Storage of hydrogen in solid-state materials offers a safer and compacter way compared to
compressed and liquid hydrogen. Vanadium (V)-based alloys attract wide attention, owing to …

To construct an efficient electrocatalyst for HER, the high binding energy of MXene must be
mitigated through electronic modulation of active sites. Here, we propose atomic Pt …

The hydrogen permeation coefficient (ϕ) is generally used as a measure to show hydrogen
permeation ability through dense metallic membranes, which is the product of the Fick's …

It is widely accepted that vanadium is unsuitable as a membrane material due to an extreme
susceptibility to hydrogen embrittlement. Consequently, the focus of R&D effort towards …

This manuscript presents a thorough examination of the synthesis, characterization, and
electrochemical aspect assessment of NiS2-modified vanadium-based MXene (V2C) to …

The compositional window leading to the crystallization of primary α-Nb phase and the
eutectic (α-Nb+ TiCo) phase in Nb-Ti-Co alloys is of high technical relevance due to its …

First-principles study is used to comparatively study the hydrogen embrittlement resistance,
elastic properties, and electronic structures of VWH and VMoH phases with various W and …

Thanks to their high hydrogen permeability, vanadium based alloys can be a valuable and
sustainable alternative to palladium alloys, commonly employed in commercial membranes …

Abstract Nb-Hf-Co alloys, consisting of a multi-phase microstructure with primary BCC-(Nb,
Hf) and eutectic {BCC-(Nb, Hf)+ HfCo} phases, are a potential alloys for hydrogen …

Vanadium-based alloys are considered to be one of the most promising hydrogen
separation membranes due to their high hydrogen permeability. In this study, we investigate …