Exact(1)
However, the low-temperature AC impedance measured at −40 °C shows reduced charge transfer resistance and increased double layer capacitance in the Mo-containing alloys.
Similar(59)
For different solvents, g increases with increasing double layer thickness, d, or decreasing minimum double layer capacity, Cmin.
We show that if the fixed charge density is fixed, then the mobility increases with increasing double layer thickness, and the mobility increases with increasing fixed charge density.
We show that for a specified fixed charge density, the electrophoresis mobility of the toroid increases with increasing double layer thickness, and the higher that density the larger the mobility.
For example, if the friction coefficient of the membrane layer and/or the boundary is large, then the DLP effect can be offset by the electroosmotic retardation flow, making the particle mobility to decrease with increasing double layer thickness, which is qualitatively consistent with many experimental observations in the literature, but has not been explained clearly in previous analyses.
All three quantities decrease with increasing double-layer field.
The charge transfer electrical resistance increased, the double layer capacitance decreased, and other characteristic parameters are observed with increasing differential stress.
One way to increase the double layer capacitance of the material is to increase its specific surface area.
In addition, it improves charge/discharge performances and electrochemical reversibility by elevating the oxygen evolution potential, increasing the double layer capacity Cdl and decreasing the charge transfer resistance Rct.
Electrochemical impedance data revealed that polarization resistance (RP) increases and double layer capacitance (Cdl) decreases as the concentration of the inhibitors increases.
The higher values of E a * in inhibited solution might also be correlated with the increased thickness of double layer [30].
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