Al-Zn-Mg alloys are widely used in the transportation industry owing to their high strength-to-
weight ratio. In these alloys, the main strengthening mechanism is precipitation hardening …

Low-activation vanadium alloys, with the reference composition of V–4Cr–4Ti have been
considered as one of the most promising candidate materials for structural components such …

Vanadium (V) alloys, such as V-Cr, V-Ti, and V-Cr-Ti alloys, are promising candidates for
structural components in fusion energy systems because of their low activation, excellent …

To understand the hydrogen (H) behavior in the carbide precipitates, the dissolution and
diffusion properties of interstitial H in the transition metal carbide (TMC; TM= Hf, Nb, Ta, Ti, V …

Vanadium base alloys represent potentially promising candidate structural materials for use
in nuclear fusion reactors due to vanadium's low activity, high thermal strength, and good …

Bʹ is a metastable precipitate in the over-aged Al-Mg-Si alloys, which often coexist with
other precipitates such as U1, U2 and βʹ precipitates. In this paper, the properties and …

For precipitation/matrix coherent interface, the interfacial segregation behavior of solute
atom plays a vital role in controlling the effectiveness of precipitation strengthening of the …

In current work, V-4Cr-4Ti and V-4Cr-4Ti-2Y alloys are prepared using mechanical alloying
and spark plasma sintering. Sequential-beam irradiation of 30 keV H+ and 50 keV He+ ions …

The behaviors of He atoms at TiC (110)/V (110) interface with center-site stacking, which has
the most covalent-ionic bond, using first-principles calculations are studied to clarify the …

In the current work, an analysis of the effects of Y on the radiation hardening and
microstructure response of a V-4Cr-4Ti alloy has been conducted after 30 keV D ion …