Abstract: The Telford statistical approach to cloud droplet growth by coalescence and the kinetic-equation approach are shown to give identical results when the Telford assumptions are used to linearize the latter. It is concluded ...

Abstract: No abstract available.

Abstract: The kinetic equation for the pure growth-by-coalescence process is solved exactly for three types of overall collection probability: proportional to the sum of droplet volumes, proportional to the product of droplet volumes, ...

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Abstract: No abstract available.

Abstract: A fast computational method for evaluating Telford's simplified stochastic model of the coalescence process of cloud droplet growth is shown to be useful for approximating the spectrum development in the early stages of ...

Abstract: Two approximate interpolating formulas suitable for rapid computation are given that fit a combined version of the Shafrir-Neiburger and Davis-Sartor collision efficiencies for unchanged spherical cloud droplets. The method ...