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In this work, we modelled activation and growth of silver particles in thewater-operated TSI model 3785 water condensation particle counter (WCPC).Our objective was to investigate theoretically how various effects influencethe counting efficiency of this CPC. Coupled fluid and particle dynamicprocesses were modelled with the computational fluid dynamics (CFD) codeFLUENT in combination with the Fine Particle Model (FPM) to obtain profilesof temperature, vapour concentration, nucleation rate, and particle size. Wefound that the counting efficiency of the TSI 3785 for small particles mightbe affected by the presence of larger particles. Moreover, homogeneousnucleation processes can significantly influence counting efficiency

Modelling Ag-particle activation and growth in a TSI WCPC model 3785