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Is it a stable capacity of an individual?
The mesoporous lithium titanate exhibited a stable capacity of 160 mAh g−1 at 0.5 C.
In particular, Cu-coated (50 nm) nb-Si has the lowest capacity fading and a stable capacity retention during cycling.
Moreover, a linear dependence between a stable capacity after 60 cycles and free carbon content in the ceramic is found.
The composite containing 60 wt.% of Si/Ni alloy exhibited a stable capacity of ∼780 mAh/g.
Even at 2000 mA g−1, a stable capacity as high as 448.9 mAh g−1 could be achieved.
A stable capacity of 773 mAh g−1 can still be obtained even when the anode increases to 900 nm.
These hollow nanocomposites deliver a stable capacity of about 210 mA h g−1 at a high rate of 4.8C (1C denoted as 625 mA h g−1).
However, composite GA maintained a stable capacity, while composite GN exhibited a rapid increase of capacity, showing similar tendencies as those observed for composite HA and HN, respectively.
Figure 5c demonstrates the optimized shell of 25 nm performing, resulting in a stable capacity of 810 mAh g−1, even after 500 cycles.
Moreover, quaternary-type nitrogen and oxidized pyridinic nitrogen are able to maintain a stable capacity during fast charging and discharging [28].
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