Abstract <p>The theoretical model and the method of its approximate analysis dealing with flows induced by a rotating magnetic field in the channel occupied by a non-magnetic fluid with an embedded ferrofluid layer are proposed. One of the channel ends is assumed to be closed (thrombotic). Some estimates of the velocity of convective-diffusion flow of a neutral impurity (thrombolytic) onto a thrombus in the channel with magnetically induced circulation currents are obtained and the effect of these currents on the thrombus dissolution rate is studied.</p>

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Stimulation of Thrombus Dissolving by Magneto-Induced Circulation Currents

  • A. Yu. Musikhin,
  • A. Yu. Zubarev

摘要

Abstract

The theoretical model and the method of its approximate analysis dealing with flows induced by a rotating magnetic field in the channel occupied by a non-magnetic fluid with an embedded ferrofluid layer are proposed. One of the channel ends is assumed to be closed (thrombotic). Some estimates of the velocity of convective-diffusion flow of a neutral impurity (thrombolytic) onto a thrombus in the channel with magnetically induced circulation currents are obtained and the effect of these currents on the thrombus dissolution rate is studied.