SIMULATION OF NONEQUIMOLAR MASS AND HEAT-TRANSFER IN GAS (VAPOR)-LIQUID SYSTEMS

It is shown that the consideration of features of interface boundary c onditions in gas (vapor)-liquid systems results in transformed integra l equations for the diffusion and thermal boundary layers. A new struc ture of equations for mass and heat transfer, along with a system of e quations for matched mass and heat transfer for simulating arbitrary t ransfer operations, is proposed as a result of studying these equation s. The adequacy of the mathematical description is proved by comparing with experimental data.