Sentence examples for capability discharge from inspiring English sources

The coated cathode demonstrated an enhanced rate capability, discharge capacity, and cyclic performance than the uncoated cathode.

Further, pore structure, carbon loading, rate capability, discharge depth and the air's effect are exploited and coordinated, targeting for a high power and reversible lithium-air battery.

This unique current collector enables the smooth transfer of electrons and Li+-ions through the thick cathode, resulting in a good rate capability (discharge capacity ratio of 1.0 C/0.2 C = 0.980) and a high charge-discharge cycle performance (80% of the initial capacity at 2000th cycle) even though the electrode thickness is 400 μm.

As UUK suggests, amending the legislation to require the OfS to "act in a manner compatible with the principles of institutional autonomy" would go a long way to establishing it as a body that was truly at arms' length from government while maintaining the capability to discharge its proper functions.

In addition, obtained experimental results were compared with analytical model to assess the predictive capability of discharge pressure value and reasonable agreement was obtained.

Many microorganisms have the innate capability to discharge and/or receive electrons to and from solid state materials such as electrodes.

The rate capability and discharge capacity were significantly enhanced when the composites were heat-treated in N2, which is attributed to the high conductivity of the composite owing to the presence of carbon.

Also, NTCLi delivers good rate capability with discharge capacity of up to 112 mAh g− 1, even at a current density as high as 2 C, indicating the as-prepared sample could be a promising candidate as anode materials for lithium-ion batteries.

The nanocomposite exhibits a high specific capacity of 1065 mA h g−1 at 0.1 A g−1, good cycle stability (remaining the specific reversible capacity of 708 mA h g−1 after 100 cycles at a current density of 0.1 A g−1), and a stable rate capability (the discharge capacity with retention of 98.5% when the current density returns from 2 to 0.1 A g−1).

Beyond the achieved high capacitance value, the rate capability (charge-discharge capacitance at high current density) is also outstanding.

The resultant composite electrode exhibits good high-rate charge-discharge capability with a high discharge capacity of 479 mAh/g at 3C after 100 cycles.