Sulfur Warren B, Burwell J Journal of Chemical Physics 3 (1935) 6-8 The structure of rhombic sulphur _cod_database_code 1011160 _database_code_amcsd 0018039 CELL PARAMETERS: 10.4800 12.9200 24.5500 90.000 90.000 90.000 SPACE GROUP: Fddd X-RAY WAVELENGTH: 1.541838 Cell Volume: 3324.108 Density (g/cm3): 2.050 MAX. ABS. INTENSITY / VOLUME**2: 12.85228772 RIR: 2.041 RIR based on corundum from Acta Crystallographica A38 (1982) 733-739 2-THETA INTENSITY D-SPACING H K L Multiplicity 11.45 7.78 7.7256 1 1 1 8 15.35 10.50 5.7708 1 1 3 8 15.50 4.83 5.7167 0 2 2 4 21.84 8.32 4.0695 2 2 0 4 22.61 7.54 3.9320 1 3 1 8 23.02 100.00 3.8628 2 2 2 8 24.86 3.91 3.5816 1 3 3 8 25.77 39.44 3.4566 0 2 6 4 26.28 3.13 3.3917 2 2 4 8 26.68 21.00 3.3409 3 1 1 8 27.62 10.28 3.2300 0 4 0 2 27.66 18.10 3.2250 2 0 6 4 27.70 17.57 3.2208 1 1 7 8 28.63 21.70 3.1179 3 1 3 8 28.86 9.51 3.0934 1 3 5 8 31.29 22.90 2.8583 0 4 4 4 33.22 1.11 2.6966 3 3 1 8 33.40 2.40 2.6831 2 4 2 8 34.06 12.70 2.6323 1 3 7 8 34.22 3.56 2.6200 4 0 0 2 34.84 3.18 2.5752 3 3 3 8 35.78 9.24 2.5093 2 4 4 8 35.98 4.73 2.4959 1 5 1 8 36.98 14.19 2.4308 3 1 7 8 37.32 2.27 2.4096 4 0 4 4 37.77 4.99 2.3818 4 2 2 8 37.89 3.44 2.3746 3 3 5 8 39.26 9.68 2.2949 0 2 10 4 40.37 1.51 2.2341 1 5 5 8 40.55 2.72 2.2248 0 4 8 4 41.98 2.05 2.1524 1 1 11 8 42.63 12.23 2.1209 0 6 2 4 42.63 11.34 2.1208 3 1 9 8 43.03 2.83 2.1021 2 2 10 8 43.92 2.33 2.0616 5 1 1 8 45.02 1.62 2.0136 3 5 3 8 45.17 1.17 2.0074 4 4 2 8 45.52 5.57 1.9926 4 0 8 4 46.17 2.83 1.9660 2 6 2 8 47.05 2.58 1.9314 4 4 4 8 47.70 8.12 1.9066 5 1 5 8 47.73 1.18 1.9056 0 6 6 4 47.77 1.31 1.9041 4 2 8 8 49.55 1.08 1.8396 1 1 13 8 49.89 3.45 1.8279 2 2 12 8 51.10 14.82 1.7874 3 5 7 8 51.50 1.12 1.7745 1 7 3 8 51.97 7.91 1.7595 5 3 5 8 52.95 7.40 1.7292 6 0 2 4 52.98 5.21 1.7283 0 4 12 4 53.05 2.51 1.7263 4 2 10 8 53.14 1.33 1.7236 3 3 11 8 53.77 7.68 1.7047 1 7 5 8 54.96 3.36 1.6707 2 6 8 8 55.07 1.03 1.6675 1 5 11 8 55.34 2.66 1.6601 5 3 7 8 55.61 9.50 1.6527 3 5 9 8 55.79 1.39 1.6477 3 1 13 8 56.52 6.38 1.6283 3 7 1 8 56.61 2.94 1.6259 6 2 4 8 56.67 2.14 1.6242 5 5 1 8 57.12 1.10 1.6125 4 0 12 4 57.20 6.32 1.6104 2 2 14 8 57.43 1.25 1.6045 1 1 15 8 57.59 3.06 1.6004 3 7 3 8 58.96 1.30 1.5666 4 4 10 8 60.03 1.89 1.5411 4 6 6 8 60.32 4.17 1.5344 0 0 16 2 61.45 2.05 1.5088 1 5 13 8 62.00 1.93 1.4968 2 8 4 8 62.86 1.23 1.4785 2 4 14 8 62.89 2.92 1.4777 6 2 8 8 63.59 1.15 1.4632 7 1 3 8 64.60 4.16 1.4427 4 4 12 8 64.74 1.93 1.4399 5 3 11 8 64.82 2.38 1.4384 6 4 6 8 65.29 1.38 1.4292 0 8 8 4 65.39 1.83 1.4271 2 6 12 8 65.59 1.13 1.4233 7 1 5 8 65.68 2.22 1.4216 4 2 14 8 67.18 1.36 1.3935 7 3 3 8 68.71 2.04 1.3661 1 9 5 8 69.20 1.43 1.3577 1 3 17 8 69.26 5.00 1.3565 6 6 0 4 70.95 1.06 1.3283 4 4 14 8 72.06 2.13 1.3107 3 9 3 8 72.59 1.92 1.3024 6 4 10 8 72.67 1.46 1.3012 6 2 12 8 73.51 1.98 1.2883 5 7 7 8 73.95 1.29 1.2818 3 9 5 8 75.68 2.06 1.2567 8 2 4 8 79.31 1.56 1.2081 8 4 2 8 82.42 1.16 1.1702 7 5 9 8 83.69 1.12 1.1556 3 7 15 8 88.62 1.17 1.1037 7 7 7 8 ================================================================================ XPOW Copyright 1993 Bob Downs, Ranjini Swaminathan and Kurt Bartelmehs For reference, see Downs et al. (1993) American Mineralogist 78, 1104-1107.