Sentence examples for high frequency resistance from inspiring English sources

Species distribution data are combined with measured high frequency resistance and current distribution.

In the present study, the effect of the double GDBL was investigated by measuring high frequency resistance (HFR) and electrochemical impedance spectroscopy (EIS).

Data from galvanotstatic polarization curves up to 4 A/combinedined with high frequency resistance measurements are analyzed using a zero-dimensional Tafel model.

The current configuration allows examination of spatial resolution of the cell current and cell voltage with respect to well-defined baseline reference measurements, as well as measurement of the high frequency resistance (HFR) distribution and spatial ac impedance spectroscopy.

In order to analyze the electrochemical results with respect to the overpotentials, a power source with integrated high frequency resistance (HFR) as well as electrochemical impedance spectroscopy (EIS) measurement capabilities is implemented.

High temperature (120 °C) hydrogen/air fuel cell experiments indicated better Nafion®-bonded electrode adhesion for the partially fluorinated materials, as depicted by lower high frequency resistance values obtained at 0.5 V.

This interpretation is based on an end-of-life characterization, aimed to investigate catalyst, electrode and membrane degradation, by determining hydrogen crossover rates, high frequency resistances, electrochemically active surface areas and catalyst particle sizes.

Polarization curves and high-frequency resistance were measured for several humidity levels for each of the flow fields.

Thus, deterioration is assessed by measuring the high-frequency resistance (HFR) and the charge-transfer resistance (CTR).

However, the high-frequency resistance (HFR) in this case is slightly higher than that in grooved flow channels and GDLs.

Region of ideal polarizability, values of series capacitance, high-frequency resistance, time constants, etc. have been established.