.times(illuminance: ScientificValue<PhysicalQuantity.Illuminance, IlluminanceUnit>): DefaultScientificValue<PhysicalQuantity.LuminousExposure, MetricLuminousExposure>
@JvmName(name = "timeTimesImperialIlluminance")
infix operator fun <IlluminanceUnit : ImperialIlluminance, TimeUnit : Time> ScientificValue<PhysicalQuantity.Time, TimeUnit>.times(illuminance: ScientificValue<PhysicalQuantity.Illuminance, IlluminanceUnit>): DefaultScientificValue<PhysicalQuantity.LuminousExposure, ImperialLuminousExposure>
@JvmName(name = "timeTimesMetricIlluminance")
infix operator fun <IlluminanceUnit : MetricIlluminance, TimeUnit : Time> ScientificValue<PhysicalQuantity.Time, TimeUnit>.times(illuminance: ScientificValue<PhysicalQuantity.Illuminance, IlluminanceUnit>): DefaultScientificValue<PhysicalQuantity.LuminousExposure, MetricLuminousExposure>
@JvmName(name = "timeTimesJolt")
infix operator fun <JoltUnit : Jolt, TimeUnit : Time> ScientificValue<PhysicalQuantity.Time, TimeUnit>.times(jolt: ScientificValue<PhysicalQuantity.Jolt, JoltUnit>): DefaultScientificValue<PhysicalQuantity.Acceleration, Acceleration>
@JvmName(name = "timeTimesImperialJolt")
infix operator fun <TimeUnit : Time> ScientificValue<PhysicalQuantity.Time, TimeUnit>.times(jolt: ScientificValue<PhysicalQuantity.Jolt, ImperialJolt>): DefaultScientificValue<PhysicalQuantity.Acceleration, ImperialAcceleration>
@JvmName(name = "timeTimesMetricAndImperialJolt")
infix operator fun <TimeUnit : Time> ScientificValue<PhysicalQuantity.Time, TimeUnit>.times(jolt: ScientificValue<PhysicalQuantity.Jolt, MetricAndImperialJolt>): DefaultScientificValue<PhysicalQuantity.Acceleration, MetricAndImperialAcceleration>
@JvmName(name = "timeTimesMetricJolt")
infix operator fun <TimeUnit : Time> ScientificValue<PhysicalQuantity.Time, TimeUnit>.times(jolt: ScientificValue<PhysicalQuantity.Jolt, MetricJolt>): DefaultScientificValue<PhysicalQuantity.Acceleration, MetricAcceleration>
@JvmName(name = "timeTimesKinematicViscosity")
infix operator fun <TimeUnit : Time, KinematicViscosityUnit : KinematicViscosity> ScientificValue<PhysicalQuantity.Time, TimeUnit>.times(kinematicViscosity: ScientificValue<PhysicalQuantity.KinematicViscosity, KinematicViscosityUnit>): DefaultScientificValue<PhysicalQuantity.Area, Area>
@JvmName(name = "timeTimesImperialKinematicViscosity")
infix operator fun <TimeUnit : Time> ScientificValue<PhysicalQuantity.Time, TimeUnit>.times(kinematicViscosity: ScientificValue<PhysicalQuantity.KinematicViscosity, ImperialKinematicViscosity>): DefaultScientificValue<PhysicalQuantity.Area, ImperialArea>
@JvmName(name = "timeTimesMetricKinematicViscosity")
infix operator fun <TimeUnit : Time> ScientificValue<PhysicalQuantity.Time, TimeUnit>.times(kinematicViscosity: ScientificValue<PhysicalQuantity.KinematicViscosity, MetricKinematicViscosity>): DefaultScientificValue<PhysicalQuantity.Area, MetricArea>
@JvmName(name = "timeTimesLuminousFlux")
infix operator fun <LuminousFluxUnit : LuminousFlux, TimeUnit : Time> ScientificValue<PhysicalQuantity.Time, TimeUnit>.times(luminousFlux: ScientificValue<PhysicalQuantity.LuminousFlux, LuminousFluxUnit>): DefaultScientificValue<PhysicalQuantity.LuminousEnergy, LuminousEnergy>
@JvmName(name = "timeTimesMassFlowRate")
infix operator fun <MassFlowRateUnit : MassFlowRate, TimeUnit : Time> ScientificValue<PhysicalQuantity.Time, TimeUnit>.times(massFlowRate: ScientificValue<PhysicalQuantity.MassFlowRate, MassFlowRateUnit>): DefaultScientificValue<PhysicalQuantity.Weight, Kilogram>
