Na2S*9H2O Bedlivy D, Preisinger A Zeitschrift fur Kristallographie 121 (1965) 114-130 Die struktur von Na2S*9H2O und Na2Se*9H2O _database_code_amcsd 0010613 CELL PARAMETERS: 9.3310 9.3310 12.8500 90.000 90.000 90.000 SPACE GROUP: P4_322 X-RAY WAVELENGTH: 1.541838 Cell Volume: 1118.818 Density (g/cm3): 1.541 MAX. ABS. INTENSITY / VOLUME**2: 2.602444246 RIR: 0.550 RIR based on corundum from Acta Crystallographica A38 (1982) 733-739 2-THETA INTENSITY D-SPACING H K L Multiplicity 9.48 15.16 9.3310 1 0 0 4 11.72 21.86 7.5504 1 0 1 8 13.42 1.86 6.5980 1 1 0 4 15.09 73.44 5.8695 1 1 1 8 16.75 7.57 5.2918 1 0 2 8 20.25 19.63 4.3854 2 0 1 8 21.29 9.10 4.1730 2 1 0 8 22.40 21.28 3.9689 2 1 1 8 22.84 4.09 3.8928 1 0 3 8 23.57 20.38 3.7752 2 0 2 8 24.78 1.98 3.5927 1 1 3 8 25.45 1.49 3.4996 2 1 2 8 27.77 31.89 3.2125 0 0 4 2 27.92 16.67 3.1954 2 2 1 8 28.28 1.59 3.1552 2 0 3 8 28.70 34.04 3.1103 3 0 0 4 29.40 4.35 3.0375 1 0 4 8 29.55 4.66 3.0230 3 0 1 8 29.89 73.64 2.9890 2 1 3 8 30.29 12.63 2.9507 3 1 0 8 30.46 11.26 2.9347 2 2 2 8 30.96 2.16 2.8883 1 1 4 8 31.10 6.73 2.8759 3 1 1 8 31.97 100.00 2.7995 3 0 2 8 33.42 12.40 2.6815 3 1 2 8 33.88 59.26 2.6459 2 0 4 8 34.31 24.86 2.6137 2 2 3 8 34.66 68.14 2.5880 3 2 0 8 35.26 29.91 2.5456 2 1 4 8 35.38 14.41 2.5370 3 2 1 8 35.67 26.63 2.5168 3 0 3 8 36.26 49.45 2.4777 1 0 5 8 36.99 37.94 2.4299 3 1 3 8 37.46 76.10 2.4005 3 2 2 8 37.56 1.74 2.3947 1 1 5 8 38.60 20.90 2.3328 4 0 0 4 39.14 7.88 2.3016 2 2 4 8 39.25 11.29 2.2952 4 0 1 8 40.05 21.14 2.2511 2 0 5 8 40.36 4.63 2.2346 3 0 4 8 40.47 13.73 2.2288 4 1 1 8 40.73 5.11 2.2150 3 2 3 8 41.04 9.67 2.1993 3 3 0 4 41.17 16.26 2.1927 4 0 2 8 41.26 12.01 2.1883 2 1 5 8 41.66 1.19 2.1678 3 3 1 8 42.34 4.46 2.1346 4 1 2 8 43.37 14.18 2.0865 4 2 0 8 43.49 1.34 2.0808 3 3 2 8 43.96 17.14 2.0595 4 2 1 8 44.48 1.56 2.0370 1 1 6 8 44.70 21.96 2.0274 2 2 5 8 44.98 2.59 2.0153 3 2 4 8 45.32 7.41 2.0010 4 1 3 8 45.72 3.26 1.9845 4 2 2 8 46.67 20.52 1.9464 2 0 6 8 46.88 6.18 1.9380 3 1 5 8 47.73 1.91 1.9054 2 1 6 8 48.21 2.72 1.8876 4 0 4 8 48.53 13.16 1.8758 4 2 3 8 48.80 3.07 1.8662 4 3 0 8 49.25 1.11 1.8501 4 1 4 8 49.34 4.54 1.8468 5 0 1 8 49.34 1.49 1.8468 4 3 1 8 49.83 5.28 1.8300 5 1 0 8 50.02 3.11 1.8236 3 2 5 8 50.28 21.79 1.8148 3 3 4 8 50.37 9.89 1.8117 5 1 1 8 50.68 3.73 1.8012 1 0 7 8 50.96 3.49 1.7921 5 0 2 8 50.96 1.36 1.7921 4 3 2 8 51.69 1.51 1.7685 1 1 7 8 52.28 10.46 1.7498 4 2 4 8 52.82 4.00 1.7332 3 1 6 8 53.01 11.09 1.7273 4 0 5 8 53.35 1.42 1.7172 5 2 1 8 53.56 1.62 1.7109 5 0 3 8 