Nanostructured materials (NsMs) exhibit many interesting and useful properties; yet they are
generally unstable at elevated temperatures limiting their process methods and applications …

Numerous technological advancements in the 21st century depend on the creation of novel
materials possessing enhanced properties; there is a growing reliance on materials that can …

Nanocrystalline (nc) metals are generally strong yet thermally unstable, rendering them
difficult to process and unsuitable for use, particularly at elevated temperatures. Nc …

Overcoming the strength‐ductility trade‐off in metals and alloys entails the optimization of
the compositions and dedicated microstructural design, which remains experimentally …

Searching for superhard materials with excellent properties has been a key challenge in
materials science over the past decades. In this study, based on high throughput and density …

Designing next generation thin films tailor-made for specific applications relies on the
availability of robust process-structure-property relationships. Traditional structure zone …

Antiferroelectric thin films hold significant potential for bringing novel physics phenomena
and fascinating properties. Their applications are often intertwined with the antiferroelectric …

As an efficient calculation and screening method, high-throughput can discover and
optimize new materials, shorten the development cycle and cost of new materials. However …

A high‐throughput ion beam sputtering system is used to synthesize compositional gradient
superlattice‐like (SLL) thin film libraries of Ge–Sb–Te alloys over the entire phase diagram …

Nanostructured metals and alloys typically exhibit higher strength and hardness compared
to their bulk-state counterparts. However, grain coarsening in such nanostructured materials …