Ferroaxinite Diffraction data computed using the structure from the paper listed below, along with the cell parameters refined from the powder pattern for R060194 Swinnea J S, Steinfink H, Rendon-DiazMiron L E, Enciso de la Vega S American Mineralogist 66 (1981) 428-431 The crystal structure of a Mexican axinite CELL PARAMETERS: 7.143700 9.189800 8.952900 91.85700 98.18800 77.35900 SPACE GROUP: P-1 X-RAY WAVELENGTH: 1.541838 2-THETA INTENSITY D-SPACING H K L 14.09 21.64 6.3083 0 -1 1 14.11 5.75 6.3003 0 1 1 14.43 1.62 6.1571 1 1 0 15.17 1.51 5.8606 -1 0 1 17.39 2.40 5.1138 1 0 1 17.88 3.27 4.9734 -1 1 0 18.59 2.42 4.7842 1 1 1 19.62 6.07 4.5353 -1 1 1 22.28 1.04 3.9982 0 2 1 22.40 2.76 3.9762 0 -1 2 22.42 1.23 3.9722 0 1 2 24.26 10.61 3.6754 1 2 1 25.58 2.29 3.4871 -1 1 2 25.84 62.68 3.4536 2 0 0 25.98 17.17 3.4343 -1 2 0 26.14 4.66 3.4141 -2 -1 1 26.39 2.39 3.3819 -2 0 1 27.23 15.34 3.2790 -1 2 1 28.37 70.70 3.1501 0 2 2 29.06 11.80 3.0761 2 0 1 29.71 23.33 3.0105 -2 1 0 29.92 19.87 2.9897 1 3 0 29.94 10.03 2.9882 0 3 0 30.21 15.86 2.9623 -2 1 1 30.54 1.52 2.9303 -2 0 2 30.59 4.03 2.9260 1 2 2 31.00 38.23 2.8875 -1 -3 1 31.24 5.96 2.8662 -1 0 3 31.64 8.88 2.8306 0 3 1 31.90 2.15 2.8082 0 -1 3 31.93 1.71 2.8061 0 1 3 31.93 100.00 2.8055 -1 -1 3 31.98 9.29 2.8015 2 2 1 32.22 17.31 2.7815 1 3 1 32.58 6.27 2.7509 2 -1 1 33.32 1.38 2.6919 -2 -2 2 33.72 6.38 2.6603 -1 1 3 33.93 5.44 2.6442 -2 1 2 34.13 6.02 2.6293 1 -2 2 34.67 1.20 2.5897 1 0 3 34.94 10.99 2.5699 2 1 2 35.13 16.01 2.5569 2 0 2 35.21 9.64 2.5509 2 3 0 35.63 3.25 2.5217 -1 -2 3 36.26 2.77 2.4794 0 -3 2 36.30 1.35 2.4765 0 3 2 36.46 2.24 2.4661 0 2 3 36.92 16.12 2.4363 1 -1 3 37.01 1.38 2.4309 -2 -1 3 37.23 18.51 2.4167 1 -3 1 37.33 3.55 2.4108 1 3 2 37.63 2.92 2.3921 2 2 2 38.10 1.24 2.3636 -3 -1 1 38.21 8.60 2.3570 3 1 0 38.88 1.12 2.3180 -2 -3 2 39.05 1.03 2.3083 -3 0 1 39.51 2.15 2.2824 1 4 0 39.78 2.26 2.2677 -2 2 2 39.94 3.35 2.2590 -1 3 2 40.27 4.14 2.2411 0 4 0 40.73 2.43 2.2169 0 0 4 40.72 1.28 2.2171 -3 -1 2 