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 unique combination of large energy density and extreme environment inside a nuclear
reactor imposes strict requirements on the thermal transport property of nuclear materials …

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 …

To understand the microstructural stability of candidate plasma-facing materials under fusion-
relevant environments, neutron irradiation of W and W-3% Re alloys with and without K and …

In this study, the cracking behavior and microstructural, mechanical and thermal
characteristics of tungsten–rhenium (W–Re) binary alloys fabricated by laser powder bed …

A major challenge for heat transfer in nuclear materials is to ensure thermal mobility after
high amounts of neutron irradiation. Tungsten is widely selected as a heat transfer material …

The effects of rhenium (Re) addition on deuterium (D) retention in neutron-irradiated
tungsten (W) were investigated. Pure W and W-5Re (5 at.%) alloy samples were irradiated …

Tungsten‑rhenium (Wsingle bondRe) alloys are extensively used in medical devices,
electronics, industrial equipment, aerospace, and nuclear energy sectors due to their low …

We perform a combined study, coupling three computational methods, to assess the impact
of neutron irradiation and temperature transients on the integrity of tungsten monoblocks in …

This study aims to compare the effects of neutron and self-ion irradiation on the mechanical
properties and microstructural evolution in W. Neutron irradiation at the HFR reactor to 1.67 …