The inception of high‐entropy alloy promises to push the boundaries for new alloy design
with unprecedented properties. This work reports entropy stabilisation of an octonary …

The present study deals with nanostructured TiAlN coating materials irradiated by 1.4 MeV
N+ ions with different fluences and temperatures. The TiAlN coatings were synthesized by …

Coating nuclear fuel cladding alloys with hard thin films has been considered as an
innovative solution to increase the safety of nuclear reactors, in particular during a of loss-of …

In the present paper, the effects of metal ion implantation on the structural and optical
properties of TiN thin films have been investigated. TiN films of 170 nm thickness were …

Modification in structural, optical and electrical properties of titanium nitride (TiN) thin films
induced by argon ion irradiation and thermal annealings was studied using various …

Data are generalized on the results of irradiation of nanostructured materials (hereafter,
nanomaterials) based on metals, steels, and some compounds (such as oxides, nitrides …

Microstructural evolution of P92 ferritic/martensitic steel irradiated by Ar+ ion beams at doses
from 0.6 to 230 displacements per atom (dpa) at room temperature was investigated with …

High-performance radiation tolerance materials are crucial for the success of future
advanced nuclear reactors. In this paper, we present a further investigation that the “vein …

Irradiation damage in P92 ferritic/martensitic steel irradiated by Ar+ ion beams to 7 and
12dpa at elevated temperatures of 290° C, 390° C and 550° C has been investigated by …

In present work, the irradiation damage in nickel-base alloy C-276 irradiated with Ar-ions
was studied. Specimens of C-276 alloy were subjected to an irradiation of Ar-ions (with …