On the Problem of Magnetically Induced Circulations in Thrombosed Channels

A theoretical model and a method for its approximation analysis are developed to study circulation flows arising in a channel with a nonuniform alternating rotating magnetic field. This channel contains a nonmagnetic fluid into which a cloud of a ferrofluid is injected, the particles of which are distributed along the channel according to the Gaussian law. It is assumed that the right end of the channel is blocked to simulate a thrombosed vessel. The main goal of the study is to develop a scientific basis for increasing the efficiency of transport of thrombolytic drugs in thrombosed blood vessels using magnetic stimulation.