Ba2 Fe6 O11 Boivin J, Thomas D, Pouillard G, Perrot P Journal of Solid State Chemistry 29 (1979) 101-108 Determination de la structure cristalline du ferrite de baryium BaFe6O11 _cod_database_code 1004046 _database_code_amcsd 0013368 CELL PARAMETERS: 23.0240 5.1810 8.9000 90.000 90.000 90.000 SPACE GROUP: Pnnm X-RAY WAVELENGTH: 1.541838 Cell Volume: 1061.657 Density (g/cm3): 4.915 MAX. ABS. INTENSITY / VOLUME**2: 25.07641469 RIR: 1.661 RIR based on corundum from Acta Crystallographica A38 (1982) 733-739 2-THETA INTENSITY D-SPACING H K L Multiplicity 7.68 15.41 11.5120 2 0 0 2 17.55 5.58 5.0546 1 1 0 4 18.78 1.81 4.7246 2 1 0 4 19.95 5.82 4.4500 0 0 2 2 20.20 39.34 4.3952 1 1 1 8 20.68 7.93 4.2941 3 1 0 4 21.29 7.27 4.1730 2 1 1 8 21.41 2.36 4.1507 2 0 2 4 21.73 7.33 4.0898 5 0 1 4 23.00 20.36 3.8675 3 1 1 8 23.10 11.14 3.8508 4 1 0 4 23.18 18.77 3.8373 6 0 0 2 25.20 18.56 3.5342 4 1 1 8 25.30 59.35 3.5206 4 0 2 4 25.89 3.43 3.4418 5 1 0 4 26.69 60.77 3.3400 1 1 2 8 27.54 3.86 3.2393 2 1 2 8 27.79 46.30 3.2102 5 1 1 8 28.89 96.42 3.0900 3 1 2 8 28.94 1.26 3.0852 7 0 1 4 28.96 12.97 3.0836 6 1 0 4 30.38 2.27 2.9423 1 0 3 4 30.68 14.65 2.9137 6 1 1 8 30.77 59.77 2.9061 6 0 2 4 32.24 100.00 2.7768 7 1 0 4 32.90 5.10 2.7225 5 1 2 8 34.63 28.82 2.5905 0 2 0 2 34.85 16.52 2.5745 0 1 3 4 34.85 4.15 2.5743 1 2 0 4 35.07 21.07 2.5585 1 1 3 8 35.52 2.05 2.5273 2 2 0 4 35.69 2.64 2.5159 8 1 0 4 35.74 22.62 2.5124 2 1 3 8 36.01 28.65 2.4939 5 0 3 4 36.33 1.21 2.4729 1 2 1 8 36.55 16.36 2.4587 9 0 1 4 36.61 5.58 2.4544 3 2 0 4 36.82 2.83 2.4408 3 1 3 8 36.97 53.53 2.4312 2 2 1 8 37.21 17.74 2.4166 8 0 2 4 38.03 1.29 2.3661 3 2 1 8 38.20 4.47 2.3558 7 1 2 8 39.12 3.26 2.3024 10 0 0 2 39.47 18.60 2.2832 4 2 1 8 40.13 29.72 2.2471 5 1 3 8 40.48 4.10 2.2283 1 2 2 8 40.54 18.45 2.2250 0 0 4 2 40.62 12.68 2.2212 9 1 1 8 41.22 4.75 2.1901 8 1 2 8 41.25 2.39 2.1884 5 2 1 8 41.33 6.59 2.1846 2 0 4 4 42.04 4.16 2.1492 3 2 2 8 42.08 2.27 2.1471 6 2 0 4 42.27 6.05 2.1379 6 1 3 8 43.35 7.52 2.0872 6 2 1 8 43.61 3.27 2.0753 4 0 4 4 44.23 1.08 2.0476 10 