19.11.2014 Views

The Fortress Language Specification - CiteSeerX

The Fortress Language Specification - CiteSeerX

The Fortress Language Specification - CiteSeerX

SHOW MORE
SHOW LESS

Create successful ePaper yourself

Turn your PDF publications into a flip-book with our unique Google optimized e-Paper software.

dim Area = Length 2<br />

dim Volume = Length 3<br />

dim Velocity = Length/Time<br />

dim Speed = Velocity<br />

dim Acceleration = Velocity/Time<br />

dim Momentum = Mass Velocity<br />

dim AngularVelocity = Angle/Second<br />

dim AngularAcceleration = Angle/Second 2<br />

dim WaveNumber = 1/Length<br />

dim MassDensity = Mass/Volume<br />

dim CurrentDensity = Current/Area<br />

dim MagneticFieldStrength = Current/Length<br />

dim Luminance = LuminousIntensity/Area<br />

dim Work = Energy<br />

dim Action = Energy Time<br />

dim MomentOfForce = Force Length<br />

dim Torque = MomentOfForce<br />

dim MomentOfInertia = Mass Length 2<br />

dim Voltage = ElectricPotential<br />

dim Conductivity = Conductance/Length<br />

dim Resistivity = 1/Conductivity<br />

dim Impedance = Resistance<br />

dim Permittivity = Capacitance/Length<br />

dim Permeability = Inductance/Length<br />

dim Irradiance = Power/Area<br />

dim RadiantIntensity = Power/SolidAngle<br />

dim Radiance = Power/Area SolidAngle<br />

dim AbsorbedDoseRate = AbsorbedDose/Time<br />

dim CatalyticConcentration = CatalyticActivity/Volume<br />

dim HeatCapacity = Energy/Temperature<br />

dim Entropy = Energy/Temperature<br />

dim DynamicViscosity = Pressure Time<br />

dim SpecificHeatCapacity = Energy/Mass Temperature<br />

dim SpecificEntropy = Energy/Mass Temperature<br />

dim SpecificEnergy = Energy/Mass<br />

dim <strong>The</strong>rmalConductivity = Energy/Length Temperature<br />

dim EnergyDensity = Energy/Volume<br />

dim ElectricFieldStrength = ElectricPotential/Length<br />

dim ElectricChargeDensity = ElectricCharge/Volume<br />

dim ElectricFlux = ElectricCharge<br />

dim ElectricFluxDensity = ElectricCharge/Area<br />

dim MolarEnergy = Energy/AmountOfSubstance<br />

dim MolarHeatCapacity = Energy/AmountOfSubstance Temperature<br />

dim MolarEntropy = Energy/AmountOfSubstance Temperature<br />

dim RadiationExposure = ElectricCharge/Mass<br />

(∗ Units outside the SI that are accepted for use with the SI ∗)<br />

unit minute minutes min: Time<br />

unit hour hours h: Time<br />

unit day days d: Time<br />

unit degreeOfAngle degrees: Angle<br />

unit minuteOfAngle minutesOfAngle:Angle<br />

208

Hooray! Your file is uploaded and ready to be published.

Saved successfully!

Ooh no, something went wrong!