Na2Se*9H2O Bedlivy D, Preisinger A Zeitschrift fur Kristallographie 121 (1965) 114-130 Die struktur von Na2S*9H2O und Na2Se*9H2O _database_code_amcsd 0010614 CELL PARAMETERS: 9.4960 9.4960 13.0570 90.000 90.000 90.000 SPACE GROUP: P4_322 X-RAY WAVELENGTH: 1.541838 Cell Volume: 1177.402 Density (g/cm3): 1.729 MAX. ABS. INTENSITY / VOLUME**2: 4.114473454 RIR: 0.775 RIR based on corundum from Acta Crystallographica A38 (1982) 733-739 2-THETA INTENSITY D-SPACING H K L Multiplicity 9.31 31.40 9.4960 1 0 0 4 11.52 80.14 7.6798 1 0 1 8 13.19 2.78 6.7147 1 1 0 4 14.84 3.80 5.9714 1 1 1 8 16.48 60.94 5.3798 1 0 2 8 19.90 35.27 4.4621 2 0 1 8 20.92 31.66 4.2467 2 1 0 8 22.01 46.29 4.0385 2 1 1 8 22.47 1.10 3.9566 1 0 3 8 23.16 71.01 3.8399 2 0 2 8 24.37 19.34 3.6522 1 1 3 8 25.01 2.74 3.5599 2 1 2 8 26.55 3.96 3.3573 2 2 0 4 27.32 40.81 3.2643 0 0 4 2 27.43 26.21 3.2516 2 2 1 8 27.81 7.30 3.2083 2 0 3 8 28.19 57.88 3.1653 3 0 0 4 29.03 4.34 3.0762 3 0 1 8 29.38 97.23 3.0395 2 1 3 8 29.75 15.31 3.0029 3 1 0 8 29.93 5.69 2.9857 2 2 2 8 30.55 2.32 2.9265 3 1 1 8 31.41 58.66 2.8482 3 0 2 8 32.83 25.08 2.7281 3 1 2 8 33.31 29.60 2.6899 2 0 4 8 33.72 29.11 2.6583 2 2 3 8 34.04 45.31 2.6337 3 2 0 8 34.66 41.64 2.5881 2 1 4 8 34.75 4.86 2.5817 3 2 1 8 35.05 10.64 2.5599 3 0 3 8 35.66 44.60 2.5179 1 0 5 8 36.35 48.85 2.4717 3 1 3 8 36.80 100.00 2.4425 3 2 2 8 37.90 19.39 2.3740 4 0 0 4 38.46 11.91 2.3404 2 2 4 8 38.54 13.46 2.3357 4 0 1 8 39.11 1.67 2.3031 4 1 0 8 39.38 21.21 2.2882 2 0 5 8 39.74 22.46 2.2681 4 1 1 8 40.01 9.67 2.2533 3 2 3 8 40.43 17.82 2.2311 4 0 2 8 40.55 22.88 2.2245 2 1 5 8 40.91 2.92 2.2061 3 3 1 8 41.58 3.96 2.1719 4 1 2 8 42.58 16.36 2.1234 4 2 0 8 42.62 1.78 2.1212 1 0 6 8 43.16 28.29 2.0958 4 2 1 8 43.42 2.72 2.0841 4 0 3 8 43.93 23.07 2.0613 2 2 5 8 44.19 1.61 2.0497 3 2 4 8 44.51 13.37 2.0357 4 1 3 8 44.89 2.66 2.0193 4 2 2 8 45.57 1.43 1.9905 3 3 3 8 45.87 29.39 1.9783 2 0 6 8 47.35 3.72 1.9199 4 0 4 8 47.65 19.20 1.9084 4 2 3 8 47.90 1.43 1.8992 5 0 0 4 47.90 6.37 1.8992 4 3 0 8 48.43 4.09 1.8794 5 0 1 8 48.43 1.22 1.8794 4 3 1 8 49.37 3.45 1.8460 3 3 4 8 49.44 2.05 1.8437 5 1 1 8 50.99 2.04 1.7909 5 1 2 8 51.33 11.63 1.7799 4 2 4 8 51.85 1.71 1.7634 5 2 0 8 52.06 10.36 1.7566 4 0 5 8 52.36 2.71 1.7475 5 2 1 8 52.58 1.83 1.7407 5 0 3 8 52.58 10.33 1.7407 4 3 3 8 53.01 6.07 1.7273 4 1 5 8 53.52 2.30 1.7122 5 1 3 8 53.67 4.35 1.7078 2 1 7 8 53.85 1.55 1.7024 5 2 2 8 53.95 1.18 1.6994 3 3 5 8 54.71 20.80 1.6776 3 2 6 8 55.16 20.27 1.6650 4 4 1 8 55.80 21.34 1.6475 4 2 5 8 56.02 1.01 1.6416 4 3 4 8 56.29 4.14 1.6343 5 2 3 8 