Paranatrolite Lee Y, Hriljac J A, Parise J B, Vogt T American Mineralogist 91 (2006) 247-251 Pressure-induced hydration in zeolite tetranatrolite Locality: Mt. Saint-Hilaire, Quebec, Canada Note: P = 0.8 GPa CELL PARAMETERS: 6.5670 18.9630 9.9750 90.000 108.490 90.000 SPACE GROUP: Cc X-RAY WAVELENGTH: 1.541838 MAX. ABS. INTENSITY / VOLUME**2: 2.500544949 2-THETA INTENSITY D-SPACING H K L 9.33 49.78 9.4815 0 2 0 13.22 94.91 6.6968 0 2 1 14.97 80.24 5.9171 1 1 0 15.08 99.40 5.8752 -1 1 1 18.72 40.95 4.7407 0 4 0 18.76 30.64 4.7300 0 0 2 19.95 40.20 4.4499 1 1 1 20.01 28.17 4.4364 1 3 0 20.10 55.95 4.4187 -1 3 1 20.20 40.62 4.3968 -1 1 2 20.96 13.04 4.2383 0 4 1 20.99 16.33 4.2326 0 2 2 24.00 11.21 3.7075 1 3 1 24.21 5.13 3.6767 -1 3 2 27.46 31.33 3.2480 1 1 2 27.54 28.64 3.2393 1 5 0 27.60 30.38 3.2323 -1 5 1 27.76 16.85 3.2136 -1 1 3 28.24 3.04 3.1605 0 6 0 28.67 39.01 3.1140 2 0 0 28.78 28.13 3.1025 -2 2 1 28.90 2.44 3.0896 -2 0 2 29.81 4.35 2.9976 0 6 1 29.86 7.96 2.9922 0 2 3 30.21 49.12 2.9585 2 2 0 30.43 76.85 2.9376 -2 2 2 30.58 100.00 2.9231 1 3 2 30.61 93.25 2.9205 1 5 1 30.77 88.31 2.9053 -1 5 2 30.86 86.86 2.8979 -1 3 3 33.19 2.34 2.6991 -2 4 1 34.12 7.85 2.6279 0 6 2 34.15 9.21 2.6256 0 4 3 34.38 11.04 2.6086 2 2 1 34.46 8.42 2.6027 2 4 0 34.65 12.66 2.5884 -2 4 2 34.77 13.27 2.5801 -2 2 3 36.09 13.81 2.4889 1 1 3 36.10 8.52 2.4881 1 5 2 36.16 22.64 2.4842 1 7 0 36.21 9.80 2.4810 -1 7 1 36.33 5.02 2.4725 -1 5 3 36.42 13.34 2.4672 -1 1 4 37.96 11.16 2.3704 0 8 0 38.05 7.90 2.3650 0 0 4 38.22 9.18 2.3549 2 4 1 38.58 7.07 2.3339 -2 4 3 38.59 1.88 2.3333 1 3 3 38.62 8.45 2.3314 1 7 1 38.75 3.65 2.3236 -1 7 2 38.90 9.72 2.3154 -1 3 4 39.18 8.03 2.2993 0 8 1 39.26 3.60 2.2947 0 2 4 39.37 2.72 2.2888 2 0 2 39.58 4.17 2.2770 -2 6 1 39.89 7.15 2.2600 -2 0 4 40.41 23.90 2.2323 0 6 3 40.55 20.13 2.2249 2 2 2 40.67 9.25 2.2182 2 6 0 40.84 9.19 2.2093 -2 6 2 41.06 6.34 2.1984 -2 2 4 41.75 1.78 2.1633 -3 1 1 41.88 1.35 2.1571 -3 1 2 42.67 4.70 2.1192 0 8 2 42.73 8.68 2.1163 0 4 4 43.21 1.10 2.0935 1 5 3 43.23 3.34 2.0930 1 7 2 43.43 2.52 2.0837 -1 7 3 43.87 5.67 2.0637 3 1 0 43.98 2.11 2.0587 -3 3 1 43.98 2.93 2.0587 2 6 1 44.10 5.05 2.0534 -3 3 2 44.23 2.25 2.0477 -3 1 3 44.30 