modelMSDR_noBOP_Case_2

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Components

TypeNameDefaultDescription
SI.TemperatureT_core_inletreflA_lower.mediums[2].T
SI.TemperatureT_core_outletreflA_upper.mediums[1].T
SI.TemperatureT_fuelCell_inletsensor_T_fuelCell_inlet.T
SI.TemperatureT_fuelCell_outletsensor_T_fuelCell_outlet.T
SI.TemperatureT_reflR_inletsensor_T_reflR_inlet.T
SI.TemperatureT_reflR_outletsensor_T_reflR_outlet.T
SI.TemperatureT_fuelCell_maxmax(fuelCell.mediums.T)
SI.TemperatureT_fuelCell_minmin(fuelCell.mediums.T)
SI.TemperatureT_fuelCell_effectivefuelCell.summary.T_effective
SI.TemperatureT_fuelCellG_maxmax(fuelCellG.materials.T)
SI.TemperatureT_fuelCellG_minmin(fuelCellG.materials.T)
SI.TemperatureT_fuelCellG_effectivefuelCellG.summary.T_effective
SI.TemperatureT_reflR_maxmax(reflR.mediums.T)
SI.TemperatureT_reflR_minmin(reflR.mediums.T)
SI.TemperatureT_reflR_effectivereflR.summary.T_effective
SI.TemperatureT_reflRG_maxmax(reflRG.materials.T)
SI.TemperatureT_reflRG_minmin(reflRG.materials.T)
SI.TemperatureT_reflRG_effectivereflRG.summary.T_effective
SI.TemperatureT_PHX_tube_inletMedium_PFL.temperature_ph(PHX.port_a_tube.p, PHX.port_a_tube.h_outflow)
SI.TemperatureT_PHX_tube_outletMedium_PFL.temperature_ph(PHX.port_b_tube.p, PHX.port_b_tube.h_outflow)
SI.TemperatureT_PHX_shell_inletMedium_PCL.temperature_ph(PHX.port_a_shell.p, PHX.port_a_shell.h_outflow)
SI.TemperatureT_PHX_shell_outletMedium_PCL.temperature_ph(PHX.port_b_shell.p, PHX.port_b_shell.h_outflow)
SI.TemperatureT_SHX_tube_inletMedium_BOP.temperature_ph(SHX.port_a_tube.p, SHX.port_a_tube.h_outflow)
SI.TemperatureT_SHX_tube_outletMedium_BOP.temperature_ph(SHX.port_b_tube.p, SHX.port_b_tube.h_outflow)
SI.TemperatureT_SHX_shell_inletMedium_PCL.temperature_ph(SHX.port_a_shell.p, SHX.port_a_shell.h_outflow)
SI.TemperatureT_SHX_shell_outletMedium_PCL.temperature_ph(SHX.port_b_shell.p, SHX.port_b_shell.h_outflow)
SI.MassFlowRatem_flow_PFLpump_PFL.m_flow
SI.MassFlowRatem_flow_PCLpump_PCL.m_flow
SI.MassFlowRatem_flow_BOPSHX.port_a_tube.m_flow
SI.Pressurep_core_inletfuelCell.port_a.p
SI.Pressurep_core_outletfuelCell.port_b.p
SI.Pressurep_pumpBowlpumpBowl_PFL.p
SI.Pressurep_pumpOutletpump_PFL.port_b.p
SI.PowerQ_totalkinetics.Q_total
SI.PowerQ_fissionkinetics.Q_fission_total
SI.PowerQ_decay_nearkinetics.Q_decay_total
SI.PowerQ_decay_farsum(kinetics.fissionProducts.Qs_far)
