The research of titanium-based nanomaterials (Ti-based NMs) has gradually expanded from
the fields of photocatalysis, electronics, energy, and engineering to biomedicine in recent …

Cavity swelling, due to three-dimensional clustering of vacancies, is an undesirable isotropic
volume expansion of materials under irradiation. This phenomenon occurs above stage-III …

Titanium carbide (TiC) is an ultra-high temperature ceramic with potential as a structural
material candidate for advanced reactor concepts. However, the irradiation tolerance of TiC …

This study reports the response of helium (He) ion irradiation on binary-phase structured
alloy V 34 Ti 25 Cr 10 Ni 30 Pd 1. The alloy consists of a VCr matrix with nano-sized TiNi …

Transition-metal ultra-high temperature ceramics are promising materials for nuclear
structural applications. However, an understanding of their response to high-temperature …

Ion accelerators have been used by material scientists for decades to investigate radiation
damage formation in nuclear materials and thus to emulate neutron-induced changes. The …

Ultra-high temperature transition-metal ceramics are potential candidates for fusion reactor
structural/plasma-facing components. We reveal the irradiation damage microstructural …

Hastelloy N alloy was implanted with 30 keV, 5× 10 16 ions/cm 2 helium ions at room
temperature, and subsequent annealed at 600° C for 1 h and further annealed at 850° C for …

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 …

To precisely quantify the deuterium (D) concentration at significant depths and enhance the
understanding of D distribution in zirconium (Zr) films, the proton elastic scattering cross …