Levyne-Ca Diffraction data computed using the structure from the paper listed below, along with the cell parameters refined from the powder pattern for R060021 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 CELL PARAMETERS: 13.33500 13.33500 22.82300 90.00000 90.00000 120.0000 SPACE GROUP: R-3m X-RAY WAVELENGTH: 1.541838 2-THETA INTENSITY D-SPACING H K L 8.62 8.14 10.2788 1 0 1 10.99 9.34 8.0631 0 1 2 11.81 2.10 7.5059 0 0 3 13.29 17.94 6.6699 1 1 0 15.85 6.99 5.5952 0 2 1 17.27 13.23 5.1394 2 0 2 17.54 1.17 5.0606 1 0 4 17.80 2.36 4.9858 1 1 3 20.73 14.68 4.2866 2 1 1 21.18 65.49 4.1960 0 1 5 21.84 82.93 4.0711 1 2 2 23.10 3.90 3.8509 3 0 0 23.71 8.28 3.7530 0 0 6 25.08 6.06 3.5517 2 0 5 25.83 39.14 3.4503 2 1 4 26.01 17.32 3.4263 0 3 3 26.01 2.27 3.4263 3 0 3 26.74 14.09 3.3350 2 2 0 27.27 6.93 3.2708 1 1 6 28.13 1.12 3.1722 1 3 1 28.47 53.21 3.1349 1 2 5 28.81 26.15 3.0989 1 0 7 28.98 24.40 3.0818 3 1 2 31.22 17.02 2.8647 4 0 1 31.84 4.34 2.8104 0 2 7 31.99 100.00 2.7976 0 4 2 32.14 4.86 2.7847 1 3 4 33.34 10.37 2.6877 0 3 6 33.34 13.80 2.6877 3 0 6 34.35 13.99 2.6108 3 1 5 34.63 25.29 2.5899 2 1 7 34.77 12.89 2.5798 2 3 2 35.47 2.13 2.5303 2 0 8 35.89 2.35 2.5020 0 0 9 35.61 12.14 2.5210 4 1 0 36.97 1.66 2.4312 0 4 5 37.50 1.14 2.3979 3 2 4 37.63 4.15 2.3898 1 4 3 37.63 11.27 2.3898 4 1 3 38.03 10.11 2.3658 1 2 8 39.44 6.29 2.2842 2 3 5 39.70 3.92 2.2701 1 3 7 40.82 4.23 2.2102 1 0 10 40.57 15.16 2.2233 3 3 0 41.55 3.43 2.1731 2 4 1 42.15 2.78 2.1433 4 2 2 42.27 1.26 2.1375 0 5 4 42.39 1.29 2.1318 3 3 3 43.11 7.21 2.0980 0 2 10 43.11 3.31 2.0980 0 3 9 43.11 2.49 2.0980 3 0 9 43.22 1.22 2.0927 1 4 6 43.22 2.00 2.0927 4 1 6 43.80 5.31 2.0662 5 1 1 44.04 1.36 2.0558 5 0 5 44.27 6.13 2.0455 3 2 7 46.20 1.96 1.9646 4 2 5 47.09 3.13 1.9295 2 0 11 46.64 2.71 1.9469 5 1 4 47.08 2.75 1.9296 2 3 8 47.19 1.44 1.9254 6 0 0 48.50 2.48 1.8765 0 0 12 48.49 6.18 1.8766 0 5 7 48.81 1.06 1.8651 6 0 3 49.46 4.35 1.8423 1 3 10 49.24 3.50 1.8499 5 2 0 50.51 2.18 1.8064 1 1 12 50.51 2.88 1.8065 2 4 7 50.82 1.28 1.7962 2 5 3 51.44 12.95 1.7759 1 4 9 51.44 7.00 1.7759 4 1 9 52.46 2.14 1.7437 5 1 7 52.56 1.07 1.7406 6 1 2 53.37 1.02 1.7160 3 2 10 54.56 2.85 1.6814 1 6 4 55.25 1.69 1.6619 3 3 9 55.05 18.28 1.6675 4 4 0 55.35 1.26 1.6593 5 2 6 56.23 1.79 1.6354 2 2 12 55.83 2.57 1.6460 3 5 1 56.03 2.63 1.6407 6 1 5 57.86 7.34 1.5930 0 1 14 58.14 8.81 1.5861 2 6 2 59.83 9.16 1.5452 1 6 7 60.66 1.41 1.5259 5 1 10 61.40 2.31 1.5093 1 2 14 61.58 1.97 1.5053 1 4 12 61.58 1.84 1.5053 4 1 12 61.40 1.58 1.5094 2 6 5 62.40 1.20 1.4875 2 5 9 62.94 2.19 1.4760 5 4 1 63.31 1.96 1.4684 3 5 7 63.31 1.86 1.4684 7 0 7 63.85 1.86 1.4572 1 5 11 63.39 1.23 1.4666 4 5 2 65.01 1.42 1.4340 3 3 12 65.09 2.62 1.4323 8 0 2 66.51 7.92 1.4052 0 4 14 66.50 2.56 1.4053 4 5 5 67.56 1.82 1.3859 0 5 13 67.47 2.66 1.3876 4 4 9 68.16 2.03 1.3751 8 0 5 69.97 5.93 1.3439 5 4 7 70.05 1.53 1.3425 1 8 2 70.57 1.06 1.3340 5 5 0 71.42 1.06 1.3201 5 0 14 71.59 1.52 1.3174 0 8 7 73.02 2.91 1.2950 1 8 5 73.19 1.84 1.2925 2 7 7 73.70 1.54 1.2848 5 3 11 73.78 5.17 1.2836 9 0 0 75.04 4.71 1.2652 4 0 16 76.62 1.07 1.2430 3 2 16 76.36 3.17 1.2465 4 4 12 76.19 2.02 1.2488 3 7 5 76.36 1.33 1.2465 8 1 7 79.74 1.06 1.2019 0 5 16 79.49 4.21 1.2051 7 3 7 83.96 2.53 1.1519 5 3 14 84.85 1.45 1.1421 0 9 9 84.85 1.66 1.1421 9 0 9 90.09 2.79 1.0888 4 5 14 90.09 2.79 1.0888 4 5 14 XPOW Copyright 1993 Bob Downs, Ranjini Swaminathan and Kurt Bartelmehs For reference, see Downs et al. (1993) American Mineralogist 78, 1104-1107.