IFlowsheetCreateKineticReaction Method

IReaction CreateKineticReaction(
	string name,
	string description,
	Dictionary<string, double> compounds_and_stoichcoeffs,
	Dictionary<string, double> directorders,
	Dictionary<string, double> reverseorders,
	string basecompound,
	string reactionphase,
	string basis,
	string amountunits,
	string rateunits,
	double Aforward,
	double Eforward,
	double Areverse,
	double Ereverse,
	string Expr_forward,
	string Expr_reverse
)

Function CreateKineticReaction ( 
	name As String,
	description As String,
	compounds_and_stoichcoeffs As Dictionary(Of String, Double),
	directorders As Dictionary(Of String, Double),
	reverseorders As Dictionary(Of String, Double),
	basecompound As String,
	reactionphase As String,
	basis As String,
	amountunits As String,
	rateunits As String,
	Aforward As Double,
	Eforward As Double,
	Areverse As Double,
	Ereverse As Double,
	Expr_forward As String,
	Expr_reverse As String
) As IReaction

Parameters

name  String

Name/ID of the reaction

description  String

Description of the reaction

compounds_and_stoichcoeffs  DictionaryString, Double

Compound names and stoichiometric coefficients

directorders  DictionaryString, Double

Compound names and direct order coefficients

reverseorders  DictionaryString, Double

Compound names and reverse order coefficients

basecompound  String

Name of the base reaction compound

reactionphase  String

Reaction phase ('Mixture', 'Vapor', 'Liquid' or 'Solid')

basis  String

Reaction basis ('Activity', 'Fugacity', 'Molar Concentration', 'Molar Fraction', 'Mass Concentration', 'Mass Fraction' or 'Partial Pressure')

amountunits  String

Amount units. See the list of supported units

rateunits  String

Rate units. See the list of supported units

Aforward  Double

Arrhenius forward reaction's A parameter. Ignored if Expr_forward is not empty.

Eforward  Double

Arrhenius forward reaction's E parameter. Ignored if Expr_forward is not empty.

Areverse  Double

Arrhenius reverse reaction's A parameter. Ignored if Expr_reverse is not empty.

Ereverse  Double

Arrhenius reverse reaction's E parameter. Ignored if Expr_reverse is not empty.

Expr_forward  String

User-defined expression for forward reaction kinetics as a function of temperature in K. Will use Arrhenius if empty.

Expr_reverse  String

User-defined expression for reverse reaction kinetics as a function of temperature in K. Will use Arrhenius if empty.

Return Value

Reference