Dependence of polarization on optical and structural properties of the surfaces of atmosphereless bodies

Physics – Optics

Scientific paper

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Celestial Bodies, Optical Properties, Polarization Characteristics, Structural Properties (Geology), Surface Roughness, Astronomical Photometry, Distribution Functions, Light Beams, Light Scattering, Linear Equations, Planets, Polarization, Optical Properties, Structure, Surface, Models, Atmosphereless Bodies, Scattering, Theoretical Studies, Roughness, Size, Reflection, Shadows, Geometry, Parameters, Albedo, Techniques, Phases, Diagrams, Calculations, Polarimetry

Scientific paper

The present model of rough-surface light scattering attempts to characterize single and double reflections within the framework of geometric optics, taking shadow effects into account and representing surface structure by means of distribution functions for inclination and roughness size. In view of a strong dependence of polarization on surface structure, an investigation is conducted into the dependence of the polarization vs phase-angle P(alpha) curve on model parameters; linear equations relating the characteristics of the P(alpha) curve to optical and structural properties of the surface are obtained.

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