Parahopeite Diffraction data computed using the structure from the paper listed below, along with the cell parameters refined from the powder pattern for R050463 Chao G Y Zeitschrift fur Kristallographie 130 (1969) 261-266 Refinement of the crystal structure of parahopeite CELL PARAMETERS: 5.768908 7.545273 5.278472 93.44621 91.19115 91.38746 SPACE GROUP: P-1 X-RAY WAVELENGTH: 1.541838 2-THETA INTENSITY D-SPACING H K L 11.77 54.64 7.5292 0 1 0 15.38 29.23 5.7658 1 0 0 16.85 50.56 5.2676 0 0 1 19.16 9.22 4.6351 -1 1 0 19.64 23.09 4.5223 1 1 0 19.99 78.90 4.4446 0 -1 1 21.17 18.71 4.1982 0 1 1 22.62 2.15 3.9329 -1 0 1 23.13 26.12 3.8465 1 0 1 23.64 26.11 3.7646 0 2 0 25.26 49.48 3.5265 -1 -1 1 25.36 2.44 3.5138 1 -1 1 25.86 4.64 3.4468 -1 1 1 26.67 14.54 3.3434 1 1 1 27.98 14.60 3.1897 -1 2 0 28.30 25.63 3.1547 0 -2 1 30.00 100.00 2.9786 0 2 1 31.02 47.52 2.8829 2 0 0 32.24 49.85 2.7769 1 -2 1 32.46 9.98 2.7582 -1 -2 1 32.99 31.71 2.7155 -2 1 0 33.41 8.09 2.6824 -1 2 1 33.57 33.38 2.6696 2 1 0 34.04 36.96 2.6338 0 0 2 35.15 3.94 2.5530 -2 0 1 35.42 24.21 2.5345 0 -1 2 35.78 16.40 2.5097 0 3 0 35.84 1.12 2.5055 2 0 1 37.11 8.21 2.4228 -2 -1 1 37.24 3.96 2.4145 2 -1 1 37.26 8.15 2.4128 -2 1 1 37.87 13.54 2.3758 1 0 2 38.44 3.92 2.3418 2 1 1 38.62 5.48 2.3313 -1 -1 2 38.76 1.17 2.3230 -1 3 0 38.85 7.74 2.3176 -2 2 0 39.00 1.42 2.3093 1 -1 2 39.52 14.43 2.2800 1 3 0 39.68 9.35 2.2711 -1 1 2 39.86 2.48 2.2612 2 2 0 40.75 2.06 2.2142 0 3 1 42.16 4.95 2.1429 -1 -3 1 42.29 21.85 2.1367 2 -2 1 42.65 23.17 2.1197 -2 -2 1 42.93 10.72 2.1063 -2 2 1 43.09 5.71 2.0991 0 2 2 43.30 2.11 2.0894 -1 3 1 43.58 4.19 2.0762 -1 -2 2 44.28 16.19 2.0453 1 3 1 44.44 13.34 2.0384 2 2 1 46.15 19.82 1.9664 -2 0 2 46.50 4.54 1.9525 1 2 2 47.25 15.85 1.9233 2 0 2 47.28 1.10 1.9219 3 0 0 48.34 1.83 1.8823 0 4 0 48.55 1.66 1.8746 0 -3 2 48.58 5.08 1.8737 -3 1 0 50.15 7.24 1.8186 -3 0 1 50.61 9.78 1.8030 -1 4 0 51.18 10.77 1.7844 1 -3 2 51.20 7.29 1.7837 -2 3 1 51.28 1.50 1.7811 -1 -3 2 51.44 1.40 1.7760 1 4 0 51.65 1.11 1.7691 -3 1 1 51.84 12.05 1.7633 -2 -2 2 51.89 7.48 1.7617 3 -1 1 52.04 15.08 1.7569 2 -2 2 52.07 1.05 1.7559 0 0 3 52.60 5.47 1.7394 0 4 1 52.80 1.42 1.7332 1 -4 1 52.80 2.35 1.7334 0 -1 3 52.92 7.63 1.7296 2 3 1 53.13 2.97 1.7234 -2 2 2 53.82 2.74 1.7028 -1 3 2 54.11 2.95 1.6943 3 2 0 54.35 11.54 1.6875 0 1 3 54.62 5.17 1.6797 -1 4 1 54.91 1.73 1.6717 2 2 2 54.99 1.39 1.6694 1 0 3 55.59 4.56 1.6527 1 -1 3 56.23 5.84 1.6355 -3 -2 1 56.37 5.41 1.6315 -1 1 3 56.45 6.43 1.6296 0 -2 3 57.79 13.68 1.5948 -2 4 0 57.93 