modelMSR_11rctins2

Diagram of MSR_11rctins2Open the diagram
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Parameters

TypeNameDefaultDescription
Integer[:]iOG{2, 3} + fill(data_traceSubstances.precursorGroups.nC, 2)Index array of substances sent to off-gas system
IntegertoggleStaticHead0=1 to turn on, =0 to turn off
SIadd.ExtraPropertyC_startN_A.*{1/Flibe_MM*MMFrac_LiF*Li6_molefrac, 1/Flibe_MM*MMFrac_LiF*Li7_molefrac, 1/Flibe_MM*(1 - MMFrac_LiF), 0}atoms/kg fluid
SI.MassFractionLi7_enrichment0.99995mass fraction Li-7 enrichment in flibe. Baseline is 99.995%
SI.MoleFractionMMFrac_LiF0.67Mole fraction of LiF
SI.MolarMassFlibe_MM0.0328931Molar mass of flibe [kg/mol] from doing 0.67*MM_LiF + 0.33*MM_BeF2
SI.MolarMassLi7_MM0.00701600455[kg/mol]
SI.MolarMassLi6_MM0.006015122795[kg/mol]
SI.MoleFractionLi7_molefrac(Li7_enrichment/Li7_MM)/((Li7_enrichment/Li7_MM) + ((1.0 - Li7_enrichment)/Li6_MM))Mole fraction of lithium in flibe that is Li-7
SI.MoleFractionLi6_molefrac1.0 - Li7_molefracMole fraction of lithium in flibe that is Li-6
SIadd.ExtraPropertyC_start_tee_inletcat(1, fill(0, data_traceSubstances.precursorGroups.nC), fill(0, data_traceSubstances.fissionProducts.nC), C_start)
SIadd.ExtraPropertyC_start_plenum_lowercat(1, fill(0, data_traceSubstances.precursorGroups.nC), fill(0, data_traceSubstances.fissionProducts.nC), C_start)
SIadd.ExtraPropertyCs_start_reflA_lower{cat(1, fill(0, data_traceSubstances.precursorGroups.nC), fill(0, data_traceSubstances.fissionProducts.nC), C_start) for i in 1:reflA_lower.nV}
SIadd.ExtraPropertyCs_start_fuelCell{cat(1, fill(0, data_traceSubstances.precursorGroups.nC), fill(0, data_traceSubstances.fissionProducts.nC), C_start) for i in 1:fuelCell.nV}
SIadd.ExtraPropertyCs_start_reflR{cat(1, fill(0, data_traceSubstances.precursorGroups.nC), fill(0, data_traceSubstances.fissionProducts.nC), C_start) for i in 1:reflR.nV}
SIadd.ExtraPropertyCs_start_reflA_upper{cat(1, fill(0, data_traceSubstances.precursorGroups.nC), fill(0, data_traceSubstances.fissionProducts.nC), C_start) for i in 1:reflA_upper.nV}
SIadd.ExtraPropertyC_start_plenum_uppercat(1, fill(0, data_traceSubstances.precursorGroups.nC), fill(0, data_traceSubstances.fissionProducts.nC), C_start)
SIadd.ExtraPropertyC_start_pumpBowl_PFLcat(1, fill(0, data_traceSubstances.precursorGroups.nC), fill(0, data_traceSubstances.fissionProducts.nC), C_start)
SIadd.ExtraPropertyCs_start_pipeToPHX_PFL{cat(1, fill(0, data_traceSubstances.precursorGroups.nC), fill(0, data_traceSubstances.fissionProducts.nC), C_start) for i in 1:pipeToPHX_PFL.nV}
SIadd.ExtraPropertyCs_start_PHX_tube{cat(1, fill(0, data_traceSubstances.precursorGroups.nC), fill(0, data_traceSubstances.fissionProducts.nC), C_start) for i in 1:PHX.tube.nV}
SIadd.ExtraPropertyCs_start_pipeFromPHX_PFL{cat(1, fill(0, data_traceSubstances.precursorGroups.nC), fill(0, data_traceSubstances.fissionProducts.nC), C_start) for i in 1:pipeFromPHX_PFL.nV}

