fig13
![Recent progress and prospect of Li-Se batteries: a comprehensive review](https://image.oaes.cc/1bc7a1b5-1b2f-4a69-a93b-d9fb3bdbdb68/5763.fig.13.jpg)
Figure 13. (A) SEM image of the Se/MPCS composite, (B) HRTEM image of the Se/MPCS composite, (C) elemental mapping of selenium before the test, (D) Rate capability of Se/MPCS composites in a lithium half-cell, (E) Cycling performances of the Se/MPCS-NMC full cell at 1 C[19], Copyright 2014, The Royal Society of Chemistry. (F) SEM images of Se/C composite and (G) mesoporous carbon spheres, (H) Rate capability of the Se/C composite, (I) Cycling performance of the Se/C composite[31], Copyright 2013, American Chemical Society. (J) Synthesis protocol designed to obtain hollow carbon spheres, (K) Rate capability of Se@HCS200 cathode, (L) Cycling performance of Se@HCS200 cathode[77]. Copyright 2019, American Chemical Society.