Tinticite Diffraction data computed using the structure from the paper listed below, along with the cell parameters refined from the powder pattern Rius J, Louer D, Louer M, Gali S, Melgarejo J C European Journal of Mineralogy 12 (2000) 581-588 Structure solution from powder data of the phosphate hydrate tinticite CELL PARAMETERS: 7.954422 9.987253 7.643922 103.8408 115.8603 67.90633 SPACE GROUP: P-1 X-RAY WAVELENGTH: 1.541838 2-THETA INTENSITY D-SPACING H K L 12.92 40.71 6.8505 0 0 1 13.01 6.20 6.8028 1 0 0 13.56 23.38 6.5289 1 1 0 14.11 1.20 6.2749 -1 -1 1 14.39 41.00 6.1542 -1 0 1 15.40 60.44 5.7519 0 -1 1 19.25 38.93 4.6081 0 2 0 19.43 4.92 4.5673 -1 -2 1 19.62 2.55 4.5242 1 2 0 20.04 5.16 4.4300 -1 1 1 21.66 5.13 4.1019 1 0 1 22.25 13.63 3.9939 0 -2 1 22.45 10.51 3.9595 -2 -1 1 22.51 81.10 3.9486 1 1 1 23.52 2.42 3.7809 -1 -1 2 24.22 1.35 3.6733 0 2 1 24.60 1.03 3.6178 -2 -2 1 24.91 1.41 3.5723 2 1 0 26.19 3.25 3.4014 2 0 0 26.51 4.30 3.3606 -1 2 0 26.68 28.03 3.3400 -1 -2 2 26.93 100.00 3.3096 0 -1 2 27.01 2.33 3.3000 -2 -1 2 27.09 6.24 3.2899 1 2 1 27.31 7.15 3.2645 2 2 0 27.89 20.50 3.1976 1 3 0 28.07 18.59 3.1774 -1 2 1 28.43 2.30 3.1374 -2 -2 2 28.60 9.34 3.1201 0 1 2 29.00 33.15 3.0771 -2 0 2 29.05 1.28 3.0721 0 3 0 29.50 80.09 3.0263 -2 1 1 29.96 47.96 2.9805 -2 -3 1 30.70 1.01 2.9105 -2 1 0 31.05 1.25 2.8789 1 -2 1 31.08 2.17 2.8759 0 -2 2 32.62 2.27 2.7434 -1 -3 2 32.62 4.18 2.7435 2 3 0 33.00 3.79 2.7133 0 3 1 33.61 4.38 2.6653 2 0 1 34.02 7.66 2.6335 1 3 1 34.42 1.09 2.6043 1 1 2 34.50 9.43 2.5986 -3 -2 1 34.98 6.49 2.5635 -1 2 2 35.19 8.69 2.5492 2 2 1 35.59 2.34 2.5211 -1 3 0 35.57 8.34 2.5227 -1 -1 3 36.32 4.28 2.4719 -1 -4 1 36.34 6.27 2.4705 -1 0 3 36.62 3.13 2.4526 -3 0 1 36.99 1.72 2.4287 2 -1 1 37.30 1.12 2.4092 -2 -4 1 37.41 1.14 2.4027 -2 2 0 37.50 19.66 2.3969 0 -3 2 37.53 1.16 2.3950 -3 -3 1 38.00 11.05 2.3666 1 2 2 38.06 13.89 2.3628 -2 0 3 38.18 5.04 2.3561 -3 -3 2 38.23 2.78 2.3529 -3 0 2 38.38 3.72 2.3438 3 2 0 38.88 4.05 2.3150 1 -3 1 39.44 2.21 2.2836 -2 -4 2 39.73 3.70 2.2676 3 0 0 39.69 1.02 2.2697 -1 1 3 39.78 1.77 2.2646 0 -1 3 39.82 3.44 2.2623 1 -2 2 39.86 2.89 2.2601 2 3 1 40.13 1.05 2.2459 0 -4 1 40.29 2.64 2.2369 -2 -3 3 40.71 3.92 2.2150 -2 2 2 41.18 8.14 2.1909 0 3 2 42.55 19.63 2.1231 2 -2 1 42.54 9.51 2.1236 0 -2 3 42.78 4.68 2.1123 -3 -4 1 43.08 3.29 2.0985 -3 -4 2 43.16 26.14 2.0948 -3 1 2 43.23 2.50 2.0916 -3 -3 3 43.68 2.36 2.0708 1 3 2 44.13 3.76 2.0510 2 0 2 45.20 10.16 2.0049 -2 3 1 45.50 3.51 1.9923 -2 3 0 45.68 18.25 1.9848 -2 -4 3 45.80 3.05 1.9797 -4 -2 2 45.84 6.94 1.9782 -2 -5 1 45.94 2.24 1.9743 2 2 2 46.12 2.77 1.9670 1 -3 2 46.37 2.66 1.9567 2 4 1 46.54 9.80 1.9502 1 0 3 46.62 15.83 1.9471 3 4 0 47.07 1.09 1.9295 -4 -3 2 47.40 2.39 1.9169 -2 -5 2 47.39 4.81 1.9173 0 -3 3 47.73 7.65 1.9043 -2 -1 4 48.39 15.46 1.8796 -2 2 3 49.02 1.19 1.8570 -1 -5 2 49.07 5.45 1.8552 3 3 1 49.70 6.53 1.8332 -3 -5 2 49.69 2.69 1.8335 -3 -5 1 49.71 1.83 1.8328 2 -3 1 50.00 1.54 