机译:具有高度浓缩LITFSI的离子液体电解质,用于锂金属电池
School of Materials Science &
Engineering Beijing Key Laboratory of Environmental Science and Engineering Beijing Institute of Technology;
School of Materials Science &
Engineering Beijing Key Laboratory of Environmental Science and Engineering Beijing Institute of Technology;
School of Materials Science &
Engineering Beijing Key Laboratory of Environmental Science and Engineering Beijing Institute of Technology;
School of Materials Science &
Engineering Beijing Key Laboratory of Environmental Science and Engineering Beijing Institute of Technology;
School of Materials Science &
Engineering Beijing Key Laboratory of Environmental Science and Engineering Beijing Institute of Technology;
School of Materials Science &
Engineering Beijing Key Laboratory of Environmental Science and Engineering Beijing Institute of Technology;
School of Materials Science &
Engineering Beijing Key Laboratory of Environmental Science and Engineering Beijing Institute of Technology;
Electrolyte; Ionic liquid; High concentration; Lithium metal anode; LiTFSI;
机译:具有高度浓缩LITFSI的离子液体电解质,用于锂金属电池
机译:用于长寿命实用锂金属电池应用的醚侧辅助超浓离子液体电解质中增强的离子输送
机译:本质上不易燃的离子液体型局部高度浓缩电解质使高性能Li-Metal电池
机译:ET_4NTFSI-LITFSI混合物的相位行为和电导率 - 用于离子液体锂电池电解质的模式)系统
机译:有机/离子液体电解质与强力纺丝金属氧化物/碳超细纤维电极在锂离子电池中的应用
机译:具有离子液体保护功能的纳米级锂粉用于高度稳定的可充电锂金属电池
机译:通过使用超浓鏻的离子液体电解质来改善循环寿命,用于阳极和锂金属电池