Mooreite Diffraction data computed using the structure from the paper listed below, along with the cell parameters refined from the powder pattern for R060089 Hill R J Acta Crystallographica B36 (1980) 1304-1311 The structure of mooreite Locality: Sterling Hill, New Jersey, USA Note: Isotropic and anisotropic displacement factors taken from ICSD CELL PARAMETERS: 11.14700 20.35000 8.202000 90.00000 92.69000 90.00000 SPACE GROUP: P2_1/a X-RAY WAVELENGTH: 1.541838 2-THETA INTENSITY D-SPACING H K L 8.72 100.00 10.1855 0 2 0 9.08 6.00 9.7870 1 1 0 10.80 78.53 8.2230 0 0 1 11.80 1.77 7.5230 1 2 0 13.80 12.02 6.4335 -1 1 1 14.40 11.33 6.1666 1 1 1 15.31 2.91 5.8008 1 3 0 15.74 1.10 5.6442 -1 2 1 15.92 22.66 5.5796 2 0 0 16.26 1.85 5.4614 1 2 1 17.45 61.04 5.0928 0 4 0 18.16 2.92 4.8935 2 2 0 18.53 3.50 4.7980 -1 3 1 18.81 12.32 4.7260 -2 0 1 19.19 1.92 4.6331 1 4 0 19.31 36.08 4.6037 -2 1 1 19.69 9.42 4.5154 2 0 1 20.17 20.84 4.4084 2 1 1 20.54 21.12 4.3297 0 4 1 20.75 4.01 4.2870 -2 2 1 21.64 20.65 4.1115 0 0 2 21.86 1.24 4.0721 -1 4 1 22.09 2.76 4.0302 0 1 2 22.24 2.36 4.0018 1 4 1 22.96 14.48 3.8790 -2 3 1 23.13 10.60 3.8502 -1 1 2 23.36 9.18 3.8126 0 2 2 23.68 19.65 3.7615 2 4 0 23.69 17.39 3.7600 2 3 1 23.86 20.65 3.7337 1 1 2 24.35 2.15 3.6593 3 1 0 24.41 1.15 3.6507 0 5 1 25.05 1.10 3.5587 1 2 2 25.53 4.18 3.4923 -1 5 1 25.74 19.65 3.4642 -2 4 1 25.87 27.87 3.4476 1 5 1 26.20 1.50 3.4047 -3 1 1 26.27 10.41 3.3952 0 6 0 26.27 1.34 3.3955 -1 3 2 26.31 8.57 3.3903 -2 0 2 26.41 3.97 3.3786 2 4 1 26.92 9.97 3.3148 1 3 2 27.17 11.13 3.2849 3 1 1 27.48 1.96 3.2482 1 6 0 28.23 1.93 3.1638 3 2 1 28.47 18.50 3.1382 0 6 1 28.96 8.12 3.0858 -2 5 1 29.03 2.51 3.0781 -3 3 1 29.36 2.54 3.0446 1 4 2 29.55 6.40 3.0249 2 5 1 29.92 3.96 2.9887 3 3 1 30.85 22.45 2.9004 2 6 0 31.32 1.27 2.8582 -3 4 1 31.69 12.46 2.8251 -1 5 2 31.73 2.82 2.8221 -2 4 2 31.97 6.71 2.8014 -3 1 2 32.15 2.68 2.7862 3 4 1 32.24 5.05 2.7781 1 5 2 32.49 15.27 2.7574 -2 6 1 32.62 1.60 2.7470 3 5 0 33.03 9.77 2.7137 2 6 1 33.32 8.18 2.6907 4 2 0 33.43 8.96 2.6822 -4 0 1 33.53 3.65 2.6742 -1 7 1 33.58 17.26 2.6703 3 1 2 33.59 16.59 2.6694 -1 1 3 33.72 2.60 2.6593 -4 1 1 33.79 2.04 2.6540 1 7 1 33.89 