| Boolean | isAnode (from BaseChannel) | | |
| InitType | initType (from BaseChannel) | InitType.steadyState | |
| Boolean | initialEquation (from BaseChannel) | true | |
| Integer | nX (from BaseChannel) | 10 | Number of species in the mixture 1: H2O, 2: H2, 3: CO2, 4: CO, 5: CH4, 6: O2, 7: N2, 8: Ar |
| Types.Area | A (from BaseChannel) | H*W | Channel cross-section |
| Types.Length | Di (from BaseChannel) | 2*H*W/(H + W) | Channel hydraulic diameter |
| Types.Length | H (from BaseChannel) | 8.67e-4 | Channel height |
| Types.Length | L (from BaseChannel) | 0.0005054568 | Channel length |
| Types.Area | S (from BaseChannel) | W*L | Channel contact surface with electrode |
| Types.Area | Sside (from BaseChannel) | L*H | Channel side surface (interconnecting plate) |
| Types.Area | Sintercon (from BaseChannel) | S + 2*Sside | Total interconnecting plate heat exchange area |
| Types.Volume | V (from BaseChannel) | A*L | Channel Volume |
| Types.Length | W (from BaseChannel) | 5.56e-3 | Channel width |
| Types.Length | wp (from BaseChannel) | 2*H + 2*W | Channel wet perimeter |
| Types.Pressure | deltapNom (from BaseChannel) | 1e3 | Nominal pressure drop |
| Types.MassFlowRate | wNom (from BaseChannel) | 1e-6 | Nominal mass flow rate |
| Types.CoefficientOfHeatTransfer | alphaNom (from BaseChannel) | | Nominal convective heat transfer coefficient |
| Types.Pressure | p_start (from BaseChannel) | 27e5 | Start value for pressure |
| Types.Pressure[nX] | pXin_startWithZeros (from BaseChannel) | p_start*X_start_in.*fluidIn.MM/fluidIn.MM[fluidIn.dominantSpecies] | |
| Types.Pressure[nX] | pXin_start (from BaseChannel) | {max(pXin_startWithZeros[i], ModelicaServices.Machine.eps) for i in 1:nX} | |
| Types.Pressure[nX] | pXout_startWithZeros (from BaseChannel) | p_start*X_start_out.*fluidIn.MM/fluidIn.MM[fluidIn.dominantSpecies] | |
| Types.Pressure[nX] | pXout_start (from BaseChannel) | {max(pXout_startWithZeros[i], ModelicaServices.Machine.eps) for i in 1:nX} | |
| Types.Density | rho_start_in (from BaseChannel) | 8 | Start value for density |
| Types.Density | rho_start_out (from BaseChannel) | 8 | Start value for density |
| Types.Temperature | T_start_in (from BaseChannel) | 900 | Start value for temperature |
| Types.Temperature | T_start_out (from BaseChannel) | 900 | Start value for temperature |
| Types.Temperature | Tpen_start (from BaseChannel) | 900 | Start value for temperature |
| Types.Temperature | Tplate_start (from BaseChannel) | 900 | Start value for temperature |
| Types.MassFraction[nX] | X_start_in (from BaseChannel) | ones(nX)/nX | Start value for composition |
| Types.MassFraction[nX] | X_start_out (from BaseChannel) | ones(nX)/nX | Start value for composition |
| Types.MassFlowRate | w_start_in (from BaseChannel) | 0.000117298e-3 | Start value for mass flow rate |
| Types.MassFlowRate | w_start_out (from BaseChannel) | 0.000117298e-3 | Start value for mass flow rate |
| Types.MassFlowRate | wO2_start (from BaseChannel) | 0 | Start value for mass flow rate |
| Types.NusseltNumber | Nu (from BaseChannel) | | Nusselt number of the flow in the channel |
| Types.MolarMass | MMO2 (from BaseChannel) | Modelica.Media.IdealGases.Common.SingleGasesData.O2.MM | Oxygen molar mass |
