Ardennite-(As) Donnay G, Allmann R Acta Crystallographica B24 (1968) 845-855 Si3O10 groups in the crystal structure of ardennite _database_code_amcsd 0009340 CELL PARAMETERS: 8.7126 5.8108 18.5214 90.000 90.000 90.000 SPACE GROUP: Pnmm X-RAY WAVELENGTH: 1.541838 Cell Volume: 937.686 Density (g/cm3): 3.644 MAX. ABS. INTENSITY / VOLUME**2: 8.618457991 RIR: 0.770 RIR based on corundum from Acta Crystallographica A38 (1982) 733-739 2-THETA INTENSITY D-SPACING H K L Multiplicity 9.55 12.61 9.2607 0 0 2 2 10.15 6.22 8.7126 1 0 0 2 11.22 3.68 7.8839 1 0 1 4 13.96 5.09 6.3457 1 0 2 4 15.99 7.74 5.5443 0 1 1 4 18.35 4.48 4.8343 1 1 0 4 18.97 8.91 4.6776 1 1 1 8 19.17 5.79 4.6304 0 0 4 2 20.39 8.47 4.3563 2 0 0 2 20.73 22.78 4.2855 1 1 2 8 20.95 24.91 4.2406 2 0 1 4 20.99 4.67 4.2314 0 1 3 4 22.56 1.75 3.9419 2 0 2 4 23.37 30.59 3.8062 1 1 3 8 25.02 17.41 3.5594 2 0 3 4 25.56 3.72 3.4856 2 1 0 4 26.01 5.41 3.4254 2 1 1 8 26.14 1.03 3.4090 1 0 5 4 26.66 1.93 3.3439 1 1 4 8 27.34 5.70 3.2621 2 1 2 8 28.12 38.94 3.1728 2 0 4 4 29.43 15.20 3.0352 2 1 3 8 30.40 100.00 2.9403 1 1 5 8 30.77 40.98 2.9054 0 2 0 2 30.79 18.90 2.9042 3 0 0 2 31.17 5.33 2.8691 3 0 1 4 31.71 16.74 2.8220 2 0 5 4 32.14 7.40 2.7847 2 1 4 8 32.29 17.47 2.7722 0 2 2 4 32.31 14.72 2.7711 3 0 2 4 32.49 4.32 2.7562 1 2 0 4 32.85 14.59 2.7262 1 2 1 8 33.94 6.20 2.6417 1 2 2 8 34.12 1.82 2.6280 3 0 3 4 34.47 53.68 2.6017 1 1 6 8 34.53 61.86 2.5978 3 1 0 4 35.36 12.42 2.5385 2 1 5 8 35.65 11.31 2.5187 2 0 6 4 35.67 6.53 2.5168 1 2 3 8 35.90 8.92 2.5013 3 1 2 8 36.51 24.70 2.4610 0 2 4 4 36.52 1.19 2.4603 3 0 4 4 37.20 7.56 2.4171 2 2 0 4 37.56 4.56 2.3945 3 1 3 8 37.99 2.60 2.3684 1 2 4 8 38.49 17.01 2.3388 2 2 2 8 38.80 27.83 2.3210 1 1 7 8 38.90 1.27 2.3152 0 0 8 2 38.97 3.34 2.3109 2 1 6 8 39.79 13.24 2.2656 3 1 4 8 39.86 9.35 2.2615 2 0 7 4 40.06 7.94 2.2508 2 2 3 8 40.81 2.46 2.2112 1 2 5 8 41.46 1.66 2.1781 4 0 0 2 41.76 11.00 2.1632 4 0 1 4 42.74 13.45 2.1157 0 2 6 4 42.91 2.63 2.1075 2 1 7 8 44.05 2.95 2.0559 1 2 6 8 44.09 2.02 2.0541 4 0 3 4 44.09 5.89 2.0540 3 2 0 4 44.31 11.76 2.0444 2 0 8 4 44.37 2.33 2.0415 3 2 1 8 44.42 1.16 2.0396 4 1 0 4 44.70 3.07 2.0273 4 1 1 8 44.77 38.52 2.0243 2 2 5 8 45.22 2.41 2.0053 3 2 2 8 45.54 1.82 1.9918 4 1 2 8 45.64 3.89 1.9876 3 1 6 8 46.05 1.63 1.9710 4 0 4 4 46.60 1.10 1.9490 3 2 3 8 47.12 2.83 1.9285 2 1 8 8 47.64 1.63 1.9087 1 2 7 8 48.39 1.98 1.8810 1 3 1 8 48.48 8.88 1.8776 4 0 5 4 48.95 1.73 1.8608 2 0 9 4 49.18 1.13 1.8526 1 3 2 8 49.19 2.41 1.8521 0 0 10 2 50.40 6.27 1.8106 0 2 8 4 50.41 1.78 1.8103 3 0 8 4 50.48 5.65 1.8079 1 3 3 8 51.12 10.86 1.7867 4 1 5 8 51.55 2.49 1.7727 1 2 8 8 52.94 8.48 1.7295 1 1 10 8 53.50 2.97 