Regulating the Microstructure, Texture, Electrochemical Behavior and Discharge Performance of Mg–Sn–Bi–Gd Alloy Anodes for Mg–Air Batteries through Extrusion Ratio Control
This study demonstrates that controlling the extrusion ratio of Mg–Sn–Bi–Gd alloy anodes effectively regulates their microstructure and electrochemical kinetics, with the ER16 condition yielding the highest discharge stability and anode efficiency (36.2%) due to a loose, uniform product layer that facilitates electrolyte penetration and continuous Mg(OH)₂ detachment.
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