Paranatrolite Seryotkin Y V, Bakakin V V, Belitsky I A European Journal of Mineralogy 16 (2004) 545-550 The crystal structure of paranatrolite CELL PARAMETERS: 18.9710 19.2040 6.5952 90.000 91.601 90.000 SPACE GROUP: Fd X-RAY WAVELENGTH: 1.541838 MAX. ABS. INTENSITY / VOLUME**2: 3.446395575 2-THETA INTENSITY D-SPACING H K L 13.12 100.00 6.7467 2 2 0 14.84 76.72 5.9704 -1 1 1 15.07 53.64 5.8775 1 1 1 18.48 26.44 4.8010 0 4 0 18.72 26.91 4.7409 4 0 0 19.73 23.25 4.4990 -3 1 1 19.80 21.75 4.4835 -1 3 1 19.98 39.63 4.4438 1 3 1 20.27 27.11 4.3816 3 1 1 20.74 9.16 4.2832 2 4 0 20.90 9.39 4.2510 4 2 0 23.72 6.71 3.7504 -3 3 1 24.17 1.97 3.6816 3 3 1 26.42 1.56 3.3734 4 4 0 27.20 20.36 3.2791 -5 1 1 27.21 22.33 3.2768 -1 5 1 27.35 14.13 3.2612 1 5 1 27.85 16.97 3.2030 5 1 1 27.87 4.17 3.2007 0 6 0 28.42 17.71 3.1409 -2 0 2 28.63 16.66 3.1177 0 2 2 28.92 8.82 3.0869 2 0 2 29.45 3.83 3.0326 2 6 0 29.76 7.03 3.0021 6 2 0 29.93 27.94 2.9852 -2 2 2 30.24 77.79 2.9555 -3 5 1 30.27 47.02 2.9527 -5 3 1 30.42 52.75 2.9388 2 2 2 30.60 45.05 2.9215 3 5 1 30.87 82.78 2.8968 5 3 1 32.96 1.43 2.7175 0 4 2 33.79 14.38 2.6527 4 6 0 33.96 15.67 2.6399 6 4 0 34.00 11.10 2.6371 -4 2 2 34.11 7.41 2.6284 -2 4 2 34.54 6.57 2.5965 2 4 2 34.86 2.17 2.5739 4 2 2 35.70 1.59 2.5151 -5 5 1 35.71 13.05 2.5141 -1 7 1 35.79 22.18 2.5091 -7 1 1 35.82 17.97 2.5070 1 7 1 36.51 5.79 2.4611 7 1 1 37.46 6.40 2.4005 0 8 0 37.96 3.19 2.3704 8 0 0 38.13 2.87 2.3599 -3 7 1 38.24 1.11 2.3535 -7 3 1 38.43 3.94 2.3425 3 7 1 38.56 1.62 2.3345 4 4 2 38.92 7.76 2.3139 -6 0 2 38.93 3.02 2.3137 7 3 1 39.23 10.02 2.2963 0 6 2 40.07 4.42 2.2502 6 0 2 40.08 7.92 2.2495 -6 2 2 40.09 8.84 2.2489 6 6 0 40.23 4.93 2.2418 -2 6 2 40.60 7.45 2.2219 2 6 2 41.21 5.03 2.1908 6 2 2 41.50 1.69 2.1758 -1 1 3 42.71 1.44 2.1169 -5 7 1 42.79 1.17 2.1132 -7 5 1 43.47 7.61 2.0816 -3 1 3 43.95 4.16 2.0602 1 3 3 44.27 1.13 2.0462 3 1 3 44.95 1.16 2.0167 1 9 1 45.05 1.41 2.0124 -9 1 1 45.58 1.71 1.9901 -3 3 3 46.34 5.06 1.9592 3 3 3 47.47 5.12 1.9153 -5 1 3 47.81 2.95 1.9024 -1 5 3 47.85 1.58 1.9011 9 3 1 48.01 2.01 1.8950 2 8 2 48.06 4.57 1.8933 1 5 3 48.36 8.84 1.8822 2 10 0 48.70 2.90 1.8699 5 1 3 48.88 1.26 1.8634 8 2 2 48.96 7.11 1.8604 10 2 0 48.97 4.27 1.8602 -7 7 1 49.44 3.98 1.8434 -5 3 3 49.53 5.16 1.8403 7 7 1 49.58 7.62 1.8385 -3 5 3 50.30 5.16 1.8140 3 5 3 50.51 2.45 1.8071 -8 4 2 50.53 2.38 1.8063 -4 8 2 50.64 7.51 1.8028 5 3 3 50.83 1.14 1.7963 -5 9 1 51.01 1.59 1.7902 -9 5 1 51.16 2.65 1.7856 4 8 2 51.22 4.06 1.7835 5 9 1 51.33 11.36 1.7799 4 10 0 51.72 2.74 1.7676 9 5 1 51.76 1.53 1.7663 8 4 2 51.84 10.85 1.7638 10 4 0 53.23 4.24 1.7209 -5 5 3 54.36 5.21 1.6877 5 5 3 54.40 2.03 1.6867 8 8 0 54.56 3.06 1.6821 -1 11 1 54.63 3.07 1.6799 1 11 1 54.72 1.14 1.6774 7 1 3 54.88 3.67 1.6730 -11 1 1 54.97 1.84 1.6705 -7 3 3 55.14 1.22 1.6656 -8 6 2 55.18 2.84 