SI.Mass[1 + reflA_lower.nV + fuelCell.nV + reflA_upper.nV + 1 + pipeToPHX_PFL.nV + PHX.tube.nV + pipeFromPHX_PFL.nV + 1 + 1 + reflR.nV]ms_PFLcat(1, {plenum_lower.m}, reflA_lower.ms*reflA_lower.nParallel, fuelCell.ms*fuelCell.nParallel, reflA_upper.ms*reflA_upper.nParallel, {plenum_upper.m}, pipeToPHX_PFL.ms*pipeToPHX_PFL.nParallel, PHX.tube.ms*PHX.tube.nParallel, pipeFromPHX_PFL.ms*pipeFromPHX_PFL.nParallel, {tee_inlet.m}, {pumpBowl_PFL.m}, reflR.ms*reflR.nParallel)
SI.Mass[pipeFromPHX_PCL.nV + 1 + pipeToSHX_PCL.nV + SHX.shell.nV + pipeToPHX_PCL.nV + PHX.shell.nV]ms_PCLcat(1, pipeFromPHX_PCL.ms*pipeFromPHX_PCL.nParallel, {pumpBowl_PCL.m}, pipeToSHX_PCL.ms*pipeToSHX_PCL.nParallel, SHX.shell.ms*SHX.shell.nParallel, pipeToPHX_PCL.ms*pipeToPHX_PCL.nParallel, PHX.shell.ms*PHX.shell.nParallel)
SI.Temperature[1 + reflA_lower.nV + fuelCell.nV + reflA_upper.nV + 1 + pipeToPHX_PFL.nV + PHX.tube.nV + pipeFromPHX_PFL.nV + 1]Ts_loopcat(1, {plenum_lower.medium.T}, reflA_lower.mediums.T, fuelCell.mediums.T, reflA_upper.mediums.T, {plenum_upper.medium.T}, pipeToPHX_PFL.mediums.T, PHX.tube.mediums.T, pipeFromPHX_PFL.mediums.T, {tee_inlet.medium.T})
SIadd.ExtraProperty[1 + reflA_lower.nV + fuelCell.nV + reflA_upper.nV + 1 + pipeToPHX_PFL.nV + PHX.tube.nV + pipeFromPHX_PFL.nV + 1]Cs_loop_H3cat(1, {plenum_lower.C[kinetics.summary_data.iH3]}, reflA_lower.Cs[:, kinetics.summary_data.iH3], fuelCell.Cs[:, kinetics.summary_data.iH3], reflA_upper.Cs[:, kinetics.summary_data.iH3], {plenum_upper.C[kinetics.summary_data.iH3]}, pipeToPHX_PFL.Cs[:, kinetics.summary_data.iH3], PHX.tube.Cs[:, kinetics.summary_data.iH3], pipeFromPHX_PFL.Cs[:, kinetics.summary_data.iH3], {tee_inlet.C[kinetics.summary_data.iH3]})
SIadd.ExtraProperty[1 + reflA_lower.nV + fuelCell.nV + reflA_upper.nV + 1 + pipeToPHX_PFL.nV + PHX.tube.nV + pipeFromPHX_PFL.nV + 1]Cs_loop_PGcat(1, {plenum_lower.C[5]}, reflA_lower.Cs[:, 5], fuelCell.Cs[:, 5], reflA_upper.Cs[:, 5], {plenum_upper.C[5]}, pipeToPHX_PFL.Cs[:, 5], PHX.tube.Cs[:, 5], pipeFromPHX_PFL.Cs[:, 5], {tee_inlet.C[5]})
SIadd.ExtraProperty[1 + reflA_lower.nV + fuelCell.nV + reflA_upper.nV + 1 + pipeToPHX_PFL.nV + PHX.tube.nV + pipeFromPHX_PFL.nV + 1]Cs_loop_Xecat(1, {plenum_lower.C[9]}, reflA_lower.Cs[:, 9], fuelCell.Cs[:, 9], reflA_upper.Cs[:, 9], {plenum_upper.C[9]}, pipeToPHX_PFL.Cs[:, 9], PHX.tube.Cs[:, 9], pipeFromPHX_PFL.Cs[:, 9], {tee_inlet.C[9]})
SIadd.ExtraProperty[1 + reflA_lower.nV + fuelCell.nV + reflA_upper.nV + 1 + pipeToPHX_PFL.nV + PHX.tube.nV + pipeFromPHX_PFL.nV + 1]mCs_loop_H3cat(1, {plenum_lower.mC[kinetics.summary_data.iH3]}, reflA_lower.mCs[:, kinetics.summary_data.iH3], fuelCell.mCs[:, kinetics.summary_data.iH3], reflA_upper.mCs[:, kinetics.summary_data.iH3], {plenum_upper.mC[kinetics.summary_data.iH3]}, pipeToPHX_PFL.mCs[:, kinetics.summary_data.iH3], PHX.tube.mCs[:, kinetics.summary_data.iH3], pipeFromPHX_PFL.mCs[:, kinetics.summary_data.iH3], {tee_inlet.mC[kinetics.summary_data.iH3]})