56.37 6.90 1.6321 0 0 8 2 56.43 3.40 1.6305 2 2 7 8 56.51 4.19 1.6286 5 3 0 8 56.93 10.20 1.6176 5 1 4 8 56.99 1.58 1.6160 5 3 1 8 57.28 4.80 1.6085 1 0 8 8 57.45 7.59 1.6042 4 0 6 8 58.17 1.12 1.5859 1 1 8 8 58.23 5.10 1.5845 3 1 7 8 58.30 14.27 1.5827 6 0 0 4 58.34 1.89 1.5818 4 1 6 8 58.40 8.49 1.5801 5 3 2 8 58.77 3.21 1.5712 6 0 1 8 58.97 3.10 1.5662 4 4 3 8 59.22 1.12 1.5603 3 3 6 8 59.59 15.84 1.5515 5 2 4 8 59.65 11.54 1.5501 6 1 1 8 59.93 1.30 1.5435 2 0 8 8 60.25 1.02 1.5360 5 0 5 8 60.80 3.74 1.5235 2 1 8 8 60.86 2.33 1.5222 3 2 7 8 60.96 3.79 1.5198 4 2 6 8 61.03 3.18 1.5183 6 1 2 8 62.24 1.67 1.4916 6 2 1 8 63.09 2.22 1.4736 5 4 1 8 63.29 5.61 1.4695 6 1 3 8 63.59 2.64 1.4633 6 2 2 8 63.68 3.75 1.4614 5 2 5 8 64.20 8.95 1.4506 3 0 8 8 64.26 4.85 1.4495 4 1 7 8 65.03 1.91 1.4341 1 0 9 8 65.04 3.12 1.4340 3 1 8 8 65.10 2.07 1.4329 3 3 7 8 65.20 2.61 1.4309 4 3 6 8 65.55 6.26 1.4241 6 0 4 8 65.99 6.18 1.4156 6 3 0 8 66.03 2.13 1.4149 5 1 6 8 66.18 5.35 1.4121 4 4 5 8 66.43 2.25 1.4073 6 3 1 8 66.62 6.87 1.4038 5 4 3 8 66.75 5.66 1.4014 4 2 7 8 67.73 1.98 1.3834 6 3 2 8 68.49 1.31 1.3700 5 2 6 8 69.87 1.19 1.3462 6 3 3 8 70.25 6.99 1.3400 6 1 5 8 70.49 1.42 1.3359 7 1 1 8 70.80 2.23 1.3308 4 3 7 8 70.96 2.80 1.3282 7 0 2 8 71.55 3.04 1.3187 3 3 8 8 72.09 2.23 1.3102 6 4 1 8 72.64 2.29 1.3016 6 2 5 8 72.83 2.93 1.2987 6 3 4 8 72.88 2.27 1.2979 7 2 1 8 73.17 1.02 1.2935 1 0 10 8 73.34 2.71 1.2909 6 4 2 8 73.43 3.30 1.2896 5 4 5 8 74.13 1.46 1.2791 7 2 2 8 74.85 1.37 1.2685 6 1 6 8 75.52 4.68 1.2590 2 0 10 8 76.19 1.20 1.2495 7 2 3 8 76.32 3.10 1.2478 4 4 7 8 76.74 3.51 1.2419 5 5 4 8 77.04 2.45 1.2378 5 0 8 8 77.19 4.80 1.2358 6 2 6 8 77.81 3.46 1.2275 4 1 9 8 77.96 1.05 1.2255 5 4 6 8 79.06 1.17 1.2113 7 2 4 8 79.11 2.24 1.2106 6 5 1 8 80.05 2.00 1.1987 7 3 3 8 80.12 1.39 1.1979 4 2 9 8 80.17 1.12 1.1972 6 1 7 8 81.94 2.55 1.1758 6 4 5 8 82.17 2.14 1.1731 7 4 1 8 82.35 1.23 1.1710 6 5 3 8 82.45 2.76 1.1698 3 2 10 8 82.62 2.51 1.1679 8 0 2 8 84.45 3.11 1.1471 8 2 1 8 84.73 1.59 1.1441 4 0 10 8 84.81 2.22 1.1432 2 1 11 8 85.39 1.49 1.1369 7 4 3 8 85.45 2.51 1.1362 6 0 8 8 86.26 1.75 1.1276 6 3 7 8 86.36 2.00 1.1266 6 4 6 8 87.08 2.10 1.1191 6 6 0 4 87.08 2.46 1.1191 2 2 11 8 87.66 1.38 1.1133 8 2 3 8 88.19 4.40 1.1079 8 1 4 8 88.76 1.05 1.1022 6 5 5 8 89.23 1.07 1.0977 4 4 9 8 89.44 4.53 1.0957 8 3 2 8 ================================================================================ XPOW Copyright 1993 Bob Downs, Ranjini Swaminathan and Kurt Bartelmehs For reference, see Downs et al. (1993) American Mineralogist 78, 1104-1107.