Components

TypeNameDefaultDescription
SI.PowerQt_totalsum(kinetics.Qs)Total thermal power output (from primary fission)
SI.Temperature[10]TsfuelCell.mediums.T
SI.Temperature[10]TstPHX.tube.mediums.T
SI.Temperature[10]TssPHX.shell.mediums.T
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})
SI.PowerQs_gen_tee_inletsum({(data_traceSubstances.w_decay[j] + data_traceSubstances.wG_decay[j])*data_traceSubstances.lambdas[j]*tee_inlet.mC[j] for j in 1:data_traceSubstances.nC})
SI.PowerQs_gen_plenum_lowersum({(data_traceSubstances.w_decay[j] + data_traceSubstances.wG_decay[j])*data_traceSubstances.lambdas[j]*plenum_lower.mC[j] for j in 1:data_traceSubstances.nC})
SI.PowerQs_gen_reflA_lower{sum({data_traceSubstances.w_decay[j]*data_traceSubstances.lambdas[j]*reflA_lower.mCs[i, j] for j in 1:data_traceSubstances.nC}) for i in 1:reflA_lower.nV}
SI.PowerQs_gen_fuelCellkinetics.Qs + kinetics.Qs_FP_near
SI.PowerQs_gen_reflR{sum({data_traceSubstances.w_decay[j]*data_traceSubstances.lambdas[j]*reflR.mCs[i, j] for j in 1:data_traceSubstances.nC}) for i in 1:reflR.nV}
SI.PowerQs_gen_reflA_upper{sum({data_traceSubstances.w_decay[j]*data_traceSubstances.lambdas[j]*reflA_upper.mCs[i, j] for j in 1:data_traceSubstances.nC}) for i in 1:reflA_upper.nV}
SI.PowerQs_gen_plenum_uppersum({(data_traceSubstances.w_decay[j] + data_traceSubstances.wG_decay[j])*data_traceSubstances.lambdas[j]*plenum_upper.mC[j] for j in 1:data_traceSubstances.nC})
SI.PowerQs_gen_pumpBowl_PFLsum({(data_traceSubstances.w_decay[j] + data_traceSubstances.wG_decay[j])*data_traceSubstances.lambdas[j]*pumpBowl_PFL.mC[j] for j in 1:data_traceSubstances.nC})
SI.PowerQs_gen_pipeToPHX_PFL{sum({(data_traceSubstances.w_decay[j] + data_traceSubstances.wG_decay[j])*data_traceSubstances.lambdas[j]*pipeToPHX_PFL.mCs[i, j] for j in 1:data_traceSubstances.nC}) for i in 1:pipeToPHX_PFL.nV}
SI.PowerQs_gen_PHX_tube{sum({(data_traceSubstances.w_decay[j] + data_traceSubstances.wG_decay[j])*data_traceSubstances.lambdas[j]*PHX.tube.mCs[i, j] for j in 1:data_traceSubstances.nC}) for i in 1:PHX.tube.nV}
SI.PowerQs_gen_pipeFromPHX_PFL{sum({(data_traceSubstances.w_decay[j] + data_traceSubstances.wG_decay[j])*data_traceSubstances.lambdas[j]*pipeFromPHX_PFL.mCs[i, j] for j in 1:data_traceSubstances.nC}) for i in 1:pipeFromPHX_PFL.nV}
SI.PowerQsG_reflA_lowerG{sum({data_traceSubstances.wG_decay[j]*data_traceSubstances.lambdas[j]*reflA_lower.mCs[i, j] for j in 1:data_traceSubstances.nC}) for i in 1:reflA_lower.nV}
SI.PowerQsG_reflRG{sum({data_traceSubstances.wG_decay[j]*data_traceSubstances.lambdas[j]*reflR.mCs[i, j] for j in 1:data_traceSubstances.nC}) for i in 1:reflR.nV}
SI.PowerQsG_reflA_upperG{sum({data_traceSubstances.wG_decay[j]*data_traceSubstances.lambdas[j]*reflA_upper.mCs[i, j] for j in 1:data_traceSubstances.nC}) for i in 1:reflA_upper.nV}
