The effect of the interface length on the evaporation rate of a horizontal liquid layer under a gas flow

Comparative Characteristics of Evaporative Convection Regimes in Different Statements of Boundary Value Problem for Convection Equations

“…In most cases, the solution predicts an increase in evaporative mass flow rate along the channel related to the growth of the interfacial temperature and the presence of significant gradients of the vapor concentration, in both longitudinal and transversal directions. Such a behavior of M is confirmed by the experimental data in [13] obtained for mini-channels, where the balance of surface and body forces can essentially change with a change in any parameter. To analyze quantitative changes in the evaporative rate predicted by the solution, the experimental result of [13] can be also used: M essentially depends on parameters.…”

“…Such a behavior of M is confirmed by the experimental data in [13] obtained for mini-channels, where the balance of surface and body forces can essentially change with a change in any parameter. To analyze quantitative changes in the evaporative rate predicted by the solution, the experimental result of [13] can be also used: M essentially depends on parameters. According to measured data, the evaporation rate on the working segments of length less than 0.01 m can vary by order.…”