EVAPORATION OF 2 DROPLETS WITH ACCOUNT TO TEMPERATURE AND CONCENTRATION JUMPS

The problem of free evaporation of two interacting moderate-sized drop lets of a pure substance was solved by taking into account the jumps i n temperature and concentration of vapor on their surfaces. While anal ytically solving this problem, a relatively simple system of algebraic equations was derived. This system allows us to determine the coeffic ients of the equations for the fluxes of the molecules and temperature and concentration distributions of the gaseous components. The depend ences of the molecular fluxes evolved from the surface of water drople ts occurring in the air at the distance between the droplets, their ra dii, and air humidity were estimated numerically.