SI.PowerQs_gen_reflA_lowerG{{QsG_reflA_lowerG[j]/reflA_lowerG.nVs[1] for j in 1:reflA_lowerG.nVs[2]} for i in 1:reflA_lowerG.nVs[1]}
SI.PowerQs_gen_fuellCellG{{kinetics.Qs_FP_far[j]/fuelCellG.nVs[1] for j in 1:fuelCellG.nVs[2]} for i in 1:fuelCellG.nVs[1]}
SI.PowerQs_gen_reflRG{{QsG_reflRG[j]/reflRG.nVs[1] + Qs_gen_fuellCellG[i, j] for j in 1:reflRG.nVs[2]} for i in 1:reflRG.nVs[1]}
SI.PowerQs_gen_reflA_upperG{{QsG_reflA_upperG[j]/reflA_upperG.nVs[1] for j in 1:reflA_upperG.nVs[2]} for i in 1:reflA_upperG.nVs[1]}
SI.PowerQs_gen_drainTank_gassum({(data_traceSubstances.w_decay[j] + data_traceSubstances.wG_decay[j])*data_traceSubstances.lambdas[j]*drainTank_gas.mC[j] for j in 1:data_traceSubstances.nC})
SI.PowerQs_gen_drainTank_liquidsum({(data_traceSubstances.w_decay[j] + data_traceSubstances.wG_decay[j])*data_traceSubstances.lambdas[j]*drainTank_liquid.mC[j] for j in 1:data_traceSubstances.nC})
SIadd.ExtraPropertyFlowRatemC_gen_tee_inlet{-data_traceSubstances.lambdas[j]*tee_inlet.mC[j] + mC_gen_tee_inlet_PtoD[j] for j in 1:data_traceSubstances.nC}
SIadd.ExtraPropertyFlowRatemC_gen_plenum_lower{-data_traceSubstances.lambdas[j]*plenum_lower.mC[j] + mC_gen_plenum_lower_PtoD[j] for j in 1:data_traceSubstances.nC}
SIadd.ExtraPropertyFlowRatemC_gens_reflA_lower{{-data_traceSubstances.lambdas[j]*reflA_lower.mCs[i, j]*reflA_lower.nParallel + mC_gens_reflA_lower_PtoD[i, j] for j in 1:data_traceSubstances.nC} for i in 1:reflA_lower.nV}
SIadd.ExtraPropertyFlowRatemC_gens_fuelCellcat(2, kinetics.mC_gens, kinetics.mC_gens_FP, kinetics.mC_gens_TR)
SIadd.ExtraPropertyFlowRatemC_gens_reflR{{-data_traceSubstances.lambdas[j]*reflR.mCs[i, j]*reflR.nParallel + mC_gens_reflR_PtoD[i, j] for j in 1:data_traceSubstances.nC} for i in 1:reflR.nV}
SIadd.ExtraPropertyFlowRatemC_gens_reflA_upper{{-data_traceSubstances.lambdas[j]*reflA_upper.mCs[i, j]*reflA_upper.nParallel + mC_gens_reflA_upper_PtoD[i, j] for j in 1:data_traceSubstances.nC} for i in 1:reflA_upper.nV}
SIadd.ExtraPropertyFlowRatemC_gen_plenum_upper{-data_traceSubstances.lambdas[j]*plenum_upper.mC[j] + mC_gen_plenum_upper_PtoD[j] for j in 1:data_traceSubstances.nC}
SIadd.ExtraPropertyFlowRatemC_gen_pumpBowl_PFL{-data_traceSubstances.lambdas[j]*pumpBowl_PFL.mC[j]*3 + mC_flows_fromOG[j] + mC_gen_pumpBowl_PFL_PtoD[j] for j in 1:data_traceSubstances.nC}
SIadd.ExtraPropertyFlowRatemC_gens_pipeToPHX_PFL{{-data_traceSubstances.lambdas[j]*pipeToPHX_PFL.mCs[i, j]*pipeToPHX_PFL.nParallel + mC_gens_pipeToPHX_PFL_PtoD[i, j] for j in 1:data_traceSubstances.nC} for i in 1:pipeToPHX_PFL.nV}
SIadd.ExtraPropertyFlowRatemC_gens_PHX_tube{{-data_traceSubstances.lambdas[j]*PHX.tube.mCs[i, j]*PHX.tube.nParallel + mC_gens_PHX_tube_PtoD[i, j] for j in 1:data_traceSubstances.nC} for i in 1:PHX.tube.nV}
