Radiative Transfer |
Contents
The emission coefficient | 5 |
RAYLEIGH SCATTERING AND SCATTERING BY PLANETARY | 9 |
Planeparallel scattering atmospheres The Kintegral | 11 |
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Common terms and phrases
according to equations albedo angular distribution Astrophys boundary conditions CHANDRASEKHAR Chap Chapter characteristic equation characteristic function conservative considered constant net flux defined in terms denotes derived dI(T diffuse reflection direction E. A. MILNE elliptically polarized emergent radiation equation of transfer evaluated expressed given by equations H-functions Hence integral equations intensity isotropic scattering Lambert's law law of darkening law of diffuse Legendre polynomials nth approximation obtain optical thickness plane plane-parallel atmospheres polynomial of degree principles of invariance problem of diffuse quadrature formula radiation field Rayleigh scattering Rayleigh's phase function reduced reflection and transmission relation right-hand side S(T₁ satisfy scattering according semi-infinite atmosphere solution of equation source function standard solutions stellar atmospheres Stokes parameters symmetry T(T₁ T₁ TABLE theorem theory tion values zeros αμ απ Απμ μ+μ µ² μο πο Мо