Intermetallic rare earth–transition metal–magnesium compounds play an important role as
precipitations in modern light weight alloys and as host materials for hydrogen storage …

The magnesium-based alloys are excellent hydrogen storage materials due to outstanding
physical and chemical properties. In recent years, ternary magnesium-based alloys have …

The phase equilibria of the La–Cu–Mg system have been established at T= 400° C by
means of light optical microscopy (LOM), scanning electron microscopy (SEM), electron …

A cobalt-free (Co-free) RE 0.9 Mg 0.1 Ni 3.9 Al 0.2 alloy (RE: rare earth) was prepared for
use in a nickel–metal hydride (Ni–MH) battery. The use of the alloy as the negative electrode …

Endohedrally various numbers (n= 1–5) of hydrogen molecules doped Be@ C60
systems,(Be+ nH2)@ C60 are considered for semiempirical molecular orbital treatment at …

LaMg2Cu alloy was prepared by inductive melting and then was annealed at 723K for 10h
in 0.1 MPa argon atmospheres. X-ray diffraction (XRD) and scanning electron microscopy …

On estimating the enthalpy of formation and hydrogen content of quaternary hydrides -
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For use of the large-sized Ni-MH battery in the social-infrastructure, it is important to improve
its self-discharge suppression and overdischarge resistance as well as its high-power and …