Abstract: The problem of predicting the orientations of falling nonspherical particles has been addressed by the construction of a heuristic model that assumes the particles are subject to isotropic turbulence within or below the ...

Abstract: Analytical solutions to the steady-state kinetic coagulation equation, including sources, are presented for the case in which the collection kernel is of the form K = K0u?v?, where K0 and ? am constants (0 ≤ ? < 1), and u ...

Abstract: No abstract available.

Abstract: The standard boundary layer model for the flow past a circulating drop neglects the stress reduction caused by motion of the drop surface. A modified boundary layer model which incorporates this effect is presented, and ...

Abstract: No abstract available.

Abstract: The influence of an electric field on the diffusion of ions to cloud droplets is calculated by the method of matched asymptotic expansions. The model assumes the droplet suspension is disperse and stationary in the ionic ...