Sentence examples for magnetic separation application from inspiring English sources

For example, Akhavan et al. successfully reported the preparation and magnetic separation application of superparamagnetic ZnFe2O4/reduced graphene oxide (rGO) composites by hydrothermal reaction method [22].

It is thought that this work opens the possibility to use coated conductor for the construction of permanent mode high Tc magnets for MRI, NMR and magnetic separation applications.

Thanks to the dense and thick shell (high grafting density and high PNIPAM dispersant molecular weight) of the 10.7 nm core/PNIPAM 20 kDa, these particles also showed spontaneous redispersion upon cooling as monitored by the scattering intensity, which is additionally beneficial for magnetic separation applications.

The results indicate that its excellent performance on adsorption and magnetic separation makes a comprehensive application potential in chemical engineering and environmental pollution control.

Most importantly, when evaluate as the adsorbent for Congo red in water, the FexCo3−xO4 nanoporous particles not only exhibit a high adsorption capacity (84 mg/g) for the dye removal, but also are feasible for the fast recyclable treatment via a simple magnetic separation, suggesting their potential application in water treatment.

Next, for practical application of magnetic separation system using superconducting magnet for removal of aquatic organisms, particle trajectories were simulated and magnetic separation experiment using superconducting magnet was performed in order to design magnetic separation system to achieve high separation efficiency.

In this study, application of magnetic separation for removal of the aquatic organisms was examined in order to establish the process with high-speed, compact device and low environmental load.

With superparamagnetic properties and the active groups on the surface of the nanoparticles, their application for magnetic separation and concentration in immunoassays were further demonstrated.

Iron oxide-based magnetic nanoparticles have been widely used in a variety of biomedical applications such as magnetic separation, magnetic resonance imaging, hyperthermia, magnetically guided drug delivery, tissue repair, and molecular diagnostics [24].

The predictive power of the model suggests its utility for the future design of magnetic separation for diagnostic and therapeutic applications.

The use of superconductivity opens new applications for magnetic separation because very high magnetic fields become available.