… outside the turbid slab at a distance z e = 2AD from the physical boundaries of the slab. The
… To validate the predictions of the model, we developed a Monte Carlo (MC) code to obtain …

… We analyse the effect on scattered photons of anomalous optical inclusions in a turbid
slab with otherwise uniform properties. Our motivation for doing so is that inclusions affect …

… turbid slab. In all cases the hybrid model was significantly faster than the pure Monte Carlo
method by a factor ranging from 20–291 in this study, depending on the optical properties, the …

… 1, in which we have represented the plane x – z of a slab of a given turbid medium of … the
slab are taken to be large in comparison to its thickness, that is L x ⪢ S and L y ⪢ S . The slab, …

… turbid slab media with arbitrarily oriented linear birefringence using a Monte Carlo method.
… A framework of a Monte Carlo simulation for birefringent turbid plane media is presented in …

… We have covered a wide range of situations for the slab and the semi-infinite medium. All
the figures described in this section refer to the reflectance from a slab 1 mm thick, with μ a = μ …

… The polarization-sensitive Monte Carlo simulation in this paper is a minor modification of
one reported previously [10]. The simulation was performed with the following parameters. The …

… distance possible through the slab. If the photons scatter and leave the turbid slab from the
bottom … of AD, we will briefly review the Monte Carlo method for simulating light scattering. …

… of turbid slabs can thus be found from a limited number of condensed Monte Carlo … from
the total reflectance and total transmittance of slabs. Remitted photon densities from a semi-…

… compared with Monte Carlo simulations. In this study we only used Monte Carlo simulation as
… In this study, the turbid slab was discretized into 100 layers and the propagation angle was …