1 1 8 44.30 13.81 2.0449 10 0 2 4 44.43 8.22 2.0389 9 1 2 8 44.46 1.90 2.0375 11 0 1 4 44.49 5.85 2.0364 1 1 4 8 44.52 4.03 2.0351 7 2 0 4 45.03 1.10 2.0134 5 2 2 8 45.94 15.69 1.9755 3 1 4 8 46.72 1.28 1.9443 1 2 3 8 46.81 1.02 1.9407 11 1 0 4 46.90 3.38 1.9374 9 0 3 4 46.99 7.78 1.9337 6 2 2 8 47.18 1.09 1.9265 4 1 4 8 47.22 9.31 1.9248 6 0 4 4 47.25 16.44 1.9238 2 2 3 8 47.82 4.10 1.9021 10 1 2 8 47.98 4.80 1.8961 11 1 1 8 48.37 9.75 1.8819 8 2 1 8 48.73 2.44 1.8686 5 1 4 8 49.23 1.38 1.8507 7 2 2 8 49.31 1.26 1.8480 4 2 3 8 50.28 2.59 1.8147 9 1 3 8 50.59 2.21 1.8043 6 1 4 8 50.82 6.87 1.7966 5 2 3 8 51.23 3.48 1.7833 9 2 1 8 51.36 8.01 1.7789 11 1 2 8 51.73 3.65 1.7671 8 2 2 8 51.90 1.01 1.7619 12 0 2 4 51.95 2.70 1.7603 8 0 4 4 52.62 14.14 1.7393 6 2 3 8 52.70 1.70 1.7370 13 0 1 4 52.72 7.11 1.7364 7 1 4 8 53.19 1.34 1.7222 1 3 0 4 53.23 1.27 1.7209 10 2 0 4 53.38 1.51 1.7162 10 1 3 8 54.25 5.23 1.6908 1 3 1 8 54.29 1.02 1.6896 10 2 1 8 54.35 1.29 1.6879 0 2 4 4 54.46 1.18 1.6849 3 3 0 4 54.46 1.71 1.6847 9 2 2 8 54.69 6.55 1.6782 7 2 3 8 55.14 3.18 1.6657 2 1 5 8 55.33 3.18 1.6603 5 0 5 4 55.51 3.34 1.6555 3 3 1 8 55.56 1.06 1.6542 4 3 0 4 55.91 17.36 1.6446 14 0 0 2 55.92 2.93 1.6443 3 1 5 8 56.53 3.43 1.6281 11 2 0 4 56.95 5.07 1.6170 5 3 0 4 57.00 3.51 1.6157 4 1 5 8 57.02 13.76 1.6151 8 2 3 8 57.61 1.33 1.6000 10 0 4 4 57.72 4.24 1.5971 9 1 4 8 57.97 9.35 1.5910 5 3 1 8 58.36 6.67 1.5811 5 1 5 8 58.58 2.10 1.5757 3 3 2 8 58.62 2.90 1.5749 6 3 0 4 58.89 8.48 1.5683 13 1 2 8 59.59 2.80 1.5515 9 2 3 8 59.62 1.11 1.5508 6 3 1 8 59.86 1.58 1.5450 6 2 4 8 60.00 4.26 1.5418 12 2 0 4 60.01 2.28 1.5416 6 1 5 8 60.15 24.95 1.5384 12 1 3 8 60.96 3.18 1.5198 5 3 2 8 60.99 8.18 1.5192 12 2 1 8 61.28 1.57 1.5126 15 0 1 4 62.20 13.27 1.4925 0 3 3 4 62.34 8.32 1.4894 1 3 3 8 62.63 11.81 1.4833 0 0 6 2 62.78 4.81 1.4801 2 3 3 8 63.20 1.98 1.4712 2 0 6 4 63.62 2.56 1.4625 11 1 4 8 63.64 2.18 1.4620 13 2 0 4 63.69 6.38 1.4611 9 0 5 4 63.71 1.90 1.4608 8 3 1 8 63.98 10.70 1.4553 2 2 5 8 64.14 1.12 1.4520 15 1 1 8 64.43 1.39 1.4461 7 3 