Controlling lateral nanomixing and velocity profile of dilute ferrofluid capillary flows in uniform stationary, oscillating and rotating magnetic fields

This study utilizes magnetically excited rigid-dipole magnetic nanoparticles, seeded in nonmagnetic liquids at very low volume concentration and subjecting the solution to different types of magnetic fields (a: RMF, b: OMF, and c: SMF) to investigate the effects on transport properties of liquid in capillary flows.