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-within Simulator.Files.Models.ReactionManager;
-
- model KineticReaction
- //===================================================================================================
- import Simulator.Files.*;
- import data = Simulator.Files.Chemsep_Database;
-// parameter ChemsepDatabase.GeneralProperties C[Nc];
-// parameter Integer Nc;
- parameter Integer Nr;
- //Number of Reactions involved in the process
- parameter Integer BC_r[Nr] "Base component of reactions";
- parameter Integer Comp;
- //Number of components involved in the reaction
- parameter Real Coef_cr[Nc, Nr];
- //Stochiometry of reactions
- parameter Real DO_cr[Nc, Nr];
- //Direct order of reactions
-// parameter Real RO_cr[Nc, Nr];
- //Reverse order of reactions
- Real Schk_r[Nr];
- //Returns whether the specified stoichiometry is correct
- Real Hf_c[Nc];
- Real Hr_r[Nr];
- parameter Real Af_r[Nr] "Arrhenius constants of forward reaction";
- parameter Real Ef_r[Nr] "Activation Energy of the forward reaction";
-// parameter Real Ab_r[Nr] "Arrhenius constants of reverse reaction";
-// parameter Real Eb_r[Nr] "Activation Energy for the reverse reaction";
-equation
-//Check of stoichiometric balance
- Schk_r = Stoichiometrycheck(Nr, Nc, C[:].MW, Coef_cr);
-//Calculation of Heat of Reaction
- Hf_c[:] = C[:].IGHF .* 1E-3;
-//=============================================================================================
- for i in 1:Nr loop
- Hr_r[i] = sum(Hf_c[:] .* Coef_cr[:, i]) / BC_r[i];
- end for;
-end KineticReaction;