Abstract
In this paper the normal mode expansion technique is employed to obtain numerical results for the solution of the slab albedo problem in one-speed transport theory with anisotropic scattering. Methods are presented by which one may compute the angular distribution of particles anywhere in a slab of finite thickness for any degree of anisotropy of the scattering function. Many numerical examples are given and, from these examples, it is demonstrated how the slab albedo problem solution varies with the problem parameters, viz., the degree of anisotropy of the scattering function, the angle of incidence of the source beam, the slab thickness and the multiplication factor.
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