Babingtonite Diffraction data computed using the structure from the paper listed below, along with the cell parameters refined from the powder pattern for R060093 Araki T, Zoltai T Zeitschrift fur Kristallographie 135 (1972) 355-373 Crystal structure of babingtonite Locality: Yakuki mine, Japan CELL PARAMETERS: 7.509000 11.69700 6.719000 91.43300 93.88600 104.2550 SPACE GROUP: P-1 X-RAY WAVELENGTH: 1.541838 2-THETA INTENSITY D-SPACING H K L 7.84 36.55 11.3036 0 1 0 12.22 5.13 7.2531 1 0 0 12.79 25.01 6.9322 -1 1 0 13.28 30.86 6.6770 0 0 1 15.13 4.15 5.8618 0 -1 1 15.69 4.19 5.6518 0 2 0 16.08 2.43 5.5165 1 1 0 17.36 2.01 5.1123 -1 2 0 17.36 7.49 5.1123 -1 0 1 18.75 5.88 4.7343 1 0 1 18.89 3.40 4.7004 1 -1 1 20.05 16.07 4.4298 -1 -1 1 20.15 1.41 4.4096 0 -2 1 21.04 1.63 4.2241 0 2 1 21.71 4.02 4.0954 1 1 1 21.75 25.09 4.0885 -1 2 1 22.21 8.88 4.0043 1 2 0 23.62 3.41 3.7679 0 3 0 23.78 7.65 3.7432 -1 3 0 23.85 4.46 3.7317 -2 1 0 25.08 2.14 3.5508 -1 -2 1 25.71 28.51 3.4661 -2 2 0 26.60 3.44 3.3513 -2 1 1 26.66 4.24 3.3444 0 -3 1 26.71 10.79 3.3385 0 0 2 27.07 8.05 3.2949 -2 0 1 27.27 4.80 3.2701 1 -3 1 27.36 1.54 3.2602 -1 3 1 27.63 2.63 3.2290 2 1 0 27.69 2.56 3.2219 0 3 1 28.14 5.65 3.1712 2 -1 1 28.20 6.24 3.1646 0 1 2 28.56 68.04 3.1254 -1 0 2 29.14 9.15 3.0645 -1 1 2 29.29 4.40 3.0496 1 3 0 29.59 52.99 3.0191 2 -2 1 29.74 1.03 3.0037 -2 -1 1 30.16 44.19 2.9628 -1 -1 2 30.25 50.80 2.9543 1 -1 2 30.32 2.57 2.9478 1 0 2 30.50 12.10 2.9309 0 -2 2 30.99 99.27 2.8852 -1 4 0 31.66 4.38 2.8259 0 4 0 32.24 3.30 2.7765 1 -2 2 32.26 3.33 2.7751 -2 3 1 32.43 7.22 2.7603 1 1 2 32.46 100.00 2.7582 2 2 0 32.99 3.33 2.7152 2 -3 1 33.67 2.70 2.6620 1 -4 1 33.90 3.24 2.6441 0 -4 1 34.02 28.71 2.6353 -1 4 1 34.16 3.12 2.6242 -2 -2 1 34.88 19.26 2.5723 -2 1 2 35.10 1.87 2.5561 -2 4 0 35.10 4.04 2.5562 -2 0 2 36.01 13.50 2.4936 -3 1 0 36.21 2.79 2.4804 2 2 1 36.27 38.13 2.4765 1 2 2 36.63 19.90 2.4527 -3 2 0 37.13 1.19 2.4210 -2 -1 2 37.48 1.36 2.3991 -2 4 1 37.61 1.42 2.3913 -3 1 1 38.01 1.28 2.3671 2 0 2 38.29 1.89 2.3502 2 -2 2 38.46 5.27 2.3400 2 3 0 38.50 1.61 2.3378 -1 -4 1 38.97 1.01 2.3108 -3 3 0 39.44 4.29 2.2844 3 -1 1 40.01 19.68 