Abstract
An inverse transport problem requires determination of the angular scattering and absorption coefficients of the medium using measurements of the intensity. Methods for solving such a problem for monoenergetic transport in a thick homogeneous (i.e. multiple-scattering) slab medium are critiqued. The methods include those that require local measurement of the intensity inside the slab plus remote measurement of the angular distributions entering and leaving (the local-&-remote methods) and those (remote methods) that require only the surface angular distributions. The possible use of these methods to determine the properties of a multi-layer slab medium is also examined.
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