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By dispersing microsized monodisperse polystyrene particles in ferrofluid, an ideal magnetorheological model fluid is created. Due to the dipolar interactions of the particles the hybrid fluid shows solid like behavior under shear, i.e. one has to overcome an apparent yield stress before flow sets in. We compare this quantity with theoretical predictions for different magnetic fields and volume fractions of nonmagnetic particles.

Solid to liquid transition of inverse ferrofluids under shear