Control performance and response time of the control unit were significantly optimized.
Because of the LPSO phases, the interfacial structure of the composites was significantly optimized.
As compared with the untreated PS film, the film morphology of the printed semiconductor on the UV-irradiated crosslinked PS films was significantly optimized.
In addition, the communication performance is significantly optimized by reducing the number of long interconnects, and the average improvement is about 34% for all cases considered in this paper.
Here, we demonstrate that the contact resistance in bottom-contact OFETs can be significantly reduced by optimizing the metal deposition rate in conjunction with using a SAM treatment.
Furthermore, the corrosion protection properties of F-coated AZ91D can be significantly enhanced by optimizing the durations of the two pre-treatment steps.
It is indicated that the performance of FGT tubes can be significantly improved by optimizing the geometrical parameters and gradient exponent.
However, efficiency of naturally occurring microorganisms for field bioremediation could be significantly improved by optimizing certain factors such as bioavailability, adsorption and mass transfer.
The efficiency of Dye-Sensitized Solar Cells (DSSC) can be significantly enhanced by optimizing the concentration of surface trap states and by tailoring the band gap energy in the semiconductor oxides used as photoanodes.
As can be seen the LCI can be significantly reduced by optimizing the process closer to the parameters used by Metal Nanopowders Ltd.
