Abstract:A theoretical heat
and mass transfer model of volatile liquid lens
evaporation on the surface of an immiscible liquid substrate is established
in toroidal coordinates. According to the coupled boundary conditions
of heat and mass transfer at the lens surface as well as the interfacial
cooling effect, the analytical solutions of the temperature field
inside the lens and the vapor concentration field around the lens
are derived for the first time. Compared with the isothermal model,
the change of contact radius … Show more
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