Approximate Formulas Fitted to the Davis-Sartor-Schafrir-Neiburger Droplet Collision Efficiency Calculations

William T. Scott Desert Research Institute, University of Nevada, Reno

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Chong-Yuan Chen Desert Research Institute, University of Nevada, Reno

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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 of fitting is indicated for use in approximating future improvements in the theory.

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 of fitting is indicated for use in approximating future improvements in the theory.

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