The synergistic evolution mechanisms of He bubbles and dislocation loops under 30 keV H
2+ & H e+ dual-beam ions irradiation at 650° C in the Ni-based alloy GH3535, which is the …

Loop punching is the basic physical process of lattice expansion due to the introduction of
insoluble gas atoms into the crystalline metals leading to the emission of interstitial atoms …

It is well-established that mechanical behavior of the materials is significantly affected under
irradiation. This is often due to the growth of nanobubbles that changes the microstructure of …

Uranium mononitride (UN) has been proposed as an accident tolerant fuel for nuclear
fission reactors and offers enhanced performance during accident scenarios relative to the …

This paper utilizes molecular dynamics simulations to investigate the mechanisms of
nucleation and propagation of prismatic dislocation loop (PDL) arrays in single-crystal …

Copper and hydrogen are among the most common elements that are widely used in
industrial and fundamental research applications. Copper surfaces are often exposed to …

Compositionally graded materials have emerged at the frontier of science involving material
science, engineering, physics, and chemistry due to their unusual and tunable material …

The operation of next-generation particle accelerator facilities with increased beam power
parameters and emphasis on performance and reliability signifies the need for experimental …

The combined effects of corrosion and irradiation on nuclear components have been an
important but not yet fully revealed topic. Here, the irradiation behavior of the oxide scale …

Inert-gas bubbles in metals have attracted great attention due to their fundamental role in
swelling and degradation of materials. Studies of bubble behavior can provide valuable …