@[reducible, inline]

abbrev SI.Thermodynamics.area_unit : UnitsSystem.Dimensions

Equations

• SI.Thermodynamics.area_unit = 2 • SI.length_unit

@[reducible, inline]

abbrev SI.Thermodynamics.Area : Type

Equations

• SI.Thermodynamics.Area = UnitsSystem.Scalar SI.Thermodynamics.area_unit

@[reducible, inline]

abbrev SI.Thermodynamics.volume_unit : UnitsSystem.Dimensions

Equations

• SI.Thermodynamics.volume_unit = 3 • SI.length_unit

@[reducible, inline]

abbrev SI.Thermodynamics.Volume : Type

Equations

• SI.Thermodynamics.Volume = UnitsSystem.Scalar SI.Thermodynamics.volume_unit

@[reducible, inline]

abbrev SI.Thermodynamics.heat_capacity_unit : UnitsSystem.Dimensions

Equations

• SI.Thermodynamics.heat_capacity_unit = SI.energy_unit - SI.temperature_unit - SI.mass_unit

@[reducible, inline]

abbrev SI.Thermodynamics.HeatCapacity : Type

Equations

• SI.Thermodynamics.HeatCapacity = UnitsSystem.Scalar SI.Thermodynamics.heat_capacity_unit

@[reducible, inline]

abbrev SI.Thermodynamics.thermal_conductivity_unit : UnitsSystem.Dimensions

Equations

• SI.Thermodynamics.thermal_conductivity_unit = SI.energy_unit - SI.time_unit - SI.length_unit - SI.temperature_unit

@[reducible, inline]

abbrev SI.Thermodynamics.ThermalConductivity : Type

Equations

• SI.Thermodynamics.ThermalConductivity = UnitsSystem.Scalar SI.Thermodynamics.thermal_conductivity_unit

@[reducible, inline]

abbrev SI.Thermodynamics.heat_of_fusion_unit : UnitsSystem.Dimensions

Equations

• SI.Thermodynamics.heat_of_fusion_unit = SI.energy_unit - SI.mass_unit

@[reducible, inline]

abbrev SI.Thermodynamics.HeatOfFusion : Type

Equations

• SI.Thermodynamics.HeatOfFusion = UnitsSystem.Scalar SI.Thermodynamics.heat_of_fusion_unit