2.2531 3 1 0 40.17 2.55 2.2442 1 4 1 40.78 1.67 2.2120 1 -5 1 40.73 1.53 2.2149 -2 -2 2 40.92 21.03 2.2048 0 -4 2 40.98 12.56 2.2020 0 -1 3 41.32 1.57 2.1845 -1 5 1 41.23 2.90 2.1888 -3 -1 1 41.51 22.62 2.1752 -1 0 3 41.51 19.11 2.1748 -2 5 0 41.65 3.07 2.1681 -1 4 2 41.69 3.55 2.1659 0 1 3 41.87 5.10 2.1573 2 3 1 42.79 4.88 2.1129 -3 4 0 43.01 3.31 2.1023 0 -2 3 43.39 14.82 2.0847 3 1 1 43.71 1.53 2.0704 -2 5 1 43.82 13.05 2.0653 2 -5 1 44.30 3.59 2.0443 -2 4 2 44.51 10.88 2.0349 -3 2 2 46.10 4.32 1.9684 -2 1 3 46.12 2.52 1.9677 -1 -5 1 47.43 2.63 1.9160 1 -3 3 47.47 1.19 1.9146 3 2 1 47.55 1.41 1.9117 1 4 2 47.59 1.09 1.9101 -1 3 3 47.57 4.73 1.9109 0 -5 2 48.08 3.20 1.8917 -1 5 2 48.12 3.30 1.8903 3 0 2 48.20 3.04 1.8875 1 2 3 48.43 1.57 1.8788 1 -6 1 48.96 1.37 1.8597 3 -3 2 48.99 1.18 1.8586 -1 -3 3 49.22 1.96 1.8506 2 3 2 49.56 1.35 1.8388 3 3 0 49.69 1.74 1.8342 2 -2 3 49.82 1.27 1.8296 -4 1 1 49.93 2.96 1.8258 -2 5 2 50.14 2.28 1.8187 2 -5 2 50.14 2.42 1.8189 -4 3 0 50.25 6.48 1.8151 -2 3 3 50.28 2.81 1.8141 -3 4 2 50.30 2.88 1.8133 4 0 0 50.34 4.41 1.8120 -3 -2 2 50.58 3.96 1.8038 -2 -2 3 50.68 1.51 1.8005 -2 6 1 50.65 3.90 1.8017 3 1 2 51.29 1.83 1.7805 -4 3 1 51.45 2.65 1.7754 -2 -4 2 51.72 6.33 1.7669 2 1 3 52.89 2.22 1.7305 4 -3 1 53.14 23.77 1.7228 1 6 0 53.34 6.12 1.7168 4 0 1 53.48 1.23 1.7126 0 4 3 53.80 1.81 1.7034 -4 -1 1 54.22 8.19 1.6910 -2 4 3 54.62 2.68 1.6796 -4 1 2 54.67 3.18 1.6782 -2 -3 3 54.96 8.40 1.6700 -3 5 2 55.04 11.00 1.6679 -3 -3 2 55.25 12.88 1.6618 0 -1 4 55.86 14.64 1.6453 3 -6 1 55.78 1.61 1.6475 -4 0 2 55.86 11.05 1.6452 1 6 1 55.79 1.58 1.6471 3 4 0 56.01 4.13 1.6410 0 1 4 55.98 1.08 1.6419 -3 3 3 56.24 1.47 1.6350 2 -6 2 56.42 2.96 1.6301 -2 6 2 56.61 8.17 1.6251 1 -5 3 56.66 3.54 1.6238 -4 5 0 56.80 2.28 1.6202 0 -2 4 57.01 2.23 1.6148 0 7 0 57.15 9.90 1.6110 0 6 2 57.83 1.36 1.5938 -1 2 4 57.92 1.08 1.5916 -4 5 1 58.16 2.41 1.5854 0 -7 1 58.29 1.77 1.5823 0 2 4 58.18 7.44 1.5850 -4 -1 2 58.39 4.36 1.5799 1 -2 4 58.73 3.15 1.5716 -3 -2 3 58.92 8.24 1.5668 3 -3 3 59.12 2.99 1.5619 -2 1 4 59.51 1.78 1.5526 0 5 3 59.86 7.27 1.5444 4 0 2 60.81 2.34 1.5225 -1 3 4 61.43 2.92 1.5088 3 -6 2 