## Solar system applications of Mie theory and of radiative transfer of polarized light |

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### Contents

Table of Contents contd | 11 |

Reflection and Transmission Matrices from a Single | 21 |

The Doubling EquationsFourier Components | 32 |

25 other sections not shown

### Common terms and phrases

accuracy average azimuth backscattering beam Bond albedo Coffeen coordinate system cos9 cosine defined derived diffuse component diffuse cross section diffuse intensity direction of polarization direction of propagation discuss disk integrated polarization Dollfus doubling equations ejecta blanket fourier coefficients fourier components fresh craters Gaussian quadrature Gehrels geometry Hagfors Hansen increases index of refraction integration points layer limb linear polarization lunar surface matrix elements maximum measured meridian plane multiple scattering normal number of integration observations odd functions optical depth particles phase angles phase function phase matrix plane of emergence planetary atmosphere planetary disk polariza poles radar radial positive ratio Rayleigh scattering reflection and transmission rocks rotation scattering and transmission scattering angle scattering event scattering matrix scattering phase function scattering plane single scattering albedo single scattering phase single scattering polarization small phase angles sphere spherical Stokes parameters Stokes vector symmetry properties tangential negative tion transmission matrices variable Venus