Rb2[WS4] Yao J, Ibers J A Acta Crystallographica E60 (2004) i10-i11 Dirubidium tetrathiotungstate, Rb2[WS4] _database_code_amcsd 0010418 CELL PARAMETERS: 9.6254 7.0218 12.3761 90.000 90.000 90.000 SPACE GROUP: Pnma X-RAY WAVELENGTH: 1.541838 Cell Volume: 836.471 Density (g/cm3): 3.835 MAX. ABS. INTENSITY / VOLUME**2: 37.89903414 RIR: 3.218 RIR based on corundum from Acta Crystallographica A38 (1982) 733-739 2-THETA INTENSITY D-SPACING H K L Multiplicity 14.31 17.02 6.1880 0 0 2 2 14.50 15.79 6.1073 0 1 1 4 17.03 44.79 5.2052 1 0 2 4 17.20 100.00 5.1568 1 1 1 8 18.44 35.88 4.8127 2 0 0 2 19.79 6.12 4.4855 2 0 1 4 21.25 20.10 4.1816 1 1 2 8 22.40 2.47 3.9698 2 1 0 4 23.42 34.66 3.7990 2 0 2 4 23.46 2.18 3.7918 1 0 3 4 23.54 48.61 3.7801 2 1 1 8 25.03 80.49 3.5569 0 1 3 4 25.37 76.09 3.5109 0 2 0 2 26.68 2.97 3.3413 2 1 2 8 26.72 13.92 3.3364 1 1 3 8 28.00 4.99 3.1871 1 2 1 8 28.50 4.58 3.1321 2 0 3 4 28.74 25.43 3.1058 3 0 1 4 28.86 34.41 3.0940 0 0 4 2 29.25 11.81 3.0536 0 2 2 4 30.34 6.07 2.9456 1 0 4 4 31.27 32.45 2.8605 2 1 3 8 31.41 2.22 2.8484 3 0 2 4 31.50 61.59 2.8404 3 1 1 8 31.54 9.06 2.8364 2 2 0 4 32.38 28.14 2.7647 2 2 1 8 32.98 7.06 2.7163 1 1 4 8 34.46 1.79 2.6026 2 0 4 4 34.79 28.50 2.5784 2 2 2 8 34.83 11.26 2.5762 1 2 3 8 35.44 15.99 2.5327 3 0 3 4 36.83 2.21 2.4404 2 1 4 8 37.37 6.59 2.4063 4 0 0 2 37.52 1.90 2.3972 1 0 5 4 38.52 10.78 2.3372 2 2 3 8 38.57 12.98 2.3344 0 1 5 4 38.71 5.81 2.3262 3 2 1 8 38.79 9.87 2.3213 0 2 4 4 39.17 1.52 2.2998 0 3 1 4 39.59 3.98 2.2764 4 1 0 4 39.73 6.62 2.2687 1 1 5 8 39.95 14.18 2.2566 1 2 4 8 40.21 3.49 2.2427 4 0 2 4 40.32 11.55 2.2369 1 3 1 8 40.50 16.20 2.2272 3 0 4 4 40.79 4.78 2.2120 3 2 2 8 42.34 3.39 2.1347 1 3 2 8 42.59 3.44 2.1229 3 1 4 8 43.07 3.24 2.1004 2 1 5 8 43.62 9.54 2.0751 2 3 1 8 43.89 2.42 2.0627 0 0 6 2 44.09 2.28 2.0540 3 2 3 8 44.50 16.49 2.0358 0 3 3 4 44.94 2.95 2.0169 1 0 6 4 45.51 9.40 1.9931 4 1 3 8 45.54 2.90 1.9917 1 3 3 8 45.71 15.95 1.9849 4 2 0 4 45.83 1.34 1.9798 1 2 5 8 46.33 2.05 1.9598 3 0 5 4 47.99 12.39 1.8959 2 0 6 4 48.14 2.64 1.8900 4 2 2 8 48.21 4.91 1.8877 3 1 5 8 48.40 17.14 1.8807 3 2 4 8 48.56 9.90 1.8749 2 3 3 8 48.71 17.02 1.8692 3 3 1 8 48.83 4.14 1.8649 2 2 5 8 49.59 10.53 1.8382 5 0 2 4 49.65 16.24 1.8360 5 1 1 8 49.73 1.28 1.8336 4 1 4 8 49.76 1.92 1.8325 1 3 4 8 49.82 2.28 1.8303 2 1 6 8 51.06 2.77 1.7886 4 2 3 8 51.38 7.27 1.7785 0 2 6 4 52.10 16.50 1.7555 0 4 0 2 52.31 9.98 1.7489 1 2 6 8 52.76 1.33 1.7351 3 0 6 4 53.08 1.26 1.7254 4 0 5 4 53.44 3.65 1.7145 0 1 7 4 53.55 1.46 1.7112 3 2 5 8 53.91 4.49 1.7007 0 3 5 4 54.17 1.21 1.6930 5 1 3 8 54.32 1.10 1.6888 0 4 2 4 54.35 11.91 