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The obtained maximum hydrogen capacity was 1.81 wt.% after synthesis and 1.56 wt.% after additional annealing.
PCT Sievert's method was used to determine maximum hydrogen capacity of the alloy to be 4.7 at.H/f.u.u
Maximum hydrogen capacity of LaNiFeVMn alloys is proportional to the atomic content of lanthanum which is able to form CaCu5-type La(Ni,Mn)5 phase.
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Parameters of units, transmission lines, and the EH are listed in Tables 1, 2, 3, 4. Here, the EH parameters are simplified [16, 17] with 200 MWh maximum hydrogen storage capacity and 40 MWh minimum reserve capacity, and its initial storage level is 80 MWh.
However, the maximum hydrogen absorbing capacity decreased with the increasing boron addition.
However, the maximum hydrogen storage capacity of alloys does not affected by the annealing temperature.
However, the maximum hydrogen storage capacity and absorption kinetics can be reduced by the additions.
The maximum hydrogen absorption capacity of Pd Au alloys slightly decreases with increasing temperature.
The maximum hydrogen absorption capacity of Pd Pt alloys decreases with increasing temperature and decreasing Pd bulk content.
The maximum hydrogen adsorption capacity of 0.85 wt.% at 100 bars, 298 K is obtained in these materials.
In the present investigation, maximum hydrogen storage capacity is found as 1.68 wt%, when 2.0 wt% Co is added during ball-milling of MmNi5 alloy.
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