The model is based on Mueller calculus [16]; which incorporates specular scattering from the surface of the media, as well as specular scattering from the slopes of plate like subsurface particles, and diffuse scattering from spherical subsurface particles (see Figure 1).
The change in polarization state due to the interaction of light with the surface and beneath the surface of an object has become increasingly important in ...
The change in polarization state due to the interaction of light with the surface and beneath the surface of an object has become increasingly important in ...
This paper presents a model for the anisotropic scattering of polarized light based upon the physics of light; which is capable of calculating both partial and ...
TL;DR: This paper proposes polarimetric multi-view stereo, which combines per-pixel photometric information from polarization with epipolar constraints from ...
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A new method, called polarized imaging dynamic light scattering (PIDLS), is proposed. The nanoparticles are irradiated with a vertical linearly polarized laser ...
Polarized light scattering measurements have the potential to provide improved characterization of natural particle assemblages in terms of particle size and ...
The formal theory of elastic light scattering deals with Maxwell's equations, boundary condi- tions, andidealized physical models for the scatterer, and.
For phase angles between about 30 deg and 70 deg the internally scattered light is found to be randomly polarized in the particles studied here, so that the ...