The observed diffraction patterns plotted in Fig. 1 are selected to present peak profile changes of samples at various P T conditions.
When the decomposition time was elongated to 8 h, Cu2O disappears, as reflected by the XRD patterns plotted in Figure 6. Figure 7a, b, c, d shows the TEM images of the samples from the decomposition at 271°C for 0.5 and 8 h.
Although the CoGAPS analysis is unsupervised, the six inferred patterns plotted in Figure 2 separate samples based on the experimental conditions summarized in Table 1.
The pattern is plotted in a polar coordinates, where the polar angle corresponds to the azimuth angle, and the polar radius corresponds to the zenith angle.
Bird colony size frequency distributions, as in many other animal group sizes [37], are often reported to display long-tailed patterns when plotted in traditional histograms such in Figure 3a [3a].
Figure 6 shows these patterns plotted to scale in the promoter region of genes in the contractile, energy generation, and protein translation modules.
In Table 2, some of these patterns are listed and subsequently plotted in Figure 5. Figure 5 This figure illustrates three first- and second-order antenna responses, that is, dipole, cardioid, and hypercardioid.
Dissolution patterns of all cases are plotted in a diagram and the effect of correlation length on reaction regimes are analysed.
For visualization purposes, the calculated localization patterns of each compound were plotted in three dimensions, with each axis corresponding to the percent mass localized in mitochondria, lysosomes, and other cytoplasmic (and plasma) membranes (Figure 3).
