Magnetic iron oxide nanocomposites (MIO-NCs) have garnered considerable interest in
both basic scientific research and emerging technological applications. MIO-NCs possess a …

Deep formation layer is of high temperature, heterogeneity and oil saturation. Therefore, the
gel for its profile control should have large strength, good migration and temperature …

A high-performance soft-magnetic composite (SMC) has been successfully fabricated in a
toroidal mold without the application of compaction pressure by mixing three different …

In light of society's increasing demand for ubiquitous connectivity and high-speed
communication, printed electronics could play a disruptive role in the design and …

For modern switching power supplies, current bulk magnetic materials, such as ferrites or
magnetic metal alloys, cannot provide both low loss and high magnetic saturation to function …

In-depth profile control is a great challenge for high-efficiency oil displacement by water
flooding. In this work, a shear-responsive self-lubricating hydrogel FPP-0.5, by combining …

Inductors and transformers (here referred to as power components) for modern AC/DC
switching power supplies require magnetic materials that have high power density and …

A new alloy, permalloy alloyed with aluminum, has been obtained by mechanical alloying
using elemental powders as raw materials. The new alloy was obtained in powder form by …

Magnetic nanocomposites consisting of ferrite nanoparticles and magnetic metals have
been of interest for use in power electronic components due to their ability to achieve …

Magnetic nanocomposites with 0-3 connectivity, whereby a 0D magnetic nanoparticle phase
is embedded into a 3D magnetic metal matrix phase, have gained increased interest for use …