Repeat Problem 2-35, assuming that the outer surface is adiabatic while the inner surface temperature is maintained at Ti.
Problem 2-35
Consider a shielding wall for a nuclear reactor. The wall receives a gamma-ray flux such that heat is generated within the wall according to the relation

where 0 is the heat generation at the inner face of the wall exposed to the gamma-ray flux and a is a constant. Using this relation for heat generation, derive an expression for the temperature distribution in a wall of thickness L, where the inside and outside temperatures are maintained at Ti and T0, respectively. Also obtain an expression for the maximum temperature in the wall.

i-q0e_ax q =