1.8230 -1 -2 4 50.27 1.66 1.8136 3 -1 1 50.42 1.86 1.8089 -4 -4 2 51.04 2.10 1.7882 1 -2 3 51.48 7.96 1.7738 4 1 0 51.54 1.51 1.7721 1 5 1 51.97 1.00 1.7583 0 3 3 52.08 1.28 1.7549 -1 4 2 52.53 2.28 1.7410 0 5 1 52.50 1.37 1.7418 -1 1 4 53.15 4.96 1.7220 -3 0 4 53.25 2.36 1.7190 -1 -3 4 53.24 1.56 1.7193 -2 1 4 53.47 9.26 1.7126 0 0 4 53.87 1.03 1.7007 4 0 0 53.88 1.14 1.7003 0 -4 3 54.31 2.83 1.6879 0 -5 2 54.67 1.03 1.6776 -4 1 1 55.13 7.97 1.6647 -3 -4 4 55.18 1.07 1.6635 -3 2 3 55.54 1.09 1.6536 -1 -5 3 55.52 2.94 1.6540 -1 5 0 55.49 1.58 1.6548 0 -2 4 55.46 1.60 1.6556 1 3 3 55.60 4.08 1.6518 3 1 2 55.90 2.36 1.6438 -3 3 1 56.53 1.51 1.6270 3 2 2 56.53 1.35 1.6269 2 1 3 56.96 3.15 1.6156 -4 -1 4 57.76 7.76 1.5951 -3 3 2 57.87 1.06 1.5925 -3 -6 1 58.06 1.10 1.5876 -5 -2 2 58.02 1.95 1.5887 -2 4 2 58.09 4.56 1.5869 2 -4 1 58.10 1.92 1.5867 -4 1 0 58.27 1.74 1.5824 -4 1 3 58.97 1.16 1.5653 0 5 2 59.18 3.88 1.5601 0 2 4 59.32 7.73 1.5568 3 3 2 59.51 9.68 1.5523 -5 -2 3 59.48 4.17 1.5530 3 -1 2 59.65 1.10 1.5490 -5 -1 2 60.20 5.76 1.5360 0 6 0 60.49 5.74 1.5294 -5 -3 1 60.53 1.81 1.5285 0 -6 1 60.88 8.20 1.5206 -2 -6 3 60.82 2.43 1.5221 -2 -1 5 60.93 1.62 1.5194 -4 2 1 61.21 2.85 1.5132 -4 2 2 61.33 3.50 1.5106 -5 -1 1 61.46 1.96 1.5077 -5 -4 3 61.44 6.77 1.5081 3 6 0 61.53 3.22 1.5061 1 6 1 61.59 1.18 1.5048 4 5 0 61.92 1.97 1.4976 1 4 3 62.26 1.01 1.4903 -4 -6 2 62.19 2.24 1.4917 2 3 3 62.75 1.73 1.4797 1 -4 3 62.82 4.69 1.4783 -2 -3 5 63.02 1.17 1.4739 -5 0 2 63.09 1.47 1.4725 -4 -5 4 63.11 1.75 1.4722 2 5 2 63.20 3.58 1.4702 2 6 1 63.89 1.42 1.4559 -1 0 5 64.21 1.31 1.4496 -5 -2 4 64.60 3.71 1.4416 -2 4 3 64.71 1.54 1.4396 -2 5 1 64.79 1.37 1.4380 0 -4 4 64.84 1.02 1.4370 -5 0 3 64.92 2.36 1.4354 -4 1 4 65.12 1.26 1.4314 5 2 0 66.01 3.01 1.4143 -2 1 5 66.16 3.89 1.4115 -3 4 0 66.69 2.56 1.4014 -3 -7 2 66.83 2.65 1.3990 -5 -5 1 67.05 2.77 1.3949 -3 -6 4 67.28 1.32 1.3906 2 -3 3 68.34 2.33 1.3717 -2 -6 4 68.85 2.20 1.3628 1 6 2 68.93 1.08 1.3614 3 2 3 68.89 1.25 1.3620 1 3 4 69.19 1.03 1.3568 -5 1 1 69.89 2.34 1.3449 3 5 2 70.34 1.57 1.3375 -5 -6 3 71.44 8.69 1.3195 -5 -3 5 71.50 1.70 1.3185 -6 -3 2 72.34 1.45 1.3054 1 7 1 73.11 3.78 1.2935 5 2 1 74.35 1.27 1.2749 2 5 3 74.84 2.77 1.2678 0 -7 2 76.02 1.08 1.2510 -6 -4 1 75.87 1.35 1.2530 1 0 5 76.38 1.13 1.2460 5 0 1 76.47 1.66 1.2447 5 4 1 76.79 3.35 1.2404 -4 -2 6 77.17 1.22 1.2352 -2 0 6 77.65 2.07 1.2287 -2 3 5 78.72 1.17 1.2148 -1 -8 1 78.75 1.07 1.2143 4 -2 2 78.78 1.39 1.2139 1 6 3 79.51 1.20 1.2046 -4 -8 2 80.41 2.16 1.1934 0 7 2 80.62 1.20 1.1908 6 3 0 82.19 1.72 1.1720 2 -5 3 82.31 1.25 1.1706 1 -3 5 82.57 1.26 1.1675 3 0 4 83.93 1.22 1.1520 0 8 0 84.10 1.54 1.1502 1 3 5 84.50 2.07 1.1458 0 -1 6 86.56 1.11 1.1236 -2 -7 5 88.58 1.19 1.1032 0 -3 6 89.37 1.87 1.0955 0 6 4 89.73 1.04 1.0921 -4 5 0 89.73 1.04 1.0921 -4 5 0 XPOW Copyright 1993 Bob Downs, Ranjini Swaminathan and Kurt Bartelmehs For reference, see Downs et al. (1993) American Mineralogist 78, 1104-1107.