Sentence examples for magnetic separation efficiency from inspiring English sources

At those prevailing conditions, the magnetic separation efficiency was 92%.

In the adsorption and magnetic separation systems, Cr VI) removal and magnetic separation efficiency were used as key performance indicators.

Meanwhile, for semi-continuous operations, a decrease in initial Cr VI) concentration in the reactor and an increase in the quantity of Fe3O4 nanoparticles in the NCs resulted in improved magnetic separation efficiency.

Recently, functionalized magnetic nanostructures have become extremely favorable materials for the convenient and fast transport and separation of the targets, owing to their chemical durability, unique magnetic response, high separation efficiency, and convenient operation.

Separation efficiency of magnetic separator depends on material characteristics and the design features of equipment along with the optimization of process variables.

Pulsating high gradient magnetic separation (HGMS) achieves high separation efficiency to fine weakly magnetic minerals with a rod matrix.

Furthermore, a comprehensive study on the effect of magnetic field parameters on separation efficiency is done by means of sensitivity analysis.

In the present work, we studied the separation efficiency of magnetic catalytic particles from FTS wax using high gradient magnetic separation (HGMS), and the three-dimensional mathematical models were established to describe the magnetic field and magnetic force distribution with multi-wires for HGMS.

The introduction of magnetically responsive substances to the catalyst could endow the catalyst magnetic properties, which makes it easy to recover the catalyst under a magnetic field and improves the separation efficiency [20 24].

The objective of this study is to separate dyes in wastewater with high efficiency and speed using High Gradient Magnetic Separation with superconducting magnet.

Subsequently, the effects of slag grain size and the drum-blade gap are investigated in the separation efficiency of magnetic grains.