Effect of a Magnetic and an Electrical Field on the Behavior of Liquid Jets

Abstract

The present work analyzed the high Reynolds number flow of a two-dimensional liquid jet which ejects downwards from a channel of a constant width experiencing small gravitational force. The flow is assumed to be laminar, and the effect of surface tension and that of interference between the jet and the neighbouring gas are not taken into account. The solution of the flow field is composed of the upstream solution which is valid in the neighbourhood of channel exit and the downstream solution valid in the region far from the channel exit. The flow is compared to the inlet flow of two-dimensional channel.