High gradient magnetic separation (HGMS) is effective in concentrating or removing weakly
magnetic particles from slurry and has been applied in many scientific and industrial fields …

Part 9 of the series Magnetic field assisted fluidization (MFAF)–a unified approach continues
with separation processes addressing mechanical processing encompassing fluidization …

The magnetophoretic mobility of magnetic microspheres, nanospheres and particles
depends not only on type and amount of encapsulated magnetic compound, but also on …

Capturing fine magnetic particles in axial magnetic filter from non-Newtonian suspension
was examined theoretically. A trajectory model was formed for the movement of the particle …

Longitudinal high gradient magnetic separation (HGMS) is the most widely applied in
industry by virtue of to its high processing capacity and low magnetic leakage. However, due …

A computational fluid dynamics (CFD) model was developed for High Gradient Magnetic
Separation (HGMS) of particles in liquids flowing through magnetic filters. Using this model …

The magnetic matrix is the core component of the high-gradient magnetic separation
(HGMS) system and plays a decisive role in the operation of the HGMS system. The …

Magnetic element is the basic component of matrix in high gradient magnetic separation
(HGMS), and its configurative parameters such as size have marked effects on the capture …

High gradient magnetic separation (HGMS) is an efficient and useful technique for the
recovery of weakly magnetized microparticles. Usually the process of magnetic particle …

Our previous studies showed that the performance of the matrices varied greatly before and
after reaching magnetization saturation and we expanded the particle capture models of …