Unformatted text preview: The medium in between the spheres is gray and isotropically scattering with an extinction coefficient K e . (b) Derive first-order temperature slip boundary conditions at both surfaces. (c) Obtain an analytical solution for the temperature distribution in the spherical shell. (d) Obtain an analytical solution for the heat flux between the two spheres, compare your results with that of Fig. 14-1. 3. Problem 15.20....
View Full Document
- Spring '03
- Heat Transfer, heat flux, temperature distribution, extinction coefficient ke, Derive first-order temperature, slip boundary conditions