Reproducibility of Ambulatory Electrocardiography

Choi, Suck Koo; Rhee, Kyehan; Jeon, Young Bin; Yoo, Won Sang; Lee, Dong Chul

doi:10.4070/kcj.1991.21.3.646

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2010

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“…Note that the mechanism reported here appears distinct from other investigations of the migration of rigid spheres [21][22][23][24][25] and rods 25 in torsional flows. These have shown that inertia and viscoelasticity can cause radial migration.…”

Section: Introductioncontrasting

confidence: 66%

Analysis of the Migration of Rigid Polymers and Nanorods in a Rotating Viscometric Flow

Park

Butler

2010

Macromolecules

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The dynamics and rheology of a rigid polymer or nanorod suspended in a Newtonian, viscous fluid under torsional flow have been studied. Our theoretical analysis predicts that rigid rods migrate in the radial direction according to their orientational configuration which is controlled by the competition between the shear flow, which tends to align the rods in the direction of flow, and Brownian motion, which tends to randomize the orientation. Steady and transient distributions of the center-of-mass in a dilute solution are derived from a kinetic theory and are confirmed by performing a Brownian dynamics simulation. The migration shifts the distribution toward the axis of rotation and enhances the shear-thinning behavior of the suspension.

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