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Mapping Long-Range 3D Lithium Diffusion in Solid Electrolytes Using PGSE NMR, XRD, and MD Simulations: From Model Hydrides to Advanced LGPS Superionic Conductors
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Mapping Long-Range 3D Lithium Diffusion in Solid Electrolytes Using PGSE NMR, XRD, and MD Simulations: From Model Hydrides to Advanced LGPS Superionic Conductors

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Solid-state lithium electrolytes are critical to the development of safe and efficient electrochemical cells. They eliminate flammable organic solvents, physically suppress dendrite growth, and significantly extend battery life for long-duration energy storage applications. Macroscopic ion transport in these materials is strictly governed by the topology, dimensionality, and local anisotropy of di
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