1.69 2.0446 -2 6 3 45.38 5.23 1.9984 1 1 4 45.48 8.61 1.9943 -1 9 1 45.73 1.11 1.9839 -1 1 5 46.02 4.26 1.9724 3 3 0 46.36 8.72 1.9584 -3 3 3 47.47 1.81 1.9151 1 3 4 47.50 2.49 1.9140 1 9 1 47.81 3.70 1.9023 -1 3 5 47.99 2.01 1.8956 3 1 1 48.05 1.19 1.8936 0 6 4 48.10 3.73 1.8918 2 2 3 48.19 3.87 1.8884 -3 5 1 48.30 4.58 1.8843 -3 5 2 48.40 3.35 1.8807 -2 8 2 48.55 4.25 1.8751 -3 1 4 48.69 1.53 1.8701 -2 2 5 48.99 8.48 1.8593 0 10 1 49.10 6.45 1.8554 0 2 5 49.50 2.41 1.8414 1 7 3 49.59 2.63 1.8384 -2 6 4 49.75 6.13 1.8326 -1 7 4 50.00 5.39 1.8241 3 3 1 50.09 11.12 1.8210 3 5 0 50.42 8.00 1.8100 -3 5 3 50.54 12.30 1.8058 -3 3 4 51.08 2.60 1.7881 2 4 3 51.17 1.50 1.7851 2 8 1 51.46 2.32 1.7759 -2 8 3 51.46 3.37 1.7757 1 5 4 51.65 2.36 1.7697 -1 9 3 51.65 1.07 1.7697 -2 4 5 51.95 8.39 1.7601 0 10 2 52.04 7.75 1.7572 0 4 5 53.85 7.95 1.7025 3 5 1 54.37 3.45 1.6875 -3 5 4 54.83 5.62 1.6742 0 8 4 55.25 9.26 1.6627 1 1 5 55.29 9.06 1.6614 1 11 0 55.62 6.36 1.6524 -1 1 6 55.63 1.82 1.6522 3 3 2 55.77 5.60 1.6484 2 0 4 55.79 3.74 1.6478 3 7 0 55.80 2.26 1.6476 2 6 3 56.00 15.29 1.6421 -2 10 1 56.02 11.85 1.6416 -4 0 2 56.09 1.30 1.6396 -3 7 3 56.24 2.11 1.6357 -2 8 4 56.33 1.29 1.6332 -3 3 5 56.33 3.08 1.6331 -2 6 5 56.44 8.28 1.6304 -2 0 6 56.64 2.07 1.6251 0 10 3 56.68 1.38 1.6240 2 2 4 56.70 3.72 1.6234 0 6 5 56.98 2.01 1.6162 -2 10 2 57.07 1.52 1.6140 1 9 3 57.07 1.67 1.6138 1 3 5 57.19 1.81 1.6107 -1 11 2 57.34 1.72 1.6068 -2 2 6 57.36 1.26 1.6063 -1 7 5 57.96 1.38 1.5911 -4 2 3 59.23 1.11 1.5601 3 5 2 59.30 6.59 1.5584 3 7 1 59.36 2.02 1.5569 2 4 4 59.43 1.17 1.5553 0 2 6 59.47 4.96 1.5543 2 10 1 59.73 1.86 1.5482 -2 10 3 59.87 1.07 1.5448 -4 0 4 59.90 9.26 1.5441 -3 5 5 60.00 1.93 1.5418 -2 4 6 60.23 1.24 1.5364 4 2 0 60.35 1.52 1.5337 -4 4 1 60.61 2.40 1.5279 -4 4 3 60.61 1.61 1.5277 1 5 5 60.74 4.36 1.5247 -4 2 4 60.77 2.13 1.5240 -1 11 3 60.91 1.26 1.5210 3 1 3 61.21 1.10 1.5142 -3 9 1 61.31 2.11 1.5121 -3 9 2 61.91 6.21 1.4988 0 12 2 61.99 8.43 1.4969 2 8 3 62.03 5.93 1.4961 0 4 6 62.50 8.35 1.4861 -2 8 5 62.63 2.09 1.4833 3 3 3 62.84 2.87 1.4787 0 8 5 63.12 1.72 1.4729 -3 9 3 64.03 5.12 1.4542 1 9 4 64.31 4.09 1.4486 -1 9 5 64.41 2.07 1.4466 4 2 1 64.87 2.95 1.4374 -4 6 3 