The role of the magnetically induced anisotropy of the pair correlation function in the dichroism of magnetic fluids

Effects of γ-Fe2O3 on γ-Fe2O3/Fe3O4 composite magnetic fluid by low-temperature low-vacuum oxidation method

“…Magnetic fluid, which is super paramagnetic colloidal solution or suspension, has both magnetic property of solid magnetic materials and fluidity of liquid [1][2][3][4]. Having novel motion mode, no pollution, wide application range and other characteristics, magnetic fluid has attracted great attention since it can produce new changes in scientific research and engineering departments.…”

Ferrofluids and bio-ferrofluids: looking back and stepping forward

“…13c) is due to magnetically induced anisotropy of the nanoparticles’ pair correlation function. 258,270–273…”

“…287 The bidisperse model accounts for the magnetic field dependence of Φ max and Φ 0 , which was not achieved by a monodisperse model. 272,273…”

“…13c) is due to magnetically induced anisotropy of the nanoparticles' pair correlation function. 258,[270][271][272][273] In the case of high colloidal stability low concentration ferrofluids particle clusters are practically absent; therefore, the rotation mechanism is the most plausible. During preparation nanoparticles with a non-ideal morphology result whose form can be approximated by an ellipsoid of revolution.…”

Damping Force Modeling and Suppression of Self-Excited Vibration due to Magnetic Fluids Applied in the Torque Motor of a Hydraulic Servovalve

“…Being a functional material with both magnetic properties of solid magnetic materials and fluidity of liquids, magnetic fluids have been widely used in a large variety of engineering and biomedical applications, such as vacuum sealing, bearings, lubrication, and insulation [1][2][3]. Marinica et al [4] studied the static properties and magnetorheological behavior of a set of 12 nano-micro composite magnetic fluids for rotation seal and vibration damper applications.…”