Epididymite Pobedimskaya E A, Belov N V Doklady Akademii Nauk SSSR 129 (1959) 900-903 The crystal structure of epididymite: a new type of infinite silicooxygenous chains _database_code_amcsd 0012437 CELL PARAMETERS: 12.6600 7.3400 13.4800 90.000 90.000 90.000 SPACE GROUP: Pnam X-RAY WAVELENGTH: 1.541838 Cell Volume: 1252.621 Density (g/cm3): 2.675 MAX. ABS. INTENSITY / VOLUME**2: 6.179865847 RIR: 0.752 RIR based on corundum from Acta Crystallographica A38 (1982) 733-739 2-THETA INTENSITY D-SPACING H K L Multiplicity 13.14 37.13 6.7400 0 0 2 2 13.74 8.85 6.4463 0 1 1 4 13.95 3.48 6.3499 1 1 0 4 13.99 100.00 6.3300 2 0 0 2 15.46 48.78 5.7297 2 0 1 4 18.51 80.38 4.7936 2 1 0 4 19.20 12.82 4.6218 1 1 2 8 19.24 9.40 4.6141 2 0 2 4 19.66 3.41 4.5165 2 1 1 8 22.76 31.62 3.9064 2 1 2 8 24.27 1.36 3.6679 1 1 3 8 24.29 3.82 3.6641 2 0 3 4 24.33 6.82 3.6585 3 1 0 4 25.22 2.33 3.5307 3 1 1 8 26.13 31.25 3.4102 1 2 1 8 26.45 40.26 3.3700 0 0 4 2 27.68 22.86 3.2232 0 2 2 4 27.75 6.17 3.2153 3 1 2 8 28.11 1.34 3.1750 2 2 0 4 28.20 17.29 3.1650 4 0 0 2 28.58 17.63 3.1235 1 2 2 8 28.89 60.80 3.0904 2 2 1 8 30.04 26.13 2.9747 2 0 4 4 30.76 27.63 2.9063 4 1 0 4 31.22 4.76 2.8649 4 0 2 4 32.28 1.47 2.7734 1 2 3 8 32.33 1.92 2.7693 3 2 0 4 32.48 28.00 2.7569 2 1 4 8 33.02 11.30 2.7126 3 2 1 8 33.58 1.43 2.6688 4 1 2 8 34.59 13.38 2.5930 2 2 3 8 35.03 2.57 2.5615 3 2 2 8 36.19 1.95 2.4822 0 2 4 4 36.20 2.01 2.4816 1 1 5 8 36.24 4.71 2.4787 3 1 4 8 36.90 10.82 2.4359 1 2 4 8 38.05 10.89 2.3650 1 3 1 8 38.30 3.46 2.3499 2 1 5 8 38.97 2.22 2.3109 2 2 4 8 41.01 46.88 2.2009 4 1 4 8 41.79 3.69 2.1616 2 3 2 8 42.71 14.36 2.1173 2 0 6 4 42.72 6.28 2.1166 3 3 0 4 42.76 10.50 2.1148 4 2 3 8 43.27 4.78 2.0910 3 3 1 8 43.41 1.68 2.0846 6 0 1 4 43.96 4.69 2.0596 5 2 1 8 44.53 1.15 2.0347 2 3 3 8 44.69 5.43 2.0279 6 1 0 4 45.02 1.37 2.0136 6 0 2 4 45.91 2.40 1.9765 4 1 5 8 46.49 3.45 1.9532 4 2 4 8 46.54 6.70 1.9514 5 1 4 8 46.78 2.76 1.9419 6 1 2 8 47.04 3.10 1.9317 3 2 5 8 47.45 3.45 1.9161 4 3 1 8 48.90 4.49 1.8627 0 1 7 4 49.46 1.76 1.8428 1 1 7 8 49.85 1.48 1.8292 6 2 0 4 50.24 8.04 1.8160 1 4 0 4 50.34 1.07 1.8126 6 2 1 8 50.91 4.19 1.7935 1 3 5 8 50.98 17.33 1.7913 4 2 5 8 51.07 3.26 1.7884 6 0 4 4 51.40 1.35 1.7778 