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Harvard Engineers Develop Game-Changing Solid-State EV Battery: 10-Minute Charge, Over 6,000 Cycles

Harvard's solid-state battery features a lithium metal anode, providing ten times the capacity of conventional graphite anodes. ....

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"Strategies for Sodium Metal Batteries with Long Lifespan and High Safe" by Ming Zhu

Sodium metal as anode material applied to SMBs has gained considerable attention in recent years, owing to its high theoretical capacity (1166 mAh g-1), low cost and earth abundance when compared with Li metal. However, there is still a long way to go before realizing the practical application of SMBs. Sodium metal anode (SMA) suffers from challenging issues, such as unstable SEI, Na dendrites growth, and infinite volume change during cycling, etc, leading to rapid capacity decay, shortened lifespan and even safety concerns. So far, a variety of strategies have been put forward to addressing the above problems and developing high-performance SMBs, including in interfacial engineering, improving electrolyte recipes advanced Na electrode engineering, which are reviewed in this dissertation. My doctoral work mainly focuses on enhancing the stability and safety of Na electrode to improve the performance of SMBs, including in in situ build an ASEI on Na metal electrode, exploring functional ....

Na Metal Anode , Endrite Prevention , Protection Layer , Electrolyte Additive ,