Showing papers by "Raymond Viskanta published in 1973"
TL;DR: In this article, the steady state effective thermal conductivity of fused quartz was examined analytically and experimentally for two classes of boundary conditions and compared with several effective conductivity models which have been suggested for semitransparent solids.
Abstract: The steady-state effective thermal conductivity of fused quartz was examined analytically and experimentally for two classes of boundary conditions. These results are compared with several effective conductivity models which have been suggested for semitransparent solids. Mean effective conductivity results illustrate the effect of sample thickness, temperature, and boundary conditions as well as serving to evaluate the
12 citations
TL;DR: In this article, the steady state effective thermal conductivity of fused quartz was examined analytically and experimentally for two classes of boundary conditions and compared with several effective conductivity models which have been suggested for semitransparent solids.
Abstract: The steady-state effective thermal conductivity of fused quartz was examined analytically and experimentally for two classes of boundary conditions. These results are compared with several effective conductivity models which have been suggested for semitransparent solids. Mean effective conductivity results illustrate the effect of sample thickness, temperature, and boundary conditions as well as serving to evaluate the
4 citations