modelUnitVolume_wTraceMass_withMedia

Parameters

Type	Name	Default	Description
Integer	nC	1	Number of substances
Visualization
Boolean	showName (from Visualization_showName)	true
Initialization › Dynamics
Dynamics	energyDynamics (from UnitVolume_withMedia)	Dynamics.DynamicFreeInitial	Formulation of energy balances
Dynamics	traceDynamics	Dynamics.DynamicFreeInitial	Formulation of trace substance balances
Initialization › Start Value: Temperature
SI.Temperature	T_start (from UnitVolume_withMedia)	298.15	Temperature
Advanced
SI.Density	d_reference (from UnitVolume_withMedia)	Material.density(Material.setState_T(T_start))	Reference density of mass reference for constant volumes
Units.NonDim[nC]	C_nominal	fill(1e-6, nC)	Nominal concentration [mol/m3] for improved numeric stability
Initialization › Start Value: Trace Substance
SI.Concentration[nC]	C_start	zeros(nC)	Concentration

Type	Name	Default	Description
Interfaces.HeatPort_State	port (from UnitVolume_withMedia)		Heat flow across boundary
Interfaces.MolePort_State	portM		Trace flow across boundary

Type	Name	Default	Description
SI.Volume	V (from UnitVolume_withMedia)		Volume
SI.HeatFlowRate	Q_gen (from UnitVolume_withMedia)	0	Internal heat generation
SI.InternalEnergy	U (from UnitVolume_withMedia)		Internal energy
SI.Mass	m (from UnitVolume_withMedia)		Mass
SI.Mass	delta_m (from UnitVolume_withMedia)		Change in mass of constant volume
Material.BaseProperties	material (from UnitVolume_withMedia)
SI.MolarFlowRate[nC]	nC_gen	zeros(nC)	Internal trace substance generation
Units.Mole[nC]	nCs		Trace substance moles
Units.Mole	nCs_scaled		Scaled trace substance moles for improved numerical stability
SI.Concentration[nC]	C		Trace substance concentration