Stability of transition metal doped magnesium hydride high-pressure phases (2010)
Thesis
Moser, D. Stability of transition metal doped magnesium hydride high-pressure phases. (Thesis). Salford : University of Salford

MgH2 is hydrogen dense but normally has a rutile structure, which is too
stable with too low a hydrogen diffusion rate for practical applications. At
pressures of several GPa a CaF2 structure phase has been predicted for MgH2 .
With a small fracti... Read More about Stability of transition metal doped magnesium hydride high-pressure phases.