Nanostructured permanent magnetic materials, including exchange-coupled nanocomposite
permanent magnets, are considered as the next generation of high-strength magnets for …

Nanostructuring of magnetically hard and soft materials is fascinating for exploring next‐
generation ultrastrong permanent magnets with less expensive rare‐earth elements …

High‐performance ferromagnetic materials are essential for energy conversion and
electronic devices. However, the random and nonuniform magnetization reversal in …

The tradeoff between strength and ductility has long been identified as the 'Achilles' heel'of
the mechanical properties in engineering applications. Metal hybrids processed by severe …

Hybrid nanostructures that comprise two or more nanoscale functional components are
fascinating for applications in electronics, energy conversion devices, and biotechnologies …

Core/shell nanostructures are fascinating for many advanced applications including strong
permanent magnets, magnetic recording, and biotechnology. They are generally achieved …

The precise control of individual components in multicomponent nanostructures is crucial to
realizing their fascinating functionalities for applications in electronics, energy‐conversion …

Heavy plastic shear deformation at relatively low homologous temperatures is called high-
pressure torsion (HPT) deformation, which is one method of severe plastic deformation …

Understanding the magnetization reversal mechanism of a core-shell structure grains
formed in the grain boundary diffused Nd-Fe-B magnet can further improve the utilization …

Nature abounds with patterns of various kinds. Possible cellular, helical, wavy, fold-like,
fractal, and other structures provide natural objects with distinctive, and often unique …