Scattering Polarization of Arbitrary Envelopes by Anisotropic Stellar Illumination

Astronomy and Astrophysics – Astronomy

Scientific paper

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Polarization, Thomson Scattering, Rayleigh Scattering

Scientific paper

We model the polarization arising from electron scattering of light by a circumstellar envelope of an arbitrary shape. This is accomplished by describing the scattering function, stellar flux, and envelope density distribution in general terms using spherical harmonics and then applying their orthogonality relationships in integral expressions that describe the net observed polarization. We then take a specific example of a uniform stellar light source surrounded by an ellipsoidal shell. As an example, a polarization of 25 percent is found for the case of a disk-like star that is viewed edge-on and that is surrounded by a a disk-like envelope oriented viewed face-on to the observer.

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