Paarite Makovicky E, Topa D, Balic-Zunic T The Canadian Mineralogist 39 (2001) 1377-1382 The crystal structure of paarite, the newly discovered 56 A derivative of the bismuthinite-aikinite solid-solution series _database_code_amcsd 0005754 CELL PARAMETERS: 4.0070 55.9980 11.5120 90.000 90.000 90.000 SPACE GROUP: Pmcn X-RAY WAVELENGTH: 1.541838 Cell Volume: 2583.108 Density (g/cm3): 6.927 MAX. ABS. INTENSITY / VOLUME**2: 72.29847510 RIR: 3.398 RIR based on corundum from Acta Crystallographica A38 (1982) 733-739 2-THETA INTENSITY D-SPACING H K L Multiplicity 3.16 2.31 27.9990 0 2 0 2 6.31 2.01 13.9995 0 4 0 2 11.02 3.05 8.0275 0 5 1 4 15.39 15.99 5.7560 0 0 2 2 15.83 2.89 5.5998 0 10 0 2 16.65 2.40 5.3236 0 4 2 4 17.32 19.30 5.1194 0 5 2 4 22.15 56.31 4.0137 0 10 2 4 22.23 5.00 3.9999 0 14 0 2 23.33 1.46 3.8133 0 11 2 4 23.55 4.56 3.7783 0 14 1 4 23.58 28.14 3.7728 1 5 0 4 24.05 4.26 3.7008 0 4 3 4 24.52 100.00 3.6302 0 5 3 4 24.83 55.25 3.5852 1 5 1 8 25.08 84.73 3.5511 0 15 1 4 25.09 1.68 3.5491 0 6 3 4 25.45 4.85 3.4999 0 16 0 2 27.11 18.06 3.2886 1 0 2 4 27.16 4.33 3.2830 1 1 2 8 27.31 2.09 3.2661 0 9 3 4 27.59 1.22 3.2332 1 9 1 8 27.87 1.84 3.2015 1 4 2 8 28.19 7.79 3.1654 0 10 3 4 28.28 57.27 3.1554 1 5 2 8 28.47 92.46 3.1355 1 10 1 8 28.50 7.11 3.1321 0 15 2 4 28.78 2.74 3.1017 1 6 2 8 29.14 2.02 3.0643 0 11 3 4 29.41 2.89 3.0371 1 11 1 8 31.07 3.78 2.8780 0 0 4 2 31.55 92.55 2.8358 1 10 2 8 31.96 3.71 2.7999 0 20 0 2 32.11 1.09 2.7874 0 5 4 4 32.79 19.79 2.7314 1 15 0 4 32.92 3.32 2.7206 0 20 1 4 33.49 1.23 2.6758 0 15 3 4 33.72 36.37 2.6577 1 15 1 8 34.33 3.72 2.6121 0 9 4 4 35.06 40.62 2.5597 0 10 4 4 35.33 1.06 2.5403 1 14 2 8 35.66 15.56 2.5178 0 20 2 4 35.84 2.78 2.5053 0 11 4 4 36.16 20.22 2.4839 1 10 3 8 36.41 1.66 2.4677 1 15 2 8 38.51 21.66 2.3375 1 0 4 4 38.55 4.95 2.3355 1 1 4 8 39.38 28.15 2.2882 1 5 4 8 39.54 2.71 2.2793 0 15 4 4 39.86 2.83 2.2618 0 20 3 4 40.06 20.26 2.2508 1 20 1 8 40.54 6.01 2.2253 1 15 3 8 41.05 3.21 2.1987 0 25 1 4 41.13 4.91 2.1948 1 19 2 8 41.23 2.08 2.1898 0 21 3 4 41.42 1.81 2.1798 1 21 1 8 41.88 8.70 2.1571 1 10 4 8 42.40 13.40 2.1319 1 20 2 8 42.45 7.21 2.1294 0 10 5 4 43.35 3.96 2.0874 0 25 2 4 43.70 1.60 2.0712 1 21 2 8 43.97 1.01 2.0591 0 19 4 4 44.89 1.75 2.0190 1 19 3 8 45.18 3.07 2.0069 0 20 4 4 45.26 34.48 2.0035 2 0 0 2 45.80 1.21 1.9812 1 15 4 8 46.08 32.01 1.9697 1 20 3 8 46.19 6.95 1.9653 1 5 5 8 46.33 9.51 1.9597 0 15 5 4 46.44 14.66 1.9552 1 25 0 4 46.52 1.39 1.9522 1 6 5 8 46.97 19.92 1.9345 0 25 3 4 47.15 2.72 1.9276 1 25 1 8 47.31 1.32 1.9216 1 21 3 8 47.38 8.46 1.9187 0 0 6 2 47.41 1.63 1.9175 0 1 6 4 47.80 1.02 1.9029 