This paper reviews the three main approaches for predicting the formation of concentrated
solid solution alloys (CSSA) and for modeling their thermodynamic properties, in particular …

Minor alloying with specific elements is an effective approach to tailor material's properties,
but it has not been introduced to modify the radiation effects of high-entropy alloys (HEAs) …

High-entropy alloys greatly expand the alloy design range and offer new possibilities for
improving material performance. Based on the worldwide research efforts in the last decade …

The concept of entropy stabilized complex materials provides a novel direction for the
design and engineering of breakthrough materials to be used in extreme environments and …

The formation of helium bubbles and the consequential property degradation are critical
challenges for materials used in advanced nuclear energy systems. The mechanism of …

Materials performance is central to the satisfactory operation of current and future nuclear
energy systems due to the severe irradiation environment in reactors. Searching for …

High-temperature stability and strengthening mechanisms of high/medium-entropy alloys
(HEAs/MEAs) have been studied for Ti-added FeCrV-based MEAs. Experimental results …

As an increasing demand of advanced nuclear fission reactors and fusion facilities, the key
requirements for the materials used in advanced nuclear systems should encompass …

In recent years, research interests on structural and microstructural properties of materials
have gained enormous impetus owing to their absolute necessity in many fields (eg …

A cobalt-free FeCrNi MEA was successfully synthesized and irradiated with 7.5 MeV Au ions
at room temperature over a wide fluence from 5× 10 15 to 5× 10 16 Au ions/cm 2 …