modelPartialMassTransfer_setC

Base model

Parameters

Type	Name	Default	Description
Integer[:]	iC	{i for i in 1:Medium.nC}	Fluid index of transfered substances from fluid to massPort. This sets nC in traceMassTransfer.
Integer	nC	size(iC, 1)
Real[nC]	MMs	fill(1, nC)	Conversion from fluid mass-specific value to moles (e.g., molar mass [kg/mol] or Avogadro's number [atoms/mol])
Internal Interface
Real	nParallel	1	Number of parallel components
Integer	nMT	1	Number of mass transfer segments
Integer	nSurfaces	1	Number of mass transfer surfaces
Integer	flagIdeal	0	Flag for models to handle ideal boundary
Internal Interface › Initialization
SIadd.ExtraProperty[nMT,Medium.nC]	CsM_start		Initial Trace substance mass-specific value
Advanced
SI.ReynoldsNumber	Re_lam	2300	Laminar transition Reynolds number
SI.ReynoldsNumber	Re_turb	4000	Turbulent transition Reynolds number

Type	Name	Default	Description
HeatAndMassTransfer.Interfaces.MolePort_Flow[nMT,nSurfaces]	massPorts

Type	Name	Default	Description
Medium.ThermodynamicState[nMT]	states		Thermodynamic state of fluid
SI.Temperature[nMT,nSurfaces]	Ts_wall		Wall temperature
SIadd.ExtraProperty[nMT,Medium.nC]	CsM_fluid		Fluid trace substance mass fraction
SI.Velocity[nMT]	vs		Fluid Velocity
SI.Diameter[nMT]	dimensions		Characteristic dimension (e.g. hydraulic diameter)
SI.Area[nMT]	crossAreas		Cross sectional flow area
SI.Length[nMT]	dlengths		Characteristic length of transfer segment
SI.Height[nMT]	roughnesses		Average height of surface asperities
SI.Area[nMT,nSurfaces]	surfaceAreas		Surface area for transfer
DiffusionCoeff[nMT]	diffusionCoeff		Fluid Diffusion Coefficient
SI.Temperature[nMT]	Ts_fluid	Medium.temperature(states)	Fluid temperature
SI.Concentration[nMT,nC]	Cs_fluid		Fluid trace substance concentration
SI.Concentration[nMT,nSurfaces,nC]	Cs_wall	massPorts.C	Wall trace substance concentration
SI.MassFlowRate[nMT]	m_flows		Fluid mass flow rate
SI.ReynoldsNumber[nMT]	Res		Reynolds number
SI.SchmidtNumber[nMT,nC]	Scs		Schmidt number
SI.Length[nMT]	xs		Position of local mass transfer calculation
Units.CoefficientOfMassTransfer[nMT,nSurfaces,nC]	alphasM		Coefficient of mass transfer
Units.SherwoodNumber[nMT,nSurfaces,nC]	Shs		Sherwood number
SI.MolarFlowRate[nMT,nSurfaces,nC]	nC_flows	massPorts.n_flow/nParallel	Molar flow rate
SIadd.ExtraPropertyFlowRate[nMT,nSurfaces,Medium.nC]	mC_flows		Mass flow rate

Name	Description
Medium
DiffusionCoeff