“…The desorption curves show the same trend as the absorption curves with increasing cycles. It was reported that intermetallic hydriding alloy surface area increases greatly in the first several absorption/desorption cycles [15], and the increased absorption/desorption rate is associated with the formation of the new surfaces. Unlike LaNi 4.7 Al 0.3 , mechanical grinding has no effect on the activation behavior of CaNi 5 or Mg 2 Ni under ambient pressure and temperature.…”
Section: Effect Of Mechanical Grinding On Activationmentioning
“…The desorption curves show the same trend as the absorption curves with increasing cycles. It was reported that intermetallic hydriding alloy surface area increases greatly in the first several absorption/desorption cycles [15], and the increased absorption/desorption rate is associated with the formation of the new surfaces. Unlike LaNi 4.7 Al 0.3 , mechanical grinding has no effect on the activation behavior of CaNi 5 or Mg 2 Ni under ambient pressure and temperature.…”
Section: Effect Of Mechanical Grinding On Activationmentioning
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