53.56 8.28 1.7109 4 3 3 8 53.99 1.70 1.6984 4 1 5 8 54.62 1.35 1.6803 2 1 7 8 54.88 2.27 1.6730 5 2 2 8 54.95 4.55 1.6710 3 3 5 8 55.71 12.07 1.6500 3 2 6 8 56.22 18.42 1.6361 4 4 1 8 56.84 16.81 1.6199 4 2 5 8 57.08 1.50 1.6137 5 0 4 8 57.36 1.91 1.6063 5 2 3 8 57.36 5.50 1.6063 0 0 8 2 57.45 1.65 1.6041 2 2 7 8 57.60 6.63 1.6003 5 3 0 8 58.00 6.04 1.5901 5 1 4 8 58.09 1.26 1.5880 5 3 1 8 58.29 5.16 1.5830 1 0 8 8 58.50 6.67 1.5776 4 0 6 8 59.29 3.63 1.5587 3 1 7 8 59.42 1.57 1.5555 4 1 6 8 59.43 12.12 1.5552 6 0 0 4 59.53 3.95 1.5528 5 3 2 8 59.91 4.19 1.5439 6 0 1 8 60.32 2.19 1.5344 3 3 6 8 60.73 11.30 1.5250 5 2 4 8 60.81 8.57 1.5232 6 1 1 8 61.01 1.75 1.5188 2 0 8 8 61.40 1.39 1.5101 4 3 5 8 61.90 1.65 1.4990 2 1 8 8 61.98 1.85 1.4973 3 2 7 8 62.11 4.95 1.4945 4 2 6 8 63.88 1.23 1.4573 5 4 0 8 64.53 3.22 1.4442 6 1 3 8 64.90 1.85 1.4367 5 2 5 8 65.39 5.46 1.4272 3 0 8 8 65.47 3.10 1.4257 4 1 7 8 66.22 1.58 1.4114 1 0 9 8 66.25 2.41 1.4108 3 1 8 8 66.33 2.67 1.4093 3 3 7 8 66.45 1.30 1.4070 4 3 6 8 66.84 4.88 1.3998 6 0 4 8 67.30 3.25 1.3913 5 1 6 8 67.31 3.44 1.3910 6 3 0 8 67.47 3.08 1.3882 4 4 5 8 67.76 1.64 1.3829 6 3 1 8 67.95 4.98 1.3796 5 4 3 8 68.02 3.42 1.3782 4 2 7 8 69.09 3.39 1.3595 6 3 2 8 69.59 1.14 1.3509 2 1 9 8 69.82 1.63 1.3471 5 2 6 8 71.28 1.66 1.3230 6 3 3 8 71.64 5.65 1.3172 6 1 5 8 72.18 2.22 1.3087 4 3 7 8 72.41 2.90 1.3052 7 0 2 8 72.93 1.08 1.2971 3 3 8 8 73.00 1.90 1.2960 5 1 7 8 73.57 1.27 1.2875 6 4 1 8 73.72 1.73 1.2852 3 1 9 8 74.10 1.82 1.2795 6 2 5 8 74.38 1.13 1.2754 7 2 1 8 74.85 2.21 1.2685 6 4 2 8 74.91 2.02 1.2677 5 4 5 8 75.66 1.08 1.2569 7 2 2 8 76.97 3.95 1.2389 2 0 10 8 76.98 1.01 1.2387 6 4 3 8 77.85 2.20 1.2269 4 4 7 8 78.33 1.81 1.2206 5 5 4 8 78.58 3.22 1.2174 5 0 8 8 78.77 2.56 1.2150 6 2 6 8 79.35 2.38 1.2075 4 1 9 8 80.72 1.49 1.1905 7 2 4 8 80.79 1.48 1.1896 6 5 1 8 81.74 1.27 1.1781 3 1 10 8 82.10 1.08 1.1739 5 5 5 8 82.10 1.74 1.1739 7 1 5 8 83.68 2.27 1.1557 6 4 5 8 84.41 1.07 1.1476 8 0 2 8 85.19 1.52 1.1390 7 4 2 8 86.30 3.78 1.1272 8 2 1 8 86.46 1.24 1.1255 4 0 10 8 86.52 1.45 1.1249 2 1 11 8 87.26 1.24 1.1173 7 4 3 8 87.26 1.25 1.1173 6 0 8 8 88.11 2.78 1.1087 6 3 7 8 88.23 1.58 1.1075 6 4 6 8 88.87 2.24 1.1012 2 2 11 8 89.01 1.01 1.0998 7 2 6 8 89.02 1.74 1.0997 6 6 0 4 89.61 1.03 1.0940 8 2 3 8 ================================================================================ XPOW Copyright 1993 Bob Downs, Ranjini Swaminathan and Kurt Bartelmehs For reference, see Downs et al. (1993) American Mineralogist 78, 1104-1107.