The interest in nitride coatings based on high-entropy alloys (HEAs) has increased rapidly in
the last decade. According to a number of papers, such high-entropy nitride (HEN) coatings …

Thermonuclear fusion reactor systems are fuelled by hydrogen isotopes. The hydrogen
isotopes can easily permeate through structural materials because of small atomic radius …

In fusion reactors, preparing barrier coatings on the surface of steel structures is one of the
most effective ways to reduce the penetration of hydrogen and its isotopes. An FeAl/Al 2 O 3 …

This study focuses on the synthesis and achievement of ternary Al 1− x W x N nitride films as
hard coating materials. A dual-target DC reactive magnetron sputtering process was used to …

The paper deals with the features of the structure and phase composition typical for the
microdroplets of various elemental composition, including Ti, Zr, Cr, and AlN, and the effect …

In this work, oxide-free AlN coating was fabricated using single-step, large throughput
nitrogen-shrouded plasma spraying. Initially, Al/AlN composite feedstock powder was …

In this article, a systematic overview of the published works on magnetron sputtering of AlN
thin films for harsh condition applications is presented. Harsh environments may be defined …

Tritium permeation is an essential challenge that should be solved in fusion reactors. In this
study, the inner wall SiO 2 coating of the 316L stainless steel pipeline for tritium permeation …

High-temperature corrosion resistance is a big issue for structural materials in molten salt
reactors. A simple but effective laser cladding technique has been utilized for producing a …

In fusion reactor blankets, multifunctional ceramic coatings fabricated on structural materials
have been investigated for tritium permeation reduction, electrical insulation, and corrosion …