Levyne-Ca Gatta G D, Comodi P, Zanazzi P F, Ballaran T B American Mineralogist 90 (2005) 645-652 Anomalous elastic behavior and high-pressure structural evolution of zeolite levyne Locality: Beech Creek, Grant County, Oregon P = 3.0 GPa _database_code_amcsd 0003752 CELL PARAMETERS: 13.0000 13.0000 22.6760 90.000 90.000 120.000 SPACE GROUP: R-3m X-RAY WAVELENGTH: 1.541838 Cell Volume: 3318.821 Density (g/cm3): 2.748 MAX. ABS. INTENSITY / VOLUME**2: 5.302522389 RIR: 0.628 RIR based on corundum from Acta Crystallographica A38 (1982) 733-739 2-THETA INTENSITY D-SPACING H K L Multiplicity 8.77 19.94 10.0839 1 0 1 6 11.08 11.76 7.9889 0 1 2 6 11.71 8.23 7.5587 0 0 3 2 17.52 11.57 5.0633 1 0 4 6 17.59 32.13 5.0419 2 0 2 6 18.00 7.45 4.9283 1 1 3 12 21.12 29.47 4.2067 0 1 5 6 21.24 14.16 4.1822 2 1 1 12 22.26 1.13 3.9944 0 2 4 6 22.32 100.00 3.9839 1 2 2 12 23.54 1.79 3.7793 0 0 6 2 23.71 5.94 3.7528 3 0 0 6 25.22 12.94 3.5316 2 0 5 6 26.19 62.25 3.4032 2 1 4 12 26.52 13.21 3.3613 0 3 3 6 27.30 3.68 3.2672 1 1 6 12 27.44 17.65 3.2500 2 2 0 6 28.68 43.61 3.1131 1 0 7 6 28.77 50.42 3.1032 1 2 5 12 28.86 1.19 3.0933 1 3 1 12 29.68 55.54 3.0104 3 1 2 12 29.93 1.15 2.9857 2 2 3 12 31.87 5.23 2.8077 0 2 7 6 32.04 34.47 2.7931 4 0 1 6 32.58 4.58 2.7487 0 1 8 6 32.74 35.92 2.7351 1 3 4 12 32.78 84.41 2.7317 0 4 2 6 33.66 44.76 2.6630 0 3 6 6 33.66 28.92 2.6630 3 0 6 6 34.81 32.74 2.5775 2 1 7 12 34.89 36.17 2.5719 3 1 5 12 35.46 3.56 2.5317 2 0 8 6 35.61 2.00 2.5210 4 0 4 6 35.63 9.81 2.5196 0 0 9 2 35.65 13.75 2.5183 2 3 2 12 36.58 6.70 2.4568 4 1 0 12 37.61 3.35 2.3915 0 4 5 6 38.15 32.13 2.3590 1 2 8 12 38.53 12.32 2.3365 1 4 3 12 38.53 6.99 2.3365 4 1 3 12 40.11 3.19 2.2481 1 3 7 12 40.18 25.21 2.2444 2 3 5 12 40.25 8.75 2.2406 0 5 1 6 40.58 13.27 2.2230 1 0 10 6 40.86 2.45 2.2085 5 0 2 6 41.69 33.28 2.1667 3 3 0 6 42.68 12.07 2.1183 2 4 1 12 43.00 2.33 2.1034 0 2 10 6 43.10 3.26 2.0987 3 1 8 12 43.25 1.76 2.0918 0 3 9 6 43.25 4.27 2.0918 3 0 9 6 43.27 4.47 2.0911 4 2 2 12 43.96 14.16 2.0598 1 4 6 12 43.96 1.61 2.0598 4 1 6 12 44.88 19.64 2.0195 3 2 7 12 44.95 4.29 2.0168 5 0 5 6 45.01 12.37 2.0141 5 1 1 12 45.32 1.20 2.0012 2 1 10 12 45.41 6.53 1.9972 0 4 8 6 47.19 5.27 1.9262 4 2 5 12 47.63 2.37 1.9091 2 3 8 12 47.75 2.91 1.9045 5 1 4 12 48.52 3.92 1.8764 6 0 0 6 49.29 4.93 1.8489 0 5 7 6 49.69 3.44 1.8348 1 3 10 12 50.09 2.15 1.8211 6 0 3 6 50.28 5.04 1.8145 1 1 12 12 50.63 1.47 1.8028 5 2 0 12 51.38 4.15 1.7784 2 4 7 12 51.99 7.59 