Physical Review Letters · 1983 · 427 citations · 20 references
Radiative Heat TransferEngineeringSteep Temperature GradientsThermal EnergyConvective Heat TransferFluid CodeHeat Transfer ProcessHeat FluxNumerical SimulationTransport PhenomenaThermophysicsThermodynamicsPhysicsThermal TransportThermal Heat FluxHeat TransferMultiphase FlowApplied PhysicsThermal EngineeringChemical Kinetics
By comparison with fully kinetic Fokker-Planck calculations, a nonlocal macroscopic formula has been derived for the thermal heat flux. This formula leads in a physically relevant way to the saturation and the delocalization of the heat flux. Its introduction in a fluid code is straightforward and gives to some extent results comparable with classical flux-limited transport calculations with $f=0.1$. However, it also describes a significant level of preheating.
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Transport Phenomena in a Completely Ionized Gas
Lyman Spitzer, Richard Härm · Physical Review · 1953 · 2.2K citations
Collisionless plasma expansion into a vacuum
J. Denavit · The Physics of Fluids · 1979 · 213 citations