A manganese hydride molecular sieve for practical hydrogen storage under ambient conditions

An amorphous manganese hydride molecular sieve that reversibly absorbs 10.5 wt% and 197 kgH2m−3hydrogen at room temperature using the Kubas interaction.

The effect of electric field on hydrogen storage for B/N-codoped graphyne

The interaction between H2 molecule and B/C/N sheet is Kubas interaction under an external electric field.

IMPACT OF GEOMETRY ON THE HYDROGEN STORAGE PROPERTIES OF TITANIUM CARBIDE: A DFT STUDY ON THE MODEL TiC4H4

Transition metals such as titanium are known to attract (molecular) H 2 in some complexes through Kubas interaction. This interaction involves coordination of sigma bonds of the H2 with the transition metal, and it is comparatively strong, allowing promising hydrogen storage applications. In this work, the impact of structural geometry on this coordination is investigated using a model titan–carbide structure ( TiC 4 H 4) by performing density functional theory calculations.