Dixenite Araki T, Moore P B American Mineralogist 66 (1981) 1263-1273 Dixenite, CuMn14Fe(OH)6(AsO3)5(SiO4)2(AsO4): Metallic [As4Cu] clusters in an oxide matrix _database_code_amcsd 0000853 CELL PARAMETERS: 8.2330 8.2330 37.4990 90.000 90.000 120.000 SPACE GROUP: R3 X-RAY WAVELENGTH: 1.541838 Cell Volume: 2201.236 Density (g/cm3): 4.228 MAX. ABS. INTENSITY / VOLUME**2: 18.26983315 RIR: 1.407 RIR based on corundum from Acta Crystallographica A38 (1982) 733-739 2-THETA INTENSITY D-SPACING H K L Multiplicity 7.07 8.90 12.4997 0 0 3 1 12.64 19.81 7.0045 1 0 1 3 13.29 4.97 6.6644 0 1 2 3 14.17 20.35 6.2498 0 0 6 1 15.61 10.68 5.6751 1 0 4 3 17.16 3.28 5.1675 0 1 5 3 20.74 8.12 4.2829 1 0 7 3 21.33 2.84 4.1666 0 0 9 1 21.59 31.98 4.1165 1 1 0 3 22.70 6.54 3.9168 0 1 8 3 22.74 13.55 3.9099 2 -1 3 3 22.74 17.44 3.9099 1 1 3 3 25.09 2.25 3.5490 0 2 1 3 25.43 1.63 3.5022 2 0 2 3 25.92 14.03 3.4378 2 -1 6 3 25.92 36.78 3.4378 1 1 6 3 26.86 45.86 3.3189 1 0 10 3 27.71 4.45 3.2197 2 0 5 3 28.56 4.87 3.1249 0 0 12 1 29.03 1.70 3.0755 0 1 11 3 30.11 62.99 2.9679 0 2 7 3 30.53 41.87 2.9283 2 -1 9 3 30.53 58.13 2.9283 1 1 9 3 31.53 48.16 2.8376 2 0 8 3 33.33 19.36 2.6879 2 1 1 3 33.33 21.70 2.6879 3 -1 1 3 33.51 3.39 2.6740 1 0 13 3 33.60 2.03 2.6675 -1 3 2 3 33.60 25.74 2.6675 1 2 2 3 34.63 11.12 2.5900 2 1 4 3 34.72 16.57 2.5837 0 2 10 3 35.39 5.28 2.5361 -1 3 5 3 35.39 10.35 2.5361 1 2 5 3 35.81 10.18 2.5074 0 1 14 3 35.92 11.19 2.4999 0 0 15 1 36.09 18.91 2.4890 1 1 12 3 37.35 14.10 2.4074 2 1 7 3 37.35 25.80 2.4074 3 -1 7 3 37.85 39.11 2.3767 3 0 0 3 38.53 18.00 2.3363 -1 3 8 3 38.53 10.53 2.3363 1 2 8 3 38.56 1.11 2.3348 0 3 3 3 40.22 4.55 2.2424 0 2 13 3 40.52 2.98 2.2265 1 0 16 3 40.61 5.84 2.2215 3 0 6 3 41.25 3.86 2.1884 2 1 10 3 41.25 4.56 2.1884 3 -1 10 3 42.30 1.46 2.1368 2 -1 15 3 42.92 1.32 2.1073 0 1 17 3 43.44 2.63 2.0833 0 0 18 1 43.85 2.76 2.0644 0 3 9 3 43.99 3.73 2.0582 2 2 0 3 45.96 11.42 1.9748 -1 4 1 3 45.96 1.08 1.9748 1 3 1 3 46.09 15.53 1.9692 3 -1 13 3 46.16 1.92 1.9666 4 -1 2 3 46.96 1.35 1.9349 -1 4 4 3 46.96 3.77 1.9349 1 3 4 3 47.82 1.53 1.9021 1 0 19 3 47.88 2.25 1.8998 1 2 14 3 47.88 2.13 1.8998 -1 3 14 3 48.10 1.84 1.8917 0 3 12 3 48.10 2.49 1.8917 3 0 12 3 48.53 4.72 1.8758 2 0 17 3 49.11 2.54 1.8551 -1 4 7 3 49.11 2.34 1.8551 1 3 7 3 50.06 6.65 1.8220 4 -1 8 3 50.06 5.11 1.8220 3 1 8 3 50.32 3.29 1.8133 0 1 20 3 51.15 1.92 1.7857 0 0 21 1 51.31 4.27 1.7805 4 0 1 3 51.69 11.61 1.7685 2 1 16 3 51.69 19.32 1.7685 3 -1 16 3 52.30 10.95 1.7492 -1 4 10 3 52.30 1.89 1.7492 1 3 10 3 53.17 12.75 1.7225 0 3 15 3 53.17 4.62 1.7225 3 0 15 3 53.29 2.05 1.7189 4 -2 12 3 53.58 1.96 1.7105 3 1 11 3 53.70 18.09 1.7069 1 2 17 3 53.70 8.28 1.7069 -1 3 17 3 54.23 7.94 1.6913 4 0 7 3 55.12 1.78 1.6661 0 4 8 3 55.36 2.50 1.6594 2 0 20 3 55.42 1.37 1.6578 1 0 22 3 56.15 2.91 1.6382 2 -1 21 3 56.15 2.40 1.6382 1 1 