At 20% H2 addition in nitrogen plasma, a few vibrational state intensities of N2 and N2+ are observed to be optimized.
Therefore the workload model is trained continuously online as soon as the new measurement is observed by optimizing both α h and α d to minimize the weighted sum of squared errors between the prediction and the actual observation.
Enhanced photovoltaic effects have been observed by optimizing the layer thickness of p-CdTe, n-Si, p-Si and carrier concentration of p-CdTe.
However, a much sharper reduction was observed by optimizing both parameters simultaneously, and the emission estimation errors were further reduced, which were less than 4% in the case studies.
According to our simulation, the predicted self-generated oscillation can be observed if the GaInNAs QW structure is optimized around 25 nm barrier and less than 2.4 × 1016 cm-3 doping concentration.
The typical results indicated that NTP is effective in dissociating H2S into hydrogen and sulfur and it has been observed that by optimizing various parameters, it is possible to achieve H2 production at 300 kJ/mol H2 that corresponds to ∼3.1 eV/H2, which is less than the energy demand during the steam methane reforming (354 kJ/mol H2 or ∼3.7 eV/H2).
It is observed that HSCOA optimized fuzzy PID controller gives superior quality outcomes in comparison to other reported strategies.
It is observed that by optimizing these dimensional factors, a subthreshold swing (S) value very close to 60 mV/decade can be achieved for SOI-FinFET.
It is observed that TLBO optimized fuzzy-PID controller gives better dynamic performance in terms of settling time, overshoot and undershoot in frequency and tie-line power deviation as compared to LCOA, GA, PS and SA based PID controllers.
MPs like to observe and be observed.