SIadd.ExtraPropertyFlowRatemC_gens_pipeFromPHX_PFL{{-data_traceSubstances.lambdas[j]*pipeFromPHX_PFL.mCs[i, j]*pipeFromPHX_PFL.nParallel + mC_gens_pipeFromPHX_PFL_PtoD[i, j] for j in 1:data_traceSubstances.nC} for i in 1:pipeFromPHX_PFL.nV}
SIadd.ExtraPropertyFlowRatemC_gen_tee_inlet_PtoD{sum({data_traceSubstances.lambdas[k].*tee_inlet.mC[k].*data_traceSubstances.parents[j, k] for k in 1:data_traceSubstances.nC}) for j in 1:data_traceSubstances.nC}
SIadd.ExtraPropertyFlowRatemC_gen_plenum_lower_PtoD{sum({data_traceSubstances.lambdas[k].*plenum_lower.mC[k].*data_traceSubstances.parents[j, k] for k in 1:data_traceSubstances.nC}) for j in 1:data_traceSubstances.nC}
SIadd.ExtraPropertyFlowRatemC_gens_reflA_lower_PtoD{{sum({data_traceSubstances.lambdas[k].*reflA_lower.mCs[i, k].*reflA_lower.nParallel.*data_traceSubstances.parents[j, k] for k in 1:data_traceSubstances.nC}) for j in 1:data_traceSubstances.nC} for i in 1:reflA_lower.nV}
SIadd.ExtraPropertyFlowRatemC_gens_reflR_PtoD{{sum({data_traceSubstances.lambdas[k].*reflR.mCs[i, k].*reflR.nParallel.*data_traceSubstances.parents[j, k] for k in 1:data_traceSubstances.nC}) for j in 1:data_traceSubstances.nC} for i in 1:reflR.nV}
SIadd.ExtraPropertyFlowRatemC_gens_reflA_upper_PtoD{{sum({data_traceSubstances.lambdas[k].*reflA_upper.mCs[i, k].*reflA_upper.nParallel.*data_traceSubstances.parents[j, k] for k in 1:data_traceSubstances.nC}) for j in 1:data_traceSubstances.nC} for i in 1:reflA_upper.nV}
SIadd.ExtraPropertyFlowRatemC_gen_plenum_upper_PtoD{sum({data_traceSubstances.lambdas[k].*plenum_upper.mC[k].*data_traceSubstances.parents[j, k] for k in 1:data_traceSubstances.nC}) for j in 1:data_traceSubstances.nC}
SIadd.ExtraPropertyFlowRatemC_gen_pumpBowl_PFL_PtoD{sum({data_traceSubstances.lambdas[k].*pumpBowl_PFL.mC[k].*data_traceSubstances.parents[j, k] for k in 1:data_traceSubstances.nC}) for j in 1:data_traceSubstances.nC}
SIadd.ExtraPropertyFlowRatemC_gens_pipeToPHX_PFL_PtoD{{sum({data_traceSubstances.lambdas[k].*pipeToPHX_PFL.mCs[i, k].*pipeToPHX_PFL.nParallel.*data_traceSubstances.parents[j, k] for k in 1:data_traceSubstances.nC}) for j in 1:data_traceSubstances.nC} for i in 1:pipeToPHX_PFL.nV}
SIadd.ExtraPropertyFlowRatemC_gens_PHX_tube_PtoD{{sum({data_traceSubstances.lambdas[k].*PHX.tube.mCs[i, k].*PHX.tube.nParallel.*data_traceSubstances.parents[j, k] for k in 1:data_traceSubstances.nC}) for j in 1:data_traceSubstances.nC} for i in 1:PHX.tube.nV}
SIadd.ExtraPropertyFlowRatemC_gens_pipeFromPHX_PFL_PtoD{{sum({data_traceSubstances.lambdas[k].*pipeFromPHX_PFL.mCs[i, k].*pipeFromPHX_PFL.nParallel.*data_traceSubstances.parents[j, k] for k in 1:data_traceSubstances.nC}) for j in 1:data_traceSubstances.nC} for i in 1:pipeFromPHX_PFL.nV}
SI.MassFlowRatem_flow_toDrainTankdata_OFFGAS.V_flow_sep_salt_total*Medium_PFL.density_ph(pump_PFL.port_b.p, pump_PFL.port_b.h_outflow)Mass flow rate of salt to drain tank (+)
