Figures & data
Figure 1. XRD patterns along with Riveted refinement of Mg2TiO4 ceramic target material sintered at 1350°C. The circles and solid line present the experimental and the Rietveld refined data, respectively. The dotted line at the bottom shows the difference between the experimental and the refined data. The vertical bars correspond to the allowed Bragg's peaks.
![Figure 1. XRD patterns along with Riveted refinement of Mg2TiO4 ceramic target material sintered at 1350°C. The circles and solid line present the experimental and the Rietveld refined data, respectively. The dotted line at the bottom shows the difference between the experimental and the refined data. The vertical bars correspond to the allowed Bragg's peaks.](/cms/asset/b7c71639-3065-4141-ac41-147b7dc0d27d/tjen_a_690894_o_f0001g.gif)
Table 1. Parameters obtained from the Rietveld analysis for MTO target materials sintered at 1350°C. χ 2, R Brag and Rf are reliability factors
Figure 2. XRD patterns of MTO films deposited on quartz substrate at different O2 SCCM for (a) as-deposited films and (b and c) annealed films.
![Figure 2. XRD patterns of MTO films deposited on quartz substrate at different O2 SCCM for (a) as-deposited films and (b and c) annealed films.](/cms/asset/cbadb69a-d1e8-47dd-b868-ccb958a7050e/tjen_a_690894_o_f0002g.gif)
Figure 3. FESEM images of MTO thin films deposited on quartz at 12 SCCM O2 for as-deposited and (b) annealed films.
![Figure 3. FESEM images of MTO thin films deposited on quartz at 12 SCCM O2 for as-deposited and (b) annealed films.](/cms/asset/cb52fcb5-13c7-43eb-b6f2-2a07a8079737/tjen_a_690894_o_f0003g.gif)
Figure 4. AFM surface morphology of MTO films deposited on quartz at 12 SCCM O2 for (a) as-deposited and (b) annealed films.
![Figure 4. AFM surface morphology of MTO films deposited on quartz at 12 SCCM O2 for (a) as-deposited and (b) annealed films.](/cms/asset/f079423a-e729-4105-b32c-105b2a627b13/tjen_a_690894_o_f0004g.gif)
Figure 5. Optical transmittance spectra of MTO thin films deposited on quartz substrates for as-deposited at (a) 12 SCCM O2 (b) 28 SCCM O2 and annealed films deposited at (c) 12 SCCM O2 (d) 28 SCCM O2.
![Figure 5. Optical transmittance spectra of MTO thin films deposited on quartz substrates for as-deposited at (a) 12 SCCM O2 (b) 28 SCCM O2 and annealed films deposited at (c) 12 SCCM O2 (d) 28 SCCM O2.](/cms/asset/738c4ade-4bbf-4ea7-a6ad-ec8afb9c0844/tjen_a_690894_o_f0005g.gif)
Figure 6. Variation of refractive index and packing density as a function of O2 SCCM for (a) as-deposited (inset) and (b) annealed films.
![Figure 6. Variation of refractive index and packing density as a function of O2 SCCM for (a) as-deposited (inset) and (b) annealed films.](/cms/asset/bf248330-3f55-4eb9-8278-54b1baae7c6c/tjen_a_690894_o_f0006g.gif)