@JvmName(name = "timeTimesImperialMassFlowRate")
infix operator fun <TimeUnit : Time> ScientificValue<PhysicalQuantity.Time, TimeUnit>.times(massFlowRate: ScientificValue<PhysicalQuantity.MassFlowRate, ImperialMassFlowRate>): DefaultScientificValue<PhysicalQuantity.Weight, ImperialWeight>
@JvmName(name = "timeTimesMetricMassFlowRate")
infix operator fun <TimeUnit : Time> ScientificValue<PhysicalQuantity.Time, TimeUnit>.times(massFlowRate: ScientificValue<PhysicalQuantity.MassFlowRate, MetricMassFlowRate>): DefaultScientificValue<PhysicalQuantity.Weight, MetricWeight>
@JvmName(name = "timeUKImperialMassFlowRate")
infix operator fun <TimeUnit : Time> ScientificValue<PhysicalQuantity.Time, TimeUnit>.times(massFlowRate: ScientificValue<PhysicalQuantity.MassFlowRate, UKImperialMassFlowRate>): DefaultScientificValue<PhysicalQuantity.Weight, UKImperialWeight>
@JvmName(name = "timeTimesUSCustomaryMassFlowRate")
infix operator fun <TimeUnit : Time> ScientificValue<PhysicalQuantity.Time, TimeUnit>.times(massFlowRate: ScientificValue<PhysicalQuantity.MassFlowRate, USCustomaryMassFlowRate>): DefaultScientificValue<PhysicalQuantity.Weight, USCustomaryWeight>
@JvmName(name = "timeTimesImperialPower")
infix operator fun <PowerUnit : ImperialPower, TimeUnit : Time> ScientificValue<PhysicalQuantity.Time, TimeUnit>.times(power: ScientificValue<PhysicalQuantity.Power, PowerUnit>): DefaultScientificValue<PhysicalQuantity.Energy, FootPoundForce>
@JvmName(name = "timeTimesMetricPower")
infix operator fun <PowerUnit : MetricPower, TimeUnit : Time> ScientificValue<PhysicalQuantity.Time, TimeUnit>.times(power: ScientificValue<PhysicalQuantity.Power, PowerUnit>): DefaultScientificValue<PhysicalQuantity.Energy, Joule>
@JvmName(name = "timeTimesPower")
infix operator fun <PowerUnit : Power, TimeUnit : Time> ScientificValue<PhysicalQuantity.Time, TimeUnit>.times(power: ScientificValue<PhysicalQuantity.Power, PowerUnit>): DefaultScientificValue<PhysicalQuantity.Energy, Joule>
@JvmName(name = "timeTimesBritishThermalUnitPerHour")
infix operator fun <TimeUnit : Time> ScientificValue<PhysicalQuantity.Time, TimeUnit>.times(power: ScientificValue<PhysicalQuantity.Power, BritishThermalUnitPerHour>): DefaultScientificValue<PhysicalQuantity.Energy, BritishThermalUnit>
@JvmName(name = "timeTimesBritishThermalUnitPerMinute")
infix operator fun <TimeUnit : Time> ScientificValue<PhysicalQuantity.Time, TimeUnit>.times(power: ScientificValue<PhysicalQuantity.Power, BritishThermalUnitPerMinute>): DefaultScientificValue<PhysicalQuantity.Energy, BritishThermalUnit>
@JvmName(name = "timeTimesBritishThermalUnitPerSecond")
infix operator fun <TimeUnit : Time> ScientificValue<PhysicalQuantity.Time, TimeUnit>.times(power: ScientificValue<PhysicalQuantity.Power, BritishThermalUnitPerSecond>): DefaultScientificValue<PhysicalQuantity.Energy, BritishThermalUnit>
@JvmName(name = "timeTimesErgPerSecond")
infix operator fun <TimeUnit : Time> ScientificValue<PhysicalQuantity.Time, TimeUnit>.times(power: ScientificValue<PhysicalQuantity.Power, ErgPerSecond>): DefaultScientificValue<PhysicalQuantity.Energy, Erg>
@JvmName(name = "timeTimesInchPoundForcePerMinute")
infix operator fun <TimeUnit : Time> ScientificValue<PhysicalQuantity.Time, TimeUnit>.times(power: ScientificValue<PhysicalQuantity.Power, InchPoundForcePerMinute>): DefaultScientificValue<PhysicalQuantity.Energy, InchPoundForce>
@JvmName(name = "timeTimesInchPoundForcePerSecond")
