Abstract
The mass transfer rates for the evaporating binary droplet in the continuum regime is considered. Exact solutions for concentrations profiles in the gas phase have been derived from the Stefan-Maxwell equations. The mole fraction profiles are given as functions of mass fluxes, which are solved numerically from a set of two nonlinear equations. The solution represents a definite improvement over the approximate and the purely numerical solutions previously available: numerical methods are needed only in solving the set of nonlinear algebraic equations.
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