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The authors present a numerical study of chaotic mixing of super-paramagnetic microparticles into a biofluid in order to evaluate the efficiency of the mixer in labelling the target biological cells with particles. Lagrangian trajectories of the particles and bio-cells in the mixing domain were obtained and percentage of the cells being labelled in the mixing process was used as the primary index...
A two-dimensional numerical investigation into the mixing of magnetic microparticles with bio-cells in a chaotic micromixer is carried out by using a multiphysics finite element analysis package. Fluid and magnetic problems are simulated in steady-state and time-dependent modes, respectively. Intensity of segregation is utilized as the main index to examine the efficiency of the mixer. Trajectories...
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