Mesolite Stuckenschmidt E, Kirfel A European Journal of Mineralogy 12 (2000) 571-579 Zeolites of NAT topology: Structure refinement of mesolite from single crystal X-ray data and comparison with the structures of natrolite and scolecite _database_code_amcsd 0006834 CELL PARAMETERS: 18.4049 56.6550 6.5443 90.000 90.000 90.000 SPACE GROUP: Fdd2 X-RAY WAVELENGTH: 1.541838 Cell Volume: 6823.935 Density (g/cm3): 2.267 MAX. ABS. INTENSITY / VOLUME**2: 5.057437661 RIR: 0.726 RIR based on corundum from Acta Crystallographica A38 (1982) 733-739 2-THETA INTENSITY D-SPACING H K L Multiplicity 6.24 2.11 14.1637 0 4 0 2 13.44 67.53 6.5903 2 6 0 4 14.45 13.25 6.1299 1 1 1 4 15.11 100.00 5.8616 1 3 1 4 16.37 14.41 5.4161 1 5 1 4 18.09 2.79 4.9048 1 7 1 4 18.80 39.23 4.7213 0 12 0 2 19.29 26.10 4.6012 4 0 0 2 19.90 8.35 4.4619 3 1 1 4 20.16 43.38 4.4050 1 9 1 4 20.39 49.41 4.3551 3 3 1 4 21.15 20.33 4.2007 2 12 0 4 21.34 3.72 4.1628 3 5 1 4 21.48 11.32 4.1363 4 6 0 4 22.49 4.79 3.9529 1 11 1 4 22.70 7.06 3.9168 3 7 1 4 23.05 2.31 3.8584 4 8 0 4 24.02 1.14 3.7044 2 14 0 4 24.40 1.24 3.6477 3 9 1 4 26.38 5.10 3.3784 3 11 1 4 26.98 1.41 3.3047 2 16 0 4 27.06 1.97 3.2952 4 12 0 4 27.44 1.48 3.2505 0 2 2 2 27.70 27.65 3.2208 1 15 1 4 27.85 1.21 3.2032 5 1 1 4 28.21 37.52 3.1630 5 3 1 4 28.59 1.43 3.1224 3 13 1 4 28.88 14.00 3.0918 0 6 2 2 28.96 13.68 3.0831 2 0 2 2 29.14 1.69 3.0650 2 2 2 4 29.65 2.04 3.0125 2 4 2 4 29.80 1.33 2.9980 6 4 0 4 29.96 5.23 2.9825 5 7 1 4 30.00 4.25 2.9781 2 18 0 4 30.49 2.59 2.9318 1 17 1 4 30.50 49.53 2.9308 2 6 2 4 30.64 5.75 2.9174 6 6 0 4 30.98 97.47 2.8866 3 15 1 4 31.29 77.67 2.8585 5 9 1 4 31.58 1.35 2.8335 0 10 2 2 31.65 2.00 2.8268 2 8 2 4 31.79 1.24 2.8148 6 8 0 4 32.89 2.81 2.7232 5 11 1 4 33.53 1.22 2.6730 3 17 1 4 34.53 1.10 2.5978 4 18 0 4 34.72 1.37 2.5837 5 13 1 4 34.75 5.94 2.5814 2 12 2 4 34.88 2.00 2.5722 6 12 0 4 34.96 8.04 2.5662 4 6 2 4 36.35 13.60 2.4716 1 21 1 4 36.77 1.28 2.4446 6 14 0 4 37.16 15.29 2.4196 7 3 1 4 38.12 2.18 2.3606 0 24 0 2 38.54 1.02 2.3359 7 7 1 4 38.78 1.71 2.3219 4 12 2 4 38.97 2.21 2.3113 5 17 1 4 38.98 2.37 2.3106 3 21 1 4 39.16 1.39 2.3006 8 0 0 2 39.41 1.85 2.2866 2 24 0 4 39.62 1.42 2.2749 7 9 1 4 39.74 7.18 2.2684 0 18 2 2 40.30 4.02 2.2379 6 0 2 2 40.35 2.65 2.2352 8 6 0 4 40.43 1.46 2.2309 6 2 2 4 40.51 1.31 2.2267 4 14 2 4 40.98 14.82 2.2025 2 18 2 4 41.09 9.60 2.1968 6 18 0 4 41.47 10.63 2.1776 6 6 2 4 41.73 1.06 2.1647 1 1 3 4 41.86 1.14 2.1580 3 23 1 4 42.46 1.71 2.1288 7 13 1 4 42.49 1.06 2.1277 1 5 3 4 42.64 1.18 2.1204 2 26 0 4 43.23 1.94 2.0926 1 7 3 4 43.49 1.50 2.0811 6 20 0 4 43.77 1.98 2.0681 8 12 0 4 44.09 1.06 2.0540 3 1 3 4 44.22 2.34 2.0484 1 9 3 4 44.33 2.72 2.0433 3 3 3 4 44.82 1.85 2.0224 3 5 3 4 45.34 1.42 2.0000 8 14 0 4 45.42 1.21 1.9968 1 11 3 4 45.53 1.19 1.9921 3 7 3 4 45.67 2.65 1.9865 1 27 1 4 46.36 1.30 1.9584 6 14 2 4 46.48 5.93 1.9539 3 9 3 4 46.79 1.20 1.9417 