Berthierite Lemoine P, Carre D, Robert F Acta Crystallographica C47 (1991) 938-940 Structure du sulfure de fer et d'antimoine, FeSb2S4 (Berthierite) _database_code_amcsd 0010254 CELL PARAMETERS: 11.4010 14.1480 3.7580 90.000 90.000 90.000 SPACE GROUP: Pnam X-RAY WAVELENGTH: 1.541838 Cell Volume: 606.170 Density (g/cm3): 4.685 MAX. ABS. INTENSITY / VOLUME**2: 26.67321861 RIR: 1.854 RIR based on corundum from Acta Crystallographica A38 (1982) 733-739 2-THETA INTENSITY D-SPACING H K L Multiplicity 12.51 32.48 7.0740 0 2 0 2 14.74 4.29 6.0109 1 2 0 4 15.54 3.11 5.7005 2 0 0 2 16.77 6.74 5.2874 2 1 0 4 20.38 45.31 4.3579 1 3 0 4 24.25 97.24 3.6702 3 1 0 4 24.50 55.89 3.6337 2 3 0 4 25.18 21.70 3.5370 0 4 0 2 25.74 28.55 3.4607 1 1 1 8 26.38 43.82 3.3782 1 4 0 4 26.63 1.56 3.3478 3 2 0 4 28.00 100.00 3.1865 1 2 1 8 29.15 36.48 3.0631 2 1 1 8 29.73 54.27 3.0055 2 4 0 4 30.20 9.91 2.9591 3 3 0 4 31.18 89.33 2.8681 2 2 1 8 33.91 1.40 2.6437 4 2 0 4 34.15 92.23 2.6257 3 1 1 8 34.33 90.33 2.6123 2 3 1 8 34.65 2.59 2.5891 3 4 0 4 35.42 29.74 2.5345 2 5 0 4 35.74 19.02 2.5123 1 4 1 8 35.93 10.51 2.4997 3 2 1 8 36.85 1.87 2.4393 4 3 0 4 38.17 2.60 2.3580 0 6 0 2 38.35 6.96 2.3472 2 4 1 8 38.73 4.41 2.3249 3 3 1 8 39.01 6.70 2.3091 1 6 0 4 39.69 7.06 2.2710 4 0 1 4 39.71 11.16 2.2696 3 5 0 4 39.88 4.75 2.2605 0 5 1 4 40.05 1.62 2.2512 5 1 0 4 40.22 23.37 2.2423 4 1 1 8 40.65 1.23 2.2193 4 4 0 4 40.69 16.85 2.2173 1 5 1 8 41.44 5.37 2.1789 2 6 0 4 41.61 28.57 2.1702 5 2 0 4 41.77 16.22 2.1623 4 2 1 8 42.39 1.75 2.1321 3 4 1 8 43.05 4.88 2.1013 2 5 1 8 44.12 3.29 2.0528 5 3 0 4 44.27 31.50 2.0461 4 3 1 8 45.15 17.51 2.0081 4 5 0 4 45.26 15.09 2.0036 3 6 0 4 45.58 5.91 1.9901 1 7 0 4 46.14 3.78 1.9674 1 6 1 8 46.76 4.63 1.9428 3 5 1 8 47.44 25.83 1.9165 5 4 0 4 47.58 3.30 1.9110 4 4 1 8 47.74 2.34 1.9050 2 7 0 4 47.87 2.55 1.9002 6 0 0 2 48.28 13.96 1.8850 2 6 1 8 48.44 8.98 1.8794 5 2 1 8 48.45 45.46 1.8790 0 0 2 2 50.24 1.83 1.8160 0 2 2 4 50.67 28.61 1.8016 5 3 1 8 51.33 35.32 1.7800 0 7 1 4 51.61 2.79 1.7711 4 5 1 8 51.70 22.42 1.7680 3 6 1 8 52.00 22.67 1.7587 1 7 1 8 53.08 5.76 1.7254 1 3 2 8 53.69 6.23 1.7073 5 4 1 8 53.96 4.12 1.6991 2 7 1 8 54.08 17.16 1.6957 6 0 1 4 54.31 2.39 1.6891 2 8 0 4 54.89 18.09 1.6726 3 1 2 8 55.02 10.79 1.6691 2 3 2 8 55.37 4.44 1.6594 0 4 2 4 55.76 1.03 1.6487 4 7 0 4 56.00 8.91 1.6421 1 4 2 8 56.24 1.34 1.6357 4 6 1 8 56.91 6.17 1.6180 7 1 0 4 57.40 3.65 1.6053 5 5 1 8 57.48 1.79 1.6034 3 8 0 4 57.78 5.02 1.5957 6 3 1 8 57.88 13.08 1.5933 2 4 2 8 58.12 10.62 1.5872 7 2 0 