It is well known that detecting the N local maxima with highest value is not sufficient in general to avoid multiple detections (a beam of shapes corresponding to the same physical structure).
are segments containing local maxima with higher intensity values and are defined as structural boundary segments (Figs 2E and 7D), whereas are defined as background boundary segments.
Between 35 and 43% scandium content a relative broad maximum with high piezoelectric coefficients between 26.9 and 27.3 pC/N was detected.
Starting from the highest amplitude, maxima are selected for the analysis as long as they are separated by at least 33 ms from any previously chosen maximum with higher amplitude.
Our partition is likely not to be the global maximum and there are probably alternative local maxima with a high modularity score.
The objective for implementation of these options is to achieve maximum conversion with high methyl acetate purity.
We also show that for geometric instances, our randomized scheme constructs low-degree k-connected spanning subgraphs which have O klogn) maximum degree, with high probability.
Based on the criteria of maximum identity with high score and lower e-value, crystal structure having PDB ID 2BHS was selected as the template for further downstream processing.
The circadian variability was regulated by tidal forcing, and Pseudo-nitzschia spp. maxima were associated with high stratification during low tide.
The objective for implementation of these options is to achieve maximum conversion with highest product purity.
