Abstract: In the theoretical study of the evolution of a cloud droplet spectrum, the collision kernel function in the stochastic collection growth equation plays an important role in defining its characteristics. To evaluate this ...

Abstract: Numerical solutions of the collisional problem for small cloud droplets in a nonturbulent, zero-electrical-field condition are obtained by use of the Oseen flow approximation and then compared with other calculations under ...

Abstract: Two schemes for the numerical solution of the stochastic collection growth equation for cloud drops are compared. Their numerical approaches are different. One (the Berry/Reinhardt method) emphasizes accuracy; the other ...