Livingstonite Borisov S V, Perukhina N V, Magarill S A, Kuratieva N V, Vasil'ev V I Crystallography Reports 55 (2010) 224-228 Crystallographic analysis of the structure of livingstonite HgSb4S8 from refined data Locality: Khaydarkan, Kyrgyzstan _database_code_amcsd 0020982 CELL PARAMETERS: 30.1543 3.9953 21.4262 90.000 104.265 90.000 SPACE GROUP: A2/a X-RAY WAVELENGTH: 1.541838 Cell Volume: 2501.740 Density (g/cm3): 5.013 MAX. ABS. INTENSITY / VOLUME**2: 61.15888338 RIR: 3.973 RIR based on corundum from Acta Crystallographica A38 (1982) 733-739 2-THETA INTENSITY D-SPACING H K L Multiplicity 8.52 17.21 10.3828 0 0 2 2 12.11 2.53 7.3061 4 0 0 2 12.99 2.17 6.8178 -4 0 2 2 16.47 14.28 5.3833 4 0 2 2 17.08 39.93 5.1914 0 0 4 2 18.36 13.46 4.8311 -4 0 4 2 22.73 4.96 3.9126 -1 1 1 4 23.01 2.84 3.8648 1 1 1 4 23.20 1.26 3.8341 -2 1 1 4 23.34 24.99 3.8116 4 0 4 2 23.74 27.11 3.7472 -8 0 2 2 23.75 31.74 3.7457 2 1 1 4 24.06 1.39 3.6995 -3 1 1 4 24.37 10.53 3.6531 8 0 0 2 25.62 48.09 3.4767 -4 0 6 2 25.72 3.85 3.4642 -2 1 3 4 25.74 2.06 3.4609 0 0 6 2 27.21 28.83 3.2778 2 1 3 4 27.81 10.62 3.2074 8 0 2 2 27.97 1.60 3.1895 5 1 1 4 28.31 2.94 3.1527 -5 1 3 4 28.42 2.10 3.1409 3 1 3 4 28.54 4.53 3.1274 -6 1 1 4 29.77 100.00 3.0008 -6 1 3 4 29.90 44.01 2.9882 6 1 1 4 30.68 2.58 2.9144 -1 1 5 4 30.84 2.46 2.8991 -3 1 5 4 30.90 9.94 2.8935 -8 0 6 2 31.20 14.58 2.8664 4 0 6 2 31.48 4.32 2.8417 -7 1 3 4 31.63 3.69 2.8288 5 1 3 4 32.71 2.03 2.7376 2 1 5 4 33.29 4.90 2.6917 8 0 4 2 33.33 25.21 2.6879 -6 1 5 4 33.57 13.67 2.6699 6 1 3 4 34.55 1.39 2.5957 0 0 8 2 35.51 1.24 2.5283 -9 1 3 4 35.68 1.68 2.5162 7 1 3 4 35.73 5.14 2.5127 -12 0 2 2 36.70 7.39 2.4490 -12 0 4 2 36.91 2.65 2.4354 12 0 0 2 37.02 17.60 2.4282 -2 1 7 4 37.04 1.09 2.4270 -3 1 7 4 37.22 1.66 2.4156 -8 0 8 2 37.51 3.28 2.3978 -10 1 1 4 37.77 1.19 2.3820 -10 1 3 4 38.96 4.41 2.3116 6 1 5 4 39.29 14.97 2.2931 10 1 1 4 39.52 13.30 2.2802 2 1 7 4 39.61 18.47 2.2754 4 0 8 2 39.66 9.36 2.2726 -12 0 6 2 40.03 3.95 2.2524 -10 1 5 4 40.06 6.03 2.2509 12 0 2 2 40.06 1.43 2.2507 8 0 6 2 42.21 5.35 2.1410 -4 0 10 2 42.90 6.04 2.1083 10 1 3 4 43.59 5.69 2.0766 0 0 10 2 44.29 8.46 2.0452 -12 0 8 2 44.43 5.87 2.0389 -2 1 9 4 44.56 7.02 2.0333 -8 0 10 2 45.40 16.73 1.9977 0 2 0 2 45.51 4.94 1.9930 1 2 0 4 45.54 1.26 1.9920 9 1 5 4 45.59 2.68 1.9899 6 1 7 4 46.20 1.24 1.9651 1 1 9 4 46.28 1.76 1.9617 0 2 2 4 47.21 2.96 1.9252 2 1 9 4 47.72 1.29 1.9060 3 2 2 4 47.72 1.56 1.9058 8 0 8 2 48.00 21.39 1.8955 10 1 5 4 48.11 1.11 1.8913 -9 1 9 4 48.43 1.53 1.8797 -16 0 2 2 48.43 10.35 1.8795 -14 1 1 4 48.43 1.57 1.8794 4 0 10 2 48.85 2.87 1.8644 0 2 4 4 49.35 12.30 1.8466 -14 1 5 4 49.37 