Miserite Diffraction data computed using the structure from the paper listed below, along with the cell parameters refined from the powder pattern for R060393 Scott J D The Canadian Mineralogist 14 (1976) 515-528 Crystal structure of miserite, a Zoltai Type 5 structure CELL PARAMETERS: 10.00408 16.00433 7.457525 95.86122 109.8757 76.54726 SPACE GROUP: P-1 X-RAY WAVELENGTH: 1.541838 2-THETA INTENSITY D-SPACING H K L 5.69 100.00 15.5603 0 1 0 9.62 8.20 9.1952 1 0 0 10.09 13.74 8.7706 1 1 0 11.38 1.05 7.7801 0 2 0 12.18 10.31 7.2711 -1 1 0 12.63 1.03 7.0111 0 0 1 13.14 2.94 6.7373 -1 0 1 13.26 1.26 6.6766 1 2 0 13.35 5.92 6.6311 -1 -1 1 13.72 3.65 6.4533 0 -1 1 15.24 1.12 5.8144 -1 1 1 17.09 2.00 5.1868 0 3 0 17.24 7.23 5.1443 0 2 1 17.77 2.23 4.9921 1 3 0 18.25 4.13 4.8615 1 0 1 18.85 2.24 4.7075 -2 -1 1 18.90 1.69 4.6938 -1 2 1 18.93 9.22 4.6868 2 1 0 18.60 1.89 4.7703 1 1 1 19.32 8.59 4.5945 -2 0 1 19.64 1.10 4.5200 -1 -3 1 20.08 6.54 4.4220 -2 -2 1 19.64 2.78 4.5205 1 -1 1 20.25 2.28 4.3853 2 2 0 20.61 1.24 4.3097 1 2 1 21.04 1.20 4.2209 0 -3 1 21.27 2.58 4.1756 -2 1 0 21.37 1.79 4.1569 -1 3 0 21.56 1.18 4.1204 0 3 1 22.74 1.63 3.9099 -2 -3 1 22.46 1.78 3.9583 1 -2 1 22.85 13.47 3.8901 0 4 0 22.85 5.44 3.8901 1 4 0 24.02 1.00 3.7031 -1 0 2 24.64 3.32 3.6121 -2 2 1 25.33 11.18 3.5151 -1 1 2 25.45 14.07 3.4989 -1 -2 2 25.40 6.38 3.5055 0 0 2 26.03 5.24 3.4216 -2 -1 2 26.42 1.75 3.3720 -2 -4 1 25.90 3.77 3.4384 0 -1 2 26.27 6.59 3.3909 1 -3 1 26.45 3.64 3.3686 -2 0 2 26.22 3.90 3.3980 2 1 1 26.91 8.15 3.3120 -3 -1 1 26.70 4.90 3.3382 -1 4 0 26.19 4.38 3.4015 0 1 2 26.88 3.75 3.3155 -2 -2 2 27.27 1.23 3.2695 2 2 1 27.80 14.50 3.2074 -1 2 2 27.85 1.69 3.2023 2 -1 1 27.99 14.28 3.1870 -1 -3 2 28.25 1.02 3.1576 1 5 0 27.98 6.89 3.1877 1 4 1 28.45 18.46 3.1357 3 1 0 28.53 12.14 3.1277 -2 3 0 28.67 18.28 3.1121 0 5 0 28.17 16.99 3.1664 0 2 2 28.89 17.29 3.0893 -2 -3 2 29.12 25.58 3.0651 3 0 0 29.37 2.91 3.0402 -1 -5 1 30.35 3.63 2.9442 2 -2 1 30.57 23.90 2.9235 3 3 0 30.75 1.60 2.9065 1 -4 1 30.38 4.91 2.9415 1 1 2 31.10 5.30 2.8749 2 5 0 31.14 1.08 2.8714 0 -5 1 31.48 5.35 2.8408 -3 -2 2 31.14 21.65 2.8711 0 3 2 31.86 21.11 2.8077 -2 -4 2 31.74 3.03 2.8182 0 5 1 32.25 23.08 2.7749 -1 5 0 31.74 3.31 2.8179 1 2 2 32.86 3.69 2.7240 -3 -3 2 33.15 1.20 2.7012 -2 4 0 33.39 6.61 2.6826 -2 4 1 32.78 1.87 2.7311 1 -2 2 33.63 2.02 2.6640 -3 1 2 33.60 13.42 2.6659 -3 2 0 33.85 4.30 2.6466 1 6 0 34.22 2.48 2.6188 -2 3 2 33.98 2.47 2.6374 0 -4 2 34.57 1.40 2.5934 0 6 0 35.19 1.33 2.5492 -3 -4 2 35.26 1.79 2.5439 -1 4 2 35.65 4.09 2.5174 -2 -6 1 35.53 1.85 2.5256 -1 -5 2 35.68 1.18 2.5154 1 -5 1 36.08 1.21 2.4881 -3 3 1 35.53 5.23 2.5257 1 -3 2 36.26 5.57 2.4762 -3 2 2 36.52 5.55 2.4593 3 5 0 37.25 1.78 2.4126 0 6 1 36.87 7.13 2.4370 2 1 2 36.96 2.92 2.4308 2 0 2 38.22 6.11 2.3537 -4 -2 2 38.26 3.16 2.3514 -4 -1 2 37.97 2.38 2.3685 -1 6 0 38.18 3.30 2.3561 -2 5 0 38.33 1.15 2.3470 4 1 0 38.27 1.26 2.3506 -2 1 3 39.00 1.15 2.3082 1 -4 2 39.63 1.59 2.2731 -3 3 2 39.31 1.34 2.2908 3 -2 1 39.17 2.89 2.2987 0 5 2 39.87 2.30 2.2600 -2 -6 2 40.29 1.50 2.2373 -3 4 1 39.85 1.55 2.2612 -1 5 2 40.14 1.67 2.2455 -1 -6 2 40.36 1.83 2.2334 -1 -7 1 40.56 2.09 2.2229 0 7 0 40.51 1.81 2.2255 3 6 0 40.86 1.44 2.2076 -4 1 0 40.94 1.18 2.2034 1 -6 1 41.15 2.68 2.1926 -3 4 0 41.44 2.20 2.1779 -4 -5 1 41.00 1.33 2.2003 1 5 2 42.06 1.89 2.1472 -3 -6 2 41.98 1.11 2.1511 0 -3 3 42.93 5.83 2.1055 -2 5 2 42.83 5.31 2.1104 0 -6 2 43.31 2.84 2.0878 -4 2 0 43.70 1.53 2.0702 4 5 0 45.14 2.26 2.0073 -4 -3 3 45.14 1.01 2.0075 -1 -7 2 44.23 1.19 2.0467 1 2 3 45.71 1.46 1.9840 -3 5 0 45.56 1.03 1.9901 1 8 0 45.19 1.29 2.0054 3 0 2 45.31 2.54 2.0002 1 6 2 45.25 6.61 2.0029 3 2 2 46.42 1.04 1.9549 -4 -6 2 46.65 1.39 1.9460 -5 -1 2 46.34 2.34 1.9582 -3 -7 2 45.82 1.17 1.9792 2 -4 2 46.80 5.65 1.9400 -5 -3 2 46.73 1.05 1.9429 -4 3 2 46.67 1.12 1.9450 0 8 0 46.45 5.23 1.9537 3 3 2 48.02 4.55 1.8936 -5 -4 2 47.92 1.67 1.8972 -2 6 2 47.87 1.51 1.8990 0 -7 2 48.22 1.15 1.8862 3 -2 2 49.52 1.26 1.8396 -5 1 2 48.85 24.22 1.8632 -2 -1 4 49.05 1.83 1.8563 0 7 2 49.72 1.83 1.8326 -2 -8 2 50.16 1.64 1.8178 -4 4 0 49.32 1.17 1.8466 0 5 3 49.10 1.49 1.8543 2 1 3 50.88 1.27 1.7936 -5 -2 3 50.78 2.13 1.7970 3 -3 2 51.99 2.22 1.7579 -5 2 2 51.00 2.00 1.7898 3 5 2 52.55 1.87 1.7406 -5 -6 2 52.42 1.17 1.7444 2 9 0 53.54 1.41 1.7105 -5 2 0 53.94 1.77 1.6987 3 -4 2 55.06 1.57 1.6668 -5 3 2 54.49 4.57 1.6829 0 8 2 54.20 5.91 1.6912 3 6 2 55.16 4.23 1.6641 -2 -9 2 55.73 6.15 1.6483 -5 -7 2 55.97 1.19 1.6419 -3 7 0 55.75 2.77 1.6478 -1 8 2 56.10 2.48 1.6384 -1 -9 2 56.48 1.91 1.6282 -5 3 0 55.45 1.02 1.6561 1 6 3 56.54 1.23 1.6267 1 0 4 58.16 1.18 1.5853 -3 7 2 57.85 1.31 1.5930 1 -8 2 57.42 1.88 1.6037 -2 4 4 57.65 1.26 1.5979 3 -5 2 58.45 1.02 1.5779 -5 -2 4 57.53 1.23 1.6012 4 -2 2 58.69 1.31 1.5722 -5 4 2 57.83 1.55 1.5935 -2 -6 4 56.96 2.71 1.6156 1 -1 4 58.98 1.10 1.5650 -6 1 2 58.79 2.29 1.5697 -5 -1 4 59.10 2.62 1.5623 6 3 0 57.70 2.36 1.5968 1 2 4 59.74 2.45 1.5469 -5 -4 4 59.98 1.83 1.5414 6 4 0 59.85 2.14 1.5445 -3 4 4 59.64 1.70 1.5493 -1 -6 4 60.75 2.45 1.5237 3 10 0 59.78 1.34 1.5460 1 -3 4 61.09 1.40 1.5161 -2 9 0 61.40 1.03 1.5090 -5 1 4 61.60 1.82 1.5046 -3 8 0 61.60 1.13 1.5046 5 8 0 62.06 1.70 1.4946 -6 1 0 61.86 1.17 1.4990 3 -6 2 62.81 1.08 1.4785 -5 5 2 62.58 1.04 1.4835 -1 10 0 64.35 1.01 1.4467 -6 2 0 64.67 2.56 1.4404 2 11 0 65.80 1.85 1.4183 5 9 0 66.00 2.18 1.4146 0 11 0 66.72 1.18 1.4009 4 -5 2 67.95 1.04 1.3785 -6 4 2 69.26 1.64 1.3557 -1 11 0 70.21 1.29 1.3396 5 -3 2 71.76 1.04 1.3145 -7 2 2 74.27 1.12 1.2761 2 11 2 75.48 1.20 1.2587 -4 -12 2 78.65 1.25 1.2157 6 6 2 80.70 1.07 1.1898 -8 -7 2 88.56 1.54 1.1034 -1 13 2 89.02 1.53 1.0989 -1 -14 2 89.02 1.53 1.0989 -1 -14 2 XPOW Copyright 1993 Bob Downs, Ranjini Swaminathan and Kurt Bartelmehs For reference, see Downs et al. (1993) American Mineralogist 78, 1104-1107.