Abstract
This paper presents a theoretical analysis of the evaporation of a single droplet during its rise in a column of an immiscible liquid. Governing equations are derived then solved simultaneously applying a numerical method. Results are presented for two combinations: butane/distilled water and pentane/distilled water. The model was examined for different initial droplet sizes, temperature differences, initial velocities and initial temperatures. The predicted results are compared with experimental results of previous workers.
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