Fig. 3: Electrochemical performances of half–cells, symmetrical cells and full cells. | Nature Communications

Fig. 3: Electrochemical performances of half–cells, symmetrical cells and full cells.

From: Industrializable interlayer with catalytic conversion of dead lithium for Ah–level Nickel–rich lithium metal batteries

Fig. 3

a The CE of CP and CP@ZnO(002) calculated using Aurbach method. The CE and corresponding potential profiles at different current densities: (b, d) 1, and (c, e) 5 mA cm−2. f Hysteresis voltage of Li/CP | | CP/Li and Li/CP@ZnO(002) | | CP@ZnO(002)/Li symmetrical cells. g Cycling performance of Li/CP | | NCM811 and Li/CP@ZnO(002) | | NCM811 full cells. h Schematic diagram of Li/CP@ZnO(002) | | NCM90 pouch cell. i Cycling performance of Li/CP@ZnO(002) | | NCM90 pouch cells. j Performance comparison of Li/CP@ZnO(002) | | NCM90 pouch cell with related cutting–edge works.

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