Stephanite Diffraction data computed using the structure from the paper listed below, along with the cell parameters refined from the powder pattern for R050309 Ribar B, Nowacki W Acta Crystallographica B26 (1970) 201-207 Die kristallstruktur von stephanit, [SbS3|S|Ag5] CELL PARAMETERS: 7.873000 12.46700 8.583000 90.00000 90.00000 90.00000 SPACE GROUP: Cmc2_1 X-RAY WAVELENGTH: 1.541838 2-THETA INTENSITY D-SPACING H K L 13.43 1.53 6.6203 1 1 0 14.29 6.58 6.2242 0 2 0 17.00 3.44 5.2314 1 1 1 17.69 1.63 5.0293 0 2 1 20.86 3.32 4.2681 0 0 2 22.80 2.55 3.9087 2 0 0 24.33 9.17 3.6652 1 3 0 24.87 21.32 3.5872 1 1 2 25.35 17.65 3.5200 0 2 2 26.51 13.38 3.3679 1 3 1 26.98 2.91 3.3101 2 2 0 28.73 14.34 3.1121 0 4 0 28.97 100.00 3.0862 2 2 1 30.62 46.53 2.9239 0 4 1 31.07 48.11 2.8826 2 0 2 32.23 23.06 2.7806 1 3 2 34.34 4.95 2.6142 1 1 3 34.70 65.57 2.5878 0 2 3 35.74 21.24 2.5146 0 4 2 36.81 27.60 2.4438 3 1 1 38.48 17.07 2.3413 2 4 1 39.46 3.16 2.2857 1 5 1 40.15 1.85 2.2476 1 3 3 40.93 5.66 2.2068 3 3 0 41.27 25.25 2.1894 3 1 2 41.90 8.22 2.1578 2 2 3 42.33 19.81 2.1365 3 3 1 42.38 5.55 2.1341 0 0 4 42.79 15.37 2.1148 2 4 2 43.11 3.42 2.1000 0 4 3 43.68 3.95 2.0735 1 5 2 44.99 7.43 2.0161 0 6 1 46.34 1.72 1.9602 3 3 2 46.49 6.43 1.9544 4 0 0 47.92 8.27 1.8992 3 1 3 48.63 10.11 1.8731 2 0 4 48.83 9.69 1.8660 0 6 2 49.28 11.97 1.8499 2 4 3 49.44 10.32 1.8442 1 3 4 49.78 12.34 1.8326 2 6 0 50.10 6.17 1.8216 4 2 1 50.08 2.34 1.8221 1 5 3 50.74 2.11 1.8001 3 5 0 50.93 6.33 1.7936 2 2 4 50.99 8.77 1.7918 2 6 1 51.45 3.56 1.7769 4 0 2 51.93 4.09 1.7614 3 5 1 53.98 3.93 1.6993 1 7 1 54.51 2.36 1.6839 2 6 2 54.78 1.16 1.6764 0 6 3 55.41 5.88 1.6586 3 5 2 55.61 5.69 1.6532 1 1 5 55.86 1.89 1.6464 0 2 5 56.22 6.91 1.6367 3 1 4 56.67 4.14 1.6248 4 4 1 57.44 3.88 1.6048 2 4 4 58.16 1.49 1.5866 1 5 4 59.26 1.97 1.5596 4 2 3 59.96 1.10 1.5431 4 4 2 60.35 2.74 1.5341 3 3 4 60.69 1.23 1.5263 5 1 1 60.91 7.13 1.5213 3 5 3 62.01 1.73 1.4968 0 4 5 62.44 1.16 1.4876 0 6 4 62.76 2.32 1.4807 1 7 3 63.32 2.25 1.4689 3 7 0 63.60 1.80 1.4631 5 3 0 63.85 4.04 1.4580 5 1 2 63.66 1.55 1.4619 0 8 2 64.64 2.45 1.4420 5 3 1 65.63 1.19 1.4227 0 0 6 65.49 1.43 1.4254 2 8 1 65.83 1.15 1.4187 3 1 5 67.36 1.06 1.3903 2 6 4 67.54 1.53 1.3869 0 2 6 67.70 2.21 1.3840 5 3 2 67.61 1.66 1.3857 1 5 5 68.53 3.15 1.3693 2 8 2 69.63 3.48 1.3503 3 3 5 69.67 2.09 1.3496 4 6 2 71.57 1.28 1.3183 0 6 5 72.20 1.05 1.3084 5 5 1 72.24 1.16 1.3078 4 4 4 72.55 2.23 1.3029 6 0 0 72.40 1.39 1.3052 3 7 3 75.12 1.34 1.2646 5 5 2 75.63 2.09 1.2573 0 8 4 76.21 2.05 1.2492 2 6 5 77.74 1.57 1.2284 2 4 6 77.48 1.96 1.2318 0 10 1 78.24 1.79 1.2217 3 9 0 79.40 2.30 1.2067 5 3 4 79.90 1.73 1.2005 5 5 3 79.99 1.08 1.1993 1 1 7 80.20 1.04 1.1967 0 2 7 80.28 3.03 1.1957 3 3 6 80.74 1.19 1.1901 6 4 1 82.96 2.50 1.1637 6 2 3 83.00 1.32 1.1633 5 7 1 84.34 2.14 1.1481 5 1 5 86.72 1.46 1.1226 3 9 3 90.48 1.17 1.0854 5 7 3 90.48 1.17 1.0854 5 7 3 XPOW Copyright 1993 Bob Downs, Ranjini Swaminathan and Kurt Bartelmehs For reference, see Downs et al. (1993) American Mineralogist 78, 1104-1107.