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In order to pursue the enhancement of condensation heat transfer of binary vapors of immiscible liquids, detailed experiments have been conducted with regard to the condensation of an azeotropic mixture of carbon tetrachloride and water on vertical flat plates with enhanced fins. The condensation mechanism of this kind of vapor on finned surfaces was clarified through measurements of the droplets departure frequency and heat transfer rates. The experimental results indicate that finned surfaces are more effective in the enhancement of condensation heat transfer of binary vapors of immiscible liquids, and that an optimum configuration and dimensions of fins exist

Condensation Heat Transfer of Binary Vapors of Immiscible Liquids on Vertical Paltes with Enhanced Fins.