It can be seen that all these curves exhibit nearly rectangular shape, indicating ideal supercapacitive behavior.
The study of the permeation properties of the HT micromembranes indicated ideal separation factors that exceeded the corresponding Knudsen values.
It can be seen that the curves at the low scan rate of 20 mV s−1 for both samples exhibit ideal symmetrical rectangle-like shape indicating ideal capacitive behavior.
At a sweep rate of 5 V s−1, a rectangular-like CV curve was observed for the HM-GNWs, indicating ideal charge storage behaviors by the formation of a electrochemical double layer (Fig. 3a).
As indicated, ideal samples to study incomplete burst fractures would have been young human tissue.
A SMI of 3 indicates an ideal cylindrical rod structure, an SMI of 0 indicates an ideal plate structure, and values less than zero indicate a structure in which the plates are curved and begin to close off the pores from one another [ 28].
The peak in J PA at s ≅ 2 h indicates the ideal spacing for FE applications [13, 14].
The calculation indicates that ideal maximum electrical capacity density is much lower than the experimental optical interconnected one.
In the EEM, the line between O1 and O2 (z1 axis) indicates the ideal axis of the revolute joint, while the physical axis is along the line between O3 and O4 (z5 axis).
The slopes of ln (θ/1 − θ)C versus θ plots are close to ≡7 18 in case of nitric acid solution which indicates the ideal simulating and expected from Frumkin adsorption isotherm [64].
