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 alloys are the promising first wall and blanket materials for fusion reactors. Large
amounts of helium (He) and hydrogen (H) impurities are produced inside the materials …

The long period stacking ordered (LPSO) structure in Mg-based alloy presents a high
content of Mg and evenly-dispersed transition metal (TM) and rare earth (RE) elements …

Abstract V-4Cr-4Ti alloys currently constitute advanced candidate materials for the blanket of
future fusion reactors. Precipitations occur in the working environment of V-4Cr-4Ti alloy and …

The free energy reduction of a dislocation due to a Cottrell atmosphere of solutes is
computed using a continuum model. We show that the free energy change is composed of …

This paper investigated the formation of bubbles and precipitates and the hardening effects
in V–4Cr–4Ti alloy after irradiation of He and H ions and post-irradiation annealing …

The interactions between alloying Ti/Cr and 14 substitutional solutes/self-interstitial atoms
(SIAs) and stability of small interstitial Cr m/Ti m clusters and Ti/Cr-SIA mixed clusters in …

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 …

The development of low-swelling radiation-resistant alloys is vital for the creation of reliable
fusion reactors. In this article, we revisit the long-standing problem of very low radiation …

The interactions of solute atoms with self-interstitial atoms (SIA)/clusters and their effect on
stability of single SIAs and small SIA clusters in vanadium (V) were investigated using first …