FLOW OF A LIQUID ABOUT A NONUNIFORMLY HEATED DROPLET 
WITH ARBITRARY TEMPERATURE DIFFERENCES IN ITS VICINITY
N. V. Malai

UDC 533.72

The problem of flow of a liquid about a nonuniformly 
heated droplet at small Reynolds numbers is solved analytically with 
allowance for the effect of medium motion with arbitrary temperature 
differences between the particle surface and the region away from 
it and the temperature dependence of the viscosity, represented in 
the form of a series. It is shown that in the approximation considered 
the nonuniformly heated droplet retains a spherical shape.

JEPTER7492020006
JEPTER749206