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Mg2NiH4 was prepared by hydriding combustion synthesis (HCS) method firstly. Then, the as prepared Mg2NiH4 was mechanically milled with LiAlH4 to form a novel composite of 4LiAlH4 + Mg2NiH4. Hydrogen storage properties and reaction mechanism of the 4LiAlH4 + Mg2NiH4 composite during hydrogenation/dehydrogenation have been investigated systematically by pressure-composition-temperature (PCT), differential...
MgH 2 was prepared by HCS (hydriding combustion synthesis) method, and the as-prepared product (HCS MgH 2 ) was further combined with LiAlH 4 by mechanical milling in order to form a new composite of HCS MgH 2 + LiAlH 4 . Structural and hydrogen storage properties of the HCS MgH 2 + LiAlH 4 composite have been investigated systematically by...
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