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• W4290644241 abstract "The exploration of solid-state sodium superionic conductors with high sodium-ion conductivity, structural and electrochemical stability, and grand interface compatibility has become the key to the next-generation energy storage applications with high energy density and long cycling life. Among them, halide-based compounds exhibit great potential with the higher electronegativity of halogens than that of the sulfur element. In this work, combined with first-principles calculation and ab initio molecular dynamic simulation, the investigation of trivalent metal iodide-based Na superionic conductors C2/m-Na3XI6 (X = Sc, Y, La, and In) was conducted, including the fast ion transport mechanism, structural stability, and interface electrochemical compatibility with electrode materials. Along with the tetrahedral-center saddle site-predominant three-dimensional octahedral-tetrahedral-octahedral diffusion network, C2/m-Na3XI6 possesses the merits of high Na ionic conductivities of 0.36, 0.35, and 0.20 mS cm-1 for Na3ScI6, Na3YI6, and Na3LaI6, respectively. Benefiting from its structural stabilities, C2/m-Na3XI6 exhibits lower interface reaction energy and better electrochemical compatibility in contact with both Na metal and high-voltage poly-anion (fluoro)phosphate cathode materials than those of sulfide-based ones. Our theoretical work provides rational design principles for screening and guiding iodide-based C2/m-Na3XI6 (X = Sc, Y, La, and In) as promising Na superionic conductor candidates used in all-solid-state energy storage applications." @default.
• W4290644241 created "2022-08-08" @default.
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• W4290644241 date "2022-08-08" @default.
• W4290644241 modified "2023-10-14" @default.
• W4290644241 title "Fast Ion Transport Mechanism and Electrochemical Stability of Trivalent Metal Iodide-based Na Superionic Conductors Na₃XI₆ (X = Sc, Y, La, and In)" @default.
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• W4290644241 doi "https://doi.org/10.1021/acsami.2c09814" @default.
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