F32 Fe7 Na7 Sr2 Hemon-Ribaud A, Greneche J, Courbion G Journal of Solid State Chemistry 112 (1994) 82-91 Synthesis, crystal structure, and magnetic study of Na7Sr2Fe7F32 _cod_database_code 1000360 _database_code_amcsd 0013822 CELL PARAMETERS: 10.3720 10.8050 44.9800 90.000 90.000 90.000 SPACE GROUP: Fddd X-RAY WAVELENGTH: 1.541838 Cell Volume: 5040.884 Density (g/cm3): 3.518 MAX. ABS. INTENSITY / VOLUME**2: 22.74932473 RIR: 2.106 RIR based on corundum from Acta Crystallographica A38 (1982) 733-739 2-THETA INTENSITY D-SPACING H K L Multiplicity 7.86 33.50 11.2450 0 0 4 2 13.22 10.70 6.6951 1 1 3 8 15.76 2.19 5.6225 0 0 8 2 16.88 10.20 5.2531 0 2 2 4 17.55 21.16 5.0534 2 0 2 4 20.26 18.33 4.3830 0 2 6 4 21.38 7.94 4.1560 1 1 9 8 23.74 9.48 3.7483 0 0 12 2 23.78 1.83 3.7413 2 2 0 4 24.11 14.18 3.6905 2 2 2 8 24.81 2.10 3.5882 1 1 11 8 25.09 2.23 3.5499 2 2 4 8 25.77 9.90 3.4567 0 2 10 4 26.23 7.56 3.3980 2 0 10 4 26.27 1.30 3.3927 1 3 1 8 26.63 7.68 3.3475 2 2 6 8 26.87 19.52 3.3180 1 3 3 8 27.15 2.17 3.2841 3 1 1 8 27.74 7.46 3.2162 3 1 3 8 28.04 10.45 3.1824 1 3 5 8 28.66 100.00 3.1147 2 2 8 8 28.87 15.83 3.0922 3 1 5 8 29.71 3.70 3.0069 1 3 7 8 30.50 2.51 2.9305 3 1 7 8 31.09 4.59 2.8763 2 2 10 8 31.82 3.05 2.8125 1 3 9 8 31.83 15.16 2.8112 0 0 16 2 32.56 1.14 2.7497 3 1 9 8 32.79 2.03 2.7312 2 0 14 4 33.16 5.21 2.7013 0 4 0 2 33.85 1.92 2.6480 2 2 12 8 34.29 3.39 2.6154 1 3 11 8 34.59 6.90 2.5930 4 0 0 2 34.99 2.43 2.5647 3 1 11 8 36.00 1.22 2.4945 1 1 17 8 37.42 2.06 2.4035 3 3 5 8 38.73 8.40 2.3252 3 3 7 8 39.37 2.70 2.2887 4 2 4 8 39.94 1.28 2.2571 1 1 19 8 40.08 8.51 2.2496 1 3 15 8 40.70 7.91 2.2171 3 1 15 8 42.45 2.77 2.1293 3 3 11 8 42.76 5.15 2.1145 2 4 10 8 43.64 1.89 2.0743 4 2 10 8 43.97 1.54 2.0592 1 1 21 8 44.90 7.85 2.0186 5 1 3 8 45.12 1.14 2.0095 1 5 7 8 45.66 2.06 1.9869 5 1 5 8 46.63 17.37 1.9478 0 4 16 4 46.75 7.00 1.9433 1 3 19 8 47.15 2.87 1.9275 2 2 20 8 47.29 1.18 1.9222 3 1 19 8 47.33 4.06 1.9206 2 4 14 8 47.41 1.34 1.9176 3 3 15 8 47.72 9.52 1.9060 4 0 16 4 47.82 2.39 1.9021 2 0 22 4 48.45 6.19 1.8790 1 5 11 8 48.58 1.37 1.8742 0 0 24 2 48.68 27.42 1.8706 4 4 0 4 49.39 2.75 1.8453 4 4 4 8 50.27 1.62 1.8149 3 3 17 8 50.57 2.66 1.8049 1 5 13 8 50.90 1.38 1.7941 2 2 22 8 51.49 1.04 1.7750 4 4 8 8 52.30 2.34 1.7493 1 1 25 8 52.97 2.20 1.7287 1 5 15 8 52.98 4.28 1.7284 0 4 20 4 53.24 1.12 1.7205 3 5 9 8 53.69 2.18 1.7071 4 2 18 8 53.97 2.96 1.6990 4 0 20 4 54.45 3.48 1.6851 5 1 15 8 54.58 2.85 1.6815 3 1 23 8 54.78 8.21 1.6757 2 2 24 8 54.85 5.36 1.6738 4 4 12 8 56.04 2.06 1.6411 2 0 26 4 56.52 11.66 1.6283 2 6 8 8 57.29 1.24 1.6081 6 2 6 8 57.80 1.35 1.5951 5 3 13 8 58.40 11.07 1.5801 6 2 8 8 59.34 13.34 1.5574 4 4 16 8 59.43 1.38 1.5552 2 4 22 8 61.00 1.03 1.5189 4 0 24 4 62.48 2.00 1.4865 3 1 27 8 62.97 1.70 1.4761 2 2 28 8 62.98 1.10 1.4759 4 6 2 8 64.18 1.05 1.4511 4 6 6 8 66.69 1.69 1.4025 2 4 26 8 67.23 1.06 1.3925 3 7 5 8 67.27 1.86 1.3917 2 2 30 8 67.83 1.29 1.3816 7 1 11 8 69.26 1.05 1.3566 3 7 9 8 69.37 1.52 1.3547 7 3 5 8 69.61 2.96 1.3506 0 8 0 2 71.32 1.27 1.3224 1 7 17 8 72.17 1.37 1.3088 1 5 27 8 72.97 3.03 1.2965 8 0 0 2 73.42 1.18 1.2896 5 1 27 8 75.47 2.20 1.2596 2 6 24 8 77.11 2.33 1.2369 6 2 24 8 77.31 1.96 1.2342 5 7 3 8 78.57 2.93 1.2175 6 6 8 8 78.58 1.89 1.2174 0 8 16 4 79.07 1.29 1.2111 3 7 19 8 80.12 1.61 1.1979 4 8 0 4 81.81 1.53 1.1773 8 0 16 4 85.66 1.07 1.1340 0 4 36 4 86.46 1.21 1.1256 4 0 36 4 86.63 1.04 1.1237 4 4 32 8 ================================================================================ XPOW Copyright 1993 Bob Downs, Ranjini Swaminathan and Kurt Bartelmehs For reference, see Downs et al. (1993) American Mineralogist 78, 1104-1107.