Synergistic Halide and Phosphate Ester Electrolytes for Overcoming Corrosion and Interfacial Challenges in Magnesium Batteries

Key Points

• The study aims to address the limitations in magnesium batteries related to anode passivation and electrolyte-induced corrosion.
• Developed a universal electrolyte strategy combining halide and phosphate esters.
• Conducted tests on electrolyte performance in preventing corrosion and improving Mg2+ transport.
• Analyzed interfacial challenges associated with magnesium batteries.
• Showed reduced anode passivation when using the new electrolyte formula.
• Demonstrated improved Mg2+ transport across the electrolyte interface.
• Indicated enhanced battery performance and longevity compared to traditional electrolytes.