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More importantly, stronger interfacial dipoles can also decrease the charge accumulation within the bulk photovoltaic layer.
We observe that stronger interfacial dipoles can significantly decrease the charge extraction time and consequently increase the charge extraction efficiency.
Furthermore, MWCNT electrodes increase polymer permeability and decrease the charge trapping phenomenon involved in the oxidation and reduction of the polypyrrolic skeleton of the Ru II) functionalized polymers.
The tightly bound structure with FCNTs could enhance electronic conductivity, decrease the charge transfer resistance, and increase the lithium diffusion coefficient, thus improving rate capability of TiO2 remarkably.
According to impedance analysis, the etching step can decrease the charge transfer resistance and Warburg impedance, thus improving the pseudocapacitive property.
PANI incorporation in LiV3O8 could decrease the charge transfer resistance, increase the lithium diffusion coefficient during the lithiation process and improve the electrochemical reversibility.
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Depending on the application requirements, it is possible to use high-charging current in order to decrease the charging time.
The outstanding electrochemical performance of Co3O4-coated NCA is assigned to the surface coating of Co3O4 that may react with lithium-containing impurities on the surface and decrease the charge-transfer resistance.
One of the most commonly applied strategies involves using high-capacitance electroactive materials to decrease the charge-transfer resistance at the electrode/electrolyte (electrode/neural-tissue) interface.
When the frequency deviation is negative, an EV will increase the discharging power or decrease the charging power to elevate system frequency.
This electrode decreased the charge transfer resistance, exhibited an excellent electrochemical performance, and enhanced electron transfer capabilities.
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