Sr0.9La0.1Nb2O6 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 0018963 CELL PARAMETERS: 11.0210 7.6750 5.5840 90.000 90.190 90.000 SPACE GROUP: Pnma X-RAY WAVELENGTH: 1.541838 Cell Volume: 472.327 Density (g/cm3): 5.267 MAX. ABS. INTENSITY / VOLUME**2: 32.75012869 RIR: 2.025 RIR based on corundum from Acta Crystallographica A38 (1982) 733-739 2-THETA INTENSITY D-SPACING H K L Multiplicity 16.08 9.58 5.5105 2 0 0 2 17.78 13.36 4.9878 -1 0 1 4 17.83 13.28 4.9744 1 0 1 4 19.66 5.28 4.5154 0 1 1 4 19.83 14.85 4.4762 2 1 0 4 21.24 5.43 4.1822 -1 1 1 8 21.28 5.41 4.1743 1 1 1 8 22.63 5.38 3.9287 -2 0 1 4 22.71 5.33 3.9157 2 0 1 4 23.18 42.76 3.8375 0 2 0 2 25.47 1.53 3.4972 -2 1 1 8 25.54 1.52 3.4880 2 1 1 8 28.34 39.90 3.1491 2 2 0 4 29.05 83.07 3.0737 -3 0 1 4 29.14 82.36 3.0644 3 0 1 4 29.37 100.00 3.0415 -1 2 1 8 29.40 99.72 3.0384 1 2 1 8 31.35 9.68 2.8534 -3 1 1 8 31.43 9.61 2.8459 3 1 1 8 32.06 60.33 2.7920 0 0 2 2 32.50 13.82 2.7552 4 0 0 2 32.62 4.23 2.7452 -2 2 1 8 32.67 4.22 2.7408 2 2 1 8 33.07 2.52 2.7086 -1 0 2 4 33.13 2.51 2.7044 1 0 2 4 34.59 6.47 2.5932 4 1 0 4 35.13 1.19 2.5542 -1 1 2 8 35.18 1.18 2.5506 1 1 2 8 36.31 4.54 2.4741 -4 0 1 4 36.41 4.50 2.4676 4 0 1 4 37.49 5.69 2.3990 -3 2 1 8 37.56 5.66 2.3946 3 2 1 8 37.94 4.20 2.3718 -2 1 2 8 38.03 4.16 2.3661 2 1 2 8 38.71 7.50 2.3258 0 3 1 4 38.81 3.99 2.3204 2 3 0 4 39.93 2.40 2.2577 0 2 2 4 40.30 26.61 2.2381 4 2 0 4 40.52 5.50 2.2264 -3 0 2 4 40.65 5.44 2.2193 3 0 2 4 42.27 3.48 2.1383 -3 1 2 8 42.40 3.44 2.1320 3 1 2 8 43.27 14.66 2.0911 -2 2 2 8 43.35 14.56 2.0872 2 2 2 8 44.12 4.04 2.0526 -5 0 1 4 44.23 4.00 2.0479 5 0 1 4 45.76 6.74 1.9829 -5 1 1 8 45.86 6.69 1.9787 5 1 1 8 46.17 3.54 1.9663 -3 3 1 8 46.21 8.62 1.9644 -4 0 2 4 46.23 3.52 1.9639 3 3 1 8 46.38 8.51 1.9579 4 0 2 4 47.38 40.38 1.9188 0 4 0 2 47.79 3.17 1.9030 -4 1 2 8 47.95 3.14 1.8971 4 1 2 8 48.56 5.75 1.8748 4 3 0 4 49.63 5.81 1.8368 6 0 0 2 50.36 1.19 1.8120 2 4 0 4 50.45 4.04 1.8089 0 1 3 4 51.00 1.14 1.7908 -1 4 1 8 51.02 1.14 1.7902 1 4 1 8 51.13 5.85 1.7864 6 1 0 4 51.15 2.31 1.7858 -2 3 2 8 51.23 2.30 1.7833 2 3 2 8 51.79 2.59 1.7652 -2 0 3 4 51.90 2.57 1.7617 2 0 3 4 52.32 21.44 1.7486 -4 2 2 8 52.39 1.16 1.7466 -6 0 1 4 52.47 21.23 1.7440 4 2 2 8 52.50 1.15 1.7431 6 0 1 4 53.25 1.82 1.7203 -2 1 3 8 53.36 1.81 1.7170 2 1 3 8 55.25 8.95 1.6626 -3 0 3 4 55.41 8.85 