High-frequency nanocomposites have gained attention as electronic and telecommunication
technologies. These nanocomposites consist of ferrite and a polyaniline matrix. Sol-gel …

Spinel ferrites exhibit exceptional magnetic properties, making them a distinctive class of
magnetic materials. The sol–gel technique was utilized for the synthesis of spinel ferrites …

The CoFe2O4 was prepared via co-precipitation route, and in situ polymerization was used
to prepare the polypyrrole, for the fabrication of nanocomposite. Two-point probe …

An exact theory is developed with the aim of assessing the properties of the harmonics
spectrum of the dynamic magnetization originating from superparamagnetic nanoparticles …

Interest in enhancing magnetic performances of low-sintered ceramic materials by co-
do** of oxide nanoparticle and low-melting glass has thrived. Usually this process …

Spinel ferrites have remained popular over the years due to their exceptional electrical and
magnetic properties. The sol–gel method was used to synthesize the Cu 1-x Ba x Fe 2 O 4 …

Core–shell inorganic/organic composites have often been applied as fillers in
electromagnetic interference shielding. Those composed of conducting polymers and …

In the modern world of health and life sciences, the utilization of nanoscale materials,
particularly magnetic nanoparticles, is a hot topic. Here in the present study, MgFe2O4 is …

The purpose of this work is to prepare magnetic polycarbonate nanocomposite fibers from
nonmagnetic polycarbonate material by electrospinning method. This was achieved by the …

Sol–gel route was used to synthesize the spinel ferrites BaGd0. 075Fe1. 925O4. The
polymers and spinel ferrites were combined to prepare nano-composites. Techniques such …