Wiserite Pertlik F, Dunn P J American Mineralogist 74 (1989) 1351-1354 Crystal structure of wiserite _database_code_amcsd 0001283 CELL PARAMETERS: 20.1920 20.1920 3.2810 90.000 90.000 90.000 SPACE GROUP: P4/n X-RAY WAVELENGTH: 1.541838 Cell Volume: 1337.719 Density (g/cm3): 3.530 MAX. ABS. INTENSITY / VOLUME**2: 10.36349172 RIR: 0.956 RIR based on corundum from Acta Crystallographica A38 (1982) 733-739 2-THETA INTENSITY D-SPACING H K L Multiplicity 6.19 100.00 14.2779 1 1 0 4 8.76 68.47 10.0960 2 0 0 4 12.40 13.29 7.1389 2 2 0 4 13.87 27.96 6.3853 1 3 0 4 13.87 32.81 6.3853 3 1 0 4 17.57 20.11 5.0480 4 0 0 4 18.64 28.70 4.7593 3 3 0 4 19.66 8.44 4.5151 2 4 0 4 19.66 7.28 4.5151 4 2 0 4 22.45 4.18 3.9600 5 1 0 4 24.95 16.05 3.5695 4 4 0 4 25.73 36.21 3.4629 3 5 0 4 26.49 41.12 3.3653 6 0 0 4 27.90 2.59 3.1977 1 1 1 8 27.95 8.13 3.1926 6 2 0 4 27.95 1.17 3.1926 2 6 0 4 28.61 2.59 3.1204 2 0 1 8 28.95 2.54 3.0838 2 1 1 8 28.95 4.66 3.0838 1 2 1 8 30.64 1.50 2.9183 1 3 1 8 31.32 26.64 2.8556 5 5 0 4 31.32 1.80 2.8556 7 1 0 4 31.32 12.26 2.8556 1 7 0 4 31.60 2.17 2.8309 3 2 1 8 31.60 2.43 2.8309 2 3 1 8 31.96 25.50 2.8001 6 4 0 4 32.55 67.22 2.7510 4 0 1 8 32.86 14.16 2.7258 4 1 1 8 33.16 68.62 2.7013 3 3 1 8 33.77 17.90 2.6542 4 2 1 8 33.77 25.40 2.6542 2 4 1 8 33.81 12.25 2.6513 7 3 0 4 33.81 10.24 2.6513 3 7 0 4 35.24 3.35 2.5465 4 3 1 8 35.24 4.99 2.5465 3 4 1 8 35.53 16.66 2.5265 5 1 1 8 35.53 6.86 2.5265 1 5 1 8 35.57 33.08 2.5240 8 0 0 4 36.39 1.46 2.4692 5 2 1 8 36.70 2.99 2.4486 8 2 0 4 36.70 4.11 2.4486 2 8 0 4 37.22 41.99 2.4156 4 4 1 8 37.77 5.08 2.3817 3 5 1 8 37.81 8.01 2.3796 6 6 0 4 38.31 35.87 2.3493 6 0 1 8 38.35 6.98 2.3473 5 7 0 4 38.58 1.71 2.3335 1 6 1 8 39.38 3.48 2.2881 2 6 1 8 39.64 2.51 2.2736 4 5 1 8 40.45 3.70 2.2298 9 1 0 4 40.45 1.40 2.2298 1 9 0 4 41.94 4.21 2.1540 7 1 1 8 42.44 14.95 2.1299 4 6 1 8 42.47 1.48 2.1284 9 3 0 4 42.47 4.23 2.1284 3 9 0 4 44.41 14.28 2.0397 7 7 0 4 44.89 5.69 2.0192 10 0 0 4 44.89 1.16 2.0192 6 8 0 4 44.89 7.40 2.0192 8 6 0 4 45.57 1.29 1.9908 7 4 1 8 45.57 2.92 1.9908 4 7 1 8 45.83 9.00 1.9800 2 10 0 4 46.26 8.34 1.9624 8 2 1 8 46.26 8.23 1.9624 2 8 1 8 46.29 10.87 1.9612 9 5 0 4 47.18 4.59 1.9263 6 6 1 8 47.41 1.34 1.9176 8 3 1 8 47.64 1.55 1.9090 7 5 1 8 47.64 4.12 1.9090 5 7 1 8 48.98 4.26 1.8598 8 4 1 8 48.98 8.27 1.8598 4 8 1 8 49.42 31.01 1.8442 9 1 1 8 49.42 1.93 1.8442 1 9 1 8 50.94 2.11 1.7926 5 8 1 8 51.16 5.92 1.7856 9 3 1 8 51.18 4.23 1.7847 8 8 0 4 51.61 3.04 1.7710 9 7 0 4 51.61 4.21 1.7710 3 11 0 4 52.64 2.65 1.7387 4 9 1 8 52.85 2.10 1.7322 7 7 1 8 53.27 2.02 1.7196 10 0 1 8 53.27 38.44 1.7196 6 