The review summarizes some achievements of materials scientists in designing high
entropy alloys (HEAs) and developing production routs for their industrial implementation, as …

The wide range of alloy composition controllability for multi-principal element alloys
(MPEAs) may provide a great opportunity for discovering special forms of surface oxides to …

Superior high temperature strength, better thermodynamic stability and good workability are
some of the desirable attributes of structural materials for next generation nuclear reactors …

Refractory high-entropy alloys (RHEAs) with high melting points and low neutron absorption
cross-section are sought for generation-IV fission and fusion reactors. A high throughput …

With the increase in studies on high-entropy alloys and their impressive structural properties,
the preparation processes and applications of high-entropy alloys have become a popular …

The present study prepared HfMoNbTaTi refractory high-entropy alloy powders with uniform
distribution of components by mechanical alloying (MA). Six scenarios were designed to …

Abstract Refractory-High entropy alloys (RHEAs) are known for their exceptional mechanical
and radiation-resistant properties, making them promising materials for use in nuclear …

Since antiquity, humans have been involved in designing materials through alloying
strategies to meet the ever-growing technological demands. In 2004, this endeavor …

High-entropy alloys (HEA) represent a novel material class, with significant potential for
research on performance and preparation in additive manufacturing (AM). Currently, FCC …

Heterogeneous lamella (HL) structures were produced via simple processing steps in a
FeCoNi-based complex concentrated alloy (CCA) with superalloy-like FCC/L12 …