4 58.16 2.42 1.5862 3 3 2 8 58.51 1.72 1.5775 6 5 0 4 59.35 8.96 1.5573 1 9 0 4 60.05 7.22 1.5406 2 8 1 8 60.55 6.47 1.5291 6 4 1 8 61.43 9.52 1.5094 2 5 2 8 61.73 9.45 1.5027 4 8 0 4 62.50 4.65 1.4861 7 1 1 8 63.28 1.10 1.4695 0 6 2 4 63.64 3.44 1.4621 7 2 1 8 63.87 2.68 1.4574 1 6 2 8 64.11 2.54 1.4526 3 9 0 4 64.23 1.00 1.4502 0 9 1 4 64.37 4.67 1.4473 3 5 2 8 65.61 2.21 1.4230 2 6 2 8 65.73 12.68 1.4205 5 2 2 8 65.87 1.76 1.4179 8 1 0 4 66.61 1.64 1.4040 1 10 0 4 66.66 5.28 1.4031 5 7 1 8 66.96 2.03 1.3974 5 8 0 4 66.98 1.93 1.3971 8 2 0 4 67.59 1.39 1.3860 5 3 2 8 67.68 4.45 1.3844 6 7 0 4 68.11 2.67 1.3767 6 6 1 8 68.12 4.64 1.3766 7 4 1 8 68.31 2.28 1.3731 2 10 0 4 68.37 8.31 1.3720 4 5 2 8 68.45 7.39 1.3706 3 6 2 8 68.70 2.98 1.3662 1 7 2 8 68.82 4.38 1.3642 8 3 0 4 70.14 13.33 1.3417 5 4 2 8 70.24 1.86 1.3401 7 6 0 4 70.38 1.19 1.3377 2 7 2 8 70.48 1.30 1.3361 6 0 2 4 71.10 1.58 1.3259 3 10 0 4 71.38 5.64 1.3214 7 5 1 8 71.77 1.02 1.3152 1 10 1 8 73.12 2.17 1.2942 5 9 0 4 73.42 1.29 1.2897 2 10 1 8 73.91 2.53 1.2823 8 3 1 8 74.87 1.12 1.2682 7 7 0 4 74.94 2.31 1.2673 4 10 0 4 75.29 2.25 1.2623 7 6 1 8 75.72 1.52 1.2562 2 8 2 8 76.13 7.10 1.2504 3 10 1 8 76.37 1.38 1.2470 8 4 1 8 76.85 1.05 1.2404 1 1 3 8 77.90 4.19 1.2263 1 2 3 8 77.92 4.21 1.2261 7 1 2 8 78.10 6.39 1.2237 5 9 1 8 78.41 1.24 1.2197 3 8 2 8 78.46 1.58 1.2189 2 1 3 8 78.62 7.17 1.2169 0 11 1 4 78.96 7.41 1.2125 7 2 2 8 79.06 1.04 1.2112 6 9 0 4 79.15 1.51 1.2100 1 11 1 8 79.30 1.26 1.2082 6 5 2 8 79.50 4.01 1.2056 2 2 3 8 79.51 2.97 1.2055 8 5 1 8 80.03 6.45 1.1990 1 9 2 8 80.26 6.77 1.1961 9 1 1 8 81.13 5.33 1.1855 3 1 3 8 81.23 5.38 1.1843 2 3 3 8 81.29 1.51 1.1835 9 2 1 8 82.05 1.30 1.1745 1 4 3 8 82.13 7.29 1.1736 4 8 2 8 83.40 1.07 1.1589 3 11 1 8 83.78 1.19 1.1546 2 12 0 4 84.26 1.96 1.1492 3 9 2 8 84.82 1.97 1.1430 4 1 3 8 85.09 1.14 1.1401 10 0 0 2 85.13 1.41 1.1397 1 5 3 8 85.43 1.23 1.1364 10 1 0 4 85.59 1.04 1.1348 6 10 0 4 85.85 1.42 1.1320 4 2 3 8 85.86 1.52 1.1318 8 1 2 8 86.46 1.56 1.1256 10 2 0 4 86.54 1.49 1.1247 1 10 2 8 86.87 1.76 1.1213 5 8 2 8 86.89 1.65 1.1211 8 2 2 8 87.39 2.23 1.1159 9 6 0 4 87.53 3.90 1.1146 6 7 2 8 87.55 3.33 1.1143 4 3 3 8 87.73 2.10 1.1125 8 7 1 8 88.11 2.04 1.1087 2 10 2 8 88.47 4.17 1.1051 9 5 1 8 88.59 3.97 1.1039 8 3 2 8 89.92 1.77 1.0911 7 6 2 8 ================================================================================ XPOW Copyright 1993 Bob Downs, Ranjini Swaminathan and Kurt Bartelmehs For reference, see Downs et al. (1993) American Mineralogist 78, 1104-1107.