1.7127 4 2 2 8 53.78 4.27 1.7045 2 0 10 4 53.89 2.59 1.7013 2 3 3 8 54.49 12.13 1.6841 1 3 5 8 54.57 4.12 1.6816 4 0 7 4 54.73 3.51 1.6772 4 2 3 8 54.74 1.47 1.6770 5 0 3 4 55.26 5.08 1.6624 5 1 1 8 55.59 1.05 1.6532 2 3 4 8 55.75 1.59 1.6490 1 2 9 8 55.98 3.99 1.6426 5 1 2 8 56.41 8.91 1.6311 4 2 4 8 57.01 7.09 1.6154 4 1 7 8 57.13 6.00 1.6124 1 3 6 8 57.16 16.28 1.6114 3 3 0 4 57.73 3.06 1.5970 2 3 5 8 58.00 2.30 1.5901 1 1 11 8 58.10 1.38 1.5876 3 3 2 8 58.15 5.25 1.5864 4 0 8 4 58.53 31.57 1.5770 4 2 5 8 58.54 3.51 1.5768 5 0 5 4 58.79 3.95 1.5705 2 0 11 4 58.81 1.86 1.5702 5 1 4 8 58.94 2.31 1.5669 2 2 9 8 59.16 6.80 1.5618 0 2 10 4 59.16 2.95 1.5616 3 0 10 4 59.93 16.01 1.5434 0 0 12 2 60.15 4.55 1.5384 1 3 7 8 60.20 1.86 1.5373 1 2 10 8 60.28 1.01 1.5354 2 3 6 8 60.87 3.49 1.5219 3 3 4 8 61.06 25.93 1.5176 4 2 6 8 61.07 1.03 1.5174 5 0 6 4 61.49 1.25 1.5081 3 1 10 8 63.01 1.08 1.4753 5 2 2 8 63.25 20.79 1.4702 2 2 10 8 63.97 19.02 1.4554 4 2 7 8 64.00 1.04 1.4548 2 0 12 4 64.10 27.81 1.4527 0 4 0 2 64.90 2.56 1.4369 1 2 11 8 66.10 1.05 1.4135 6 0 3 4 66.24 4.74 1.4110 4 0 10 4 66.35 2.65 1.4088 6 1 0 4 67.22 1.08 1.3928 6 1 2 8 67.60 1.67 1.3858 5 2 5 8 67.61 3.46 1.3856 6 0 4 4 67.83 1.14 1.3816 2 2 11 8 68.18 1.15 1.3755 3 2 10 8 68.68 1.15 1.3666 1 1 13 8 68.89 1.89 1.3629 3 0 12 4 69.42 1.11 1.3539 5 1 8 8 69.76 3.75 1.3482 4 3 5 8 69.94 1.04 1.3450 2 4 3 8 70.72 1.59 1.3321 4 0 11 4 70.85 1.74 1.3300 4 2 9 8 71.04 5.74 1.3269 3 1 12 8 71.28 2.71 1.3231 1 3 10 8 71.28 1.16 1.3230 0 0 14 2 71.42 3.79 1.3208 2 4 4 8 72.79 2.39 1.2992 3 4 0 4 72.81 3.68 1.2989 6 2 0 4 73.25 2.58 1.2923 5 3 1 8 73.29 2.48 1.2916 2 4 5 8 73.62 2.03 1.2866 3 4 2 8 73.64 2.30 1.2863 6 2 2 8 73.87 2.53 1.2830 5 3 2 8 74.67 9.32 1.2711 6 2 3 8 74.76 2.68 1.2698 4 3 7 8 74.80 1.36 1.2692 4 2 10 8 75.03 1.58 1.2659 2 0 14 4 75.56 2.71 1.2584 2 4 6 8 75.63 1.27 1.2574 1 3 11 8 76.33 1.44 1.2475 5 3 4 8 76.89 5.51 1.2399 5 1 10 8 79.47 1.32 1.2060 4 4 1 8 79.63 3.94 1.2040 0 2 14 4 80.24 2.14 1.1964 1 1 15 8 80.92 3.22 1.1880 2 0 15 4 81.14 1.22 1.1854 5 1 11 8 81.24 2.49 1.1842 2 4 8 8 81.60 1.57 1.1798 7 0 5 4 83.04 1.17 1.1630 5 2 10 8 83.14 1.17 1.1619 6 3 0 4 84.28 2.64 1.1490 4 4 5 8 85.83 1.78 1.1322 7 1 6 8 86.39 1.17 1.1263 7 0 7 4 86.87 2.20 1.1213 6 1 10 8 87.52 4.15 1.1146 3 3 12 8 88.41 1.12 1.1057 7 1 7 8 88.42 1.46 1.1056 2 4 10 8 88.99 3.80 1.1000 1 5 5 8 89.06 1.78 1.0993 4 4 7 8 89.70 4.18 1.0931 7 2 5 8 ================================================================================ XPOW Copyright 1993 Bob Downs, Ranjini Swaminathan and Kurt Bartelmehs For reference, see Downs et al. (1993) American Mineralogist 78, 1104-1107.