Abstract Three types of Mg–Al-based anodes Mg–3Al–Zn, Mg–6Al–Zn, and Mg–6Al–Sn
(wt.%) alloys were produced. The influences of Al and Sn on microstructure, corrosion …

The discharge performance of Mg-6wt.% Al-1wt.% Sn alloy is enhanced by hot extruding
and subsequent annealing treatment. Limited dynamic recrystallization is observed during …

The discharge behaviors of rolled Mg–6 mass% Al–0.3 mass% Mn–2 mass% Ca (AMX602)
and Mg–6 mass% Al–0.3 mass% Mn (AM60) alloys used as anodes for Magnesium–air …

Magnesium alloys are promising anode candidates for energy storage and conversion
devices, which give rise to Mg-air batteries as the main development direction of next …

This paper investigates the microstructure, corrosion, electrochemical behavior, and the
discharge performance of Gallium (Ga) alloyed Mg-Al-Zn alloys using the gravimetric …

Abstract Mg-6wt.% Al-1wt.% Sn alloys under different conditions are prepared. Primary
magnesium-air batteries are assembled using such experimental Mg-Al-Sn alloys as …

In this work, the discharge properties and electrochemical behaviors of as-cast AZ80-La-Gd
anode for Mg-air battery have been investigated and compared with the AZ80 anode. The …

Mg alloys are promising anode materials for metal-air batteries because of their high
theoretical voltages, high current capacities, and environmental friendliness. In this paper …

The purpose of this study is to select a common commercial Mg alloy to function as an
anode for Mg-air batteries, with low anode passivation and minimal hydrogen evolution …

Mg-3wt% Al anodes with Sn, Ga and In were prepared by melting and heat-treatment in
electric resistance furnace. The electrochemical discharge behavior of these anodes in 3.5 …