In this Article, I review the development of computer simulation techniques for studying
radiation effects in materials from 1946 until 2018. These developments were often closely …

Tungsten is the primary candidate for use as the divertor armour in magnetic confinement
nuclear fusion reactors. As such, the material will be plasma facing and subject to extremely …

In this study, by theoretical means, we reveal the main mechanisms that underpin the
microstructure evolution driven by the formation of self-interstitial atoms (SIAs) clusters in …

Overlap of collision cascades with previously formed defect clusters become increasingly
likely at radiation doses typical for materials in nuclear reactors. Using molecular dynamics …

Background Occult uterine cancer at the time of benign hysterectomy poses unique
challenges in patient care. There is large variability and uncertainty in estimated risk of …

High-energy collision cascades with an energy of up to 300 keV for the primary knock-on
atom (PKA) have been initially simulated in W and W–Re alloys containing 5 or 10 at.% Re …

We have analysed the microstructure of a model alloy of Fe9Cr irradiated with neutrons to a
dose of 1.6 dpa at 325° C. Helical dislocations comprise a major part of the damage; these …

Tungsten (W) and W-based alloys are the leading candidates for plasma-facing materials
(PFMs) in future fusion reactors. However, the high energy neutrons generated in fusion …

Experiments and molecular dynamics were combined to determine a formation mechanism
for basal vacancy loops in zirconium. In scanning/transmission electron microscopy images …

Five kinds of iron-chromium-aluminum (FeCrAl) alloy samples with different contents of
aluminum (Al)—Fe-12Cr, Fe-12Cr-2Al, Fe-12Cr-4Al, Fe-12Cr-6Al, and Fe-12Cr-8Al—were …