Rosasite Diffraction data computed using the structure from the paper listed below, along with the cell parameters refined from the powder pattern of R050294 Perchiazzi N Zeitschrift fur Kristallographie Supplement 23 (2006) 505-510 Crystal structure determination and Rietveld refinement of rosasite and mcguinnessite Locality: Ojuela mine, Durango, Mexico _database_code_amcsd 0011132 CELL PARAMETERS: 12.86424 9.355278 3.158944 90.00000 110.0420 90.00000 SPACE GROUP: P2_1/a X-RAY WAVELENGTH: 1.541838 MAX. ABS. INTENSITY / VOLUME**2: 23.54782830 2-THETA INTENSITY D-SPACING H K L Multiplicity 11.94 4.08 7.3977 1 1 0 14.64 44.79 6.0426 2 0 0 17.45 62.34 5.0759 2 1 0 18.95 4.59 4.6776 0 2 0 24.02 18.97 3.7000 3 1 0 24.03 66.90 3.6989 2 2 0 29.22 1.73 3.0525 3 2 0 29.53 10.63 3.0213 4 0 0 29.55 12.95 3.0195 1 3 0 29.96 1.95 2.9787 -1 1 1 30.08 9.98 2.9676 0 0 1 30.16 28.20 2.9600 -2 1 1 31.07 9.20 2.8751 4 1 0 32.15 4.93 2.7814 -3 1 1 32.27 8.03 2.7712 2 3 0 34.30 11.69 2.6113 -4 0 1 34.34 2.29 2.6083 -1 2 1 34.52 100.00 2.5957 -2 2 1 34.82 3.52 2.5740 1 1 1 35.33 40.54 2.5379 4 2 0 35.79 37.06 2.5059 0 2 1 36.29 3.14 2.4728 -3 2 1 36.40 9.74 2.4659 3 3 0 38.05 16.24 2.3626 2 0 1 38.43 11.54 2.3402 5 1 0 38.45 9.69 2.3388 0 4 0 38.71 3.46 2.3236 1 2 1 40.35 2.55 2.2328 -5 1 1 40.72 1.16 2.2134 -1 3 1 40.87 8.98 2.2057 -2 3 1 41.35 6.13 2.1811 2 4 0 41.58 2.57 2.1699 4 3 0 41.98 17.28 2.1498 0 3 1 42.03 9.87 2.1473 5 2 0 42.84 1.88 2.1088 2 2 1 43.83 1.48 2.0634 -5 2 1 44.56 1.34 2.0314 1 3 1 44.76 2.31 2.0226 3 4 0 44.85 2.47 2.0188 -6 0 1 44.71 7.47 2.0247 3 1 1 44.96 3.69 2.0142 6 0 0 45.25 7.15 2.0021 -4 3 1 45.94 6.44 1.9734 -6 1 1 46.05 6.41 1.9691 6 1 0 47.55 5.76 1.9104 5 3 0 47.93 1.13 1.8959 3 2 1 48.28 1.12 1.8831 2 3 1 48.47 2.83 1.8762 -1 4 1 48.60 1.08 1.8714 -2 4 1 49.18 9.20 1.8506 -5 3 1 49.20 2.79 1.8500 6 2 0 49.58 1.44 1.8369 0 4 1 50.87 5.58 1.7933 4 1 1 51.05 6.98 1.7873 2 5 0 52.23 4.69 1.7496 -7 1 1 52.47 17.90 1.7422 -4 4 1 52.97 3.85 1.7269 3 3 1 53.95 5.18 1.6978 7 1 0 53.98 1.41 1.6969 3 5 0 54.06 6.54 1.6947 -6 3 1 54.15 1.20 1.6920 6 3 0 55.21 16.94 1.6621 2 4 1 56.03 1.58 1.6396 -5 4 1 57.63 7.32 1.5978 5 1 1 58.21 3.07 1.5834 -8 0 1 58.24 4.06 1.5827 0 5 1 58.58 4.38 1.5743 -3 5 1 58.49 3.86 1.5765 4 3 1 58.71 7.64 1.5711 -2 0 2 59.16 4.32 1.5601 -4 0 2 59.52 1.71 1.5517 3 4 1 59.74 6.86 1.5465 -7 3 1 60.06 9.31 1.5389 -4 1 2 60.29 5.70 1.5337 1 5 1 60.53 1.91 1.5282 -6 4 1 60.35 1.32 1.5322 5 2 1 60.85 1.79 1.5209 -4 5 1 61.32 5.37 1.5104 7 3 0 61.35 3.83 1.5098 2 6 0 61.80 2.38 1.4998 -8 2 1 61.88 1.27 1.4979 -5 1 2 62.19 2.66 1.4913 8 1 0 62.72 2.02 1.4800 -4 2 2 62.74 8.03 1.4795 5 5 0 63.41 1.87 1.4655 0 1 2 64.11 2.54 1.4512 -5 5 1 64.10 2.95 1.4514 6 0 1 64.79 2.83 1.4375 8 2 0 64.73 1.96 1.4387 5 3 1 65.99 4.62 1.4144 0 2 2 66.56 5.57 1.4036 -9 1 1 67.01 1.25 1.3953 -4 3 2 67.04 2.42 1.3948 -2 6 1 67.26 4.33 1.3907 -6 2 2 67.54 5.29 1.3856 4 6 0 67.51 1.64 1.3862 6 2 1 67.83 3.19 1.3803 0 6 1 68.28 2.24 1.3723 -6 5 1 68.47 1.93 1.3690 -7 1 2 69.01 1.74 1.3595 8 3 0 70.17 1.10 1.3399 0 3 2 70.82 1.07 1.3292 9 1 0 70.87 1.85 1.3284 1 7 0 71.07 1.16 1.3252 2 1 2 71.95 1.04 1.3112 -8 4 1 72.35 1.47 1.3049 2 7 0 72.39 4.48 1.3042 -2 4 2 73.11 1.92 1.2931 -8 1 2 72.84 2.35 1.2972 7 1 1 73.40 2.68 1.2888 1 3 2 73.52 1.69 1.2870 2 2 2 74.56 2.06 1.2715 -10 1 1 74.77 2.93 1.2685 3 7 0 76.21 1.71 1.2481 3 1 2 77.29 1.59 1.2333 9 3 0 77.30 1.61 1.2332 6 4 1 78.60 2.13 1.2161 -9 1 2 80.93 1.00 1.1868 -10 3 1 82.39 1.84 1.1694 0 8 0 82.98 1.10 1.1626 0 5 2 83.70 1.05 1.1544 8 2 1 84.52 1.14 1.1453 4 2 2 85.85 1.02 1.1310 -9 5 1 86.57 2.93 1.1234 3 7 1 87.25 1.03 1.1164 -10 2 2 87.62 1.98 1.1126 -7 5 2 87.62 1.98 1.1126 -7 5 2 XPOW Copyright 1993 Bob Downs, Ranjini Swaminathan and Kurt Bartelmehs For reference, see Downs et al. (1993) American Mineralogist 78, 1104-1107.