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].
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.
Moreover, the performance can be improved by optimizing the equipment capacities.
Drilling efficiency can be improved by optimizing the drilling fluid parameters such as density, salt concentration, and temperature.
The delays of response are still longer than expected but might be improved by optimizing the procedures.
For conventional modules, we show that the stability can be improved by optimizing the interconnect and the front contact.
The accuracy may be improved by optimizing the selected wave numbers, or starting with higher order Taylor expansions.
The efficiency of cooling plates for electric vehicle batteries can be improved by optimizing the geometry of internal fluid channels.
The nitrogen removal rate could be improved by optimizing the interaction between the recycle rate and the influent ammonia.
Our results demonstrate that the performance of Si-based photonic devices can be improved by optimizing the Si-based light trapping structures.
