Sentence examples for stable charge from inspiring English sources

All but one display a sufficiently stable charge collection efficiency up to 1000 V.

In addition, very stable charge and discharge voltages of 2.2 and 1.0 V, respectively, are obtained over 60 cycles.

He was shocked to see them blinking on and off like Christmas lights, suggesting that they lost their charge altogether rather than using the stable charge difference to pump ions across the membrane.

Furthermore, we achieved a more controllable and reliable memory effect due to stable charge storage in deep nanoparticle traps, as compared to shallow HfO2 defect states.

For stratified-charge operation, CFD modeling has been applied to optimize the matching between intake flow motion and the spray configuration to generate stable charge stratification with the least amount of smoke emissions over a wide operation window.

EIS measurements of the Li3VO4/Ni electrode show low and stable contact and charge-transfer resistances in cycling, suggesting highly stable charge transfer process and Li-ion diffusion coefficient.

The stable charge-discharge platform of negative electrode is conductive to the sufficient utilization of AC positive electrode.

Homemade Zn-air battery exhibited stable charge-discharge durability over 180 cycles, with an overpotential increase of only 0.15 V.

The high power density (333.7 mW cm−2), larger specific capacity (732 mAh g−1), and excellent rechargeability (1200 stable charge-discharge cycles) proves the feasibility of CoFe2O4@CNTs application in large power energy-storage and conversion electronics.

With a controlled specific capacity (744 mAh g−1) twice that of the state-of-art for graphite, we obtained stable charge-discharge cycling with a high Coulombic efficiency of ∼98.4% over more than 50 cycles at 0.2 C (74.4 mA g−1) in a carbonate electrolyte.

It is shown that PAni, as a component of lithium battery electrodes, could be subjected to stable charge-discharge cycling in the 1.0 4.2 V vs. Li/Li+ potential range and that decrease of the lower limit of the potential range below 1.0 V could lead to the formation of an SEI layer, which causes the irreversible reduction of PAni electrochemical performance.