1 24 2 8 47.85 1.26 1.9009 1 9 5 8 48.09 1.40 1.8922 2 0 2 4 48.41 7.72 1.8804 1 10 5 8 48.79 7.13 1.8666 0 30 0 2 48.81 1.80 1.8657 2 5 2 8 49.22 1.33 1.8513 1 25 2 8 49.73 1.10 1.8335 0 9 6 4 50.35 1.43 1.8124 0 24 4 4 50.67 1.80 1.8018 1 26 2 8 50.89 1.15 1.7944 1 20 4 8 50.94 8.89 1.7926 2 10 2 8 51.14 1.80 1.7862 1 14 5 8 51.18 1.57 1.7849 1 24 3 8 51.19 1.15 1.7846 0 31 1 4 51.47 2.02 1.7756 0 30 2 4 51.94 9.47 1.7604 1 15 5 8 52.14 18.01 1.7541 2 5 3 8 52.44 16.52 1.7449 2 15 1 8 52.53 2.95 1.7421 1 25 3 8 52.61 1.20 1.7395 1 29 0 4 52.91 8.93 1.7305 1 0 6 4 53.59 3.79 1.7102 1 5 6 8 53.71 1.75 1.7065 0 15 6 4 54.18 1.52 1.6929 2 10 3 8 54.36 1.52 1.6877 2 15 2 8 54.84 2.48 1.6740 1 30 1 8 55.59 1.64 1.6534 1 10 6 8 56.44 1.28 1.6304 0 34 1 4 56.45 1.22 1.6302 1 31 1 8 56.62 3.54 1.6255 1 20 5 8 57.09 1.02 1.6133 2 20 1 8 58.02 1.02 1.5897 2 9 4 8 58.50 12.19 1.5777 2 10 4 8 58.82 1.36 1.5700 1 15 6 8 58.91 4.68 1.5677 2 20 2 8 58.98 2.32 1.5661 0 30 4 4 60.01 2.82 1.5415 0 35 2 4 61.29 1.73 1.5125 1 4 7 8 61.51 4.68 1.5076 1 5 7 8 61.63 4.28 1.5050 0 15 7 4 61.78 1.11 1.5016 1 6 7 8 61.87 1.10 1.4997 2 20 3 8 62.74 1.30 1.4809 2 25 1 8 63.09 1.51 1.4737 1 35 1 8 63.35 2.65 1.4682 1 10 7 8 63.78 2.89 1.4592 2 10 5 8 63.81 3.18 1.4586 1 30 4 8 63.88 1.50 1.4572 0 25 6 4 64.46 1.59 1.4455 2 25 2 8 64.80 5.35 1.4387 1 35 2 8 65.39 1.16 1.4273 0 5 8 4 65.86 1.83 1.4180 0 20 7 4 65.87 1.36 1.4179 2 20 4 8 65.98 1.63 1.4159 1 34 3 8 66.77 4.35 1.4009 2 15 5 8 67.28 8.98 1.3916 2 25 3 8 67.60 3.95 1.3857 2 0 6 4 68.52 3.03 1.3694 1 25 6 8 68.73 3.44 1.3657 2 30 0 4 70.28 1.11 1.3394 1 31 5 8 70.37 1.71 1.3379 0 30 6 4 70.92 1.09 1.3288 2 30 2 8 71.45 7.12 1.3203 1 35 4 8 71.62 1.37 1.3176 3 5 1 8 71.70 2.06 1.3164 1 10 8 8 71.91 1.69 1.3130 1 40 1 8 73.24 1.88 1.2924 3 5 2 8 73.33 2.90 1.2910 3 10 1 8 73.48 1.05 1.2887 1 29 6 8 74.69 1.01 1.2708 0 5 9 4 74.93 3.28 1.2673 3 10 2 8 75.55 2.67 1.2586 1 25 7 8 76.14 1.41 1.2502 3 15 1 8 77.34 1.45 1.2338 2 30 4 8 77.58 1.02 1.2306 3 10 3 8 78.25 1.76 1.2217 2 35 2 8 78.44 1.06 1.2192 1 20 8 8 79.03 1.22 1.2115 3 0 4 4 79.59 1.74 1.2045 3 5 4 8 79.68 2.77 1.2033 2 15 7 8 80.03 1.26 1.1990 3 20 1 8 80.89 1.34 1.1884 1 45 0 4 81.64 1.06 1.1793 1 30 7 8 81.72 1.01 1.1784 2 25 6 8 83.39 1.02 1.1589 1 25 8 8 83.52 1.32 1.1575 2 20 7 8 84.18 2.66 1.1501 3 20 3 8 84.44 1.20 1.1472 3 25 0 4 87.72 1.31 1.1126 2 30 6 8 ================================================================================ XPOW Copyright 1993 Bob Downs, Ranjini Swaminathan and Kurt Bartelmehs For reference, see Downs et al. (1993) American Mineralogist 78, 1104-1107.