1.07 2.6468 0 2 3 34.27 6.79 2.6180 0 6 2 34.37 9.31 2.6105 1 1 3 34.37 3.48 2.6108 -3 3 2 34.46 9.35 2.6040 3 2 2 34.47 2.74 2.6034 4 0 1 34.43 1.93 2.6060 -2 5 2 34.47 1.06 2.6032 -1 2 3 34.60 6.40 2.5938 -4 2 1 34.82 6.07 2.5776 3 5 1 35.26 6.70 2.5464 0 8 0 35.48 2.16 2.5313 1 6 2 36.02 11.66 2.4947 -4 3 1 36.08 1.16 2.4905 -2 1 3 36.27 3.76 2.4780 -2 7 1 36.63 2.21 2.4542 1 3 3 36.76 4.65 2.4461 2 7 1 36.75 18.69 2.4468 4 4 0 36.97 2.17 2.4324 0 8 1 37.27 2.10 2.4136 0 4 3 37.51 2.54 2.3990 -2 6 2 37.54 1.69 2.3970 2 1 3 37.80 7.78 2.3810 3 4 2 37.81 26.82 2.3804 -1 4 3 38.10 1.51 2.3630 -4 0 2 38.25 1.20 2.3538 -2 3 3 38.34 1.07 2.3487 2 2 3 38.45 1.11 2.3421 2 6 2 38.54 4.08 2.3368 -1 7 2 38.86 1.07 2.3181 4 4 1 38.89 1.80 2.3165 2 8 0 39.01 8.00 2.3100 1 7 2 39.15 2.09 2.3019 -4 2 2 39.32 1.78 2.2920 3 7 0 39.64 1.58 2.2744 2 3 3 40.24 1.40 2.2417 -2 8 1 40.16 6.18 2.2464 -3 1 3 40.27 9.17 2.2403 -4 5 1 40.55 1.03 2.2253 -3 7 1 40.68 2.20 2.2186 5 1 0 40.83 4.58 2.2109 1 5 3 40.88 1.10 2.2082 -2 7 2 41.22 3.25 2.1908 3 7 1 41.41 1.81 2.1812 2 4 3 41.76 1.19 2.1636 2 7 2 42.14 2.59 2.1447 3 1 3 42.17 7.46 2.1435 -4 4 2 42.15 1.94 2.1445 -3 3 3 42.31 1.27 2.1366 -2 5 3 42.74 3.90 2.1162 5 1 1 42.87 7.71 2.1101 3 6 2 42.88 1.05 2.1097 -1 6 3 42.98 1.49 2.1047 -4 6 1 44.48 1.16 2.0371 0 10 0 44.51 1.71 2.0360 -2 8 2 44.69 3.40 2.0282 -3 7 2 44.66 2.11 2.0295 -1 1 4 44.80 1.65 2.0235 2 9 1 44.99 1.85 2.0151 0 2 4 45.48 1.99 1.9947 1 1 4 45.92 3.38 1.9764 -3 5 3 46.03 1.92 1.9723 -4 7 1 46.40 1.58 1.9574 5 5 0 46.53 3.83 1.9521 1 7 3 46.55 1.38 1.9514 -2 1 4 47.29 1.36 1.9223 1 3 4 47.52 1.10 1.9136 2 10 0 47.51 2.26 1.9139 5 1 2 47.64 2.03 1.9090 4 0 3 47.72 4.63 1.9061 3 5 3 47.71 3.75 1.9063 0 4 4 48.26 3.88 1.8860 5 5 1 48.36 1.53 1.8825 -2 9 2 48.40 6.10 1.8808 4 8 0 48.42 3.00 1.8800 4 6 2 48.33 1.14 1.8835 -2 3 4 48.82 1.14 1.8656 0 8 3 48.82 1.57 1.8656 -4 4 3 49.04 1.21 1.8579 2 7 3 49.13 1.88 1.8546 2 9 2 49.26 1.51 1.8501 -1 8 3 49.35 1.54 1.8467 -4 8 1 49.73 1.41 1.8335 -6 0 1 49.82 1.88 1.8304 -3 1 4 49.95 2.89 1.8261 -6 1 1 50.11 1.77 1.8204 4 8 1 50.01 1.94 1.8238 -1 5 4 51.08 1.12 1.7883 6 1 1 51.18 5.04 1.7850 -3 7 3 51.32 1.84 1.7804 