RADIATIVE BOUNDARY LAYER
Following from: The radiative transfer equation; Transport approximation; Differential approximations; Two-flux approximation; P1 approximation of the spherical harmonics method; The simplest approximations of double spherical harmonics Radiation of the isothermal plane-parallel layer; Radiation of the nonisothermal layer of a scattering medium; Radiative equilibrium in a plane-parallel layer
Leading to: Liquid droplet radiator for space applications
In a moving medium without heat conduction, the temperature field is a result of coupled convective and radiative heat transfer. In the case of a streamlined body, the so-called radiative boundary layer is formed in the flow near the body surface. In this region, the medium temperature differs from that in an undisturbed flow. A calculatio ...
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