"discharge capability" is a correct and usable phrase in written English.
It is typically used to describe the ability of a system or device to release or expel something, such as a liquid, gas, or electrical charge. Example: The new model of the vacuum cleaner boasts a powerful discharge capability, allowing it to quickly and efficiently remove dirt and debris from carpets.
However, heavy W substitution causes a discharge capability loss.
Relief ratio indicates that the discharge capability of watershed is very high and the groundwater potential is meagre.
Relief ratio indicates that the discharge capability of the watersheds is very high and ground water potential is meagre.
Moreover, the material shows excellent high-rate charge and discharge capability and long-term cyclability.
Similarly, this study configured a lithium ion battery as the secondary energy source because of its rapid discharge capability.
Larger VDA discharge capability will introduce larger reactivity feedback, as well as induce lower core level and SG level.
The rate-capacity effect of a battery causes capacity to vary nonlinearly with discharge current; omitting this effect simplifies the model, but leads to over-estimation of discharge capabilities.
Liu and co-workers describe how MIL-100(Fe) can be used as both a porous template and source of iron and carbon starting materials by a carbothermal reduction reaction; this leads to a material of high surface area displaying excellent discharge capabilities due to the ease of Li+ and electron transfer.
Resolving the large volume changes and achieving the ultrafast charge-discharge capability for the alloy anode of sodium-ion batteries (SIBs) are needed urgently.
The presence of well-dispersed CNTs in Nb2O5 can apparently reduce the limitation from diffusion process and increase the high rate charge-discharge capability.
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.