1 11 1 51.35 2.33 1.7794 2 4 4 51.61 1.27 1.7710 5 7 0 51.64 1.75 1.7701 -6 3 1 51.73 1.17 1.7671 -5 1 3 52.37 1.30 1.7470 6 4 0 52.65 3.58 1.7386 5 5 2 52.74 1.32 1.7356 6 3 1 52.83 7.15 1.7328 3 9 2 52.84 1.11 1.7327 3 7 3 52.84 8.72 1.7326 -1 9 3 52.86 3.91 1.7321 -4 8 2 53.04 1.02 1.7266 -6 0 2 53.09 1.73 1.7251 -6 4 1 53.34 4.36 1.7176 5 7 1 54.02 2.79 1.6976 0 12 0 54.30 1.54 1.6893 4 8 2 54.82 1.54 1.6745 -1 11 2 54.80 3.26 1.6753 -3 5 4 54.97 1.68 1.6702 -1 7 4 55.18 2.08 1.6646 1 11 2 55.20 2.21 1.6640 4 6 3 55.25 3.92 1.6625 0 12 1 55.44 2.90 1.6574 2 6 4 55.68 2.53 1.6507 1 7 4 55.88 2.00 1.6452 4 10 0 56.25 1.56 1.6352 -6 4 2 56.41 1.12 1.6312 6 6 0 56.67 1.86 1.6241 2 12 0 56.59 3.63 1.6263 -5 5 3 56.74 13.76 1.6223 -4 10 1 56.90 2.80 1.6183 3 11 1 56.92 2.69 1.6175 4 0 4 57.09 2.34 1.6133 -6 6 1 57.44 1.23 1.6043 4 10 1 57.45 1.67 1.6040 5 7 2 57.70 2.26 1.5976 -2 12 1 57.62 1.40 1.5995 0 8 4 57.65 1.80 1.5989 -2 0 5 59.02 2.26 1.5650 0 4 5 59.35 7.21 1.5569 2 0 5 59.48 1.28 1.5539 -3 7 4 59.67 1.34 1.5493 -3 11 2 59.80 15.50 1.5464 7 1 1 59.82 15.00 1.5459 -5 1 4 59.95 1.75 1.5429 -4 10 2 60.11 1.53 1.5391 -6 6 2 60.11 11.49 1.5391 2 2 5 60.68 10.52 1.5260 3 11 2 60.69 7.92 1.5259 -1 11 3 61.19 2.28 1.5146 1 11 3 61.30 2.38 1.5120 7 3 1 61.32 2.57 1.5115 -5 3 4 62.56 1.98 1.4846 7 5 0 62.77 1.04 1.4801 0 6 5 63.72 2.78 1.4603 4 6 4 64.40 1.99 1.4465 -2 6 5 64.93 1.14 1.4360 -1 12 3 65.01 4.29 1.4344 -4 12 1 65.28 1.07 1.4290 -6 6 3 66.54 1.05 1.4050 3 11 3 67.09 1.10 1.3949 8 0 0 67.82 1.16 1.3815 0 8 5 68.13 1.50 1.3760 6 6 3 69.37 2.43 1.3545 3 13 2 69.37 3.38 1.3544 -1 13 3 69.82 1.43 1.3467 6 0 4 70.16 2.26 1.3411 -8 0 2 70.60 1.06 1.3337 5 11 2 71.24 1.29 1.3234 0 4 6 71.41 1.15 1.3206 -2 3 6 72.43 1.33 1.3045 -3 11 4 73.76 1.22 1.2842 4 6 5 74.11 1.44 1.2790 -4 14 1 74.13 1.03 1.2787 6 5 4 81.81 1.15 1.1769 -4 6 6 85.62 1.04 1.1340 6 6 5 86.62 1.66 1.1234 6 10 4 86.84 1.20 1.1212 0 18 1 86.65 1.74 1.1232 -2 10 6 86.94 1.40 1.1202 -8 10 2 88.71 1.09 1.1023 7 13 1 88.71 1.09 1.1023 7 13 1 XPOW Copyright 1993 Bob Downs, Ranjini Swaminathan and Kurt Bartelmehs For reference, see Downs et al. (1993) American Mineralogist 78, 1104-1107.