21 3 56.41 2.75 1.6310 -1 4 13 3 56.47 5.00 1.6295 -2 5 2 3 56.47 3.28 1.6295 2 3 2 3 57.22 4.05 1.6099 4 0 10 3 57.68 2.04 1.5982 -2 5 5 3 57.68 1.96 1.5982 2 3 5 3 57.91 3.58 1.5923 3 -1 19 3 57.97 1.36 1.5909 4 -1 14 3 57.97 5.32 1.5909 3 1 14 3 58.05 1.23 1.5890 4 -2 15 3 58.42 2.47 1.5796 0 4 11 3 58.96 2.16 1.5666 3 0 18 3 59.05 7.01 1.5644 5 -2 7 3 59.05 2.99 1.5644 3 2 7 3 59.13 1.19 1.5625 0 0 24 1 59.40 24.76 1.5559 4 1 0 3 59.40 12.59 1.5559 1 4 0 3 59.89 2.54 1.5444 -2 5 8 3 59.89 9.68 1.5444 2 3 8 3 59.91 2.46 1.5440 -1 5 3 3 59.91 1.91 1.5440 1 4 3 3 59.91 2.08 1.5440 4 1 3 3 59.91 1.42 1.5440 5 -1 3 3 60.12 8.33 1.5391 -1 3 20 3 60.12 1.25 1.5391 1 2 20 3 60.18 1.36 1.5378 0 2 22 3 61.12 1.18 1.5163 4 0 13 3 61.34 3.08 1.5114 -1 4 16 3 61.41 3.16 1.5098 5 -1 6 3 61.41 2.21 1.5098 1 4 6 3 61.89 4.34 1.4993 5 -2 10 3 61.89 5.34 1.4993 3 2 10 3 62.60 7.10 1.4839 0 4 14 3 62.66 2.08 1.4827 2 0 23 3 63.03 1.29 1.4747 2 3 11 3 63.71 3.46 1.4608 2 -1 24 3 63.71 5.79 1.4608 1 1 24 3 63.86 1.38 1.4576 5 -1 9 3 64.71 1.09 1.4405 2 1 22 3 64.71 3.09 1.4405 3 -1 22 3 65.37 1.65 1.4276 3 0 21 3 65.50 1.31 1.4250 0 5 1 3 65.61 1.60 1.4229 5 -2 13 3 65.61 2.10 1.4229 3 2 13 3 66.10 1.35 1.4136 0 1 26 3 66.99 1.07 1.3969 -1 4 19 3 66.99 1.05 1.3969 1 3 19 3 67.78 3.88 1.3826 0 2 25 3 68.36 1.17 1.3722 3 3 0 3 69.03 1.66 1.3606 3 1 20 3 69.72 1.47 1.3488 2 2 21 3 69.85 3.97 1.3466 -2 6 1 3 69.85 2.11 1.3466 2 4 1 3 70.00 1.52 1.3440 4 2 2 3 70.16 1.40 1.3413 5 -2 16 3 70.67 1.79 1.3329 0 5 10 3 71.29 1.06 1.3228 4 0 19 3 71.41 1.11 1.3210 -1 5 15 3 71.41 1.50 1.3210 5 -1 15 3 71.41 2.69 1.3210 4 1 15 3 71.72 2.16 1.3160 1 1 27 3 71.85 2.13 1.3139 2 3 17 3 72.06 2.21 1.3106 2 1 25 3 72.06 2.16 1.3106 3 -1 25 3 72.31 2.25 1.3067 -2 6 7 3 72.31 1.13 1.3067 2 4 7 3 72.53 1.36 1.3033 6 -3 9 3 73.27 1.45 1.2919 0 4 20 3 74.08 1.03 1.2798 6 -1 1 3 74.23 1.10 1.2776 1 5 2 3 74.64 1.11 1.2716 1 2 26 3 76.40 1.02 1.2466 -1 5 18 3 76.48 1.92 1.2455 6 -1 7 3 76.48 2.33 1.2455 5 1 7 3 77.23 1.05 1.2353 -1 6 8 3 77.43 1.49 1.2326 -2 5 20 3 77.43 1.21 1.2326 2 3 20 3 77.48 1.95 1.2319 4 0 22 3 78.32 1.32 1.2208 2 4 13 3 79.01 1.67 1.2119 6 -1 10 3 80.14 1.50 1.1975 5 0 17 3 80.27 1.45 1.1960 2 -1 30 3 80.34 2.31 1.1951 -1 4 25 3 82.17 1.12 1.1731 5 -1 21 3 82.59 1.05 1.1681 -2 6 16 3 82.59 1.98 1.1681 2 4 16 3 82.66 1.73 1.1674 6 0 6 3 82.84 1.30 1.1653 3 1 26 3 83.77 2.85 1.1547 2 3 23 3 84.85 1.70 1.1428 0 6 9 3 85.44 1.86 1.1363 0 0 33 1 86.63 1.30 1.1238 6 -1 16 3 86.88 1.21 1.1212 0 4 26 3 88.23 1.12 1.1075 1 5 17 3 88.43 2.69 1.1055 5 -2 25 3 88.43 1.72 1.1055 3 2 25 3 88.62 1.69 1.1036 3 -1 31 3 ================================================================================ XPOW Copyright 1993 Bob Downs, Ranjini Swaminathan and Kurt Bartelmehs For reference, see Downs et al. (1993) American Mineralogist 78, 1104-1107.