Sr0.7La0.3Nb2O6 Istomin S Y, D'yachenko O G, Antipov E V, Svensson G, Nygren M Materials Research Bulletin 29 (1994) 743-749 Synthesis and characterisation of reduced niobates [Sr1-xLnxNb2O6, Ln = La, Nd] Locality: Synthetic _database_code_amcsd 0018965 CELL PARAMETERS: 11.0460 7.6530 5.5710 90.000 90.000 90.000 SPACE GROUP: Pnma X-RAY WAVELENGTH: 1.541838 Cell Volume: 470.945 Density (g/cm3): 5.427 MAX. ABS. INTENSITY / VOLUME**2: 71.44799523 RIR: 4.287 RIR based on corundum from Acta Crystallographica A38 (1982) 733-739 2-THETA INTENSITY D-SPACING H K L Multiplicity 16.05 6.45 5.5230 2 0 0 2 17.83 8.51 4.9742 1 0 1 4 19.71 2.87 4.5040 0 1 1 4 19.82 8.35 4.4785 2 1 0 4 21.30 5.79 4.1706 1 1 1 8 22.67 4.68 3.9222 2 0 1 4 23.25 16.85 3.8265 0 2 0 2 25.52 1.71 3.4905 2 1 1 8 28.38 21.00 3.1453 2 2 0 4 29.07 80.55 3.0717 3 0 1 4 29.45 100.00 3.0329 1 2 1 8 31.38 10.71 2.8507 3 1 1 8 32.13 29.55 2.7855 0 0 2 2 32.42 5.90 2.7615 4 0 0 2 32.70 4.08 2.7390 2 2 1 8 33.17 2.41 2.7009 1 0 2 4 34.53 3.83 2.5976 4 1 0 4 35.24 1.47 2.5470 1 1 2 8 36.31 4.40 2.4742 4 0 1 4 37.55 4.24 2.3954 3 2 1 8 38.04 4.40 2.3653 2 1 2 8 38.83 3.63 2.3194 0 3 1 4 38.89 2.14 2.3159 2 3 0 4 40.27 13.04 2.2393 4 2 0 4 40.61 5.35 2.2214 3 0 2 4 42.37 3.53 2.1334 3 1 2 8 43.39 14.88 2.0853 2 2 2 8 44.10 3.91 2.0536 5 0 1 4 45.74 7.39 1.9835 5 1 1 8 46.26 3.84 1.9625 3 3 1 8 46.30 7.48 1.9611 4 0 2 4 47.52 19.40 1.9132 0 4 0 2 47.88 3.51 1.8997 4 1 2 8 48.59 3.10 1.8738 4 3 0 4 49.51 2.71 1.8410 6 0 0 2 50.58 2.13 1.8046 0 1 3 4 51.02 3.21 1.7899 6 1 0 4 51.30 2.37 1.7808 2 3 2 8 51.95 2.22 1.7602 2 0 3 4 52.34 1.14 1.7480 6 0 1 4 52.43 20.39 1.7452 4 2 2 8 53.41 1.96 1.7154 2 1 3 8 55.38 2.45 1.6590 6 2 0 4 55.41 8.53 1.6581 3 0 3 4 55.64 9.18 1.6519 1 2 3 8 56.68 21.04 1.6240 3 4 1 8 57.62 4.01 1.5997 5 3 1 8 57.64 8.66 1.5991 2 2 3 8 58.53 9.71 1.5771 0 4 2 4 58.53 5.67 1.5771 5 2 2 8 58.71 2.45 1.5727 4 4 0 4 59.18 1.55 1.5612 1 4 2 8 60.04 1.47 1.5410 4 0 3 4 60.26 1.29 1.5359 6 0 2 4 60.89 2.49 1.5214 3 2 3 8 61.03 8.07 1.5183 7 0 1 4 61.59 1.85 1.5058 6 1 2 8 62.35 1.85 1.4892 7 1 1 8 64.25 1.54 1.4497 3 4 2 8 65.49 1.18 1.4253 6 2 2 8 66.22 4.75 1.4112 7 2 1 8 66.83 1.34 1.3999 5 4 1 8 66.95 1.28 1.3976 5 1 3 8 67.22 1.27 1.3928 0 0 4 2 67.82 1.66 1.3818 1 0 4 4 68.52 3.01 1.3695 4 4 2 8 71.06 1.32 1.3266 6 4 0 4 72.27 1.31 1.3074 6 0 3 4 72.57 1.07 1.3027 3 0 4 4 72.76 1.70 1.2997 1 2 4 8 72.82 1.67 1.2988 8 2 0 4 73.04 1.04 1.2954 2 4 3 8 75.94 4.68 1.2530 3 4 3 8 76.75 1.44 1.2417 5 3 3 8 77.21 4.43 1.2355 1 6 1 8 78.82 1.14 1.2143 8 3 0 4 79.75 1.09 1.2025 7 0 3 4 79.94 1.03 1.2001 4 4 3 8 80.13 1.06 1.1977 6 4 2 8 80.81 5.26 1.1893 7 4 1 8 81.36 1.67 1.1827 4 2 4 8 81.83 1.99 1.1771 8 2 2 8 83.48 1.73 1.1579 4 6 0 4 84.75 1.01 1.1438 9 2 1 8 85.57 1.08 1.1349 2 6 2 8 86.42 1.20 1.1260 0 4 4 4 86.42 4.19 1.1260 5 2 4 8 86.98 1.35 1.1202 1 4 4 8 88.52 1.13 1.1046 10 0 0 2 ================================================================================ XPOW Copyright 1993 Bob Downs, Ranjini Swaminathan and Kurt Bartelmehs For reference, see Downs et al. (1993) American Mineralogist 78, 1104-1107.