A fast linearized pseudo-spherical two orders of scattering model to account for polarization in vertically inhomogeneous scattering–absorbing media
V Natraj, RJD Spurr - Journal of Quantitative Spectroscopy and Radiative …, 2007 - Elsevier
We calculate the reflection matrix for the first two orders of scattering in a vertically
inhomogeneous, scattering–absorbing medium. We take full account of polarization and
perform a complete linearization (analytic differentiation) of the reflection matrix with respect
to both the inherent optical properties of the medium and the surface reflection condition.
Further, we compute a scalar–vector correction to the total intensity due to the effect of
polarization; this correction is also fully linearized. The solar beam attenuation has been …
inhomogeneous, scattering–absorbing medium. We take full account of polarization and
perform a complete linearization (analytic differentiation) of the reflection matrix with respect
to both the inherent optical properties of the medium and the surface reflection condition.
Further, we compute a scalar–vector correction to the total intensity due to the effect of
polarization; this correction is also fully linearized. The solar beam attenuation has been …
[PDF][PDF] A Linearized Pseudo-Spherical Two Orders of Scattering Model to Account for Polarization in Vertically Inhomogeneous Scattering-Absorbing Media
V Natraj, RJD Spurr - gps.caltech.edu
We calculate the reflection matrix for the first two orders of scattering in a vertically
inhomogeneous, scattering-absorbing medium. We take full account of polarization and
perform a complete linearization (analytic differentiation) of the reflection matrix with respect
to both the inherent optical properties of the medium and the surface reflection condition.
Further, we compute a scalar-vector correction to the total intensity due to the effect of
polarization; this correction is also fully linearized. The solar beam attenuation has been …
inhomogeneous, scattering-absorbing medium. We take full account of polarization and
perform a complete linearization (analytic differentiation) of the reflection matrix with respect
to both the inherent optical properties of the medium and the surface reflection condition.
Further, we compute a scalar-vector correction to the total intensity due to the effect of
polarization; this correction is also fully linearized. The solar beam attenuation has been …