Livingstonite Diffraction data computed using the structure from the paper listed below, along with the cell parameters refined from the powder pattern for R050453 Niizeki N, Buerger M J Zeitschrift fur Kristallographie 109 (1957) 129-157 The crystal structure of livingstonite, HgSb4S8 Locality: Guerrido, Mexico CELL PARAMETERS: 30.16077 4.001847 21.46011 90.00000 104.3267 90.00000 SPACE GROUP: A2/a X-RAY WAVELENGTH: 1.541838 2-THETA INTENSITY D-SPACING H K L 8.58 17.60 10.3964 0 0 2 12.19 2.17 7.3057 4 0 0 13.05 2.05 6.8244 -4 0 2 16.54 14.86 5.3835 4 0 2 17.13 40.39 5.1982 0 0 4 18.40 13.73 4.8386 -4 0 4 22.75 7.02 3.9190 -1 1 1 23.04 4.62 3.8708 1 1 1 23.23 1.40 3.8402 -2 1 1 23.39 25.63 3.8131 4 0 4 23.80 26.89 3.7486 -8 0 2 23.78 31.78 3.7511 2 1 1 24.43 11.12 3.6528 8 0 0 25.64 51.01 3.4825 -4 0 6 25.77 2.23 3.4655 0 0 6 25.74 4.06 3.4699 -2 1 3 26.18 1.07 3.4122 -8 0 4 27.23 29.26 3.2821 2 1 3 27.88 11.11 3.2070 8 0 2 28.01 1.38 3.1927 5 1 1 28.33 1.81 3.1573 -5 1 3 28.44 3.58 3.1446 3 1 3 28.57 4.28 3.1307 -6 1 1 29.79 100.00 3.0048 -6 1 3 29.93 44.86 2.9908 6 1 1 30.69 2.46 2.9190 -1 1 5 30.85 2.30 2.9039 -3 1 5 30.92 10.73 2.8974 -8 0 6 31.24 15.05 2.8683 4 0 6 31.50 4.54 2.8452 -7 1 3 31.66 4.28 2.8312 5 1 3 32.73 1.98 2.7410 2 1 5 33.34 5.15 2.6918 8 0 4 33.34 25.90 2.6920 -6 1 5 33.60 13.92 2.6719 6 1 3 34.56 1.53 2.5991 0 0 8 35.52 1.88 2.5309 -9 1 3 35.71 1.29 2.5178 7 1 3 35.78 5.29 2.5132 -12 0 2 36.73 7.15 2.4504 -12 0 4 36.96 2.54 2.4352 12 0 0 37.01 18.19 2.4321 -2 1 7 37.03 1.26 2.4310 -3 1 7 37.21 1.61 2.4193 -8 0 8 37.54 3.39 2.3993 -10 1 1 37.78 1.54 2.3842 -10 1 3 38.98 4.73 2.3134 6 1 5 39.32 15.88 2.2942 10 1 1 39.52 13.78 2.2830 2 1 7 39.62 19.11 2.2772 4 0 8 39.67 9.26 2.2748 -12 0 6 40.11 6.47 2.2506 12 0 2 40.10 1.59 2.2513 8 0 6 40.03 3.91 2.2551 -10 1 5 40.12 1.25 2.2503 -11 1 1 42.19 5.41 2.1444 -4 0 10 42.92 6.26 2.1091 10 1 3 43.57 5.84 2.0793 0 0 10 44.27 8.59 2.0478 -12 0 8 44.41 5.78 2.0420 -2 1 9 44.53 7.47 2.0366 -8 0 10 45.37 16.99 2.0009 0 2 0 45.56 1.11 1.9930 9 1 5 45.59 1.19 1.9918 -13 1 1 45.59 2.80 1.9915 6 1 7 45.48 4.58 1.9962 1 2 0 46.18 1.27 1.9676 1 1 9 46.25 1.80 1.9649 0 2 2 47.19 3.26 1.9276 2 1 9 47.74 1.64 1.9066 8 0 8 47.68 1.04 1.9088 3 2 2 48.02 22.17 1.8963 10 1 5 48.07 1.11 1.8943 -9 1 9 48.21 1.15 1.8893 -5 2 2 48.46 1.66 1.8799 -16 0 2 48.43 1.61 1.8811 4 0 10 48.45 11.46 1.8802 -14 1 1 48.81 2.98 1.8674 0 2 4 49.35 13.10 1.8482 -14 1 5 49.32 2.19 1.8491 -4 2 4 49.42 15.90 1.8456 -10 1 9 49.68 2.81 1.8367 5 2 2 49.97 1.67 1.8264 16 0 0 50.42 2.72 1.8112 -16 0 6 50.50 1.13 1.8087 