infix operator fun <TimeUnit : Time> ScientificValue<PhysicalQuantity.Time, TimeUnit>.times(power: ScientificValue<PhysicalQuantity.Power, InchPoundForcePerSecond>): DefaultScientificValue<PhysicalQuantity.Energy, InchPoundForce>
@JvmName(name = "timeTimesImperialPressure")
infix operator fun <PressureUnit : ImperialPressure, TimeUnit : Time> ScientificValue<PhysicalQuantity.Time, TimeUnit>.times(pressure: ScientificValue<PhysicalQuantity.Pressure, PressureUnit>): DefaultScientificValue<PhysicalQuantity.DynamicViscosity, ImperialDynamicViscosity>
@JvmName(name = "timeTimesMetricPressure")
infix operator fun <PressureUnit : MetricPressure, TimeUnit : Time> ScientificValue<PhysicalQuantity.Time, TimeUnit>.times(pressure: ScientificValue<PhysicalQuantity.Pressure, PressureUnit>): DefaultScientificValue<PhysicalQuantity.DynamicViscosity, MetricDynamicViscosity>
@JvmName(name = "timeTimesPressure")
infix operator fun <PressureUnit : Pressure, TimeUnit : Time> ScientificValue<PhysicalQuantity.Time, TimeUnit>.times(pressure: ScientificValue<PhysicalQuantity.Pressure, PressureUnit>): DefaultScientificValue<PhysicalQuantity.DynamicViscosity, MetricDynamicViscosity>
@JvmName(name = "timeTimesUKImperialPressure")
infix operator fun <PressureUnit : UKImperialPressure, TimeUnit : Time> ScientificValue<PhysicalQuantity.Time, TimeUnit>.times(pressure: ScientificValue<PhysicalQuantity.Pressure, PressureUnit>): DefaultScientificValue<PhysicalQuantity.DynamicViscosity, UKImperialDynamicViscosity>
@JvmName(name = "timeTimesUSCustomaryPressure")
infix operator fun <PressureUnit : USCustomaryPressure, TimeUnit : Time> ScientificValue<PhysicalQuantity.Time, TimeUnit>.times(pressure: ScientificValue<PhysicalQuantity.Pressure, PressureUnit>): DefaultScientificValue<PhysicalQuantity.DynamicViscosity, USCustomaryDynamicViscosity>
@JvmName(name = "timeTimesRadioactivity")
infix operator fun <RadioactivityUnit : Radioactivity, TimeUnit : Time> ScientificValue<PhysicalQuantity.Time, TimeUnit>.times(radioactivity: ScientificValue<PhysicalQuantity.Radioactivity, RadioactivityUnit>): Decimal
@JvmName(name = "timeTimesSpecificEnergy")
infix operator fun <SpecificEnergyUnit : SpecificEnergy, TimeUnit : Time> ScientificValue<PhysicalQuantity.Time, TimeUnit>.times(specificEnergy: ScientificValue<PhysicalQuantity.SpecificEnergy, SpecificEnergyUnit>): DefaultScientificValue<PhysicalQuantity.KinematicViscosity, MetricKinematicViscosity>
@JvmName(name = "timeTimesImperialSpecificEnergy")
infix operator fun <TimeUnit : Time> ScientificValue<PhysicalQuantity.Time, TimeUnit>.times(specificEnergy: ScientificValue<PhysicalQuantity.SpecificEnergy, ImperialSpecificEnergy>): DefaultScientificValue<PhysicalQuantity.KinematicViscosity, ImperialKinematicViscosity>
@JvmName(name = "timeTimesMetricSpecificEnergy")
infix operator fun <TimeUnit : Time> ScientificValue<PhysicalQuantity.Time, TimeUnit>.times(specificEnergy: ScientificValue<PhysicalQuantity.SpecificEnergy, MetricSpecificEnergy>): DefaultScientificValue<PhysicalQuantity.KinematicViscosity, MetricKinematicViscosity>
@JvmName(name = "timeTimesUkImperialSpecificEnergy")
infix operator fun <TimeUnit : Time> ScientificValue<PhysicalQuantity.Time, TimeUnit>.times(specificEnergy: ScientificValue<PhysicalQuantity.SpecificEnergy, UKImperialSpecificEnergy>): DefaultScientificValue<PhysicalQuantity.KinematicViscosity, ImperialKinematicViscosity>
@JvmName(name = "timeTimesUsCustomarySpecificEnergy")