61.73 1.08 1.5021 1 2 4 61.74 5.36 1.5019 -4 -2 2 61.94 1.61 1.4975 2 5 2 62.40 1.11 1.4876 3 -7 1 62.47 1.73 1.4859 -5 1 0 62.52 2.75 1.4849 4 1 2 62.65 1.62 1.4821 1 -6 3 62.79 1.77 1.4791 0 -7 2 62.86 4.63 1.4778 -4 6 1 62.86 2.53 1.4778 -4 2 3 63.45 2.30 1.4655 0 -4 4 63.34 1.20 1.4676 -3 -5 1 63.54 8.53 1.4634 -3 5 3 64.02 1.15 1.4536 1 -4 4 64.23 2.48 1.4495 3 2 3 64.17 1.38 1.4506 5 0 0 64.41 2.47 1.4458 1 7 1 64.70 1.44 1.4400 5 -2 1 64.90 14.76 1.4362 2 1 4 64.96 2.00 1.4350 2 -6 3 65.03 4.66 1.4335 3 4 2 65.14 2.63 1.4314 1 -8 1 65.24 1.13 1.4295 0 7 2 65.29 1.81 1.4284 5 -3 1 65.36 2.42 1.4270 -5 4 1 65.42 6.52 1.4259 -3 0 4 65.53 4.09 1.4238 -2 -6 2 65.74 1.60 1.4198 -1 -4 4 65.76 2.32 1.4194 -4 -1 3 66.20 1.42 1.4110 -2 -3 4 66.36 3.53 1.4080 0 6 3 66.46 7.50 1.4061 -2 8 1 66.69 1.12 1.4019 -5 2 2 67.04 15.50 1.3953 5 -4 1 67.01 2.90 1.3960 5 1 0 67.23 1.86 1.3918 -3 -5 2 67.52 1.41 1.3866 -5 3 2 67.93 2.28 1.3791 4 4 0 68.47 8.21 1.3697 1 -5 4 68.43 1.16 1.3703 0 8 1 69.84 3.38 1.3461 -2 -7 1 70.36 2.13 1.3374 4 -4 3 70.75 1.88 1.3310 -2 -4 4 71.01 4.18 1.3268 3 0 4 71.18 2.05 1.3240 3 -3 4 71.28 5.08 1.3224 2 -7 3 71.57 1.68 1.3176 -2 8 2 71.64 5.02 1.3166 -1 7 3 71.92 1.56 1.3122 2 3 4 72.73 2.51 1.2995 5 -4 2 73.43 1.37 1.2889 4 -5 3 73.61 1.02 1.2862 -4 2 4 73.62 2.16 1.2859 -2 -7 2 73.81 4.59 1.2831 -5 2 3 74.19 2.28 1.2774 -1 -7 3 74.28 1.26 1.2763 1 -9 1 74.57 2.49 1.2719 -3 -6 2 74.69 2.36 1.2701 -5 3 3 74.72 3.70 1.2697 4 5 0 75.09 1.64 1.2644 -3 7 3 76.07 7.42 1.2505 1 5 4 76.25 1.96 1.2480 2 -6 4 76.57 1.57 1.2436 -2 6 4 77.02 4.18 1.2374 -6 3 1 77.47 1.45 1.2314 -4 4 4 78.40 1.93 1.2191 -6 4 1 78.74 1.42 1.2146 5 3 1 79.71 1.51 1.2023 -5 5 3 81.94 2.33 1.1751 4 -4 4 82.53 2.99 1.1682 -1 -8 3 85.94 1.10 1.1304 0 10 0 86.53 1.94 1.1242 2 -9 3 87.37 1.15 1.1155 -4 8 3 87.66 1.60 1.1126 0 -6 5 88.10 1.34 1.1081 -1 -1 6 88.25 2.50 1.1066 0 10 1 88.25 1.26 1.1066 3 8 0 89.28 1.39 1.0965 6 2 1 89.64 2.44 1.0931 -1 -2 6 90.22 2.01 1.0875 1 0 6 90.22 2.01 1.0875 1 0 6 XPOW Copyright 1993 Bob Downs, Ranjini Swaminathan and Kurt Bartelmehs For reference, see Downs et al. (1993) American Mineralogist 78, 1104-1107.