X Ray Diffraction Patterns Of Cuo Nanostructures Prepared Structural and morphological analyses. figure 1(a) shows the refined x ray diffraction pattern of the cuo nanoplatelets. it can be well indexed with a pure monoclinic symmetry unit cell with space. X ray diffraction studies revealed that these copper based oxide nanoparticles display different crystal structures such as cubic (cu 2 o), monoclinic (cuo) and orthorhombic [cuna 2 (oh) 4]. the.
X Ray Diffraction Xrd Pattern Of Sample S1 S2 S3 Cuo Nanostructures In summary, we have studied the effect of ni on the structural, morphological, optical, and magnetic properties of pure and ni doped cuo nanostructures via microwave combustion method. rietveld refinements of x ray diffraction patterns confirmed the formation of pure cuo monoclinic phase with ni content up to 2.0 wt%, where ni 2 replaces cu 2. X ray diffraction patterns of the obtained materials were recorded at room temperature on shimadzu xrd 6000 diffractometer with cukα irradiation. (cuo 400). for comparison, cuo 500, cuo 700. These nanostructures are deposited at sputtering power of 70 w, different sputtering pressures in the range 1.0–8.0 pa and deposition time of 10–60 min. x ray diffraction (xrd) technique is used to determine the oxide phase of the deposited nanostructures. the xrd pattern matches cuo standard diffraction data (icdd file 00 005 0661. The major crystal facets exposed by ceo 2 c, ceo 2 r, and ceo 2 p are the (1 0 0), (1 1 0), and (1 1 1) crystal facets, respectively, with their selected area electron diffraction patterns (saed) shown in their insets of fig. 1 d f (larger diffraction patterns are shown in figs. s2 d f). download: download high res image (818kb).
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