Path: Thermal/HeatTransfer
% Study the heat exchanger between the plasma and the magnets The heat exchanger is modeled as a flat plate with a uniform flux q on one side and a cooling gas flow. The other side has radiation heat loss. In this case, we model the wall with layers for turbulent gas flow, a ceramic wall, and an MLI blanket. -------------------------------------------------------------------------- See also RFromCPAndGamma, HeatExchangerWithLosses, HeatTransferCoeff, KinematicViscosity, NusseltTurbulent, PrandtlNumber, ReynoldsNumberKinematic, OptimalMLIDensity --------------------------------------------------------------------------
Thermal: HeatExchanger/HeatExchangerWithLosses Thermal: HeatExchanger/HeatTransferCoeff Thermal: HeatExchanger/KinematicViscosity Thermal: HeatExchanger/NusseltTurbulent Thermal: HeatExchanger/PrandtlNumber Thermal: HeatExchanger/ReynoldsNumberKinematic Thermal: HeatTransfer/OptimalMLIDensity Common: Atmosphere/RFromCPAndGamma
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