41.01 2.58 2.2022 -1 0 4 41.03 3.36 2.2009 3 1 1 41.34 22.25 2.1855 1 4 1 41.60 6.87 2.1721 0 4 1 41.92 24.81 2.1564 3 0 1 41.99 6.45 2.1527 0 -1 4 42.54 4.69 2.1261 -3 1 1 42.70 2.53 2.1189 3 2 1 44.04 10.73 2.0570 -3 -3 1 44.15 2.84 2.0524 3 3 0 44.56 3.76 2.0341 -2 3 1 44.56 5.65 2.0342 -1 -2 4 44.66 2.39 2.0299 1 0 4 44.96 2.54 2.0173 -3 1 2 45.13 2.23 2.0099 2 2 3 45.19 3.52 2.0074 -1 4 0 45.20 3.65 2.0071 1 1 4 45.23 5.82 2.0059 3 -1 1 45.24 1.08 2.0052 2 4 1 45.28 5.78 2.0037 -2 -1 4 45.39 4.60 1.9991 0 4 2 45.44 11.86 1.9967 -2 0 4 45.65 1.57 1.9881 0 -2 4 45.70 3.32 1.9861 0 2 4 45.68 12.61 1.9869 -3 -1 3 46.16 1.17 1.9675 3 1 2 46.38 1.72 1.9585 -3 -3 2 46.51 5.40 1.9535 -3 0 3 46.68 3.12 1.9466 3 3 1 47.32 6.99 1.9217 -2 3 2 48.34 2.17 1.8835 1 -3 3 50.00 2.47 1.8247 3 -1 2 50.67 4.46 1.8022 1 -4 2 51.13 3.12 1.7869 0 -4 3 51.15 10.14 1.7862 -2 -4 3 51.37 2.03 1.7793 0 3 4 51.75 1.42 1.7670 -2 -3 4 52.19 2.21 1.7531 -2 3 3 52.42 1.45 1.7458 -2 -5 1 52.58 1.67 1.7409 3 4 1 52.93 2.39 1.7303 -4 -1 2 53.08 4.84 1.7259 -1 1 5 53.30 1.34 1.7192 -1 -5 2 53.37 7.26 1.7171 -2 4 0 53.92 4.41 1.7007 2 2 4 54.00 1.78 1.6984 2 5 1 54.30 3.84 1.6899 2 -1 4 54.89 1.27 1.6731 1 5 2 54.86 2.80 1.6737 -2 -5 2 55.11 3.44 1.6668 4 2 1 55.30 9.31 1.6614 0 5 2 55.37 1.57 1.6597 4 3 0 55.72 3.56 1.6501 1 1 5 55.85 6.92 1.6463 2 4 3 56.38 1.28 1.6322 1 -3 4 56.42 14.93 1.6310 -4 1 0 56.47 3.47 1.6299 -3 -4 3 56.56 2.03 1.6274 3 -1 3 56.84 9.45 1.6200 1 -1 5 57.44 2.65 1.6045 -4 -2 3 57.58 3.13 1.6009 3 -3 1 57.83 9.41 1.5947 -2 -4 4 57.92 1.83 1.5924 3 5 0 58.19 1.62 1.5856 1 2 5 58.49 1.23 1.5783 2 -2 4 58.54 11.82 1.5771 0 -4 4 58.62 3.72 1.5751 0 4 4 58.94 2.50 1.5672 4 1 2 59.11 2.14 1.5632 -1 5 2 60.03 1.33 1.5414 3 5 1 60.35 3.47 1.5338 0 -5 3 60.39 2.10 1.5329 1 5 3 60.43 3.11 1.5321 0 5 3 60.70 1.94 1.5260 0 -3 5 61.20 4.94 1.5146 3 -2 3 61.22 1.28 1.5142 -4 -4 2 61.33 2.14 1.5118 -3 3 3 61.37 1.02 1.5108 -3 0 5 61.62 2.31 1.5053 -4 2 0 62.09 1.66 1.4949 2 6 0 62.26 4.04 1.4913 -1 3 5 