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Lattice parameter vs. composition

Figare 4.12. Lattice parameter vs composition measurements for Hf(i )C (Rudy 1969). [Pg.99]

Cubic lattice parameter vs. composition for the hydrated sodium form of ZK4. [Pg.277]

Figure 6 shows the lattice parameters vs. composition of the phases discussed above. For the C-type sesquioxides or a phases the pseudo-... [Pg.79]

Figure 1. Lattice parameter vs. composition. Reproduced with permission from "Preparation and Characterization of Materials" J. M. Honig and C. N. R. Rao, eds. Academic Press Inc., New York, 1981, p. 38 and 44. Figure 1. Lattice parameter vs. composition. Reproduced with permission from "Preparation and Characterization of Materials" J. M. Honig and C. N. R. Rao, eds. Academic Press Inc., New York, 1981, p. 38 and 44.
Fig. 9. AgBi,Sni xSe2- Lattice parameter vs. composition [77Johl]. Fig. 9. AgBi,Sni xSe2- Lattice parameter vs. composition [77Johl].
Fig. 16. Agi, (Fe,Ni)8+jSg, synthetic argentian pent-landite. Lattice parameter vs. composition. Vertical bars represent one standard deviation. Lines are least-square fits to the data at given Fe/Ni atomic ratios. Open circles are calculated values of a for Ag-free pentlandites of the same Fe/Ni ratios as the synthetic argentian pentlandites [77 Man 1]. Fig. 16. Agi, (Fe,Ni)8+jSg, synthetic argentian pent-landite. Lattice parameter vs. composition. Vertical bars represent one standard deviation. Lines are least-square fits to the data at given Fe/Ni atomic ratios. Open circles are calculated values of a for Ag-free pentlandites of the same Fe/Ni ratios as the synthetic argentian pentlandites [77 Man 1].
Fig. 30. AgjSci-jTe. Lattice parameters vs. composition in the homogeneous region O xSO.7 [77Mik2]. Fig. 30. AgjSci-jTe. Lattice parameters vs. composition in the homogeneous region O xSO.7 [77Mik2].
Fig. 49. (Asln)j. .(Mln XA (M = Cd, Zn X=Se,Te). Lattice parameters vs. composition for various homogeneous solid solutions [75Drol]. Fig. 49. (Asln)j. .(Mln XA (M = Cd, Zn X=Se,Te). Lattice parameters vs. composition for various homogeneous solid solutions [75Drol].
Lattice constants vs. composition Lattice parameters vs. composition... [Pg.439]

Fig. 104. MnSe-CdSe. Lattice parameters vs. composition. Index cub cubic phase index hex hexagonal phase [70Wiel]. T, annealing temperature. Fig. 104. MnSe-CdSe. Lattice parameters vs. composition. Index cub cubic phase index hex hexagonal phase [70Wiel]. T, annealing temperature.
Fig. 113. CdSe,Tei, (hexagonal structure). Lattice parameters vs. composition [70Str2]. See also [71Vitl]. Fig. 113. CdSe,Tei, (hexagonal structure). Lattice parameters vs. composition [70Str2]. See also [71Vitl].
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Composite parameters

Vs. composition

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