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 = .0001 GPa uncompressed _database_code_amcsd 0003750 CELL PARAMETERS: 13.3350 13.3350 22.8230 90.000 90.000 120.000 SPACE GROUP: R-3m X-RAY WAVELENGTH: 1.541838 Cell Volume: 3514.709 Density (g/cm3): 2.405 MAX. ABS. INTENSITY / VOLUME**2: 5.218433337 RIR: 0.707 RIR based on corundum from Acta Crystallographica A38 (1982) 733-739 2-THETA INTENSITY D-SPACING H K L Multiplicity 8.58 8.14 10.3044 1 0 1 6 10.90 9.34 8.1171 0 1 2 6 11.63 2.10 7.6077 0 0 3 2 13.28 17.94 6.6675 1 1 0 6 15.83 6.99 5.5978 0 2 1 6 17.21 13.23 5.1522 2 0 2 6 17.34 1.17 5.1155 1 0 4 6 17.69 2.36 5.0143 1 1 3 12 20.72 14.68 4.2872 2 1 1 12 20.93 65.49 4.2450 0 1 5 6 21.80 82.93 4.0768 1 2 2 12 23.10 3.90 3.8495 3 0 0 6 23.39 8.28 3.8038 0 0 6 2 24.86 6.06 3.5809 2 0 5 6 25.70 39.14 3.4668 2 1 4 12 25.94 17.32 3.4348 0 3 3 6 25.94 2.27 3.4348 3 0 3 6 26.74 14.09 3.3338 2 2 0 6 26.99 6.93 3.3040 1 1 6 12 28.13 1.12 3.1719 1 3 1 12 28.29 53.21 3.1547 1 2 5 12 28.45 26.15 3.1378 1 0 7 6 28.95 24.40 3.0838 3 1 2 12 31.23 17.02 2.8643 4 0 1 6 31.51 4.34 2.8391 0 2 7 6 31.98 100.00 2.7989 0 4 2 6 32.05 4.86 2.7930 1 3 4 12 33.11 10.37 2.7057 0 3 6 6 33.11 13.80 2.7057 3 0 6 6 34.20 13.99 2.6219 3 1 5 12 34.33 25.29 2.6121 2 1 7 12 34.76 12.89 2.5808 2 3 2 12 35.08 2.13 2.5577 2 0 8 6 35.40 2.35 2.5359 0 0 9 2 35.63 12.14 2.5201 4 1 0 12 36.84 1.66 2.4400 0 4 5 6 37.42 1.14 2.4030 3 2 4 12 37.60 4.15 2.3922 1 4 3 12 37.60 11.27 2.3922 4 1 3 12 37.67 10.11 2.3880 1 2 8 12 39.32 6.29 2.2914 2 3 5 12 39.44 3.92 2.2849 1 3 7 12 40.28 4.23 2.2390 1 0 10 6 40.59 15.16 2.2225 3 3 0 6 41.57 3.43 2.1725 2 4 1 12 42.16 2.78 2.1436 4 2 2 12 42.21 1.26 2.1409 0 5 4 6 42.37 1.29 2.1333 3 3 3 12 42.59 7.21 2.1225 0 2 10 6 42.70 3.31 2.1177 0 3 9 6 42.70 2.49 2.1177 3 0 9 6 43.06 1.22 2.1009 1 4 6 12 43.06 2.00 2.1009 4 1 6 12 43.83 5.31 2.0656 5 1 1 12 43.93 1.36 2.0609 5 0 5 6 44.04 6.13 2.0561 3 2 7 12 46.10 1.96 1.9690 4 2 5 12 46.51 3.13 1.9526 2 0 11 6 46.59 2.71 1.9494 5 1 4 12 46.79 2.75 1.9414 2 3 8 12 47.22 1.44 1.9247 6 0 0 6 47.82 2.48 1.9019 0 0 12 2 48.29 6.18 1.8847 0 5 7 6 48.81 1.06 1.8659 6 0 3 6 49.01 4.35 1.8587 1 3 10 12 49.28 3.50 1.8492 5 2 0 12 49.86 2.18 1.8290 1 1 12 12 50.31 2.88 1.8136 2 4 7 12 50.81 1.28 1.7969 2 5 3 12 51.10 12.95 1.7875 1 4 9 12 51.10 7.00 1.7875 4 1 9 12 52.27 2.14 1.7501 5 1 7 12 52.58 1.07 1.7405 6 1 2 12 52.95 1.02 1.7292 3 2 10 12 54.53 2.85 1.6828 1 6 4 12 54.93 1.69 1.6714 3 3 9 12 55.10 18.28 1.6669 4 4 0 6 55.23 1.26 1.6631 5 2 6 12 55.64 1.79 1.6520 2 2 12 12 55.87 2.57 1.6455 3 5 1 12 55.96 2.63 1.6431 6 1 5 12 57.06 7.34 1.6142 0 1 14 6 58.17 8.81 1.5859 2 6 2 12 59.67 9.16 1.5495 1 6 7 12 60.30 1.41 1.5350 5 1 10 12 60.64 2.31 1.5272 1 2 14 12 61.04 1.97 1.5181 1 4 12 12 61.04 1.84 1.5181 4 1 12 12 61.35 1.58 1.5112 2 6 5 12 62.12 1.20 1.4942 2 5 9 12 63.00 2.19 1.4755 5 4 1 12 63.16 1.96 1.4721 3 5 7 12 63.16 1.86 1.4721 7 0 7 6 63.41 1.86 1.4669 1 5 11 12 63.44 1.23 1.4664 4 5 2 12 64.48 1.42 1.4450 3 3 12 12 65.14 2.62 1.4321 8 0 2 6 65.79 7.92 1.4195 0 4 14 6 66.47 2.56 1.4067 4 5 5 12 66.95 1.82 1.3977 0 5 13 6 67.21 2.66 1.3929 4 4 9 12 68.13 2.03 1.3764 8 0 5 6 69.85 5.93 1.3466 5 4 7 12 70.11 1.53 1.3423 1 8 2 12 70.64 1.06 1.3335 5 5 0 6 70.74 1.06 1.3319 5 0 14 6 71.47 1.52 1.3200 0 8 7 6 73.00 2.91 1.2960 1 8 5 12 73.08 1.84 1.2948 2 7 7 12 73.31 1.54 1.2913 5 3 11 12 73.85 5.17 1.2832 9 0 0 6 74.14 4.71 1.2789 4 0 16 6 75.73 1.07 1.2560 3 2 16 12 75.90 3.17 1.2536 4 4 12 12 76.18 2.02 1.2497 3 7 5 12 76.26 1.33 1.2486 8 1 7 12 78.87 1.06 1.2136 0 5 16 6 79.39 4.21 1.2070 7 3 7 12 83.34 2.53 1.1596 5 3 14 12 84.65 1.45 1.1449 0 9 9 6 84.65 1.66 1.1449 9 0 9 6 89.48 2.79 1.0952 4 5 14 12 ================================================================================ XPOW Copyright 1993 Bob Downs, Ranjini Swaminathan and Kurt Bartelmehs For reference, see Downs et al. (1993) American Mineralogist 78, 1104-1107.