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- W2319317213 abstract "The paper presents a comparison between theoretical calculation and experimental measurement of the radiative heat transfer through alumina and silica fiber-filled silica aerogel thermal insulations for temperatures from 300 to 1000 K for a range of fiber volume fractions and aerogel bulk densities. The theoretical approach is to model the radiative properties of the fiber-aerogel composites from fundamental principles and then calculate the radiative heat transfer using a diffusion approximation with a modified Rosseland mean extinction factor for the optically thick materials. Theoretical results are compared with heat fluxes measured using a heat meter type of apparatus. Nomenclature B = backscatter parameter Co = coefficient defined by Eq. 14 e = Planck function fv = fiber volume fraction g = asymmetry factor i f = fiber scattering intensity distribution I = intensity kR = mean radiation attenuation factor K = thermal conductivity Kg = extinction coefficient L = thickness n = real part of complex refractive index N = number of fiber sizes p = phase function q = heat flux r = radius of fiber T = temperature xj = fractional volume of fibers of radius q a = size parameter, =2m I X P = ratio of absorption to extinction coefficient F = scaled attenuation coefficient defined by equation 11 e = emittance 9 = single fiber scattering observation angle A, = wavelength t| = scattering angle u. = direction cosine of angle x £, = azimuthal angle of incidence direction as = scattering coefficient t = optical depth ij) = polar angle of incidence direction, re / 2 4>c to = single scatter albedo and azimuthal angle Subscripts b = backscatter c = conductivity e = extinction f = fiber R = radiation s = scattering X = wavelength" @default.
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- W2319317213 date "1997-08-10" @default.
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- W2319317213 title "Radiation heat transfer in fiber-filled silica aerogel - Comparison of theory with experiment" @default.
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- W2319317213 doi "https://doi.org/10.2514/6.1997-3884" @default.
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