Non-ferrous metal recovery is of great significance to the sustainable development of
resources. Small-sized nonferrous metal particles account for a large proportion of …

The separators performances and process are improved by new recovering technologies
based on separation theories, model of force and magnetic field nature. However, numerous …

Eddy‐current technique has been used in several industrial applications, such as non‐
destructive testing and characterization, transmission systems, and separation processes …

This article discusses the design and implementation of an eddy current separator prototype
for the linear separation of non-ferromagnetic conductive particles. Utilizing the …

It is noted that one of the fundamental questions in the magnetophoresis problem, namely,
the determination of the magnetic susceptibility of ferroparticles χ remains poorly …

The eddy current separation is an efficient and simple technique to recover conducting
particles without contact and doesn't need water in the separation process. There are …

The Earth's crust as an array of plates consists of blocks with a hierarchical size distribution.
We present results of numerical simulation of the stress localization in Earth's crust in such …

La séparation magnétique est un processus utilisé pour séparer les matériaux en fonction
de leur réponse magnétique. Elle repose sur l'utilisation de champs magnétiques pour …