The ACHEON propulsion system can be improved by optimizing the inlet by an effective improvement of the inlet section, as verified by Trancossi and Madonia [46].
Noticeably, in our case, the enhancement ratio can be further improved by optimizing the process conditions.
To achieve higher yields, the process can be improved by optimizing various parameters.
Hence, charge carrier mobility can be improved by optimizing the metal/semiconductor contact.
The performance of ZnO PbS-QD solar cells was improved by optimiZnO PbS-QDindow layer.
The oxygen reduction reaction (ORR) is investigated and improved by optimizing the cathode configuration.
This can be further improved by optimizing the foam core arrangement.
The DHA productivity of Thraustochytrium sp. BM2 was improved by optimizing the bioreactor operation conditions.
Results showed that the performance of the material was significantly improved by optimizing its microstructural design.
Moreover, the performance can be improved by optimizing the equipment capacities.
Moreover, for a particular biomolecule, the sensitivity can be further improved by optimizing the metamaterial design.
