Hureaulite Diffraction data computed using the structure from the paper listed below, along with the cell parameters refined from the powder pattern for R070452 Moore P B, Araki T American Mineralogist 58 (1973) 302-307 Hureaulite, Mn5(H2O)4[PO3(OH)]2[PO4]2: Its atomic arrangement CELL PARAMETERS: 17.61029 9.109339 9.490640 90.00000 96.59950 90.00000 SPACE GROUP: C2/c X-RAY WAVELENGTH: 1.541838 2-THETA INTENSITY D-SPACING H K L 10.11 61.80 8.7468 2 0 0 10.95 90.91 8.0796 1 1 0 14.05 15.80 6.3024 -1 1 1 14.81 16.64 5.9801 1 1 1 18.05 5.04 4.9112 3 1 0 18.81 27.22 4.7139 0 0 2 19.54 34.11 4.5394 -3 1 1 20.29 8.06 4.3734 4 0 0 21.18 1.78 4.1925 3 1 1 21.30 2.67 4.1690 -1 1 2 21.66 14.06 4.1011 0 2 1 21.99 17.91 4.0398 2 2 0 23.48 8.45 3.7867 -2 2 1 24.41 11.93 3.6439 2 2 1 24.87 5.56 3.5783 -3 1 2 26.14 9.48 3.4073 -4 0 2 27.21 20.09 3.2755 0 2 2 27.45 25.42 3.2474 3 1 2 27.92 26.01 3.1940 -5 1 1 28.27 3.87 3.1546 4 2 0 28.30 100.00 3.1512 -2 2 2 29.08 20.21 3.0691 -4 2 1 29.39 17.78 3.0368 4 0 2 29.88 10.55 2.9886 5 1 1 29.86 63.69 2.9900 2 2 2 30.64 20.43 2.9156 6 0 0 31.06 40.60 2.8777 1 1 3 31.59 3.73 2.8306 -5 1 2 32.28 7.24 2.7716 -3 1 3 32.80 11.24 2.7283 -4 2 2 33.24 9.23 2.6932 3 3 0 34.11 33.73 2.6267 -3 3 1 34.23 11.70 2.6179 -6 0 2 34.65 13.75 2.5866 0 2 3 35.04 9.97 2.5592 5 1 2 35.11 12.42 2.5540 3 3 1 35.19 4.67 2.5487 -1 3 2 35.50 4.82 2.5267 4 2 2 35.84 2.52 2.5038 1 3 2 36.90 16.47 2.4345 -6 2 1 37.28 1.33 2.4100 7 1 0 37.14 4.73 2.4190 2 2 3 37.45 7.51 2.3996 -7 1 1 37.50 1.37 2.3967 -5 1 3 37.55 2.61 2.3938 -3 3 2 38.08 1.74 2.3612 6 0 2 38.16 7.96 2.3569 0 0 4 38.37 2.80 2.3445 -2 0 4 38.75 10.76 2.3221 6 2 1 39.26 8.44 2.2932 5 3 0 39.58 7.19 2.2752 7 1 1 39.68 7.19 2.2697 -6 2 2 39.72 1.39 2.2678 -5 3 1 40.06 8.81 2.2493 -7 1 2 40.40 4.11 2.2310 1 1 4 40.80 3.01 2.2100 -3 1 4 41.26 15.73 2.1867 8 0 0 41.22 17.14 2.1884 -1 3 3 41.34 2.97 2.1822 -4 0 4 42.08 11.73 2.1459 1 3 3 42.21 5.13 2.1395 4 2 3 42.36 1.20 2.1324 2 4 1 42.49 5.05 2.1261 -5 3 2 43.02 7.35 2.1008 -3 3 3 43.38 6.72 2.0845 -2 2 4 44.13 3.24 2.0506 0 4 2 44.17 9.91 2.0489 3 1 4 44.54 7.17 2.0327 -6 2 3 44.84 7.22 2.0199 4 4 0 45.47 3.75 1.9934 3 3 3 46.01 3.09 1.9713 8 2 0 45.75 8.22 1.9819 4 0 4 46.09 2.63 1.9680 -4 2 4 47.06 3.53 1.9296 7 3 0 47.24 8.04 1.9227 -5 3 3 47.69 1.19 1.9054 -9 1 1 47.79 3.04 1.9020 8 0 2 48.02 1.67 1.8934 -4 4 2 48.09 2.03 1.8907 8 2 1 48.98 5.62 1.8583 7 3 1 48.99 2.26 1.8582 -1 1 5 49.62 3.83 1.8360 -9 1 2 50.15 2.16 1.8176 7 1 3 50.16 2.71 1.8173 4 2 4 50.84 1.70 1.7947 6 4 0 51.18 4.10 1.7834 -1 5 1 51.43 1.13 1.7756 1 5 1 52.07 4.65 1.7551 8 2 2 52.25 1.50 1.7494 10 0 0 52.59 11.10 1.7390 3 5 0 52.41 2.88 1.7445 -2 2 5 52.80 2.22 1.7327 7 3 2 52.62 1.17 1.7379 6 0 4 52.92 6.16 1.7288 3 3 4 53.28 2.85 1.7182 -6 4 2 53.41 4.66 1.7141 -9 1 3 53.58 7.83 1.7092 -5 3 4 53.77 5.88 1.7036 -8 0 4 53.90 2.96 1.6998 3 5 1 53.95 1.31 1.6982 -1 5 2 54.42 4.76 1.6847 1 5 2 55.31 3.11 1.6596 4 4 3 55.66 5.82 1.6500 -3 5 2 56.04 11.01 1.6399 -9 3 1 56.14 2.10 1.6371 9 3 0 56.06 6.00 1.6392 6 4 2 56.29 1.34 1.6330 10 2 0 56.12 9.03 1.6377 0 4 4 56.94 1.32 1.6159 5 5 0 57.24 7.77 1.6083 -6 4 3 57.19 1.23 1.6095 -1 3 5 57.68 4.21 1.5970 -10 2 2 57.76 2.66 1.5950 -9 3 2 57.73 3.51 1.5957 -8 2 4 58.07 3.64 1.5872 9 3 1 58.33 4.70 1.5808 10 2 1 58.29 3.81 1.5818 10 0 2 58.24 7.14 1.5829 7 3 3 58.16 1.48 1.5850 5 3 4 58.41 5.45 1.5788 5 5 1 58.44 2.44 1.5779 -1 5 3 58.31 7.44 1.5812 1 3 5 58.91 1.10 1.5666 11 1 0 58.42 4.59 1.5784 -2 0 6 58.84 6.43 1.5683 -9 1 4 58.74 1.63 1.5708 -6 2 5 59.08 2.94 1.5624 4 2 5 59.43 1.52 1.5541 -5 5 2 60.98 2.84 1.5182 0 6 0 60.58 9.29 1.5273 1 1 6 61.21 1.25 1.5131 -9 3 3 61.21 1.56 1.5131 6 4 3 61.19 4.77 1.5135 -5 3 5 61.06 1.16 1.5165 2 0 6 61.61 3.53 1.5043 5 5 2 61.46 2.36 1.5075 3 3 5 61.85 3.91 1.4989 0 6 1 62.06 8.25 1.4943 10 2 2 62.20 2.62 1.4914 -2 2 6 62.77 1.84 1.4792 -6 4 4 62.48 1.06 1.4854 0 2 6 62.76 2.05 1.4793 -5 1 6 63.22 1.06 1.4698 -7 5 1 63.25 1.16 1.4691 -5 5 3 63.80 8.65 1.4578 12 0 0 64.00 3.34 1.4537 -2 4 5 63.91 1.07 1.4555 -4 2 6 64.42 1.01 1.4451 0 6 2 64.67 1.16 1.4402 -12 0 2 64.73 1.01 1.4391 -8 2 5 65.03 2.32 1.4331 -7 5 2 64.74 3.91 1.4388 2 2 6 65.08 2.38 1.4321 7 3 4 65.27 2.95 1.4284 1 5 4 65.66 2.50 1.4209 -9 1 5 65.99 3.30 1.4145 -11 3 1 65.95 1.45 1.4153 -10 2 4 66.23 1.07 1.4100 -9 3 4 66.09 1.65 1.4127 2 4 5 66.63 1.24 1.4025 -1 3 6 67.26 1.03 1.3909 -10 4 1 67.46 3.12 1.3873 10 4 0 67.35 1.31 1.3894 10 2 3 67.39 3.53 1.3885 -7 1 6 67.92 3.97 1.3789 7 5 2 67.78 2.19 1.3816 6 4 4 68.60 1.18 1.3670 -5 5 4 69.48 2.16 1.3518 -8 0 6 69.79 2.29 1.3466 6 6 0 70.59 1.08 1.3333 10 0 4 70.83 1.44 1.3293 9 5 0 71.11 1.41 1.3247 -12 2 3 71.34 1.21 1.3210 -13 1 2 72.69 1.71 1.2998 7 5 3 72.77 1.53 1.2985 -2 2 7 73.00 1.13 1.2950 -5 1 7 73.17 1.70 1.2925 7 3 5 73.56 2.52 1.2866 4 6 3 73.72 1.61 1.2841 1 7 1 74.17 1.06 1.2775 -4 2 7 74.68 1.53 1.2701 3 7 0 74.82 1.33 1.2679 3 1 7 77.24 1.31 1.2341 -3 7 2 77.86 1.24 1.2259 8 6 1 77.88 1.30 1.2257 -8 6 2 78.33 1.40 1.2197 5 7 0 79.47 1.10 1.2050 14 2 0 79.46 1.81 1.2052 4 6 4 79.89 1.23 1.1998 -14 2 2 79.97 1.58 1.1988 -9 5 4 81.00 1.17 1.1861 -8 6 3 81.46 1.76 1.1806 12 0 4 81.86 1.28 1.1759 11 5 1 81.67 1.25 1.1781 -11 1 6 82.40 1.04 1.1695 -10 4 5 82.57 1.10 1.1674 3 7 3 82.27 1.70 1.1710 8 2 6 82.36 1.06 1.1699 -8 2 7 82.19 1.13 1.1720 -3 1 8 83.43 1.12 1.1576 -5 5 6 84.24 2.53 1.1486 -5 1 8 85.24 1.07 1.1376 14 2 2 85.50 1.53 1.1348 -12 4 4 85.91 1.40 1.1305 0 8 1 88.15 1.20 1.1075 -11 5 4 89.13 2.82 1.0978 5 5 6 89.13 2.82 1.0978 5 5 6 XPOW Copyright 1993 Bob Downs, Ranjini Swaminathan and Kurt Bartelmehs For reference, see Downs et al. (1993) American Mineralogist 78, 1104-1107.