HEATING KINETICS OF A PLANE-PARALLEL
LIGHT-SCATTERING LAYER

E. I. Vitkin and A. P. Ivanov

UDC 536.33

A layer heated from both sides by plates as a result 
of radiative energy transport and a heat-conduction mechanism is considered. 
A system of differential equations describing radiation transport 
and heat transfer in the layer is formulated. Its solution is given 
on the basis of a fixed finite-difference approximation of the spatial 
derivatives that reduces the problem to a system of ordinary differential 
equations in time for the temperature and the radiation fluence in 
the process of heating of both the entire layer and separate portions 
of it.

JEPTER74920199914
JEPTER7492014