Hydrogen, one of the most promising energy carriers for the future, is currently produced
mainly by natural gas reforming or coal gasification, where mixtures containing H2, CO2 and …

Abstract Our newly developed Nb 35 Mo 5 Ti 30 Ni 30 alloy has been amended and
evaluated for hydrogen separation applications in several critical aspects. Firstly, the …

Abstract Hydrogen permeable V-Cr-Al alloys have been designed based on the lattice
matching principle. To elucidate alloying effects of Cr and Al, the hydrogen solubility and …

The cooling rate has significant effects on the microstructure of Ti-Ni-Nb-based multiphase
alloys. In the present study the effect of the microstructure on the hydrogen permeation …

The effect of substitution of Nb by Mo in Nb40Ti30Ni30 was investigated with respect to
microstructural features and hydrogen dissolution, diffusion and permeation. As-cast Nb40 …

Microstructure, ductility and hydrogen permeability of as-cast Nb 20 Ti 40− x Hf x Ni 40 (x=
0… 40) and Nb 40 Ti 30− x Hf x Ni 30 (x= 0… 30) alloys are investigated. The two series of …

The relationship between the microstructure and hydrogen permeability of the as-cast two-
phase Nb–TiNi alloys is investigated and discussed on the basis of the mixing rule. The …

Cold rolling is presently regarded as the most promising route to a large scale fabrication of
hydrogen permeable metal membranes. However, complex hydrogen transport behavior …

Palladium (Pd) membranes for industrial applications have gained much interest as of late.
The purification of hydrogen through Pd membranes has therefore been proposed as a …

The present work aims to study the formation of Pd thin film at different electroless plating
temperatures and optimize the operating conditions to increase the hydrogen permeation …