In terms of reflectance, in the range of 300 2200 nm the processed surface was found to have 5% higher value in comparison with sputtered counterpart.
It is obvious that the PSNR value of the watermarked image had a higher value in comparison with other existing watermarking algorithms.
As shown, QP was at minimum of RMSE and AAD while, its R2 was at the highest value in comparison with the other algorithms.
The calculated maximum adsorption capacity (qmax) for this adsorbent was observed to be 588.24 mg g−1, which is the highest value in comparison with the previous reports.
SG1 is found to have higher values in comparison with SG2 and SG3 for NH3-N, COD, E. coli and P, while SG1 has lower values in the case of DO and TSS and it gives an impression that the pollution load would be more in SG1 in comparison with SG2 and SG3.
For the RMMW and LMMW dimensions, we obtained higher values, in comparison with the values obtained by other authors [ 1, 4].
This implies that the accessibilities of variable residues should be shifted toward higher values in comparison with those of conserved residues, as indeed seems to be the case for many experimentally solved protein structures we examined (e.g. Fig. 1A and B).
Besides, γ =0.92 provides a higher MI value in comparison with other values of γ.
All active treatments demonstrated significant (P < 0.001) increase in median values of pancreatic enzymes (except sitagliptin for total amylase) and higher incidence of TE high lipase values in comparison with placebo during the placebo-controlled period (P < 0.001, dulaglutide 1.5 mg; P = 0.015, dulaglutide 0.75 mg; and P = 0.023, sitagliptin).
These fractographs are clearly in agreement with the relatively higher values, in comparison to ECAE-processed aluminum specimens, of impact energy obtained from the Charpy test.