1.6581 3 0 3 4 55.46 5.29 1.6568 6 2 0 4 55.47 9.27 1.6564 -1 2 3 8 55.53 9.24 1.6550 1 2 3 8 56.54 21.87 1.6276 -3 4 1 8 56.59 21.80 1.6263 3 4 1 8 57.46 9.14 1.6037 -2 2 3 8 57.57 9.08 1.6010 2 2 3 8 57.57 3.72 1.6010 -5 3 1 8 57.66 3.70 1.5988 5 3 1 8 58.35 19.97 1.5813 0 4 2 4 58.44 5.80 1.5793 -5 2 2 8 58.61 5.74 1.5751 5 2 2 8 58.63 5.74 1.5746 4 4 0 4 58.99 1.65 1.5657 -1 4 2 8 59.03 1.64 1.5649 1 4 2 8 59.88 1.45 1.5447 -4 0 3 4 60.08 1.43 1.5400 4 0 3 4 60.21 1.40 1.5369 -6 0 2 4 60.42 1.39 1.5322 6 0 2 4 60.71 3.01 1.5256 -3 2 3 8 60.86 2.98 1.5221 3 2 3 8 61.10 8.56 1.5167 -7 0 1 4 61.22 8.50 1.5140 7 0 1 4 61.54 1.65 1.5069 -6 1 2 8 61.62 1.18 1.5051 0 3 3 4 61.74 1.63 1.5025 6 1 2 8 62.22 1.56 1.4921 6 3 0 4 62.41 1.62 1.4879 -7 1 1 8 62.53 1.61 1.4854 7 1 1 8 63.40 1.50 1.4671 1 5 1 8 64.06 1.56 1.4535 -3 4 2 8 64.16 1.55 1.4515 3 4 2 8 65.42 1.28 1.4267 -6 2 2 8 65.61 1.27 1.4230 6 2 2 8 66.26 5.28 1.4105 -7 2 1 8 66.38 5.25 1.4084 7 2 1 8 66.73 1.38 1.4017 -5 4 1 8 66.80 1.19 1.4005 -5 1 3 8 66.81 1.37 1.4002 5 4 1 8 67.04 1.17 1.3961 5 1 3 8 67.04 2.63 1.3960 0 0 4 2 67.62 1.77 1.3855 -1 0 4 4 67.68 1.76 1.3844 1 0 4 4 68.34 3.50 1.3726 -4 4 2 8 68.47 3.47 1.3704 4 4 2 8 69.30 1.11 1.3559 8 1 0 4 71.04 2.85 1.3268 6 4 0 4 72.13 1.30 1.3096 -6 0 3 4 72.33 1.08 1.3064 -3 0 4 4 72.40 1.28 1.3052 6 0 3 4 72.52 1.07 1.3035 3 0 4 4 72.54 1.93 1.3032 -1 2 4 8 72.60 1.93 1.3022 1 2 4 8 72.80 1.23 1.2991 -2 4 3 8 72.89 1.22 1.2977 2 4 3 8 72.96 3.40 1.2966 8 2 0 4 75.69 4.89 1.2565 -3 4 3 8 75.83 4.86 1.2546 3 4 3 8 76.44 1.42 1.2460 2 6 0 4 76.55 1.40 1.2445 -5 3 3 8 76.78 1.38 1.2414 5 3 3 8 76.95 8.88 1.2391 1 6 1 8 78.93 2.20 1.2129 8 3 0 4 79.63 1.16 1.2040 -7 0 3 4 79.69 1.00 1.2033 -4 4 3 8 79.94 1.14 1.2001 7 0 3 4 79.99 1.15 1.1995 -6 4 2 8 80.16 1.15 1.1973 6 4 2 8 80.77 5.61 1.1898 -7 4 1 8 80.87 5.59 1.1886 7 4 1 8 81.09 1.77 1.1859 -4 2 4 8 81.23 1.08 1.1842 0 5 3 4 81.33 1.75 1.1830 4 2 4 8 81.76 1.52 1.1779 6 5 0 4 81.81 2.04 1.1774 -8 2 2 8 82.04 2.03 1.1746 8 2 2 8 83.28 3.59 1.1602 4 6 0 4 84.30 1.06 1.1488 -7 2 3 8 84.61 1.05 1.1454 7 2 3 8 85.27 1.04 1.1382 -2 6 2 8 85.33 1.04 1.1375 2 6 2 8 86.14 4.28 1.1289 -5 2 4 8 86.15 2.49 1.1288 0 4 4 4 86.44 4.24 1.1258 5 2 4 8 86.68 1.43 1.1233 -1 4 4 8 86.74 1.43 1.1227 1 4 4 8 88.77 2.28 1.1021 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.