The drops movement in the gas flow potential field for the axisymmetric channel

The system of three ordinary differential equations was derived on assumption that the radial component of the pressure gradient has no influence on the drop movement. This system gives the opportunity to specify the drop motion path in the known gas flow field, which has been assumed within the considered model as potential. The design procedure of the gas flow potential field with the known pressure and temperature distributions along the canal centerline has been developed. The results of the developed drops flow model approbation are presented.