FPGA prototyping allows rapid system verification and optimum design parameters estimation.
After several reproducibility verifications, the optimum product was found to be the one from Clarotan and diethanolamine, which was very effective if tested with surface river water, dye or surfactant-polluted wastewater.
To confirm the adequacy of the model, the verification experiments using optimum conditions were carried out.
Finding and verification of the optimum geometric strain factors were based on the experimental results of the reference work.
Experimental verification of the optimum conditions gave a glucose yield in good agreement with the estimated value of the model.
Experimental verification of the optimum conditions gave glucose recovery well within the estimated value of the model.
To confirm the adequacy of the model the verification experiments using optimum medium composition as described above were carried out in triplicates.
Additionally, verification experiments at optimum conditions proposed by the models were done to determine the validity and adequacy of the predicted models.
These results were confirmed using a verification experiment at optimum condition, which calculated 87%, 67%, and 93.7% for Ni, Cd and Co, respectively.
The verification experiments under optimum conditions showed that the ACE-inhibitory activity (91.3%) were agreed closely with the predicted activity of 90.7%.
