Synthesis and characterization of new phosphate-based ionic conductors for Lithium/Sodium-ion batteries

Phosphate glasses are technologically essential because they generally have higher thermal expansion coefficients, lower glass transition temperature, and higher electrical conductivity than silicate and borate glasses. Fast ionic conduction glasses have been widely studied for technologically critical applications such as solid electrolytes in high-energy-density electrochemical generators, particularly solid-state rechargeable batteries. A detailed understanding of the ionic conduction mechanisms in these glasses is one of the essential features of the development of solid electrolytes...

Phosphate glasses; Glass Transition; Batteries; solid electrolytes; Energy

Physical Chemistry of Materials; Solid State Chemistry (or equivalent)

November 11, 2024

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Belkheir HAMMOUTI