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 …

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 …

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 …

Abstract Three Mg–Sn alloys (with Sn contents of 1, 3, and 5 wt%) were investigated as
anodes for magnesium-air batteries. The effect of Sn addition on the microstructure …

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 …

Controlling the microstructure and discharge performance of Mg-based alloys is of great
importance and aimed at optimizing magnesium anode materials to the level required for …

Abstract The effect of Al, Sn and Mn on the electrochemical properties of extruded
magnesium alloy anode was systematically investigated by orthogonal design. The optimal …

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 …

In this research, cast magnesium alloys AZ31-x Gd are assessed as anode material
candidates for primary Mg-air batteries. The effects of Gd content in the microstructure …

In this work, Ca was introduced into the Mg-3Sn alloy as an environmentally friendly
element. The electrochemical performance and discharge properties of Mg-3Sn-xCa (x= 0 …