fig11

Figure 11. (A) Scheme for synthesis of layered Li-rGO/Ti₃C₂T_x composite anode. (B) Cycling performance of symmetric batteries based on Li-rGO/Ti₃C₂T_x and bare Li electrodes under 10 mA cm^-2/3 mAh cm^-2. (C) Cycling performance of LSBs based on bare Li metal and Li-rGO/Ti₃C₂T_x anodes at 1 C. Reproduced from Ref.^[120] with permission from WILEY-VCH. (D) Schematic diagram of preparation process of LSB dual electrodes based on 3DP N-pTi₃C₂T_x framework. (E) Cyclic performance of symmetric cells at 5.0 mA cm^-2/5.0 mAh cm^-2. Inset: the selective voltage-time profiles for corresponding symmetric cells. (F) Rate performance of 3DP N-pTi₃C₂T_x/S||3DPN-pTi₃C₂T_x@Li lithium-sulfur full battery. Inset: LSB full cell powering a red LED indicator (E/S ratio: 9 μL mg^-1). (G) Cyclic life of 3DP N-pTi₃C₂T_x/S||3DP N-pTi₃C₂T_x@Li LSB full cells at 0.1 C at different sulfur loadings (E/S ratio: 5 μL mg^-1). Reproduced from Ref.^[121] with permission from Elsevier.