infix operator fun <TimeUnit : Time> ScientificValue<PhysicalQuantity.Time, TimeUnit>.times(specificEnergy: ScientificValue<PhysicalQuantity.SpecificEnergy, USCustomarySpecificEnergy>): DefaultScientificValue<PhysicalQuantity.KinematicViscosity, ImperialKinematicViscosity>
@JvmName(name = "timeTimesSpeed")
infix operator fun <SpeedUnit : Speed, TimeUnit : Time> ScientificValue<PhysicalQuantity.Time, TimeUnit>.times(speed: ScientificValue<PhysicalQuantity.Speed, SpeedUnit>): ScientificValue<PhysicalQuantity.Length, Length>
@JvmName(name = "timeTimesImperialSpeed")
infix operator fun <TimeUnit : Time> ScientificValue<PhysicalQuantity.Time, TimeUnit>.times(speed: ScientificValue<PhysicalQuantity.Speed, ImperialSpeed>): ScientificValue<PhysicalQuantity.Length, ImperialLength>
@JvmName(name = "timeTimesMetricSpeed")
infix operator fun <TimeUnit : Time> ScientificValue<PhysicalQuantity.Time, TimeUnit>.times(speed: ScientificValue<PhysicalQuantity.Speed, MetricSpeed>): ScientificValue<PhysicalQuantity.Length, MetricLength>
@JvmName(name = "timeTimesVoltage")
infix operator fun <VoltageUnit : Voltage, TimeUnit : Time> ScientificValue<PhysicalQuantity.Time, TimeUnit>.times(voltage: ScientificValue<PhysicalQuantity.Voltage, VoltageUnit>): DefaultScientificValue<PhysicalQuantity.MagneticFlux, Weber>
@JvmName(name = "timeTimesAbvolt")
infix operator fun <TimeUnit : Time> ScientificValue<PhysicalQuantity.Time, TimeUnit>.times(voltage: ScientificValue<PhysicalQuantity.Voltage, Abvolt>): DefaultScientificValue<PhysicalQuantity.MagneticFlux, Maxwell>
@JvmName(name = "timeTimesVolumetricFlow")
infix operator fun <VolumetricFlowUnit : VolumetricFlow, TimeUnit : Time> ScientificValue<PhysicalQuantity.Time, TimeUnit>.times(volumetricFlow: ScientificValue<PhysicalQuantity.VolumetricFlow, VolumetricFlowUnit>): DefaultScientificValue<PhysicalQuantity.Volume, Volume>
@JvmName(name = "timeTimesImperialVolumetricFlow")
infix operator fun <TimeUnit : Time> ScientificValue<PhysicalQuantity.Time, TimeUnit>.times(volumetricFlow: ScientificValue<PhysicalQuantity.VolumetricFlow, ImperialVolumetricFlow>): DefaultScientificValue<PhysicalQuantity.Volume, ImperialVolume>
@JvmName(name = "timeTimesMetricVolumetricFlow")
infix operator fun <TimeUnit : Time> ScientificValue<PhysicalQuantity.Time, TimeUnit>.times(volumetricFlow: ScientificValue<PhysicalQuantity.VolumetricFlow, MetricVolumetricFlow>): DefaultScientificValue<PhysicalQuantity.Volume, MetricVolume>
@JvmName(name = "timeTimesUKImperialVolumetricFlow")
infix operator fun <TimeUnit : Time> ScientificValue<PhysicalQuantity.Time, TimeUnit>.times(volumetricFlow: ScientificValue<PhysicalQuantity.VolumetricFlow, UKImperialVolumetricFlow>): DefaultScientificValue<PhysicalQuantity.Volume, UKImperialVolume>
@JvmName(name = "timeTimesUSCustomaryVolumetricFlow")
infix operator fun <TimeUnit : Time> ScientificValue<PhysicalQuantity.Time, TimeUnit>.times(volumetricFlow: ScientificValue<PhysicalQuantity.VolumetricFlow, USCustomaryVolumetricFlow>): DefaultScientificValue<PhysicalQuantity.Volume, USCustomaryVolume>
@JvmName(name = "timeTimesYank")
infix operator fun <YankUnit : Yank, TimeUnit : Time> ScientificValue<PhysicalQuantity.Time, TimeUnit>.times(yank: ScientificValue<PhysicalQuantity.Yank, YankUnit>): DefaultScientificValue<PhysicalQuantity.Force, Force>
@JvmName(name = "timeTimesImperialYank")
infix operator fun <TimeUnit : Time> ScientificValue<PhysicalQuantity.Time, TimeUnit>.times(yank: ScientificValue<PhysicalQuantity.Yank, ImperialYank>): DefaultScientificValue<PhysicalQuantity.Force, ImperialForce>
