Wind speed dependent size-resolved parameterization for the organic enrichment of sea spray

Like other studies focused on organic en- richment of SSA, the exponential wind speed dependence of the sea spray emission function combined with the positive relationship

Aircraft – based measurements of aerosol hygroscopicity, both in the form of size- resolved, diameter growth factors and in the dependence of particle light scattering on

Combining the AATS retrievals with in situ measurements of size-dependent aerosol extinction, we derive a suborbital measure of the aerosol submicron frac- tion (SMF) of AOD and

Comparisons between simulated AOT from a complex 3D size-resolved aerosol model and AERONET data have shown good agreement, when taking into account the aerosol water content

The average size-resolved mass concentrations (µg m − 3 , Conc.) and volume fractions ( f ) of chemical compositions from size- resolved AMS measurements during the foggy, hazy and

These measurements are used to retrieve spatially resolved information of the stratospheric aerosol distribution, including spectral extinction coe ffi cient and particle size.. Here

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

The goals of this study were (1) to formulate a parameteriza- tion for primary marine aerosol production based on chem- ical and physical characteristics of aerosol generated