An efficient macroporous catalytic cathode for Li-S battery
来源期刊：材料导报2021年第1期
论文作者：孙创超 陈立新 范修林
文章页码：1001 - 1002
摘 要：<正>Beyond a doubt,Li ion battery （LIB） has reshaped our livesfundamentally since its advent in 1990s. After 30 years’ optimization,the energy density of LIBs based on intercalation chemistries has approached the limit of～300 Wh/kg. Any further improvement of energy density calls for new battery chemistries,among which Li-S batteries are regarded as one of the most promising energy storage alternatives because of the high theoretical specific energy （2 600 Wh/kg） and low cost of the sulfur since their renaissance in 2009[1].
孙创超，陈立新，范修林
State Key Laboratory of Silicon Materials and School of Materials Science and Engineering,Zhejiang University
摘 要：<正>Beyond a doubt,Li ion battery （LIB） has reshaped our livesfundamentally since its advent in 1990s. After 30 years’ optimization,the energy density of LIBs based on intercalation chemistries has approached the limit of～300 Wh/kg. Any further improvement of energy density calls for new battery chemistries,among which Li-S batteries are regarded as one of the most promising energy storage alternatives because of the high theoretical specific energy （2 600 Wh/kg） and low cost of the sulfur since their renaissance in 2009[1].
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