4 20 2 4 46.79 2.07 1.9416 9 3 1 4 47.64 1.71 1.9090 3 11 3 4 47.88 1.85 1.8999 3 27 1 4 48.44 2.13 1.8791 1 15 3 4 48.76 4.52 1.8674 5 3 3 4 48.82 1.52 1.8656 8 4 2 4 48.85 1.67 1.8643 9 9 1 4 49.21 1.08 1.8514 5 5 3 4 49.26 5.46 1.8499 2 30 0 4 49.38 2.45 1.8457 8 6 2 4 49.88 2.39 1.8281 5 7 3 4 50.16 1.08 1.8189 8 8 2 4 50.43 7.28 1.8095 7 21 1 4 50.52 5.64 1.8065 10 6 0 4 50.56 8.84 1.8054 3 15 3 4 50.77 9.40 1.7984 5 9 3 4 51.63 1.05 1.7705 0 32 0 2 51.72 4.23 1.7675 4 24 2 4 52.08 1.97 1.7561 5 27 1 4 52.33 3.38 1.7482 8 12 2 4 52.37 6.76 1.7471 4 30 0 4 52.79 2.47 1.7340 9 15 1 4 53.43 5.31 1.7148 10 12 0 4 53.71 1.14 1.7065 8 14 2 4 54.31 1.13 1.6891 1 21 3 4 54.37 1.54 1.6873 4 26 2 4 54.61 5.48 1.6806 5 15 3 4 55.57 5.61 1.6539 1 33 1 4 56.22 6.43 1.6361 0 0 4 1 56.24 8.60 1.6356 0 30 2 2 56.27 1.74 1.6349 3 21 3 4 56.75 2.44 1.6221 7 9 3 4 57.01 1.72 1.6153 8 18 2 4 57.02 5.87 1.6151 11 3 1 4 57.29 1.34 1.6082 6 30 0 4 57.45 5.62 1.6041 10 0 2 2 57.55 1.69 1.6016 10 2 2 4 57.97 2.53 1.5909 7 27 1 4 58.05 2.10 1.5888 10 18 0 4 58.35 3.52 1.5814 9 21 1 4 58.82 1.24 1.5698 11 9 1 4 60.03 1.95 1.5412 4 30 2 4 60.05 2.81 1.5406 5 21 3 4 60.33 2.25 1.5341 7 15 3 4 60.75 1.64 1.5245 2 12 4 4 60.89 1.55 1.5214 4 6 4 4 61.00 2.81 1.5189 10 12 2 4 62.36 3.31 1.4891 4 36 0 4 63.19 13.53 1.4716 8 24 2 4 63.34 3.69 1.4683 3 27 3 4 63.81 2.51 1.4587 12 12 0 4 64.15 1.76 1.4517 9 9 3 4 65.04 3.72 1.4339 2 18 4 4 65.29 2.75 1.4292 9 27 1 4 65.40 2.50 1.4270 6 6 4 4 66.73 2.21 1.4017 2 36 2 4 66.89 1.21 1.3988 5 27 3 4 67.50 1.34 1.3876 9 15 3 4 67.52 1.23 1.3873 7 23 3 4 67.68 3.10 1.3844 4 18 4 4 67.83 1.96 1.3817 3 39 1 4 67.90 3.96 1.3805 6 12 4 4 68.26 1.75 1.3740 12 6 2 4 69.56 1.90 1.3515 13 9 1 4 69.91 1.44 1.3455 1 33 3 4 69.96 1.92 1.3447 0 24 4 2 70.65 1.12 1.3333 8 0 4 2 70.82 3.72 1.3306 2 24 4 4 71.05 1.37 1.3268 10 24 2 4 71.20 1.74 1.3244 11 3 3 4 71.26 3.64 1.3234 5 39 1 4 71.46 2.97 1.3202 8 6 4 4 71.59 1.97 1.3181 10 30 0 4 71.96 2.62 1.3122 6 18 4 4 72.04 4.67 1.3109 7 27 3 4 72.38 4.20 1.3056 9 21 3 4 72.58 1.35 1.3025 1 3 5 4 72.79 3.33 1.2993 13 15 1 4 73.58 2.66 1.2873 6 36 2 4 74.71 2.03 1.2706 12 18 2 4 77.27 2.73 1.2348 6 42 0 4 77.36 4.42 1.2335 1 45 1 4 78.18 1.39 1.2226 10 30 2 4 78.92 2.39 1.2131 14 18 0 4 78.97 1.98 1.2123 3 15 5 4 79.00 1.11 1.2120 3 45 1 4 79.14 1.81 1.2102 5 9 5 4 79.65 1.01 1.2037 4 42 2 4 79.67 3.51 1.2035 15 3 1 4 80.41 3.50 1.1942 4 30 4 4 81.21 1.05 1.1844 15 9 1 4 81.27 2.65 1.1837 10 12 4 4 81.49 1.12 1.1811 14 12 2 4 81.70 2.02 1.1787 11 33 1 4 83.72 1.18 1.1553 6 42 2 4 84.30 3.41 1.1487 5 39 3 4 85.76 3.06 1.1329 13 15 3 4 89.68 1.08 1.0933 1 51 1 4 89.74 1.21 1.0928 3 27 5 4 ================================================================================ XPOW Copyright 1993 Bob Downs, Ranjini Swaminathan and Kurt Bartelmehs For reference, see Downs et al. (1993) American Mineralogist 78, 1104-1107.