NbCl5 and CrCl3 catalysts effect on synthesis and hydrogen storage performance of Mg–Ni–NiO composites

Wan, Qi; Li, Ping; Wang, Teng; Qu, Xuanhui; Zhai, Fuqiang; Volinsky, Alex A.; Logan, Philip

doi:10.1007/s12034-014-0631-z

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Nanostructured Mg-based Hydrogen Storage Materials Prepared ...1

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2022

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“…The following parameters were varied during the course of these studies:  Type of the main starting component in the charge: individual Mg [44,45,98,99,175,[194][195][196][197], Mg alloys [175,[198][199][200][201][202][203], or MgH 2 [63,184,188,[203][204][205][206];  Catalytic additives (see present review);  Milling medium: inert gas (mostly, argon [45,98,99,187,194,206], less frequently N 2 [164,207,208] or He [199]), hydrogen [44,175,185,197], or organic liquid [164,209]. Sometimes the milling was carried out in vacuum [210] or even in air without any protective atmosphere [211,212].  Type of milling machine: mostly planetary [34,98,175,197] and...…”

Section: Nanostructured Mg-based Hydrogen Storage Materials Prepared ...mentioning

confidence: 99%