It is well known that there are some difficulties with the analytical solution of the main equations in the general light transport and scattering theory, which is widely used today in the biomedical optics and optical noninvasive medical diagnostics, in particular, if the optical turbid media are taking into account. As we have reported in some our previous publications we assume that marked problems in biomedical optics follow from the not quite correct formulation of main equations of the classical transport theory in application to biomedical noninvasive diagnostic tasks. To study more detailed this problem we had taken into consideration one simple and 1D theoretical modeling task for which we have tried to obtain the simple analytical solution for the backscattered flux. This report highlights the way to obtain expected result and differences between classical and our modified approaches.

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