Electrochemical and structural characteristics of amorphous MgNi (x≥1) alloys prepared by mechanical alloying

Comparative evaluation of Mg?Ni hydrogen absorbing materials prepared by mechanical alloying

“…From the above observations on the wet milled compositions, it may be noted that as the nickel content increases, the milling time for the formation of Mg 2 Ni and for possible amorphisation decreases. Similar observations on amorphous phase formation have been reported elsewhere [17,18].…”

Enhanced electrochemical properties of nonstoichiometric amorphous Mg2Ni1.3 electrodes

“…By comparing Figure1(b) and (c), it may be noted that amorphisation of the alloy could be easier with further addition of Ni powder. Similar observations on amorphous phase formation have been reported elsewhere [11,12]. high catalytic activity [9].…”

Effect of transition metal additions on the electrochemical properties of a MgNi-based alloy

“…The composition of these ternary alloys was established in view of maintain the 1:1 atomic ratio between Mg and Ni. The adoption of this alloy design criteria was motivated by some reports stating the large discharge capacity of the Mg-50 at.% Ni alloy [12,13].…”