2 8 64.50 1.04 1.4447 4 3 3 8 65.18 3.72 1.4314 9 3 0 4 65.68 6.25 1.4216 4 2 5 8 65.77 5.25 1.4198 5 3 3 8 66.12 4.74 1.4132 9 3 1 8 66.49 2.90 1.4063 9 1 5 8 66.55 2.10 1.4051 8 3 2 8 66.71 1.01 1.4020 3 1 6 8 66.94 1.26 1.3978 5 2 5 8 67.46 6.56 1.3884 14 2 0 4 67.59 3.11 1.3859 14 1 3 8 67.72 2.18 1.3836 6 0 6 4 68.49 1.17 1.3700 16 1 1 8 68.60 3.25 1.3681 12 2 3 8 68.87 1.21 1.3633 15 0 3 4 68.91 1.65 1.3626 9 3 2 8 69.30 1.13 1.3560 11 0 5 4 70.33 2.04 1.3386 13 1 4 8 71.00 1.02 1.3275 4 3 4 8 71.31 3.63 1.3225 14 0 4 4 71.51 2.05 1.3194 10 3 2 8 71.57 4.71 1.3184 15 1 3 8 71.63 3.02 1.3174 11 3 1 8 71.85 1.31 1.3139 11 2 4 8 71.99 2.12 1.3118 11 1 5 8 72.20 11.67 1.3084 7 1 6 8 73.45 2.76 1.2892 9 3 3 8 73.58 2.69 1.2872 0 2 6 4 73.59 3.46 1.2871 2 4 0 4 74.12 1.44 1.2793 2 2 6 8 74.33 1.07 1.2761 11 3 2 8 74.48 1.06 1.2739 2 4 1 8 74.57 1.71 1.2726 9 2 5 8 75.03 1.15 1.2660 15 2 2 8 75.19 1.24 1.2637 4 4 0 4 75.43 2.87 1.2602 7 3 4 8 75.66 3.47 1.2570 17 1 2 8 76.38 1.45 1.2470 10 0 6 4 76.48 2.04 1.2456 16 2 1 8 76.62 1.30 1.2436 0 4 2 4 77.09 1.23 1.2372 10 2 5 8 77.40 2.54 1.2330 1 1 7 8 77.63 1.99 1.2299 18 1 1 8 78.10 2.21 1.2236 3 3 5 8 78.24 1.92 1.2219 13 2 4 8 78.72 5.41 1.2156 4 4 2 8 80.20 3.66 1.1969 5 3 5 8 82.83 3.69 1.1654 12 2 5 8 83.41 2.70 1.1588 17 2 2 8 83.47 1.05 1.1581 16 2 3 8 84.98 1.15 1.1413 13 3 3 8 85.25 1.14 1.1384 8 3 5 8 85.30 1.06 1.1379 15 3 1 8 85.33 1.36 1.1375 18 2 1 8 85.49 1.81 1.1358 2 2 7 8 86.12 1.27 1.1291 17 1 4 8 86.14 1.48 1.1289 10 4 0 4 86.82 3.43 1.1218 19 0 3 4 87.05 1.37 1.1194 0 4 4 4 87.33 2.98 1.1166 7 4 3 8 87.44 2.31 1.1155 9 3 5 8 87.53 1.79 1.1145 20 0 2 4 87.65 1.13 1.1133 3 3 6 8 88.46 4.60 1.1052 14 3 3 8 88.84 3.51 1.1015 14 0 6 4 89.11 1.82 1.0988 4 4 4 8 89.58 3.48 1.0942 10 4 2 8 89.61 2.81 1.0940 6 2 7 8 89.62 1.22 1.0938 16 1 5 8 ================================================================================ XPOW Copyright 1993 Bob Downs, Ranjini Swaminathan and Kurt Bartelmehs For reference, see Downs et al. (1993) American Mineralogist 78, 1104-1107.