In order to facilitate its application as plasma facing material, neutron irradiation response of
tungsten (W) has been extensively studied by employing fission reactors. In this article, the …

The corrosion behavior of the FeCrAl coating with different Cr and Al contents before and
after Au-ions irradiation was investigated in static LBE. The grain of the irradiated coating …

Bands structure of nanocrystalline anatase (TiO 2) particles was investigated before and
after neutron irradiation (1.6× 10 15 n· cm− 2, 8× 10 15 n· cm− 2, 4× 10 16 n· cm− 2 and 2× …

Pure W was neutron irradiated at 600° C, 900° C, 1000° C, 1100° C, and 1200° C with a
dose of∼ 1 dpa, and its microstructure was subsequently analyzed using transmission …

Rhenium (Re), as a typical alloying and transmutation element in tungsten (W), can
significantly enhance the irradiation hardening, but its underlying mechanism remains to be …

Cobalt-free refractory high-entropy alloys (RHEAs) are strong contenders for structural
materials in nuclear reactors because they do not exhibit cobalt activity under irradiation …

Nuclear data, describing neutron reaction probabilities (cross sections) and decay
behaviour, are critical to the design and operation of fusion experiments and future fusion …

Neutrons interacting with atomic nuclei in most of the materials included in the current fusion
reactor designs—notably tungsten, ferritic and stainless steels, copper alloys—generate a γ …

The effects of neutron irradiation on materials are often interpreted in terms of atomic recoils,
initiated by neutron impacts and producing crystal lattice defects. In addition, there is a …

An amount of 100 dpa Si2+ irradiation was used to study the effect of transmutation rhenium
content on irradiated microscopic defects and hardening in W-xRe (x= 0, 1, 3, 5 and 10 …