8 1 8 53.48 1.92 1.7134 10 1 1 8 54.10 10.03 1.6952 10 2 1 8 54.51 1.81 1.6834 5 9 1 8 54.95 2.23 1.6711 11 5 0 4 55.35 6.19 1.6598 2 12 0 4 56.06 15.91 1.6405 0 0 2 2 56.26 3.98 1.6351 1 0 2 8 56.54 3.29 1.6278 10 4 1 8 56.54 5.48 1.6278 4 10 1 8 56.86 1.98 1.6193 2 0 2 8 57.06 2.32 1.6141 2 1 2 8 57.06 2.40 1.6141 1 2 2 8 57.53 1.14 1.6020 11 0 1 8 57.73 11.08 1.5969 1 11 1 8 57.75 3.00 1.5963 12 4 0 4 58.05 2.41 1.5889 3 1 2 8 58.05 2.48 1.5889 1 3 2 8 58.32 1.07 1.5822 2 11 1 8 58.54 4.04 1.5767 8 10 0 4 58.54 4.09 1.5767 10 8 0 4 58.91 1.27 1.5678 8 8 1 8 59.22 2.16 1.5602 4 0 2 8 59.30 7.99 1.5584 9 7 1 8 59.30 12.85 1.5584 11 3 1 8 59.30 11.70 1.5584 3 11 1 8 59.61 3.07 1.5509 3 3 2 8 59.71 3.90 1.5487 13 1 0 4 59.71 1.58 1.5487 1 13 0 4 60.00 1.22 1.5419 4 2 2 8 60.46 8.58 1.5313 10 6 1 8 60.46 6.76 1.5313 6 10 1 8 60.96 1.19 1.5199 5 0 2 8 61.63 1.84 1.5050 6 12 0 4 62.66 2.22 1.4826 3 5 2 8 63.04 1.81 1.4746 6 0 2 8 63.79 1.36 1.4591 6 2 2 8 63.97 1.09 1.4553 4 5 2 8 64.62 2.37 1.4423 14 0 0 4 64.97 2.99 1.4354 12 4 1 8 64.97 1.27 1.4354 4 12 1 8 65.36 8.31 1.4278 14 2 0 4 65.63 1.47 1.4225 1 7 2 8 65.63 1.58 1.4225 5 5 2 8 65.73 3.47 1.4207 9 11 0 4 66.00 2.09 1.4155 6 4 2 8 66.18 2.51 1.4120 2 7 2 8 66.80 1.12 1.4005 11 7 1 8 66.80 1.66 1.4005 13 1 1 8 66.82 2.25 1.4001 8 12 0 4 66.82 1.19 1.4001 12 8 0 4 67.09 6.22 1.3950 7 3 2 8 67.09 4.19 1.3950 3 7 2 8 68.18 4.35 1.3755 8 0 2 8 68.36 2.34 1.3723 7 4 2 8 68.36 1.59 1.3723 4 7 2 8 68.60 1.35 1.3680 6 12 1 8 70.05 1.63 1.3432 15 1 0 4 70.05 1.65 1.3432 1 15 0 4 71.09 1.29 1.3260 13 5 1 8 71.12 2.28 1.3257 6 14 0 4 71.12 1.63 1.3257 14 6 0 4 71.38 1.57 1.3214 9 1 2 8 71.45 1.17 1.3203 14 0 1 8 72.15 2.63 1.3092 2 14 1 8 72.50 3.92 1.3037 9 11 1 8 72.61 1.39 1.3020 8 5 2 8 73.22 3.80 1.2927 10 12 0 4 75.22 2.34 1.2632 2 10 2 8 75.56 2.11 1.2583 9 5 2 8 75.99 1.21 1.2523 16 2 0 4 76.66 2.05 1.2430 15 1 1 8 78.39 1.32 1.2198 15 7 0 4 79.67 1.25 1.2035 9 7 2 8 79.67 1.77 1.2035 3 11 2 8 82.12 1.24 1.1736 14 10 0 4 82.44 1.46 1.1699 14 8 1 8 82.71 2.29 1.1668 2 12 2 8 82.88 1.19 1.1648 10 7 2 8 83.81 1.75 1.1543 15 9 0 4 85.15 1.71 1.1395 5 17 0 4 85.40 1.20 1.1368 8 10 2 8 85.40 1.67 1.1368 10 8 2 8 86.40 2.03 1.1261 13 1 2 8 87.14 1.81 1.1185 12 12 1 8 87.47 1.85 1.1151 11 13 1 8 87.47 1.98 1.1151 1 17 1 8 87.80 1.17 1.1117 6 16 1 8 88.08 1.07 1.1090 6 12 2 8 88.91 1.28 1.1007 8 11 2 8 ================================================================================ XPOW Copyright 1993 Bob Downs, Ranjini Swaminathan and Kurt Bartelmehs For reference, see Downs et al. (1993) American Mineralogist 78, 1104-1107.