perovskite atlas Structures, modes and phase transitions · Josu M. Igartua · UPV/EHU

Figure 5.1 · Thesis 3 · Iturbe 2012

Figure 5.1 · Thesis 3 · Iturbe 2012

status thesis-only · visibility public · id plt:thesis-03.5.1

Experimental (symbols) and calculated (line) X-ray powder-diffraction profile for the Rietveld refinement of \mathrm{SrNdCoRuO}_{6} at room temperature, using a structural model with the space group P 2_{1} / n. The bars in the lower part of the graphics represent the Bragg peaks positions that correspond to the SrNdCoRuO 6 phase: first row corresponds to the P 2_{1} / n, second row to P 4_{2} / n, third row to P 4 / m n c, fourth row to P 4_{2} / n n m and fifth row to R \overline{3} space group. The black rectangle section is shown bigger in Figure 5.2. Inset shows in detail the appearance of the primitive Bragg peak reflections with h+k+l= 2 n+1. * very small amount of unidentified impurity.

Experimental (symbols) and calculated (line) X-ray powder-diffraction profile for the Rietveld refinement of \mathrm{SrNdCoRuO}_{6} at room temperature, using a structural model with the space group P 2_{1} / n. The bars in the lower part of the graphics represent the Bragg peaks positions that correspond to the SrNdCoRuO 6 phase: first row corresponds to the P 2_{1} / n, second row to P 4_{2} / n, third row to P 4 / m n c, fourth row to P 4_{2} / n n m and fifth row to R \overline{3} space group. The black rectangle section is shown bigger in Figure 5.2. Inset shows in detail the appearance of the primitive Bragg peak reflections with h+k+l= 2 n+1. * very small amount of unidentified impurity.

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Thesis 3 · Iturbe 2012
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auto-cropped from the OCR Markdown crop box (stage B); materials and kind to be reviewed in Phase 1

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