65.14 2.60 1.4320 -4 2 5 65.72 1.39 1.4207 1 1 6 65.75 2.20 1.4203 1 13 0 65.92 1.71 1.4171 -1 11 4 66.16 2.63 1.4124 2 2 5 66.33 1.21 1.4092 2 12 0 66.45 1.18 1.4069 -2 12 2 66.90 1.73 1.3986 4 4 1 67.00 4.59 1.3967 4 6 0 67.38 1.51 1.3899 1 3 6 67.47 3.33 1.3882 -1 13 2 67.62 3.43 1.3854 -4 4 5 67.77 3.77 1.3828 -1 3 7 68.74 1.89 1.3655 2 12 1 68.98 2.08 1.3614 -2 12 3 69.22 1.06 1.3573 3 1 4 69.26 4.04 1.3567 4 0 2 69.48 1.51 1.3529 2 10 3 69.64 1.85 1.3501 -3 11 2 69.67 2.80 1.3496 -4 8 2 70.06 3.76 1.3430 4 2 2 70.20 2.98 1.3408 -3 1 7 70.28 6.59 1.3394 0 10 5 70.36 1.14 1.3380 -4 8 1 70.60 7.09 1.3341 -4 8 3 70.61 3.82 1.3339 1 13 2 70.62 1.19 1.3337 1 5 6 70.76 2.09 1.3315 -1 13 3 70.88 4.52 1.3295 3 7 3 70.94 1.28 1.3285 3 9 2 70.96 1.48 1.3282 4 6 1 71.01 2.84 1.3275 -1 5 7 71.01 2.53 1.3274 -4 2 6 71.08 1.51 1.3263 3 11 0 71.56 4.52 1.3186 -3 9 5 71.66 3.12 1.3169 -4 6 5 72.22 1.73 1.3082 -5 1 2 72.46 1.07 1.3043 -1 11 5 72.64 1.74 1.3016 2 6 5 72.72 2.37 1.3004 2 12 2 73.06 2.09 1.2951 -2 12 4 73.34 1.80 1.2909 -2 6 7 74.10 1.25 1.2795 -5 1 4 75.24 1.30 1.2630 -5 3 1 76.49 1.35 1.2454 4 8 1 76.55 4.84 1.2445 0 14 3 76.69 3.05 1.2426 0 6 7 76.96 1.14 1.2390 1 1 7 76.96 2.92 1.2389 1 15 0 76.99 1.95 1.2385 -1 15 1 77.16 1.94 1.2363 -2 10 6 77.39 2.58 1.2332 -1 1 8 78.12 1.05 1.2234 2 8 5 78.22 1.14 1.2221 5 3 0 78.35 1.98 1.2204 -5 5 1 78.64 1.17 1.2166 3 1 5 78.79 1.54 1.2146 3 11 2 78.80 1.21 1.2145 -2 8 7 78.93 3.09 1.2129 -5 3 5 78.93 1.93 1.2128 -1 3 8 79.01 1.09 1.2119 2 14 1 79.41 2.41 1.2067 4 4 3 79.68 3.15 1.2033 4 10 0 80.02 1.75 1.1991 1 11 5 80.13 1.58 1.1977 -4 10 4 80.19 2.27 1.1970 3 3 5 80.33 2.46 1.1953 -1 11 6 80.47 1.48 1.1935 3 13 0 80.54 1.14 1.1926 -4 4 7 81.59 1.45 1.1800 1 5 7 83.25 2.46 1.1606 3 5 5 83.38 1.01 1.1591 -5 7 4 83.46 1.64 1.1582 3 13 1 83.50 1.05 1.1577 -2 6 8 83.88 2.26 1.1535 -3 13 4 84.34 1.71 1.1483 -3 5 8 86.73 1.08 1.1227 -5 5 6 88.68 1.25 1.1030 5 3 2 89.19 1.40 1.0980 1 17 0 89.22 1.17 1.0977 -1 17 1 ================================================================================ XPOW Copyright 1993 Bob Downs, Ranjini Swaminathan and Kurt Bartelmehs For reference, see Downs et al. (1993) American Mineralogist 78, 1104-1107.