1.6879 1 1 7 8 54.48 1.73 1.6844 3 1 6 8 54.71 1.34 1.6778 4 3 0 4 54.79 9.40 1.6755 4 1 5 8 54.82 2.50 1.6747 1 3 5 8 54.96 2.07 1.6707 4 2 4 8 55.05 19.70 1.6682 2 2 6 8 55.22 3.81 1.6634 1 4 2 8 55.74 3.44 1.6492 2 4 0 4 56.28 3.46 1.6345 5 0 4 4 56.51 28.63 1.6285 5 2 2 8 57.02 1.27 1.6151 2 1 7 8 57.08 1.20 1.6135 3 3 4 8 57.47 1.38 1.6035 2 3 5 8 57.86 5.14 1.5935 2 4 2 8 57.97 1.32 1.5909 6 0 1 4 58.98 2.37 1.5661 4 0 6 4 59.42 1.22 1.5555 3 2 6 8 59.47 4.11 1.5542 4 3 3 8 59.53 1.26 1.5529 6 0 2 4 60.59 4.12 1.5282 3 4 1 8 60.65 5.98 1.5268 0 4 4 4 61.30 4.98 1.5121 3 1 7 8 61.49 1.94 1.5080 1 4 4 8 61.73 2.21 1.5026 3 3 5 8 62.54 11.36 1.4852 5 1 5 8 62.70 2.43 1.4818 5 2 4 8 62.96 7.25 1.4762 5 3 1 8 63.11 1.03 1.4732 2 3 6 8 63.63 1.45 1.4624 6 1 3 8 63.79 1.58 1.4591 6 2 0 4 64.60 3.96 1.4428 3 4 3 8 65.23 1.51 1.4302 4 2 6 8 65.51 1.12 1.4248 4 0 7 4 65.75 1.12 1.4202 6 2 2 8 65.86 2.32 1.4182 4 4 0 4 65.99 1.77 1.4157 0 2 8 4 66.25 1.69 1.4108 0 3 7 4 67.05 5.81 1.3959 1 3 7 8 67.43 4.78 1.3888 4 3 5 8 67.79 1.35 1.3823 4 4 2 8 67.87 2.21 1.3810 1 5 1 8 68.00 6.20 1.3787 3 4 4 8 68.67 1.29 1.3668 3 1 8 8 69.17 1.93 1.3581 2 2 8 8 69.68 1.29 1.3495 0 1 9 4 70.15 5.81 1.3415 7 1 1 8 70.23 1.95 1.3402 2 5 1 8 70.43 1.10 1.3369 0 4 6 4 70.46 1.90 1.3364 1 1 9 8 70.88 3.50 1.3294 0 5 3 4 71.21 1.29 1.3241 1 4 6 8 71.34 2.85 1.3221 6 1 5 8 71.46 1.53 1.3202 4 2 7 8 72.66 2.61 1.3013 4 0 8 4 72.78 1.98 1.2994 2 1 9 8 73.06 1.09 1.2952 3 2 8 8 73.30 2.82 1.2914 3 3 7 8 73.53 5.99 1.2881 2 4 6 8 73.97 2.59 1.2814 2 5 3 8 74.04 4.54 1.2803 5 1 7 8 74.09 4.28 1.2796 3 5 1 8 74.44 6.22 1.2745 5 3 5 8 74.78 5.36 1.2695 5 4 2 8 74.80 1.02 1.2692 1 2 9 8 75.00 1.21 1.2663 6 0 6 4 75.69 3.32 1.2566 7 0 4 4 75.88 1.68 1.2538 7 2 2 8 76.59 1.87 1.2439 3 1 9 8 77.81 2.01 1.2275 1 0 10 4 78.27 1.40 1.2215 0 5 5 4 78.37 2.68 1.2202 4 2 8 8 80.25 2.22 1.1963 5 4 4 8 81.33 4.33 1.1831 7 2 4 8 81.57 3.58 1.1802 7 3 1 8 81.83 1.43 1.1770 4 1 9 8 81.86 1.20 1.1767 1 3 9 8 82.41 2.03 1.1703 0 6 0 2 82.55 1.65 1.1686 4 4 6 8 82.69 1.87 1.1670 6 3 5 8 82.98 1.53 1.1637 4 5 3 8 83.41 4.29 1.1587 1 2 10 8 84.08 1.28 1.1512 2 3 9 8 85.13 2.33 1.1397 8 1 3 8 85.29 3.07 1.1379 5 3 7 8 85.71 1.19 1.1334 8 2 1 8 86.05 2.79 1.1298 5 5 1 8 87.05 1.00 1.1194 8 2 2 8 87.15 1.58 1.1184 2 6 2 8 87.62 1.85 1.1136 6 0 8 4 87.77 1.27 1.1121 3 3 9 8 89.31 1.05 1.0969 3 2 10 8 89.76 2.56 1.0926 1 5 7 8 ================================================================================ XPOW Copyright 1993 Bob Downs, Ranjini Swaminathan and Kurt Bartelmehs For reference, see Downs et al. (1993) American Mineralogist 78, 1104-1107.