1.6645 -3 7 3 55.20 3.12 1.6640 -10 0 2 55.37 5.47 1.6593 0 10 2 55.69 3.75 1.6505 11 1 1 55.78 7.62 1.6482 0 0 4 55.85 3.70 1.6462 3 7 3 56.03 4.14 1.6412 6 10 0 56.40 4.24 1.6315 10 6 0 56.40 2.82 1.6313 -7 9 1 56.43 1.05 1.6306 2 10 2 56.51 2.23 1.6285 -9 7 1 56.66 1.10 1.6244 -11 3 1 56.67 4.40 1.6243 10 0 2 56.91 2.72 1.6179 7 9 1 57.17 2.29 1.6114 9 7 1 58.50 2.23 1.5777 -7 5 3 58.58 3.14 1.5757 -5 7 3 58.69 3.20 1.5731 -4 10 2 58.73 2.59 1.5722 -10 4 2 59.26 1.01 1.5594 4 10 2 59.65 1.18 1.5501 5 7 3 59.66 1.18 1.5498 -4 2 4 59.88 1.57 1.5448 -2 4 4 59.99 2.62 1.5421 7 5 3 60.14 1.12 1.5386 10 4 2 60.44 2.42 1.5317 2 4 4 60.78 3.62 1.5239 4 2 4 61.12 3.92 1.5163 4 12 0 61.23 10.28 1.5138 -8 8 2 61.81 3.67 1.5011 12 4 0 62.11 2.24 1.4945 -3 9 3 62.34 7.79 1.4896 8 8 2 62.41 1.40 1.4880 10 8 0 62.72 1.74 1.4813 3 9 3 63.34 3.47 1.4683 -9 9 1 63.69 1.28 1.4612 -6 2 4 63.72 1.37 1.4605 9 3 3 63.95 3.00 1.4557 9 9 1 64.06 1.96 1.4536 -2 6 4 64.60 1.73 1.4427 2 6 4 65.17 1.54 1.4314 -9 5 3 65.30 3.11 1.4288 6 2 4 65.46 3.99 1.4259 -2 12 2 65.51 2.96 1.4248 -12 2 2 65.72 2.70 1.4208 2 12 2 66.13 1.98 1.4129 -6 4 4 66.30 3.62 1.4099 -4 6 4 66.43 1.72 1.4073 -3 13 1 66.63 2.88 1.4035 3 13 1 66.92 2.61 1.3982 -13 3 1 67.11 1.74 1.3948 12 2 2 67.72 3.08 1.3836 6 4 4 67.78 1.76 1.3825 13 3 1 68.41 1.59 1.3713 -8 0 4 68.96 1.66 1.3617 1 11 3 69.14 2.82 1.3587 0 8 4 69.21 2.43 1.3575 -8 2 4 69.62 1.10 1.3505 8 10 2 69.64 1.91 1.3502 -5 13 1 69.69 2.57 1.3493 10 10 0 69.93 1.16 1.3452 10 8 2 69.96 1.81 1.3447 5 13 1 69.97 3.70 1.3446 -9 7 3 70.00 4.05 1.3440 -7 9 3 70.10 1.68 1.3424 -13 5 1 70.20 3.29 1.3407 2 8 4 70.54 1.25 1.3351 11 1 3 70.94 2.44 1.3286 13 5 1 71.28 1.91 1.3231 8 2 4 71.36 2.98 1.3218 7 9 3 71.66 1.16 1.3170 6 6 4 71.71 1.33 1.3162 -6 12 2 71.71 1.63 1.3162 9 7 3 71.79 1.29 1.3148 -1 1 5 71.86 1.84 1.3138 -12 6 2 72.12 1.13 1.3098 1 1 5 72.47 2.46 1.3041 6 12 2 73.39 1.67 1.2901 12 6 2 75.56 3.34 1.2583 6 14 0 75.84 2.32 1.2545 -1 15 1 75.90 2.36 1.2536 1 15 1 76.34 2.72 1.2474 14 6 0 76.48 2.28 1.2455 -15 1 1 77.41 1.11 1.2328 -5 3 5 77.42 2.63 1.2327 15 1 1 77.65 1.91 1.2297 -3 5 5 78.37 3.55 1.2201 -10 4 4 78.71 3.70 1.2157 -4 10 4 78.97 2.12 1.2124 5 3 5 79.22 1.06 1.2091 -13 3 3 79.70 2.47 1.2030 4 10 4 79.72 1.14 1.2029 11 7 3 79.81 1.10 1.2017 11 11 1 80.50 1.00 1.1931 -9 13 1 80.80 1.05 1.1895 -13 9 1 80.85 1.96 1.1889 10 4 4 81.23 1.13 1.1842 1 7 5 82.22 2.00 1.1725 -13 5 3 82.27 1.24 1.1719 -5 13 3 83.19 1.74 1.1613 5 13 3 84.61 1.63 1.1454 13 5 3 87.51 1.18 1.1147 -9 3 5 87.80 1.09 1.1118 -1 17 1 87.86 1.31 1.1112 1 17 1 89.00 1.04 1.0999 3 9 5 ================================================================================ XPOW Copyright 1993 Bob Downs, Ranjini Swaminathan and Kurt Bartelmehs For reference, see Downs et al. (1993) American Mineralogist 78, 1104-1107.