Characteristics of magnetic compound fluid (MCF) in a rotating rheometer

The interaction of the particles of magnetizable suspensions with a wall (wall-adjacent effect) in uniform electric and magnetic fields

“…[2] the possibility of the influence of a uniform magnetic field on the yield stress and effective viscosity of MCF (yield stress of MCF is absent in a uniform magnetic field) was predicted. MCF were experimentally investigated in studies [3] and [4]. In Ref.…”

“…The rheological properties of MCF and MRS (MRS is a suspension of micron paramagnetic particles on the base of a usual liquid) in uniform magnetic field have been experimentally investigated in Ref. [3].…”

Fundamental performance of Magnetic Compound Fluid (MCF) wheel in ultra-fine surface finishing of optical glass

“…To overcome the respective disadvantages and benefit from the respective advantages of MFs and MRFs, Shimada and Akagami [13,14] developed a magnetic compound fluid (MCF) by mixing an MF and an MRF that had a higher magnetic pressure and apparent viscosity in a magnetic field and a more stable distribution of particles while maintaining the behaviour of a fluid. Shimada et al [15] developed a new type of magnetic abrasive compound named MCF polishing liquid, which they created by blending abrasive particles and α-cellulose fibres with an MCF, and it was confirmed experimentally that the MCF polishing liquid performed well in constant-contact-force polishing.…”

Research on Magnetic Compound Fluid (MCF) Rubber as Material for Microwave Heating

“…In response to this need, Shimada has demonstrated experimentally the use of his developed intelligent fluid, a magnetic compound fluid (MCF) [1][2][3]. It was created by compounding the nm-size magnetite of magnetic fluid (MF) and the µm-size iron particles into a single solvent, thereby essentially producing a mixture of MF and magnet-rheological fluid (MRF).…”