Venegas equation: V = a + [b/(1 + e −(P − c)/d )] [12], V represents additional IAV, P represents absolute IAP, and a, b, c, and d represents fitting parameters.
Exponential equation: V = v + k × Ln (P − p) where V represents additional IAV, P represents absolute IAP, and v, k, p represents fitting parameters.
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Lines represent fitting with unconstrained 2TCM.
The solid lines and equations represent fits from Deming regression.
Symbols represent experimental data and lines represent fitted spectra using equivalent circuit.
Thin black lines represent fitted shapes, thick black lines represent boundaries with buffer, North is up.
The solid lines in Figure3a represent fitting curves of the intensities using Equation 1.
Modified third order polynomial equations, which represent fitted models for investigated responses, are shown as adequate (R2 > 0.90 and P < 0.001).
The solid lines represent fits to the experimental data where x = 1 for thermally activated transport, x = 1/2 for Efros-Shklovskii VRH and x = 1/3 for 2D Mott VRH.
