Compared to aluminum nitride (AlN) with simple stoichiometry, lead zirconate titanate thin
films (PZT) are the other promising candidate in advanced micro-electro-mechanical system …

Abstract Graphene (Gr)/Copper (Cu) composites have shown great potential in thermal-
management and information-transport applications. The influences of interface related …

Interfacial thermal resistance plays a critical role in heat dissipation, when the mean free
paths of heat energy carriers approach or exceed the characteristic lengths of devices. Deep …

Eutectic high entropy alloys (EHEAs) with excellent mechanical properties are considered
as potential nuclear structural materials due to their unique atomic-level microstructure and …

Eutectic high entropy alloys (EHEAs) are widely advocated materials for overcoming the
strength-ductility trade-off due to their abundant heterogeneous interfaces. However, the …

Binary systems (layers) and multicomponent layers with bilayer thicknesses varying from
microns to a few nanometers are considered. A strong dependence of the microstructure …

The radiation-induced segregation is one of the major concerns for nuclear materials, as it
can damage the service performance of the material. Eutectic high entropy alloy (HEA) …

A topologically heterogeneous microstructure design is introduced in a Cu/Zr nanolayered
composite, in which each soft 100 nm Cu or Zr layer is surrounded on both sides by several …

High entropy alloys (HEAs) have attracted extensive attention due to their excellent
properties in harsh environments. In this work, we prepare HEA/Cu (HEA= FeCoCrNi) …

Understanding of laser shock peening (LSP)-generated microstructural characteristics at the
interfaces between hexagonal close-packed (HCP) and body-centered cubic (BCC) crystals …