Author/Authors :
el-depsy, a. damietta university - faculty of science - physics department, new damietta city, egypt , el-depsy, a. damietta university - faculty of science - physics department, new damietta city, egypt , el-depsy, a. physics department, faculty of science, damietta university, 34517 new damietta city, egypt , shawky, a. m. damietta university - faculty of science - physics department, New Damietta City, Egypt
Abstract :
An exact integral formulation of radiative transfer equation in a medium with optically smooth and rough surfaces, absorbing and pure–triplet scattering is developed. The resulting integral equations are solved using Galerkin approximation. The effect of scattering coefficients, optical thickness and the roughness of the boundary on the reflection coefficients are investigated. The results are calculated and compared to the available experimental and theoretical data for both smooth and rough boundaries.
