Sentence examples for increased discharge capacities from inspiring English sources

When cycled in the voltage range of 3.0 4.4 V, graphite-LiCoO2 full cells with 0.2 wt% TPPA exhibited 10% increased discharge capacities after 200 cycles compared to those of control cells with no such additive.

Nd increased C14 phase abundance, decreased the plateau pressure, increased gaseous phase hydrogen storage capacities, and increased discharge capacity and bulk hydrogen diffusion.

The SEM image analysis suggests that the increased discharge capacity can be mainly attributed to the fact that the gradient cathode can not only increase oxygen transport pathways but also retain a sufficiently large specific surface area.

The high cycle performance with increased discharge capacity is attributed to the coated poly (styrenesulfonate) (PSS) shell, which takes part in lithium ion storage and prevents the growth of a solid electrolyte interface (SEI) layer.

In contrast, instead of focusing on enhancing ecological processes in general (at the river basin level), river planners would need to scale down and focus on enhancing ecological processes in areas where these can contribute to increasing discharge capacities locally.

CFR in restrained lowland rivers is based on the principles of bio-geomorphological processes at the river reach level where a semi-natural floodplain landscape is created by reworking sediment patterns and resetting vegetation to pioneer stages while increasing discharge capacities.

Opportunities that then arise include the coupling of issues (e.g. sand extraction and increasing discharge capacities), the possibility to move to areas where costs are lower (e.g. by avoidance of contaminated soil) and the inclusion of the current intervention as part of a longer term cyclic strategy instead of a design in isolation.

Piano Key Weirs (PKW) have been invented in the last decade to increase discharge capacity of hydraulic structures.

The electrochemical results showed increasing discharge capacity and cycleability of the assembled cells produced with TPFPB as compared to TPFPB free electrolytes.

Zn-Ni battery performance tests indicate that a suitable concentration of soluble CMC will decrease charge and discharge polarization and increase discharge capacity.

With increasing discharge rate, the capacity of the activated carbon (AC)/lithium (Li) cell decreases with increasing the slope of the discharge curve and its potential drop at 4.6 V.