“…Sub-system Nitrogen pressure, MAGNET HX outlet MAGNET Nitrogen internal energy, MAGNET-TEDS HX, axial Node [2] MAGNET Nitrogen mass flow rate, MAGNET-TEDS HX, axial Node [4] MAGNET Nitrogen pressure, MAGNET-TEDS HX, axial Node [9] MAGNET Nitrogen pressure drop, MAGNET-TEDS HX, axial Node [2] MAGNET Valve opening, turbine inlet PCU Therminol-66 speed, Thermocline tank, axial Node [5] TEDS Therminal-66 dynamic viscosity, Thermocline tank, axial Node [4] TEDS Thermal resistance, Thermocline tank wall, axial Node [2] TEDS MAGNET Nitrogen mass flow rate, MAGNET-TEDS HX, axial Node [4] MAGNET Nitrogen density, MAGNET-TEDS HX, axial Node [6] MAGNET Nitrogen temperature, MAGNET-TEDS HX, axial Node [7] MAGNET Nitrogen specific enthalpy time derivative, MAGNET-TEDS HX, axial node [7] MAGNET Nitrogen pressure, MAGNET-TEDS HX, axial Node [9] MAGNET Nitrogen mass flow rate, MAGNET-TEDS HX, axial Node [9] MAGNET Nitrogen pressure drop, MAGNET-TEDS HX, axial Node [2] MAGNET Therminol-66 specific enthalpy, MAGNET-TEDS HX, axial Node [3] MAGNET Valve opening, turbine inlet PCU Therminol-66 temperature, Thermocline tank, axial Node [6] TEDS Therminol-66 temperature time derivative, Thermocline tank, axial Node [2] TEDS Therminol-66 temperature time derivative, Thermocline tank, axial Node [8] TEDS…”