Periodically textured microfluidic channel walls induce robust centerline alignment of elongated microparticles via repeated reorientations from spatially modulated shear gradients.
Alignment also depends on boundary roughness, captured by the dimensionless ratio ε1= ∆ x δ
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Geometry-Driven Segregation in Periodically Textured Microfluidic Channels
Periodically textured microfluidic channel walls induce robust centerline alignment of elongated microparticles via repeated reorientations from spatially modulated shear gradients.