62.33 3.74 1.4897 4 3 2 62.36 1.42 1.4892 -2 -6 1 62.89 2.03 1.4779 0 0 6 63.00 3.29 1.4755 3 4 3 63.09 1.14 1.4736 0 -6 1 63.45 2.78 1.4662 -2 5 0 63.50 1.83 1.4651 -4 0 4 63.69 1.39 1.4611 -1 5 3 63.78 1.81 1.4594 2 6 1 63.85 2.55 1.4579 0 1 6 63.97 2.86 1.4555 -3 4 0 63.98 1.60 1.4552 4 -2 1 63.95 4.49 1.4558 -3 1 5 64.03 2.47 1.4542 3 5 2 64.67 3.18 1.4413 -4 -4 3 64.95 1.07 1.4357 -2 -1 6 65.09 1.73 1.4331 -2 0 6 65.57 2.87 1.4237 -5 -2 1 65.55 4.45 1.4240 -4 -3 4 65.94 3.55 1.4166 3 -4 1 65.95 1.67 1.4164 0 -6 2 66.51 1.44 1.4059 4 5 0 66.56 1.50 1.4049 -2 4 4 66.60 2.15 1.4041 0 -2 6 66.68 4.36 1.4027 -2 -2 6 66.78 6.46 1.4007 4 4 2 66.89 2.27 1.3988 -1 6 0 67.22 1.17 1.3926 -1 2 6 67.95 1.26 1.3796 1 -1 6 68.47 1.28 1.3703 4 3 3 68.52 1.34 1.3693 1 4 5 68.69 2.12 1.3663 -5 -3 2 68.95 1.49 1.3619 5 2 1 69.19 1.21 1.3578 -3 -5 4 69.30 6.24 1.3559 -1 4 5 69.46 2.74 1.3530 -4 3 2 69.94 2.31 1.3450 -2 5 3 69.97 1.55 1.3445 -1 6 2 70.18 1.82 1.3409 -2 -3 6 70.93 1.14 1.3286 3 1 5 71.15 1.23 1.3250 1 -2 6 71.18 11.07 1.3245 -5 0 3 71.54 2.37 1.3187 3 0 5 71.80 1.34 1.3146 2 -4 4 72.11 2.55 1.3097 3 2 5 72.11 1.01 1.3097 -3 -6 3 72.68 1.02 1.3009 2 4 5 72.73 1.40 1.3001 4 4 3 73.16 1.35 1.2935 1 3 6 73.63 3.30 1.2864 -3 5 1 73.79 1.89 1.2840 2 -5 3 74.12 1.19 1.2791 -1 -6 4 74.61 1.01 1.2718 5 4 1 75.04 1.08 1.2657 3 3 5 76.05 2.05 1.2513 1 -6 3 76.79 2.22 1.2411 -5 -5 1 77.50 2.68 1.2314 5 5 0 78.02 2.08 1.2246 2 3 6 78.09 1.49 1.2237 -4 -1 6 79.04 1.14 1.2112 -2 -7 3 79.05 1.16 1.2112 1 1 7 80.62 1.58 1.1914 2 -5 4 80.66 1.10 1.1910 -5 -5 3 82.13 1.01 1.1733 -1 -5 6 83.27 1.58 1.1601 -2 4 6 83.75 1.74 1.1547 2 -3 6 84.83 1.23 1.1427 -1 -7 4 85.65 1.64 1.1338 -4 4 4 85.70 1.07 1.1332 1 8 1 87.78 1.76 1.1117 -6 1 0 88.08 1.13 1.1087 2 -7 1 88.12 1.37 1.1083 0 7 4 88.84 1.33 1.1011 -2 0 8 88.98 1.58 1.0998 5 -2 3 88.98 1.58 1.0998 5 -2 3 XPOW Copyright 1993 Bob Downs, Ranjini Swaminathan and Kurt Bartelmehs For reference, see Downs et al. (1993) American Mineralogist 78, 1104-1107.