Abstract
The heat transfer through a plane layer of a semitransparent solid is investigated experimentally for conditions under which the radiative transport must be considered. Temperature profiles measured with a Mach-Zehnder interferometer and the total heat flux are compared to rigorous analysis employing a rectangular multiband model of the spectral-absorption coefficient and simplified approximate techniques. Results for opaque and semitransparent boundary conditions are presented for three sample thicknesses. For the experimental conditions which are considered, it is shown that the coupling of conduction and radiation cannot be neglected for the prediction of the heat transfer, although no appreciable influence on the temperature profile was observed. Approximate analytical techniques are shown to be accurate in this situation.
| Original language | English |
|---|---|
| State | Published - 1972 |
| Event | Unknown conference - Duration: Nov 26 1972 → Nov 30 1972 |
Conference
| Conference | Unknown conference |
|---|---|
| Period | 11/26/72 → 11/30/72 |