SIadd.ExtraPropertyFlowRatemC_gen_drainTank_gas-data_traceSubstances.lambdas.*drainTank_gas.mC + mC_gen_drainTank_gas_PtoD
SIadd.ExtraPropertyFlowRatemC_gen_drainTank_liquid-data_traceSubstances.lambdas.*drainTank_liquid.mC + mC_gen_drainTank_liquid_PtoD
SIadd.ExtraPropertyFlowRatemC_flows_fromOGabs(pump_OffGas_bypass.port_b.m_flow).*pump_OffGas_bypass.port_b.C_outflow + abs(pump_OffGas_adsorberBed.port_b.m_flow).*pump_OffGas_adsorberBed.port_b.C_outflow
SIadd.ExtraPropertyFlowRatemC_gen_drainTank_gas_PtoD{sum({data_traceSubstances.lambdas[k].*drainTank_gas.mC[k].*data_traceSubstances.parents[j, k] for k in 1:data_traceSubstances.nC}) for j in 1:data_traceSubstances.nC}
SIadd.ExtraPropertyFlowRatemC_gen_drainTank_liquid_PtoD{sum({data_traceSubstances.lambdas[k].*drainTank_liquid.mC[k].*data_traceSubstances.parents[j, k] for k in 1:data_traceSubstances.nC}) for j in 1:data_traceSubstances.nC}
TRANSFORM.Fluid.BoundaryConditions.Boundary_pTboundary_OffGas_sink
Data.data_PHXdata_PHX
Data.data_RCTRdata_RCTR
Data.data_PUMPdata_PUMP
Data.data_SHXdata_SHX
Data.data_PIPINGdata_PIPING
Fluid.Pipes.GenericPipe_MultiTransferSurfacefuelCellfrac*data_RCTR.Q_nominal/fuelCell.nV; mC_gens_fuelCell
Fluid.Pipes.GenericPipe_MultiTransferSurfacereflA_upper
Fluid.Volumes.MixingVolumeplenum_upper
Fluid.Pipes.GenericPipe_MultiTransferSurfacereflA_lower
Fluid.FittingsAndResistances.SpecifiedResistanceresistance_fuelCell_outlet
Fluid.Volumes.MixingVolumeplenum_lower
Fluid.FittingsAndResistances.SpecifiedResistanceresistance_fuelCell_inlet
Fluid.FittingsAndResistances.SpecifiedResistanceresistance_toPump_PFL
HeatAndMassTransfer.DiscritizedModels.Conduction_2DfuelCellG
HeatAndMassTransfer.BoundaryConditions.Heat.Adiabatic_multifuelCellG_centerline_bc
HeatAndMassTransfer.BoundaryConditions.Heat.Adiabatic_multifuelCellG_upper_bc
HeatAndMassTransfer.BoundaryConditions.Heat.Adiabatic_multifuelCellG_lower_bc
HeatAndMassTransfer.DiscritizedModels.Conduction_2DreflA_upperG
HeatAndMassTransfer.BoundaryConditions.Heat.Adiabatic_multireflA_upperG_upper_bc
HeatAndMassTransfer.BoundaryConditions.Heat.Adiabatic_multireflA_upperG_lower_bc
HeatAndMassTransfer.DiscritizedModels.Conduction_2DreflA_lowerG
HeatAndMassTransfer.BoundaryConditions.Heat.Adiabatic_multireflA_lowerG_upper_bc
HeatAndMassTransfer.BoundaryConditions.Heat.Adiabatic_multireflA_lowerG_lower_bc
Fluid.FittingsAndResistances.SpecifiedResistanceresistance_teeTOplenum
Fluid.Volumes.MixingVolumetee_inlet
Fluid.Pipes.GenericPipe_MultiTransferSurfacepipeFromPHX_PFL
TRANSFORM.HeatExchangers.GenericDistributed_HXoldPHX
Fluid.Pipes.GenericPipe_MultiTransferSurfacepipeToPHX_PFL
Fluid.Machines.Pump_SimpleMassFlowpump_PFL
Fluid.Volumes.ExpansionTankpumpBowl_PFL
UserInteraction.Outputs.SpatialPlot2spatialPlot2_1
TRANSFORM.Fluid.SystemTFsystemTF
TRANSFORM.Fluid.Pipes.GenericPipe_MultiTransferSurfacepipeFromPHX_PCL
TRANSFORM.Fluid.Volumes.ExpansionTankpumpBowl_PCL
