Investigation of lithium polysulfide diffusion and speciation in solid-state hybrid electrolyte.
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Aimar, Clara
- Boulmier, Thomas
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Campeon, Benoît
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Coron, Eddy
- De Paula Ramos, Marcela
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Devaux, Didier
- Iles Velez, Alisson Andrea
- Martins, Florian
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Villaluenga, Irune
- Zrikem, Khawla
Verleger: European Synchrotron Radiation Facility
Datum der Publikation: 2027
Art: Dataset
Zusammenfassung
Lithium/Sulfur batteries with solid electrolyte are good candidates to replace Li-ion batteries. In Li-ion the liquid electrolytes are flammable by nature and moving to a safe solid-state one is of interest. In addition, solid electrolytes are foreseen as a solution to avoid the main drawback of such batteries, i.e. polysulfide shuttle. During cycling, the soluble products, Li polysulfide (Li2Sx, 2