The aprotic lithium-oxygen battery(Li-O_(2) battery) has attracted much attraction for the future advanced battery technologies due to its ultra-high theoretical energy density that can well meet the ever-growing ener...The aprotic lithium-oxygen battery(Li-O_(2) battery) has attracted much attraction for the future advanced battery technologies due to its ultra-high theoretical energy density that can well meet the ever-growing energy demand of portable electronic products,electric vehicles(EVs),smart grids,and so on [1-5].In principle.展开更多
基金financial support from National Key R&D Program of China(Grant No.2016YFB0100100)the National Natural Science Foundation of China(Grant Nos.21972133 and 21805070)the Newton Advanced Fellowships(NAF/ R2/180603)。
文摘The aprotic lithium-oxygen battery(Li-O_(2) battery) has attracted much attraction for the future advanced battery technologies due to its ultra-high theoretical energy density that can well meet the ever-growing energy demand of portable electronic products,electric vehicles(EVs),smart grids,and so on [1-5].In principle.
