What question did this study set out to answer?

To improve the performance of lithium-oxygen batteries using a seeding effect without catalysts.

May 6, 2026Chemical Communications0 citations

A seeding strategy enables catalyst-free high-rate lithium-oxygen batteries

RSRongze SunQingdao University WNWenjie NiuQingdao University NZNing ZhaoQingdao University

Key Points

To improve the performance of lithium-oxygen batteries using a seeding effect without catalysts.
Developed a pre-nucleation strategy to establish a seeding effect.
Focused on surface-directed growth of Li2O2.
Investigated the high-surface-energy facets involved in the growth process.
Enhanced lithium-oxygen battery performance without catalysts.
Achieved high-rate operation through the seeding effect.

Abstract

A pre-nucleation strategy is developed to establish a seeding effect for high-rate lithium-oxygen batteries without relying on catalysts. The seeding effect guides the surface-directed growth of Li2O2 along high-surface-energy facets,...

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