To investigate possible methods to enhance solar cell performance, the effect of annealing on device performance was also studied.
In order to realize satisfactory control performance, the effect of nonlinear factors contained in the PAM manipulator must be considered.
While most positional acuity tasks exhibit an age-related decline in performance, the effect of ageing upon vernier acuity continues to be the subject of some debate.
Since alkali has a significant impact on ASP flooding performance, the effect of alkali on the performance of the PMES was investigated using different sodium carbonate concentrations and 0.4 wt% of polymeric surfactant concentration.
For the achievement of the detector maximum performance, the effect of the experimental parameters (such as the pH of the supporting electrolyte, and the sweep rate) were examined and optimized.
Having selected the wall with the best thermal performance, the effect of the insulation layer location within this selected wall on the attenuation of the heat wave and on the inside surface temperature of the wall was also investigated.
Regarding the system performance, the effect of the new materials is significant and leads to improvements of the yearly solar savings by 4.3% for a DHW system and about 6.5% for a combi system.
In order to optimize the lamp performance the effect of discharge power, pressure, and dc self-bias potential, etc. on the emission intensity of copper spectral line (324.7 nm) have been studied.