2.10 1.8461 -4 2 4 4 49.46 14.60 1.8427 -10 1 9 4 49.71 2.27 1.8341 5 2 2 4 49.93 1.59 1.8265 16 0 0 2 50.42 2.45 1.8099 -16 0 6 2 50.47 1.00 1.8083 14 1 1 4 50.47 1.48 1.8081 -7 2 2 4 50.89 4.62 1.7944 12 0 6 2 51.66 2.19 1.7694 4 2 4 4 51.87 2.68 1.7628 -8 2 2 4 51.91 1.43 1.7614 -7 2 4 4 52.19 2.27 1.7527 8 2 0 4 52.25 1.01 1.7509 -14 1 7 4 52.45 1.04 1.7445 7 2 2 4 52.57 2.21 1.7408 -3 2 6 4 52.58 14.02 1.7406 -2 1 11 4 52.60 1.30 1.7398 -1 2 6 4 52.65 2.60 1.7384 -8 0 12 2 52.73 2.24 1.7360 -6 1 11 4 52.86 5.70 1.7321 -4 2 6 4 53.00 11.12 1.7277 16 0 2 2 53.13 1.88 1.7239 6 1 9 4 53.34 1.38 1.7176 -5 2 6 4 53.78 1.30 1.7045 -16 0 8 2 54.08 1.88 1.6957 8 2 2 4 54.29 1.90 1.6898 10 1 7 4 54.55 1.02 1.6824 -9 2 4 4 55.58 2.54 1.6534 2 1 11 4 55.93 2.02 1.6439 -8 2 6 4 56.12 5.43 1.6389 4 2 6 4 56.56 2.81 1.6272 -14 1 9 4 57.45 1.19 1.6041 8 2 4 4 57.74 1.38 1.5967 11 2 0 4 57.96 1.61 1.5912 12 0 8 2 58.89 1.08 1.5681 1 2 8 4 59.74 3.25 1.5480 -12 2 4 4 60.66 1.28 1.5267 3 2 8 4 61.00 3.44 1.5190 -6 1 13 4 61.37 1.64 1.5108 -2 1 13 4 61.40 1.39 1.5101 -8 0 14 2 61.43 5.05 1.5093 6 1 11 4 61.55 5.84 1.5067 -20 0 4 2 61.80 4.84 1.5012 4 2 8 4 61.84 2.74 1.5004 -12 2 6 4 62.13 1.88 1.4941 12 2 2 4 62.16 1.23 1.4933 13 2 0 4 62.54 2.62 1.4852 -18 1 7 4 62.63 3.33 1.4833 0 0 14 2 63.72 1.27 1.4606 -4 2 10 4 64.40 2.89 1.4467 -16 0 12 2 64.75 1.82 1.4396 0 2 10 4 65.07 1.08 1.4334 -12 0 14 2 65.08 1.97 1.4332 -20 0 8 2 65.08 3.46 1.4332 8 0 12 2 65.29 3.23 1.4291 -12 2 8 4 65.50 2.73 1.4250 -8 2 10 4 65.94 2.03 1.4166 -18 1 9 4 66.57 4.00 1.4048 18 1 3 4 67.87 1.10 1.3809 -15 2 6 4 68.55 1.14 1.3688 4 2 10 4 69.77 1.00 1.3480 16 2 0 4 70.55 1.99 1.3349 12 2 6 4 70.60 2.85 1.3341 -18 1 11 4 70.80 1.64 1.3308 -8 0 16 2 72.01 1.06 1.3114 -8 2 12 4 72.07 3.57 1.3105 14 1 9 4 72.31 4.51 1.3068 16 2 2 4 73.09 2.54 1.2946 -22 1 3 4 74.20 1.64 1.2780 -6 3 3 4 74.29 1.07 1.2767 2 1 15 4 74.31 2.72 1.2764 -22 1 1 4 75.10 1.21 1.2649 -7 3 3 4 75.18 1.01 1.2638 5 3 3 4 76.13 1.60 1.2504 -6 3 5 4 76.39 3.60 1.2467 -14 1 15 4 79.58 1.20 1.2046 -8 2 14 4 79.71 2.64 1.2029 -20 2 4 4 79.79 2.85 1.2020 -6 1 17 4 80.59 1.20 1.1920 22 1 3 4 80.68 1.22 1.1909 0 2 14 4 82.13 1.07 1.1735 10 3 3 4 82.28 1.23 1.1717 -16 2 12 4 82.91 1.02 1.1645 -20 2 8 4 82.91 1.77 1.1645 8 2 12 4 84.81 2.81 1.1432 2 1 17 4 88.55 1.28 1.1043 -26 -1 7 4 88.78 1.21 1.1021 10 1 15 4 89.32 1.40 1.0968 -2 3 11 4 89.36 3.08 1.0964 14 1 13 4 ================================================================================ XPOW Copyright 1993 Bob Downs, Ranjini Swaminathan and Kurt Bartelmehs For reference, see Downs et al. (1993) American Mineralogist 78, 1104-1107.