The development of magnetic materials for modern technology has become a prominent
research area due to the rapid growth of modern civilization. Spinel ferrites (ferrimagnetic …

Ferrites and ferrite-based composites are known for their fascinating magnetic properties,
varied redox chemistry, good stability, and excellent catalytic properties, all of which make …

EM absorbers with outstanding absorption, shielding capability, and dissipation
performance are still challenging in hostile environments. To address the EMI issues, the …

Magnetic nano ferrites (MNFs) can arbitrate applied magnetic fields to generate the
magnetic force effects and local magnetic fields, which are beneficial for biomedical …

The controlled and stable crystal structure, reduction in Curie temperature and
semiconducting nature of oxide materials are the key factors for magnetoelectrical …

This work studied a composite of graphene nanoplatelets (GNPs) impregnated copper-
cobalt-samarium ferrites Cu 0.5 Co 0.5 Fe 1.97 Sm 0.03 O 4/GNPs synthesized via sol-gel …

Rare earth oxides with a trivalent nature play a pivotal role in reinforcing the magneto-optical
attributes of spinel ferrite nanoparticles by replacing Fe 3+ ions. In this study, rare earth Gd …

Spinel ferrites, an important class of complex oxides, are imperative worldwide for their well-
known magnetic, electrical, optical, catalytic properties, which led tem to be useful in various …

Rare-earth doped cerium oxide nanostructures have garnered significant attention among
researchers due to their exceptional optical, magnetic and catalytic properties. In this work …

Currently, Electromagnetic (EM) pollution is harmful to human health because of the
generation and propagation of high-frequency EM waves from electronic devices. The …