The plots of log (q−qt) against t of these azo dyes did not show any promising results, as data are scattered and showed deviation from straight line (figure not shown).
There are clear deviations from straight line behavior in both plots, especially at the largest and smallest numbers of searches.
The deviation of straight lines from the origin may be attributed to the difference between the rate of mass transfer in the initial and final stages of adsorption (Sun et al. 2015).
Quantification of the mean deviation from the straight line provided a growth straightness factor, which was significantly higher in wt than in TTL−/− neurites (Fig. 5G), which confirms the dispersion of their trajectories.
Ray tracing through the ionosphere was used to determine the HF beam refraction, which resulted in some deviation from the straight line of sight.
In both the radical and anionic copolymerization systems, relationships between the specific rotations and the content (wt%) of MGMI in the copolymers gave a deviation from a straight line connecting 0° with D of the pure homopolymer.
In this subject, regional differences in V T values were more prominent than in the other subjects, and Logan plot with a parent input function showed a slight but definite deviation from a straight line at later time points.
At low B and hence low n2D, the slight deviation from the straight line fits can be ascribed to experimental uncertainties in measuring the positions of the spin-up and spin-down resistivity peaks.
As compared to graphene, the discharge curves of the G/PANI show the deviation from the straight line, attributed to the pseudocapacitance contribution over the electrical double-layer capacitor (EDLC) behavior.
