Calculation of effective absorption coefficient for aerosols of internal mixture

The effective absorption coefficient with time of strong absorbing aerosol made of carbon dusts and water of internal mixture is analyzed, and the influence of different wavelengths and radius ratios on it is discussed. The shorter the wavelength is, the larger the effective absorption coefficient is, and more quickly it increases during 1-100 s. The increase of the effective absorption coefficient during 1-100 s is larger than that during 100-1000 s, and the largest increase is 132.65% during 1-100 s. Different ratios between inner and outer radius have large influence on the effective absorption coefficient. The larger the ratio is, the larger the effective absorption coefficient is, and more quickly it increases during 1-100 s. The increase of the effective absorption coefficient during 1-100 s is larger than that during 100-1000 s, and the largest increase is 138.66% during 1-100 s.