The concept of virtual flux and extension pq theory is introduced in the conventional PDPC, where the former enhances its resilience toward distorted supply voltage while the latter enhances its resilience toward unbalanced supply voltage.
This was because the spent grain, wood ash and cocoa husk had lower C/N ratio and higher nutrient composition than rice bran and sawdust, thus, the former enhanced an increase in pod nutrients, composition for better human dietary intake, increased the root length, pod weight of okra and improved soil fertility and plant nutrition crop.
In fact, cells overexpressing MDM4 showed a decreased nutlin efficacy of inducing p53 activity, whereas silencing of the former enhanced the efficiency of nutlin in inducing apoptosis [ 64].
Thus, while the former enhances the stresses near the tip, the latter tends to reduce them.
The former enhances the anisotropy field of the shell region and the latter weakens intergranular exchange coupling.
The former enhances lateral growth by forming new twins with parallel twinning planes, while the latter leads to isotropic growth by forming differently oriented twins.
The former enhances the convergence speed towards the Pareto-optimal front by pruning any unqualified geomodels, and the latter improves the optimization efficiency by excluding redundant production data from the fitness evaluation.
As for the role of the H2 plasma treatment versus TiO2, the former enhances band bending, which helps in collecting minority carriers generated by long-wavelength photons and consequently improves the red response.
It is useful to note that, even though average protein C is weaker than average MODS in predictive power when used alone, the former enhances the predictive power of average cfDNA to a greater extent than does the latter, because a greater overlap in predictive power exists between average MODS and average cfDNA.