TRANSFORM.Fluid.Machines.Pump_SimpleMassFlowpump_PCL
TRANSFORM.Fluid.Pipes.GenericPipe_MultiTransferSurfacepipeToSHX_PCL
TRANSFORM.Fluid.Pipes.GenericPipe_MultiTransferSurfacepipeToPHX_PCL
TRANSFORM.Fluid.BoundaryConditions.MassFlowSource_Tboundary4
TRANSFORM.HeatExchangers.GenericDistributed_HXoldSHX
TRANSFORM.Fluid.BoundaryConditions.Boundary_pTboundary1
UserInteraction.Outputs.SpatialPlot2spatialPlot2_2
TRANSFORM.Fluid.BoundaryConditions.MassFlowSource_Tboundary_OffGas_source
TRANSFORM.Fluid.TraceComponents.TraceDecayAdsorberBedadsorberBed
TRANSFORM.Examples.MoltenSaltReactor.Data.data_OFFGASdata_OFFGAS
Modelica.Blocks.Sources.RealExpressionboundary_OffGas_m_flow
Modelica.Blocks.Sources.RealExpressionboundary_OffGas_T
TRANSFORM.HeatAndMassTransfer.BoundaryConditions.Heat.Temperature_multiboundary_thermal_adsorberBed
TRANSFORM.Fluid.Volumes.MixingVolumedrainTank_gas
TRANSFORM.Fluid.Volumes.ExpansionTankdrainTank_liquid
TRANSFORM.Fluid.FittingsAndResistances.SpecifiedResistanceresistance_fromDrainTank
TRANSFORM.Fluid.Machines.Pump_SimpleMassFlowpump_drainTank
TRANSFORM.Controls.TankLevelControldrainTankLevelControl
TRANSFORM.Fluid.Machines.Pump_SimpleMassFlowpump_OffGas_bypass
TRANSFORM.Fluid.Machines.Pump_SimpleMassFlowpump_OffGas_adsorberBed
Modelica.Blocks.Sources.RealExpressionm_flow_OffGas_bypass
Modelica.Blocks.Sources.RealExpressionm_flow_OffGas_adsorberBed
TRANSFORM.Fluid.TraceComponents.TraceSeparatortraceSeparator
TRANSFORM.Fluid.Machines.Pump_SimpleMassFlowpump_bypass
Modelica.Blocks.Sources.RealExpressionm_flow_pump_bypass
Modelica.Blocks.Sources.RealExpressionboundary_fromPump_PFL_bypass_p
Modelica.Blocks.Sources.Constantx_bypass
TRANSFORM.Fluid.Pipes.GenericPipe_MultiTransferSurfacereflR
TRANSFORM.HeatAndMassTransfer.DiscritizedModels.Conduction_2DreflRG
TRANSFORM.HeatAndMassTransfer.BoundaryConditions.Heat.Adiabatic_multireflRG_lower_bc
TRANSFORM.HeatAndMassTransfer.BoundaryConditions.Heat.Adiabatic_multireflRG_centerline_bc
TRANSFORM.HeatAndMassTransfer.BoundaryConditions.Heat.Adiabatic_multireflRG_upper_bc
TRANSFORM.Fluid.FittingsAndResistances.SpecifiedResistanceresistance_reflR_inlet
TRANSFORM.Fluid.FittingsAndResistances.SpecifiedResistanceresistance_reflR_outlet
TRANSFORM.Examples.MoltenSaltReactor.Data.Summarysummary
TRANSFORM.Examples.MoltenSaltReactor.Components.DRACSDRACS
Modelica.Blocks.Sources.Trapezoidtrapezoid
Modelica.Blocks.Sources.Trapezoidtrapezoid1
TRANSFORM.Utilities.Visualizers.DynamicGraphgraph5
TRANSFORM.Utilities.Visualizers.DynamicGraphgraph4
TRANSFORM.Utilities.Visualizers.DynamicGraphgraph
TRANSFORM.Utilities.Visualizers.DynamicGraphgraph2
TRANSFORM.Utilities.Visualizers.DynamicGraphgraph1
TRANSFORM.Utilities.Visualizers.DynamicGraphgraph3

Contents

NameDescription
Medium_PFLPrimary fuel loop medium
Medium_PCLPrimary coolant loop medium
Medium_OffGas
Medium_DRACS