Bahianite Diffraction data computed using the structure from the paper listed below, along with the cell parameters refined from the powder pattern for R050627 Moore P B, Araki T Neues Jahrbuch fur Mineralogie, Abhandlungen 126 (1976) 113-125 Bahianite, Al5Sb3O14(O,OH)2, a novel hexagonal close-packed oxide structure Locality: Serra de Mangabeira, Bahia, Brazil CELL PARAMETERS: 9.391370 11.51421 4.406780 90.00000 90.92746 90.00000 SPACE GROUP: C2/m X-RAY WAVELENGTH: 1.541838 2-THETA INTENSITY D-SPACING H K L 12.15 24.48 7.2770 1 1 0 15.37 16.95 5.7571 0 2 0 18.88 79.37 4.6951 2 0 0 20.13 37.36 4.4062 0 0 1 23.45 20.44 3.7902 -1 1 1 23.71 16.52 3.7483 1 1 1 24.44 8.85 3.6385 2 2 0 25.04 28.92 3.5528 1 3 0 25.43 24.41 3.4990 0 2 1 27.51 100.00 3.2392 -2 0 1 27.96 99.03 3.1873 2 0 1 29.54 1.68 3.0204 3 1 0 31.04 20.53 2.8786 0 4 0 31.66 16.17 2.8230 -2 2 1 32.07 13.69 2.7885 2 2 1 32.24 32.56 2.7740 -1 3 1 32.44 28.57 2.7575 1 3 1 35.74 9.16 2.5096 -3 1 1 36.29 6.73 2.4733 3 1 1 36.58 54.56 2.4540 2 4 0 37.02 14.68 2.4257 3 3 0 37.28 58.12 2.4099 0 4 1 38.30 21.79 2.3475 4 0 0 40.92 10.85 2.2031 0 0 2 41.50 3.20 2.1738 4 2 0 41.95 50.61 2.1517 -2 4 1 42.26 15.51 2.1363 -3 3 1 42.74 8.91 2.1138 3 3 1 43.00 2.07 2.1013 1 1 2 43.95 23.03 2.0581 4 0 1 43.96 2.63 2.0576 0 2 2 45.13 4.96 2.0070 -2 0 2 45.73 13.53 1.9821 2 0 2 46.25 4.22 1.9611 -4 2 1 46.83 3.98 1.9379 4 2 1 47.96 1.74 1.8951 -2 2 2 48.44 6.71 1.8775 -1 3 2 48.53 1.38 1.8742 2 2 2 48.72 4.26 1.8672 1 3 2 49.10 1.32 1.8535 5 1 0 50.09 11.71 1.8193 4 4 0 51.92 2.15 1.7594 0 6 1 52.24 9.50 1.7495 0 4 2 54.26 24.33 1.6891 -4 4 1 54.33 2.61 1.6869 5 3 0 54.78 24.57 1.6742 4 4 1 55.79 35.63 1.6463 -2 4 2 55.98 5.11 1.6411 -3 3 2 56.30 39.31 1.6325 2 4 2 56.77 11.23 1.6202 1 7 0 56.75 4.55 1.6208 3 3 2 56.79 23.34 1.6196 -4 0 2 57.80 18.79 1.5936 4 0 2 58.22 7.57 1.5831 -5 3 1 58.85 8.02 1.5678 5 3 1 58.96 4.29 1.5650 6 0 0 60.20 1.08 1.5359 4 2 2 60.80 9.56 1.5220 -1 7 1 60.92 9.43 1.5193 1 7 1 62.61 7.34 1.4823 -6 0 1 63.26 2.64 1.4687 0 0 3 63.33 5.84 1.4673 6 0 1 63.87 4.27 1.4561 3 7 0 64.71 13.08 1.4393 0 8 0 64.90 1.79 1.4355 -6 2 1 65.53 1.26 1.4232 0 2 3 65.60 1.81 1.4218 6 2 1 66.14 6.12 1.4115 -4 4 2 66.31 6.06 1.4083 -2 0 3 66.57 1.02 1.4035 4 6 1 67.01 5.00 1.3953 2 0 3 67.07 2.70 1.3942 4 4 2 67.54 6.90 1.3856 -3 7 1 67.88 9.09 1.3794 3 7 1 68.07 1.93 1.3761 2 8 0 68.14 26.96 1.3749 6 4 0 68.53 1.40 1.3679 -2 2 3 68.98 3.46 1.3603 -1 3 3 69.22 1.68 1.3561 2 2 3 69.32 4.62 1.3544 1 3 3 69.64 1.49 1.3489 -5 3 2 71.53 1.53 1.3179 -6 4 1 71.69 7.02 1.3153 -2 8 1 71.91 6.67 1.3117 2 8 1 71.85 1.43 1.3128 3 1 3 72.13 13.68 1.3083 0 4 3 72.20 3.05 1.3073 6 4 1 72.22 2.82 1.3070 -1 7 2 72.44 3.99 1.3035 1 7 2 73.60 2.24 1.2857 -6 0 2 74.69 1.39 1.2698 7 1 1 74.83 1.04 1.2676 1 9 0 74.92 2.99 1.2663 7 3 0 74.93 2.09 1.2662 6 0 2 75.13 2.07 1.2634 -3 3 3 75.68 5.13 1.2556 2 4 3 75.77 2.67 1.2543 -4 0 3 76.12 1.81 1.2494 3 3 3 76.99 3.53 1.2374 5 7 0 77.76 3.48 1.2270 4 8 0 78.14 1.37 1.2220 -7 3 1 78.38 2.66 1.2190 -3 7 2 78.90 1.46 1.2122 7 3 1 79.03 2.97 1.2106 3 7 2 79.47 2.19 1.2049 0 8 2 80.29 2.68 1.1946 -5 7 1 80.83 3.49 1.1880 5 7 1 81.54 2.90 1.1795 4 8 1 82.01 3.40 1.1739 -6 4 2 82.02 3.37 1.1738 8 0 0 82.81 2.09 1.1646 2 8 2 83.29 3.03 1.1590 6 4 2 84.11 4.75 1.1499 -4 4 3 85.12 2.97 1.1388 -8 0 1 85.39 4.40 1.1359 4 4 3 87.31 1.68 1.1158 -5 3 3 88.36 1.12 1.1052 -7 3 2 88.73 6.01 1.1016 0 0 4 88.91 1.94 1.0998 5 3 3 89.85 1.43 1.0907 7 3 2 89.96 3.09 1.0897 -1 7 3 89.96 3.09 1.0897 -1 7 3 XPOW Copyright 1993 Bob Downs, Ranjini Swaminathan and Kurt Bartelmehs For reference, see Downs et al. (1993) American Mineralogist 78, 1104-1107.