1.7590 1 4 9 12 51.99 19.40 1.7590 4 1 9 12 52.16 1.18 1.7536 2 5 3 12 53.13 1.09 1.7237 1 0 13 6 53.41 9.18 1.7153 5 1 7 12 53.53 1.76 1.7120 1 6 1 12 53.80 2.22 1.7041 3 2 10 12 54.02 1.14 1.6975 6 1 2 12 54.36 3.31 1.6878 3 0 12 6 54.61 1.14 1.6806 6 0 6 6 55.12 2.60 1.6661 0 2 13 6 55.23 5.79 1.6631 0 4 11 6 55.96 2.53 1.6432 1 6 4 12 56.56 1.99 1.6271 5 2 6 12 56.64 29.23 1.6250 4 4 0 6 57.39 2.95 1.6057 6 1 5 12 57.44 3.59 1.6043 3 5 1 12 57.48 14.61 1.6032 0 1 14 6 57.70 1.36 1.5978 0 5 10 6 58.06 1.92 1.5887 4 4 3 12 59.33 2.29 1.5576 6 2 1 12 59.77 1.34 1.5473 7 0 4 6 59.79 8.44 1.5467 2 6 2 12 61.09 9.21 1.5170 1 6 7 12 61.14 1.25 1.5158 0 7 5 6 61.23 1.98 1.5138 1 2 14 12 61.44 3.08 1.5092 5 1 10 12 61.62 1.23 1.5052 6 2 4 12 61.63 3.96 1.5049 0 6 9 6 61.95 6.34 1.4978 4 1 12 12 62.26 1.95 1.4912 7 1 0 12 62.76 1.01 1.4805 4 2 11 12 62.96 2.90 1.4762 2 6 5 12 63.33 1.32 1.4685 6 1 8 12 63.45 1.89 1.4661 2 5 9 12 64.56 3.52 1.4435 1 5 11 12 64.71 3.63 1.4406 3 5 7 12 64.71 1.57 1.4406 7 0 7 6 65.05 1.99 1.4339 4 3 10 12 65.55 1.60 1.4241 3 3 12 12 66.58 1.60 1.4046 0 8 1 6 66.62 9.04 1.4039 0 4 14 6 66.89 1.53 1.3988 5 3 8 12 67.01 2.85 1.3966 8 0 2 6 67.15 1.80 1.3941 3 6 3 12 67.98 2.20 1.3789 0 5 13 6 68.24 2.10 1.3744 0 2 16 6 68.63 1.14 1.3675 2 6 8 12 68.74 3.86 1.3656 4 4 9 12 68.75 1.13 1.3654 7 2 2 12 70.00 6.73 1.3441 8 0 5 6 71.42 1.59 1.3208 5 1 13 12 71.66 9.17 1.3170 5 4 7 12 72.17 2.22 1.3089 1 8 2 12 72.46 1.02 1.3044 2 5 12 12 72.74 2.11 1.3000 5 5 0 6 73.83 1.54 1.2835 8 1 4 12 73.85 1.46 1.2833 1 7 9 12 73.86 1.44 1.2831 6 4 2 12 74.88 1.37 1.2681 5 3 11 12 75.02 2.64 1.2660 2 7 7 12 75.04 7.20 1.2658 4 0 16 6 75.07 7.25 1.2654 1 8 5 12 76.09 5.68 1.2509 9 0 0 6 77.12 1.25 1.2368 1 1 18 12 77.18 2.49 1.2360 6 3 9 12 77.74 1.04 1.2284 8 2 0 12 78.38 2.42 1.2200 3 7 5 12 78.47 2.97 1.2189 3 4 14 12 80.41 1.59 1.1943 0 3 18 6 80.96 1.84 1.1876 9 0 6 6 81.38 1.47 1.1824 3 5 13 12 81.61 3.67 1.1797 7 3 7 12 81.63 1.21 1.1795 2 4 16 12 81.74 1.06 1.1782 6 1 14 12 83.10 1.50 1.1623 8 0 11 6 84.99 1.64 1.1413 5 3 14 12 85.62 1.04 1.1344 3 6 12 12 86.90 1.03 1.1210 1 4 18 12 86.95 3.85 1.1204 0 9 9 6 86.95 1.77 1.1204 9 0 9 6 88.29 2.87 1.1068 4 4 15 12 89.11 1.08 1.0988 4 0 19 6 ================================================================================ XPOW Copyright 1993 Bob Downs, Ranjini Swaminathan and Kurt Bartelmehs For reference, see Downs et al. (1993) American Mineralogist 78, 1104-1107.