Kai Yuan

TL;DR: The findings presented indicate the enormous potential of layered metal dichalcogenides as advanced electrode materials for high-performance KIBs and also provide new insights and understanding of K+ storage mechanism.

TL;DR: In this article, the authors divide the commercialization process of AMBs into three stages: the first stage is fundamental researches on alkali-metal anodes, the second stage is the application of alkali metal anodes in high-energy-density battery systems, and the third stage is satisfying the needs of industrialization.

TL;DR: A practically scalable paradigm is established to fabricate dendrite-free Li anodes by spraying a GO layer on the Li anode surface for large-scale production of LiFePO4 /Li pouch cells, reflected by the continuous manufacturing of the SR-G-Li anodes based on the roll-to-roll technology.

TL;DR: Selenium-doping in a sulfur-based cathode to prevent dissolution of polysulfide intermediates, leading to ether compatibility, high capacity and stable cycling, and a promising solution towards applicable lithium-sulfur batteries.

TL;DR: A brand new polysulfide entrapping strategy based on the ferroelectric effect has been demonstrated for the first time, significantly improving the cycle stability of Li-S batteries.