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Obtaining a good description of aerosol optical properties for  a physically and chemically complex evolving aerosol is  computationally very expensive at present. The goal of this work is  to propose a new numerical module computing the optical properties for  complex aerosol particles at low numerical cost so that it can be  implemented in atmospheric models. This method aims to compute the  optical properties online as a function of a given complex refractive  index deduced from the aerosol chemical composition and the size  parameters corresponding to the particles. <br><br>  The construction of look-up tables from the imaginary and the real  part of the complex refractive index and size parameters will also be  explained. This approach is validated for observations acquired  during the EUCAARI (European integrated project on aerosol cloud  climate air quality interactions) campaign on the Cabauw tower during May 2008 and  its computing cost is also estimated. <br><br>  These comparisons show that the module manages to reproduce the  scattering and absorbing behaviour of the aerosol during most of the  fifteen-day period of observation with a very cheap computationally  cost

geoscientific model development

Development of an online radiative module for the computation of aerosol optical properties in 3-D atmospheric models: validation during the EUCAARI campaign