14 1 1 50.44 1.85 1.8107 -7 2 2 50.92 4.94 1.7945 12 0 6 51.62 2.17 1.7718 4 2 4 51.83 2.58 1.7652 -8 2 2 51.87 1.72 1.7640 -7 2 4 52.16 2.44 1.7549 8 2 0 52.22 1.30 1.7528 -14 1 7 52.42 1.53 1.7466 7 2 2 52.53 14.51 1.7432 -2 1 11 52.52 2.68 1.7436 -3 2 6 52.55 1.76 1.7426 -1 2 6 52.60 2.64 1.7412 -8 0 12 52.67 2.54 1.7389 -6 1 11 52.81 1.06 1.7346 5 2 4 52.80 6.03 1.7349 -4 2 6 53.05 11.57 1.7275 16 0 2 53.12 2.00 1.7253 6 1 9 53.28 1.39 1.7204 -5 2 6 53.76 1.21 1.7061 -16 0 8 54.05 1.93 1.6976 8 2 2 54.30 1.92 1.6906 10 1 7 54.50 1.18 1.6848 -9 2 4 55.55 2.80 1.6554 2 1 11 55.87 2.27 1.6465 -8 2 6 56.08 1.06 1.6409 8 0 10 56.07 5.79 1.6411 4 2 6 56.51 2.98 1.6293 -14 1 9 57.41 1.28 1.6058 8 2 4 57.71 1.58 1.5983 11 2 0 57.98 1.74 1.5914 12 0 8 58.83 1.53 1.5704 1 2 8 59.69 3.26 1.5499 -12 2 4 60.72 1.01 1.5259 -18 1 1 60.60 1.41 1.5287 3 2 8 60.91 3.62 1.5215 -6 1 13 61.07 1.24 1.5179 -9 2 8 61.29 1.74 1.5130 -2 1 13 61.40 5.48 1.5106 6 1 11 61.31 1.33 1.5126 -8 0 14 61.56 6.84 1.5071 -20 0 4 61.74 4.92 1.5031 4 2 8 61.77 2.65 1.5024 -12 2 6 62.09 2.07 1.4954 12 2 2 62.13 1.41 1.4946 13 2 0 62.51 2.61 1.4865 -18 1 7 62.57 3.75 1.4852 0 0 14 63.64 1.03 1.4627 -13 2 6 63.62 1.27 1.4630 -4 2 10 63.98 1.31 1.4558 9 2 6 64.32 3.32 1.4487 -16 0 12 64.67 1.87 1.4418 0 2 10 65.06 3.87 1.4341 8 0 12 65.05 2.16 1.4343 -20 0 8 64.98 1.31 1.4357 -12 0 14 65.21 3.31 1.4312 -12 2 8 65.41 2.99 1.4273 -8 2 10 65.88 1.90 1.4181 -18 1 9 66.58 4.29 1.4049 18 1 3 67.80 1.33 1.3825 -15 2 6 68.48 1.22 1.3705 4 2 10 69.73 1.03 1.3490 16 2 0 70.51 2.13 1.3359 12 2 6 70.52 3.05 1.3358 -18 1 11 70.69 1.76 1.3330 -8 0 16 72.06 4.05 1.3109 14 1 9 71.89 1.03 1.3135 -8 2 12 72.27 4.69 1.3076 16 2 2 73.08 2.66 1.2950 -22 1 3 73.66 1.10 1.2863 -12 0 16 74.31 2.74 1.2766 -22 1 1 74.20 1.15 1.2783 2 1 15 74.08 1.54 1.2801 -6 3 3 74.98 1.27 1.2669 -7 3 3 75.06 1.21 1.2656 5 3 3 75.99 1.74 1.2524 -6 3 5 76.26 3.90 1.2487 -14 1 15 76.82 1.03 1.2409 20 0 6 77.23 1.03 1.2353 -22 1 9 78.57 1.10 1.2176 24 0 0 79.43 1.18 1.2066 -8 2 14 79.65 3.17 1.2038 -20 2 4 79.64 3.50 1.2039 -6 1 17 80.60 1.40 1.1920 22 1 3 80.55 1.37 1.1926 0 2 14 82.01 1.18 1.1750 10 3 3 82.14 1.42 1.1734 -16 2 12 82.81 1.99 1.1656 8 2 12 82.80 1.14 1.1657 -20 2 8 84.68 3.16 1.1446 2 1 17 88.04 1.01 1.1093 -8 2 16 88.48 1.52 1.1049 -26 -1 7 88.69 1.42 1.1029 10 1 15 89.00 1.03 1.0998 4 0 18 89.30 3.52 1.0969 14 1 13 89.13 1.47 1.0986 -2 3 11 89.13 1.47 1.0986 -2 3 11 XPOW Copyright 1993 Bob Downs, Ranjini Swaminathan and Kurt Bartelmehs For reference, see Downs et al. (1993) American Mineralogist 78, 1104-1107.