@JvmName(name = "timeTimesMetricYank")
infix operator fun <TimeUnit : Time> ScientificValue<PhysicalQuantity.Time, TimeUnit>.times(yank: ScientificValue<PhysicalQuantity.Yank, MetricYank>): DefaultScientificValue<PhysicalQuantity.Force, MetricForce>
@JvmName(name = "timeTimesUKImperialYank")
infix operator fun <TimeUnit : Time> ScientificValue<PhysicalQuantity.Time, TimeUnit>.times(yank: ScientificValue<PhysicalQuantity.Yank, UKImperialYank>): DefaultScientificValue<PhysicalQuantity.Force, UKImperialForce>
@JvmName(name = "timeTimesUSCustomaryYank")
infix operator fun <TimeUnit : Time> ScientificValue<PhysicalQuantity.Time, TimeUnit>.times(yank: ScientificValue<PhysicalQuantity.Yank, USCustomaryYank>): DefaultScientificValue<PhysicalQuantity.Force, USCustomaryForce>
@JvmName(name = "hourTimesCentiwatt")
infix operator fun ScientificValue<PhysicalQuantity.Time, Hour>.times(power: ScientificValue<PhysicalQuantity.Power, Centiwatt>): DefaultScientificValue<PhysicalQuantity.Energy, CentiwattHour>
@JvmName(name = "hourTimesDecawatt")
infix operator fun ScientificValue<PhysicalQuantity.Time, Hour>.times(power: ScientificValue<PhysicalQuantity.Power, Decawatt>): DefaultScientificValue<PhysicalQuantity.Energy, DecawattHour>
@JvmName(name = "hourTimesDeciwatt")
infix operator fun ScientificValue<PhysicalQuantity.Time, Hour>.times(power: ScientificValue<PhysicalQuantity.Power, Deciwatt>): DefaultScientificValue<PhysicalQuantity.Energy, DeciwattHour>
@JvmName(name = "hourTimesGigawatt")
infix operator fun ScientificValue<PhysicalQuantity.Time, Hour>.times(power: ScientificValue<PhysicalQuantity.Power, Gigawatt>): DefaultScientificValue<PhysicalQuantity.Energy, GigawattHour>
@JvmName(name = "hourTimesHectowatt")
infix operator fun ScientificValue<PhysicalQuantity.Time, Hour>.times(power: ScientificValue<PhysicalQuantity.Power, Hectowatt>): DefaultScientificValue<PhysicalQuantity.Energy, HectowattHour>
@JvmName(name = "hourTimesHorsepower")
infix operator fun ScientificValue<PhysicalQuantity.Time, Hour>.times(power: ScientificValue<PhysicalQuantity.Power, Horsepower>): DefaultScientificValue<PhysicalQuantity.Energy, HorsepowerHour>
@JvmName(name = "hourTimesKilowatt")
infix operator fun ScientificValue<PhysicalQuantity.Time, Hour>.times(power: ScientificValue<PhysicalQuantity.Power, Kilowatt>): DefaultScientificValue<PhysicalQuantity.Energy, KilowattHour>
@JvmName(name = "hourTimesMegawatt")
infix operator fun ScientificValue<PhysicalQuantity.Time, Hour>.times(power: ScientificValue<PhysicalQuantity.Power, Megawatt>): DefaultScientificValue<PhysicalQuantity.Energy, MegawattHour>
@JvmName(name = "hourTimesMicrowatt")
infix operator fun ScientificValue<PhysicalQuantity.Time, Hour>.times(power: ScientificValue<PhysicalQuantity.Power, Microwatt>): DefaultScientificValue<PhysicalQuantity.Energy, MicrowattHour>
@JvmName(name = "hourTimesMilliwatt")
infix operator fun ScientificValue<PhysicalQuantity.Time, Hour>.times(power: ScientificValue<PhysicalQuantity.Power, Milliwatt>): DefaultScientificValue<PhysicalQuantity.Energy, MilliwattHour>
@JvmName(name = "hourTimesNanowatt")
infix operator fun ScientificValue<PhysicalQuantity.Time, Hour>.times(power: ScientificValue<PhysicalQuantity.Power, Nanowatt>): DefaultScientificValue<PhysicalQuantity.Energy, NanowattHour>
@JvmName(name = "hourTimesWatt")
infix operator fun ScientificValue<PhysicalQuantity.Time, Hour>.times(power: ScientificValue<PhysicalQuantity.Power, Watt>): DefaultScientificValue<PhysicalQuantity.Energy, WattHour>