2.84 1.5913 3 2 1 58.49 1.32 1.5773 0 -4 2 58.71 13.59 1.5721 -1 -2 3 58.82 4.23 1.5693 -3 0 2 59.03 2.95 1.5642 1 -2 3 59.29 15.44 1.5580 2 4 0 59.39 2.43 1.5556 0 2 3 59.84 2.68 1.5450 -3 3 0 59.92 4.40 1.5432 2 -4 1 60.60 7.54 1.5274 -2 3 2 60.73 2.79 1.5245 1 -4 2 60.93 3.29 1.5200 -2 -4 1 61.00 10.81 1.5183 -1 -4 2 61.16 1.79 1.5147 -2 0 3 61.56 4.37 1.5058 0 5 0 62.26 5.79 1.4906 1 2 3 62.27 1.62 1.4904 3 -3 1 62.32 5.21 1.4893 0 4 2 62.33 4.26 1.4891 3 1 2 62.52 2.80 1.4850 2 0 3 62.60 5.18 1.4833 2 3 2 62.68 1.17 1.4815 0 -3 3 63.00 3.75 1.4749 -3 3 1 64.16 1.37 1.4510 3 -2 2 64.31 1.24 1.4480 1 5 0 64.63 17.24 1.4414 4 0 0 64.90 1.20 1.4362 -1 -3 3 65.03 5.12 1.4336 1 -3 3 65.09 5.10 1.4323 1 -5 1 65.46 1.81 1.4252 0 5 1 67.52 8.21 1.3867 -2 2 3 67.75 1.67 1.3825 4 0 1 68.23 3.34 1.3739 1 5 1 68.30 1.03 1.3727 -4 -1 1 68.45 5.02 1.3700 -1 3 3 68.47 2.45 1.3696 4 -1 1 69.16 2.22 1.3578 -4 2 0 69.49 8.59 1.3520 2 2 3 70.13 1.85 1.3412 -2 4 2 70.22 2.00 1.3398 -3 -3 2 70.94 3.53 1.3279 3 4 0 71.14 1.45 1.3247 0 -4 3 71.38 2.26 1.3208 2 -5 1 71.62 1.58 1.3169 0 0 4 71.78 5.33 1.3145 -4 2 1 71.99 2.33 1.3111 1 -5 2 72.25 1.11 1.3071 -4 -2 1 72.33 2.14 1.3058 2 4 2 72.64 1.66 1.3009 -2 -5 1 72.85 2.46 1.2977 -3 -1 3 73.31 2.59 1.2907 -1 -4 3 73.35 3.85 1.2901 -1 0 4 73.75 2.58 1.2841 0 1 4 73.95 6.20 1.2811 4 2 1 74.18 1.18 1.2777 1 0 4 74.26 1.91 1.2765 -4 0 2 74.48 2.90 1.2733 1 -1 4 74.69 1.02 1.2703 3 4 1 75.13 1.72 1.2640 -4 3 0 75.40 2.69 1.2600 -4 -1 2 75.91 1.57 1.2528 4 0 2 76.02 2.57 1.2513 3 1 3 76.19 1.12 1.2489 -3 -2 3 76.37 2.21 1.2465 1 1 4 76.39 1.60 1.2461 4 -1 2 76.76 1.15 1.2410 -1 -2 4 77.00 1.01 1.2377 0 -6 1 77.13 1.15 1.2359 1 5 2 77.10 1.16 1.2364 4 3 0 77.05 3.88 1.2371 3 -2 3 77.37 1.06 1.2327 -1 6 0 77.77 3.73 1.2275 -3 2 3 78.02 3.71 1.2241 3 -4 2 78.14 1.04 1.2226 2 -5 2 78.76 1.00 1.2145 -3 -4 2 78.95 1.08 1.2120 -2 -5 2 79.48 3.43 1.2053 -1 -6 1 79.87 1.24 1.2003 -3 5 0 81.91 2.10 1.1755 -3 -3 3 82.10 1.15 1.1733 -1 -3 4 83.12 1.29 1.1615 -2 6 0 83.10 2.12 1.1617 -3 5 1 83.20 2.65 1.1605 0 -6 2 83.42 1.72 1.1580 -3 -5 1 85.54 1.21 1.1347 -1 -6 2 86.63 2.09 1.1232 -2 6 1 86.63 1.17 1.1231 -1 3 4 87.48 1.78 1.1145 3 3 3 87.82 2.29 1.1110 -4 1 3 88.10 1.13 1.1082 -2 -3 4 88.95 2.36 1.0998 2 6 1 89.45 1.50 1.0949 -3 -5 2 89.77 1.01 1.0918 -1 -4 4 89.76 1.36 1.0920 -3 -1 4 89.83 1.81 1.0913 3 -4 3 89.83 1.81 1.0913 3 -4 3 XPOW Copyright 1993 Bob Downs, Ranjini Swaminathan and Kurt Bartelmehs For reference, see Downs et al. (1993) American Mineralogist 78, 1104-1107.