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Impedance spectra were analyzed by fitting an equivalent circuit, which modeled: the ionic conductivity, the dielectric constant, the electric polarization due to inhomogeneity in the bulk of sample and the electrode polarization.
Similar(59)
The method employs the simplified approximation of fitting an equivalent ellipse.
Sample sizes were calculated by fitting an empirical function to the results of previous studies [23] to determine how the % relative standard deviation (%RSD; equivalent to the coefficient of variance) scales with the number of positive individuals sampled.
The EIS data were analyzed by fitting with an equivalent electrical circuit model (Fig. 4i), and the fitted impedance data are listed in Table 1, where the oblique line is related to the Li+ diffusion within the active material, and the semicircle is applicable to the charge-transfer resistance (R ct) between the electrolyte and active material [48, 49].
The measurement data for some experimental conditions was quantified by fitting into a equivalent circuit corresponding to a physical model both of them developed earlier.
The impedance spectra for Nyquist plots were analyzed by fitting to equivalent circuit model (Fig. 8), which was used to describe carbon steel/solution interface.
The charge transfer resistance can also be determined by fitting the equivalent circuits or directly measuring the diameter of the semicircle in the Nyquist plots.
The impedance spectra for Nyquist plots were analyzed by fitting to the equivalent circuit model [32, 36], which was used to describe an iron/acid interface given in Fig. 6.
These trends are consistent with that obtained by fitting equivalent electrical circuits to the experimental spectra.
The results of the EIS studies were analyzed by fitting the appropriate equivalent circuit.
The impedance spectra for the Nyquist plots were appropriately analyzed by fitting into the equivalent circuit model Rs(QdlRct) (Figure6).
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