SIadd.ExtraProperty[1 + reflA_lower.nV + fuelCell.nV + reflA_upper.nV + 1 + pipeToPHX_PFL.nV + PHX.tube.nV + pipeFromPHX_PFL.nV + 1]mCs_loop_PGcat(1, {plenum_lower.mC[5]}, reflA_lower.mCs[:, 5], fuelCell.mCs[:, 5], reflA_upper.mCs[:, 5], {plenum_upper.mC[5]}, pipeToPHX_PFL.mCs[:, 5], PHX.tube.mCs[:, 5], pipeFromPHX_PFL.mCs[:, 5], {tee_inlet.mC[5]})
SIadd.ExtraProperty[1 + reflA_lower.nV + fuelCell.nV + reflA_upper.nV + 1 + pipeToPHX_PFL.nV + PHX.tube.nV + pipeFromPHX_PFL.nV + 1]mCs_loop_Xecat(1, {plenum_lower.mC[9]}, reflA_lower.mCs[:, 9], fuelCell.mCs[:, 9], reflA_upper.mCs[:, 9], {plenum_upper.mC[9]}, pipeToPHX_PFL.mCs[:, 9], PHX.tube.mCs[:, 9], pipeFromPHX_PFL.mCs[:, 9], {tee_inlet.mC[9]})
SI.Length[9]xpos_loopcat(1, {plenum_lower.geometry.length}, {reflA_lower.geometry.length}, {fuelCell.geometry.length}, {reflA_upper.geometry.length}, {plenum_upper.geometry.length}, {pipeToPHX_PFL.geometry.length}, {sum(PHX.tube.geometry.dlengths)}, {pipeFromPHX_PFL.geometry.length}, {tee_inlet.geometry.length})
SI.PowerQ_drainTank_gasdrainTank_gas.heatPort.Q_flow
SI.PowerQ_drainTank_liquiddrainTank_liquid.heatPort.Q_flow
SI.PowerQ_charcoalBedsum(adsorberBed.heatPorts.Q_flow)
SI.TemperatureT_drainTankdrainTank_liquid.Medium.temperature_ph(drainTank_liquid.p, drainTank_liquid.h)
SIadd.ExtraPropertyFlowRateH3_flowSHX.port_b_tube.m_flow*SHX.port_b_tube.C_outflow[1]
SI.Timetau_PFLsum(ms_PFL)/m_flow_PFL
SI.Timetau_PCLsum(ms_PCL)/m_flow_PCL
SIadd.ExtraPropertyFlowRatemC_flows_PFL_PHXsum(PHX.tube.traceMassTransfer.mC_flows[:, 1, kinetics.summary_data.iH3])*PHX.tube.nParallel
SIadd.ExtraPropertyFlowRatemC_flows_PCL_PHXsum(PHX.shell.traceMassTransfer.mC_flows[:, 1, 1])*PHX.shell.nParallel
SIadd.ExtraPropertyFlowRatemC_flows_PFL_SHXsum(SHX.tube.traceMassTransfer.mC_flows[:, 1, 1])*SHX.tube.nParallel
SIadd.ExtraPropertyFlowRatemC_flows_PCL_SHXsum(SHX.shell.traceMassTransfer.mC_flows[:, 1, 1])*SHX.shell.nParallel
SIadd.ExtraPropertyFlowRatemC_gens_H3sum(kinetics.fissionProducts.mC_gens[:, 1])
TRANSFORM.Nuclear.ReactorKinetics.PointKinetics_L1_atomBased_externalkinetics
Modelica.Blocks.Sources.Rampramp

Contents

NameDescription
Medium_PFLprotectedPrimary fuel loop medium
Medium_PCLprotectedPrimary coolant loop medium
Medium_OffGasprotected
Medium_DRACSprotected
Medium_BOPprotected