A fast, exact code for scattered thermal radiation compared with a two-stream approximation

Details A fast, exact code for scattered thermal radiation compared with a two-stream approximation A fast, exact code for scattered thermal radiation compared with a two-stream approximation

Jul 1980

adsabs.harvard.edu/cgi-bin/nph-data_query?bibcode=1980icar...43...96c&link_type=abstract

Icarus, vol. 43, July 1980, p. 96-101.

Statistics

Computation

Codes, Computational Fluid Dynamics, Computerized Simulation, Radiative Transfer, Thermal Radiation, Angular Distribution, Approximation, Optical Thickness, Zenith

Scientific paper

A two-stream accuracy study for internally (thermal) driven problems is presented by comparison with a recently developed 'exact' adding/doubling method. The resulting errors in external (or boundary) radiative intensity and flux are usually larger than those for the externally driven problems and vary substantially with the radiative parameters. Error predictions for a specific problem are difficult. An unexpected result is that the exact method is computationally as fast as the two-stream approximation for nonisothermal media.

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