Li 含量对 li la tio 固态电解质 表面稳定性、电子结构及 离子输运性质的影响

HIGHLIGHTS

• who: uff1a et al. from the (UNIVERSITY) have published the research work: Li u542bu91cfu5bf9 Li La TiO u56fau6001u7535u89e3u8d28 u8868u9762u7a33u5b9au6027u3001u7535u5b50u7ed3u6784u53ca u79bbu5b50u8f93u8fd0u6027u8d28u7684u5f71u54cd, in the Journal: (JOURNAL)

SUMMARY

Li3xLa(2/3) - x† (1/3) -2xTiO3(LLTO) is a promising solid-state electrolyte for Li-ion batteries. The authors study the effect of Li content on the stability, electronic and Li-ion diffusion properties of LLTO surface based on firstprinciples and molecular dynamics simulations. The authors consider both Li-poor and Li-rich LLTO surfaces. LLTO surface gives better stability when Li content is 0.17, 0 . . .

 



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