Miserite Diffraction data computed using the structure from the paper listed below, along with the cell parameters refined from the powder pattern R060095. Scott J D The Canadian Mineralogist 14 (1976) 515-528 Crystal structure of miserite, a Zoltai Type 5 structure CELL PARAMETERS: 10.08893 16.03655 7.446510 96.47393 111.0995 76.32748 SPACE GROUP: P-1 X-RAY WAVELENGTH: 1.541838 2-THETA INTENSITY D-SPACING H K L 5.73 100.00 15.5749 0 1 0 9.66 8.20 9.2002 1 0 0 10.13 13.74 8.7744 1 1 0 11.41 1.05 7.7874 0 2 0 12.21 10.31 7.2769 -1 1 0 12.79 1.03 6.9440 0 0 1 13.10 2.94 6.7816 -1 0 1 13.30 1.26 6.6803 1 2 0 13.28 5.92 6.6883 -1 -1 1 13.85 3.65 6.4155 0 -1 1 15.23 1.12 5.8342 -1 1 1 17.12 2.00 5.1916 0 3 0 17.41 7.23 5.1060 0 2 1 17.80 2.23 4.9955 1 3 0 18.52 4.13 4.8023 1 0 1 18.66 2.24 4.7651 -2 -1 1 18.92 1.69 4.7006 -1 2 1 18.97 9.22 4.6889 2 1 0 18.89 1.89 4.7088 1 1 1 19.15 8.59 4.6435 -2 0 1 19.55 1.10 4.5497 -1 -3 1 19.88 6.54 4.4745 -2 -2 1 19.87 2.78 4.4781 1 -1 1 20.28 2.28 4.3872 2 2 0 20.89 1.24 4.2608 1 2 1 21.09 1.20 4.2202 0 -3 1 21.30 2.58 4.1785 -2 1 0 21.39 1.79 4.1609 -1 3 0 21.72 1.18 4.0985 0 3 1 22.55 1.63 3.9498 -2 -3 1 22.64 1.78 3.9339 1 -2 1 22.88 13.47 3.8937 0 4 0 22.88 5.44 3.8930 1 4 0 24.11 1.00 3.6973 -1 0 2 24.54 3.32 3.6325 -2 2 1 25.44 11.18 3.5061 -1 1 2 25.46 14.07 3.5031 -1 -2 2 25.69 6.38 3.4720 0 0 2 25.87 5.24 3.4488 -2 -1 2 26.24 1.75 3.4002 -2 -4 1 26.16 3.77 3.4110 0 -1 2 26.41 6.59 3.3784 1 -3 1 26.32 3.64 3.3908 -2 0 2 26.54 3.90 3.3633 2 1 1 26.68 8.15 3.3453 -3 -1 1 26.71 4.90 3.3414 -1 4 0 26.50 4.38 3.3671 0 1 2 26.69 3.75 3.3442 -2 -2 2 27.59 1.23 3.2370 2 2 1 27.93 14.50 3.1978 -1 2 2 28.12 1.69 3.1772 2 -1 1 27.97 14.28 3.1940 -1 -3 2 28.27 1.02 3.1601 1 5 0 28.22 6.89 3.1657 1 4 1 28.48 18.46 3.1372 3 1 0 28.54 12.14 3.1304 -2 3 0 28.69 18.28 3.1150 0 5 0 28.50 16.99 3.1357 0 2 2 28.68 17.29 3.1158 -2 -3 2 29.15 25.58 3.0667 3 0 0 29.28 2.91 3.0536 -1 -5 1 30.58 3.63 2.9265 2 -2 1 30.60 23.90 2.9248 3 3 0 30.86 1.60 2.9006 1 -4 1 30.83 4.91 2.9027 1 1 2 31.12 5.30 2.8767 2 5 0 31.14 1.08 2.8751 0 -5 1 31.14 5.35 2.8751 -3 -2 2 31.46 21.65 2.8462 0 3 2 31.64 21.11 2.8303 -2 -4 2 31.87 3.03 2.8103 0 5 1 32.26 23.08 2.7776 -1 5 0 32.21 3.31 2.7817 1 2 2 32.51 3.69 2.7564 -3 -3 2 33.16 1.20 2.7037 -2 4 0 33.33 6.61 2.6902 -2 4 1 33.13 1.87 2.7065 1 -2 2 33.38 2.02 2.6868 -3 1 2 33.62 13.42 2.6678 -3 2 0 33.87 4.30 2.6487 1 6 0 34.19 2.48 2.6248 -2 3 2 34.10 2.47 2.6316 0 -4 2 34.58 1.40 2.5958 0 6 0 34.83 1.33 2.5777 -3 -4 2 35.41 1.79 2.5366 -1 4 2 35.48 4.09 2.5316 -2 -6 1 35.46 1.85 2.5332 -1 -5 2 35.75 1.18 2.5131 1 -5 1 35.94 1.21 2.5003 -3 3 1 35.82 5.23 2.5083 1 -3 2 36.05 5.57 2.4933 -3 2 2 36.54 5.55 2.4606 3 5 0 37.38 1.78 2.4075 0 6 1 37.41 7.13 2.4056 2 1 2 37.48 2.92 2.4012 2 0 2 37.78 6.11 2.3826 -4 -2 2 37.84 3.16 2.3788 -4 -1 2 37.97 2.38 2.3708 -1 6 0 38.18 3.30 2.3584 -2 5 0 38.35 1.15 2.3482 4 1 0 38.29 1.26 2.3520 -2 1 3 39.25 1.15 2.2965 1 -4 2 39.45 1.59 2.2855 -3 3 2 39.57 1.34 2.2790 3 -2 1 39.47 2.89 2.2842 0 5 2 39.64 2.30 2.2749 -2 -6 2 40.17 1.50 2.2460 -3 4 1 40.00 1.55 2.2554 -1 5 2 40.05 1.67 2.2525 -1 -6 2 40.27 1.83 2.2408 -1 -7 1 40.57 2.09 2.2250 0 7 0 40.53 1.81 2.2268 3 6 0 40.87 1.44 2.2090 -4 1 0 40.99 1.18 2.2029 1 -6 1 41.15 2.68 2.1944 -3 4 0 41.17 2.20 2.1936 -4 -5 1 41.43 1.33 2.1804 1 5 2 41.70 1.89 2.1667 -3 -6 2 42.28 1.11 2.1385 0 -3 3 42.93 5.83 2.1074 -2 5 2 42.88 5.31 2.1101 0 -6 2 43.33 2.84 2.0892 -4 2 0 43.72 1.53 2.0711 4 5 0 44.65 2.26 2.0302 -4 -3 3 45.04 1.01 2.0137 -1 -7 2 44.87 1.19 2.0209 1 2 3 45.70 1.46 1.9857 -3 5 0 45.56 1.03 1.9918 1 8 0 45.75 1.29 1.9837 3 0 2 45.73 2.54 1.9847 1 6 2 45.86 6.61 1.9795 3 2 2 45.97 1.04 1.9749 -4 -6 2 46.17 1.39 1.9669 -5 -1 2 45.99 2.34 1.9740 -3 -7 2 46.17 1.17 1.9670 2 -4 2 46.28 5.65 1.9622 -5 -3 2 46.44 1.05 1.9560 -4 3 2 46.67 1.12 1.9469 0 8 0 47.07 5.23 1.9313 3 3 2 47.49 4.55 1.9149 -5 -4 2 47.94 1.67 1.8982 -2 6 2 47.89 1.51 1.8998 0 -7 2 48.71 1.15 1.8697 3 -2 2 49.09 1.26 1.8563 -5 1 2 48.94 24.22 1.8615 -2 -1 4 49.33 1.83 1.8479 0 7 2 49.48 1.83 1.8423 -2 -8 2 50.16 1.64 1.8192 -4 4 0 49.80 1.17 1.8313 0 5 3 49.85 1.49 1.8298 2 1 3 50.28 1.27 1.8152 -5 -2 3 51.23 2.13 1.7835 3 -3 2 51.59 2.22 1.7721 -5 2 2 51.60 2.00 1.7716 3 5 2 52.02 1.87 1.7584 -5 -6 2 52.42 1.17 1.7458 2 9 0 53.55 1.41 1.7117 -5 2 0 54.36 1.77 1.6880 3 -4 2 54.69 1.57 1.6785 -5 3 2 54.76 4.57 1.6764 0 8 2 54.80 5.91 1.6754 3 6 2 54.92 4.23 1.6721 -2 -9 2 55.21 6.15 1.6640 -5 -7 2 55.95 1.19 1.6435 -3 7 0 55.90 2.77 1.6449 -1 8 2 55.97 2.48 1.6431 -1 -9 2 56.48 1.91 1.6294 -5 3 0 56.08 1.02 1.6401 1 6 3 57.31 1.23 1.6078 1 0 4 58.06 1.18 1.5886 -3 7 2 57.95 1.31 1.5916 1 -8 2 57.66 1.88 1.5989 -2 4 4 58.03 1.26 1.5896 3 -5 2 57.84 1.02 1.5942 -5 -2 4 58.07 1.23 1.5886 4 -2 2 58.34 1.31 1.5818 -5 4 2 57.73 1.55 1.5970 -2 -6 4 57.70 2.71 1.5979 1 -1 4 58.48 1.10 1.5782 -6 1 2 58.22 2.29 1.5849 -5 -1 4 59.11 2.62 1.5630 6 3 0 58.52 2.36 1.5773 1 2 4 59.08 2.45 1.5637 -5 -4 4 59.99 1.83 1.5421 6 4 0 59.86 2.14 1.5452 -3 4 4 59.76 1.70 1.5475 -1 -6 4 60.74 2.45 1.5247 3 10 0 60.42 1.34 1.5321 1 -3 4 61.06 1.40 1.5175 -2 9 0 60.90 1.03 1.5212 -5 1 4 61.58 1.82 1.5060 -3 8 0 61.61 1.13 1.5054 5 8 0 62.06 1.70 1.4955 -6 1 0 62.19 1.17 1.4927 3 -6 2 62.48 1.08 1.4864 -5 5 2 62.55 1.04 1.4849 -1 10 0 64.35 1.01 1.4476 -6 2 0 64.65 2.56 1.4415 2 11 0 65.81 1.85 1.4190 5 9 0 65.97 2.18 1.4159 0 11 0 67.16 1.18 1.3937 4 -5 2 67.52 1.04 1.3870 -6 4 2 69.23 1.64 1.3570 -1 11 0 70.77 1.29 1.3312 5 -3 2 71.21 1.04 1.3239 -7 2 2 74.72 1.12 1.2702 2 11 2 75.02 1.20 1.2658 -4 -12 2 79.41 1.25 1.2065 6 6 2 79.97 1.07 1.1994 -8 -7 2 88.70 1.54 1.1024 -1 13 2 88.79 1.53 1.1016 -1 -14 2 88.79 1.53 1.1016 -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.