Track additional ISQ quantities to add to dim-isq. These are commonly used derived quantities from ISO 80000 that are not yet in the package.
Quantities sharing a dimension with an existing quantity are marked as alias — they produce a structurally identical type but provide a distinct name for readability and intent. See the Limitations section in the README.
Each item follows the adding a new ISQ quantity checklist.
Mechanics
Thermodynamics
Electromagnetism
Flow and transport
Amount-based
Track additional ISQ quantities to add to
dim-isq. These are commonly used derived quantities from ISO 80000 that are not yet in the package.Quantities sharing a dimension with an existing quantity are marked as alias — they produce a structurally identical type but provide a distinct name for readability and intent. See the Limitations section in the README.
Each item follows the adding a new ISQ quantity checklist.
Mechanics
density— M·L⁻³specificVolume— M⁻¹·L³momentum— M·L·T⁻¹angularVelocity— T⁻¹ (alias: same dimension asfrequency)angularAcceleration— T⁻²torque— M·L²·T⁻² (alias: same dimension asenergy)dynamicViscosity— M·L⁻¹·T⁻¹kinematicViscosity— L²·T⁻¹surfaceTension— M·T⁻²wavenumber— L⁻¹Thermodynamics
heatCapacity— M·L²·T⁻²·Θ⁻¹specificHeatCapacity— L²·T⁻²·Θ⁻¹specificEnergy— L²·T⁻² (alias: same dimension asabsorbedDose)thermalConductivity— M·L·T⁻³·Θ⁻¹Electromagnetism
electricFieldStrength— M·L·T⁻³·I⁻¹permittivity— M⁻¹·L⁻³·T⁴·I²permeability— M·L·T⁻²·I⁻²currentDensity— I·L⁻²Flow and transport
volumetricFlowRate— L³·T⁻¹massFlowRate— M·T⁻¹Amount-based
concentration— N·L⁻³molarMass— M·N⁻¹