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Moreover, nano-structured carbons, metal-organic frameworks and polymers [ 38– 41] as well as metal hydrides and related complex hydrides [ 42, 43] are examples of investigated NMs for hydrogen storage and transportation for high hydrogen capacity and minimal deterioration during hydrogenation.
The hydrogen capacity was as high as 2.5% (w/w).
The 1-D model predicts a higher hydrogen capacity than the lumped-parameter model.
We have demonstrated that increasing the nucleation rate significantly reduces the hydrogen capacity.
The hydrogen capacity of magnesium is usually below its theoretical value of 7.6 wt.% hydrogen.
The set-up for investigations of hydrogen capacity of materials has been created.
The obtained maximum hydrogen capacity was 1.81 wt.% after synthesis and 1.56 wt.% after additional annealing.
The complex hydride material is capable of cyclic dehydrogenation and rehydrogenation and has a hydrogen capacity of at least about 4 weight percent.
The element Cu causes deterioration in hydrogen capacity but improves activation, and the capacity decreases with increase of Cu content.
PCT Sievert's method was used to determine maximum hydrogen capacity of the alloy to be 4.7 at.H/f.u.u
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These capacities are more practically relevant for energy storage applications than the measured excess hydrogen capacities.
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