Moreover, the decolorization under the optimal condition fitted the logarithmic model well (R2 = 0.964).
Under the optimal condition the yield of refolding was enhanced up to 7-fold.
The Al coating obtained under the optimal condition also showed good corrosion resistance in 3.5 wt.% NaCl solutions.
Under the optimal condition, the degradation of BPA reached a high reaction rate constant of 0.0146 min−1.
Finally, a validation simulation is conducted under the optimal condition to show the improvement of performance of the wing structure.
Under the optimal condition, a calibration study was carried out to evaluate the performance of the SPME fibers.
Under the optimal condition, the AO7 decolorization rate and COD removal efficiency are 83.20% and 48.95% respectively.
Under the optimal condition the predicted decolorization and mineralization rate of MYB were 95.97% and 80.33%, respectively.
Under the optimal condition, the reflectance and effective minority carrier lifetime of liquid phase deposited aluminium oxide film were 0.97% and 31 μs, respectively.
Under the optimal condition, NiHCF/PDDA/rGO hybrids are composed of 51.4% NiHCF NBs with an average size of 38 nm.
Under the optimal condition, the reflectance and effective minority carrier lifetime of liquid phase deposited titanium oxide film were 3.6% and 1.29 μs, respectively.
