Application of case's method to plane parallel radiative transfer

Radiative heat transfer for large body at meteoric speeds in earth atmosphere assuming gray gas radiator

/pdf/analysis-of-radiative-heat-transfer-for-large-objects-at-4rzskm4bxu.pdf

Analysis of radiative heat transfer for large objects at meteoric speeds

Radiative transport in an optically thick planar medium

The problem of radiative transfer in a gas bounded by parallel walls is examined for the case in which the spectral absorption coefficient of the gas is approximated by a two-level model. Solutions for the heat flux and temperature distribution have been obtained by numerical integration of the exact equations of transfer and by series solutions of a differential approximation to the transfer equations. The results obtained are compared with each other and with the appropriate limiting gray-gas results. It is found that, when a high temperature gas is approximated by a two-level absorption coefficient, the average temperature of the gas is higher than when a gray-gas approximation is used.

Radiative transfer in a nongray gas between parallel walls

Radiative and conductive heat fluxes in finite gas slab between parallel walls shown to be similar, using continuum theory

Close analogy between radiative and conductive heat flux in a finite slab

https://ntrs.nasa.gov/api/citations/19650001202/downloads/19650001202.pdf

Approximate predictions of the transport of thermal radiation through an absorbing plane layer

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Approximate predictions of the transport of thermal radiation through an absorbing plane layer