modelHOR

Test the hydrogen oxidation reaction in one subregion

Extends from Examples.Subregion (Single subregion, with H2 by default).

Parameters

TypeNameDefaultDescription
Species
Boolean'inclC+' (from Subregion)false<html>Carbon plus (C<sup>+</sup>)</html>
Boolean'inclSO3-' (from Subregion)false<html>Nafion sulfonate (C<sub>19</sub>HF<sub>37</sub>O<sub>5</sub>S<sup>-</sup>, abbreviated as SO<sub>3</sub><sup>-</sup>)</html>
Boolean'incle-' (from Subregion)false<html>Electrons (e<sup>-</sup>)</html>
Boolean'inclH+' (from Subregion)false<html>Protons (H<sup>+</sup>)</html>
BooleaninclH2 (from Subregion)true<html>Hydrogen (H<sub>2</sub>)</html>
BooleaninclH2O (from Subregion)false<html>Water vapor (H<sub>2</sub>O)</html>
BooleaninclN2 (from Subregion)false<html>Nitrogen (N<sub>2</sub>)</html>
BooleaninclO2 (from Subregion)false<html>Oxygen (O<sub>2</sub>)</html>

Components

TypeNameDefaultDescription
Q.Potentialh00.5*Characteristics.H2.Gas.Deltah0_f + 0.25*Characteristics.O2.Gas.Deltah0_f - 0.5*Characteristics.H2O.Gas.Deltah0_f
Q.Potentialwsubregion.graphite.'e-Transfer'.DeltagOverpotential
Q.CurrentzIsubregion.graphite.'e-Transfer'.IReaction rate
Q.NumberJ_Apercm2zI*U.cm^2/(subregion.A[Axis.x]*U.A)Electrical current density of the reaction, in A/cm2
Q.PowerQdot-subregion.graphite.'e-Transfer'.inert.QdotRate of heat generation due to reaction
Conditions.Environmentenvironment (from Subregion)
FCSys.Subregions.Subregionsubregion (from Subregion)
Conditions.ByConnector.BoundaryBus.Single.SinkanBC
Conditions.ByConnector.BoundaryBus.Single.SinkcaBC
Modelica.Blocks.Sources.RampcurrentSet