Solid-State
Pages 165–167 (3 pages)
Text on page 166
Na(Ti,Zr,Sn,Hf)2(PO4)3
Li3(La,Pr,Nd)3(Te,W)2O12
Researchers from Lawrence Berkeley National Laboratory and Florida State University developed a high-entropy lithium and sodium solid electrolytes with superionic conductivity for solid-state lithium/sodium-based batteries. High-entropy metal cation mixing in the solid electrolytes induces disorder, enabling an overlapping distribution of site energies, and reducing the activation energy of lithium diffusion, thereby promoting ionic conductivity by orders of magnitude.
A new strategy to enhance superionic conducting structural frameworks for solid-state lithium and sodium batteries 166
Research: Solid State Source: Zeng, Ouyang, Liu, Byeon, Cai, Miara, Wang, and Ceder; Botros and Janek
Volta Foundation
Extracted from the PDF; charts and images may read imperfectly.
Page 166 · 2/3