Open image in new window Fig. 5 XRD micrograph with the recorded Bragg's reflections corresponds to the FCC crystal structure of the silver nanoparticles synthesized using bark extract of A. scholaris.
As in the case of hf = hm = 0, each cell is symmetrical in reflecting over both the midpoint of the x-axis, s 1 f = (1 − h f ) / 2, and that of the y-axis, s 1 m = (1 − h m ) / 2. The limiting variance is symmetrical with respect to source population (Equation 54), and this pair of reflections corresponds to an exchange of source populations.
The reflections correspond to (110), and (200) lattice planes of In with tetragonal structure.
The multilayer showed reflections of (101), (110), (002), (200), (103), and (310), and all these reflections correspond to the tetragonal phase of ZrO2.
In contrast, the XRD results of the ZrO2 supported Au catalysts showed that a weak reflections correspond Au phase besides the typical zirconia reflections (e.g., monoclinic phase).
The reflections correspond to (0001), (0002) and lattice planes of ZnO with indexed hexagonal structure, which is in good agreement with previously reported results [10].
The reflections correspond to (0001), (0002), lattice planes of ZnO with hexagonal structure indexed, which is in good agreement with XRD results.
The analysis of the X-ray pattern diffraction data shown in the Fig. 6 indicates that the only observed reflections correspond to Ti substrate, while neither rutile not anatase Ti crystalline phases are present.
This is also observed with AFM study (Figure 7), while the reflections correspond to [220] and [311] with lattice spacing of 1.44 and 1.23 A° is specific for the triangular morphology.
