The evaluation results show that all three methods provide satisfactory soldering performance in terms of the process capability, sigma level, and process window indices (PWIs).
As shown in Figure13, the existing methods produced jagged edge artifacts along the diagonal edges in red circled regions, but the proposed method provided satisfactory outputs without jagged edge artifacts.
The method provided satisfactory discharge estimates for flows that span channel banks, and for moderate to large flows, with about 10 16% uncertainty, respectively for total flow volume and peak flow, as compared to results obtained with an alternate method.
Under optimized extraction conditions, the method provided satisfactory linearity in the range 1 500 ng mL−1, low LODs (0.3 0.7 ng mL−1), good repeatability and reproducibility (RSD% (n = 5) < 4.5) with the pre-concentration factors higher than 130-fold.
The so obtained results show that the proposed method provides satisfactory results.
It can be seen that the proposed method provides satisfactory performance at all SNR levels.
It then follows that the proposed method provides satisfactory estimates of the MMP.
Preliminary numerical results indicate that the method provides satisfactory parameters estimates, even from moderately noisy measurements.
An overall evaluation of all analytical parameters shows that the proposed method provides satisfactory results.
An evaluation of all analytical parameters demonstrates that the developed method provides satisfactory results.