4 3 3 8 51.41 1.76 1.7775 4 1 6 8 51.97 2.82 1.7594 5 3 0 4 52.16 1.13 1.7535 1 4 2 8 52.45 19.31 1.7447 5 3 1 8 52.55 1.27 1.7413 7 1 1 8 52.68 2.64 1.7376 6 1 4 8 53.76 1.62 1.7051 2 4 2 8 53.85 2.59 1.7024 5 3 2 8 54.28 1.24 1.6900 1 2 7 8 54.45 4.18 1.6850 0 0 8 2 54.99 1.08 1.6698 3 4 1 8 55.29 2.15 1.6616 6 0 5 4 55.75 2.15 1.6489 5 2 5 8 56.05 2.58 1.6409 1 3 6 8 56.05 3.48 1.6407 2 4 3 8 56.14 5.72 1.6383 5 3 3 8 56.52 6.68 1.6283 2 0 8 4 57.16 1.04 1.6116 0 4 4 4 57.19 3.76 1.6107 7 2 1 8 58.02 2.68 1.5897 2 1 8 8 58.14 3.47 1.5868 6 3 1 8 58.31 1.61 1.5825 8 0 0 2 58.72 1.46 1.5724 4 3 5 8 60.05 3.46 1.5406 3 3 6 8 60.05 2.57 1.5406 8 0 2 4 60.16 8.84 1.5380 6 0 6 4 61.60 2.32 1.5055 6 3 3 8 63.10 6.23 1.4734 5 3 5 8 63.38 1.81 1.4675 0 1 9 4 64.44 1.82 1.4460 7 3 1 8 64.50 1.97 1.4448 8 2 1 8 65.37 2.67 1.4275 3 4 5 8 65.49 1.53 1.4253 1 5 2 8 66.51 2.36 1.4059 8 1 4 8 67.37 2.25 1.3900 7 2 5 8 67.56 6.20 1.3865 3 5 0 4 67.63 1.57 1.3852 5 3 6 8 67.72 1.50 1.3837 7 3 3 8 67.95 1.66 1.3795 1 3 8 8 68.23 1.14 1.3746 6 3 5 8 68.79 1.26 1.3648 8 0 5 4 69.28 1.04 1.3563 6 4 2 8 69.77 1.71 1.3480 0 0 10 2 70.53 1.22 1.3353 7 3 4 8 71.58 1.65 1.3183 3 3 8 8 71.63 2.59 1.3174 3 2 9 8 71.68 3.46 1.3167 6 0 8 4 71.69 1.24 1.3164 2 5 4 8 72.89 3.66 1.2977 2 1 10 8 73.92 5.57 1.2822 3 5 4 8 74.07 4.99 1.2800 7 3 5 8 74.12 5.41 1.2792 8 2 5 8 74.24 1.65 1.2774 0 3 9 4 74.68 6.31 1.2710 1 3 9 8 74.74 3.51 1.2702 4 2 9 8 75.39 1.49 1.2607 9 2 3 8 76.87 1.85 1.2402 4 0 10 4 78.56 2.25 1.2177 1 6 0 4 79.69 1.24 1.2033 1 1 11 8 79.86 1.19 1.2011 2 6 0 4 80.24 1.19 1.1964 2 6 1 8 80.58 2.05 1.1921 10 2 1 8 80.89 3.98 1.1884 5 5 4 8 81.16 2.68 1.1851 10 0 4 4 81.52 1.99 1.1808 9 2 5 8 81.69 1.04 1.1787 6 4 6 8 81.85 1.25 1.1768 9 1 6 8 83.61 2.08 1.1565 10 2 3 8 84.63 2.52 1.1452 1 6 4 8 84.80 2.77 1.1433 2 2 11 8 85.06 2.96 1.1405 5 3 9 8 85.14 1.02 1.1395 8 1 8 8 87.11 1.11 1.1188 3 4 9 8 88.94 1.56 1.1005 7 2 9 8 89.62 1.29 1.0939 10 2 5 8 89.64 1.13 1.0937 2 1 12 8 ================================================================================ XPOW Copyright 1993 Bob Downs, Ranjini Swaminathan and Kurt Bartelmehs For reference, see Downs et al. (1993) American Mineralogist 78, 1104-1107.