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Table 1 summarizes the discharge capacities and capacity retentions of the samples for all current densities.
Improved charge and discharge capacities, and capacity retention were obtained, as compared with electrodes containing Al-foil current collector.
AC has the highest charge capacities and capacity retention ratio in spite of little influence by heat treatment.
Table 1 summarizes the discharge capacities and capacity retentions of the samples measured at various current densities (3rd, 6th, 11th, 21st, and 31st cycles of Fig. 6a).
Furthermore, we demonstrate that the incorporation of multiwalled carbon nanotubes enables the enhanced reversible capacities and capacity retention of CuO nanodisc electrodes on cycling by offering more efficient electron transport paths.
Furthermore, the enhanced reversible capacities and capacity retention in the CuO nanodisc composite electrodes, by the incorporation of multiwalled carbon nanotubes (MWCNTs), are reported by offering better efficient electron transport paths.
Similar(51)
Ideal typical forms of sequences are capacity extension (increasing available capacity), capacity stagnation (constant available capacity) and capacity downsizing (decreasing available capacity).
Plant volume flexibility is measured as the difference between plant capacity and capacity utilization.
The output responses are initial discharge capacity and capacity retention ratio.
Among all three phases, Cu6Sn5 shows both the highest capacity and capacity retention.
Table 1 Discharge capacity and capacity retention of the Li[Li0.2Ni0.16Mn0.56Co0.08]O2/Super P composite for various current densities.
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