, monotonically increase (Figure ). This highlights one major difference between the DRT and the DCT. We also varied the resistance 𝑅 ∞ as shown in Figure to highlight another major difference between the DRT and the DCT. While the DRT peak is not impacted by a change in 𝑅 ∞ (Figure (c) and ( )), the position, height, and area of the DCT peak vary with 𝑅 ∞ (Figure (d)): the peak position monotonically increases with 𝑅 ∞ whereas the peak height and area monotonically decrease as 𝑅 ∞ increases. This implies that the DRT can be used to determine 𝜏 ZARC , 𝑅 ct , and 𝜙, but not the resistance 𝑅 ∞ , which can only be evaluated using the DCT. of SI2. Consistent with ( ) and ( ), the YARC impedance, admittance, DRT, and DCT correspond to the ZARC admittance, impedance, DCT, and DRT, respectively, see Figure , Figure , and Figure .