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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 absorption (8.4 × 1017 H atoms/cm2) has been observed at 125 °C among all samples studied.
Time taken for the maximum hydrogen absorption was recorded as 3.0, 4.0, 4.0 and 4.5 min and desorption took 1.9, 3.0, 3.5 and 4.0 min.
It has been found that for the temperature range studied the maximum hydrogen absorption capacity is the highest in 283 K and decreases with temperature increase.
Alloying Ni into Pd decreases the maximum hydrogen absorption by solid solution PdNi films to near zero at 17% Ni.
Similar(54)
However, the maximum hydrogen storage capacity and absorption kinetics can be reduced by the additions.
Absorption kinetics was monitored at maximum hydrogen pressure shown in p c isotherm of respective sample in Fig. 5.
The hydrogen absorption activity has been studied and a maximum of 2 wt% hydrogen storage capacity was observed.
The highest hydrogen absorption kinetic was obtained during the first 5 h of absorption time, where 95%% of the maximum absorption capacity was reached.
Hydrogen absorption lines provide a case in point.
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