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 = 0.4 GPa CELL PARAMETERS: 6.5800 19.0020 9.9360 90.000 108.970 90.000 SPACE GROUP: Cc X-RAY WAVELENGTH: 1.541838 MAX. ABS. INTENSITY / VOLUME**2: 3.483504501 2-THETA INTENSITY D-SPACING H K L 9.31 25.07 9.5010 0 2 0 13.25 87.72 6.6809 0 2 1 14.98 64.93 5.9136 1 1 0 15.04 100.00 5.8924 -1 1 1 18.68 38.29 4.7505 0 4 0 18.89 27.42 4.6982 0 0 2 20.00 10.50 4.4389 1 3 0 20.04 26.18 4.4299 -1 3 1 20.06 31.75 4.4263 1 1 1 20.18 36.67 4.3997 -1 1 2 20.95 8.26 4.2395 0 4 1 21.10 26.50 4.2114 0 2 2 24.08 1.79 3.6962 1 3 1 24.18 3.15 3.6806 -1 3 2 26.69 2.50 3.3405 0 4 2 27.50 31.18 3.2434 1 5 0 27.53 33.54 3.2398 -1 5 1 27.66 32.78 3.2252 1 1 2 27.81 17.72 3.2080 -1 1 3 28.18 2.40 3.1670 0 6 0 28.69 31.44 3.1113 2 0 0 28.72 8.65 3.1088 -2 2 1 28.81 5.15 3.0989 -2 0 2 29.77 1.93 3.0011 0 6 1 30.04 6.58 2.9747 0 2 3 30.23 40.42 2.9568 2 2 0 30.34 47.10 2.9462 -2 2 2 30.65 60.11 2.9172 1 5 1 30.73 46.72 2.9095 -1 5 2 30.75 70.21 2.9075 1 3 2 30.89 50.73 2.8949 -1 3 3 33.12 4.23 2.7047 -2 4 1 34.14 9.04 2.6261 0 6 2 34.29 13.38 2.6149 0 4 3 34.46 5.45 2.6028 2 4 0 34.56 6.62 2.5955 -2 4 2 34.70 11.86 2.5854 -2 2 3 36.10 12.24 2.4881 1 7 0 36.12 8.20 2.4865 -1 7 1 36.34 1.11 2.4720 -1 5 3 36.37 18.91 2.4702 1 1 3 36.54 6.39 2.4593 -1 1 4 37.88 9.83 2.3753 0 8 0 38.32 1.36 2.3491 0 0 4 38.49 6.37 2.3387 -2 4 3 38.62 1.11 2.3314 1 7 1 38.69 4.95 2.3275 -1 7 2 38.84 1.97 2.3184 1 3 3 39.00 2.27 2.3095 -1 3 4 39.12 1.42 2.3028 0 8 1 39.50 9.51 2.2816 -2 6 1 39.52 2.09 2.2804 0 2 4 39.60 1.80 2.2758 2 0 2 39.87 7.06 2.2613 -2 0 4 40.51 14.97 2.2270 0 6 3 40.65 11.03 2.2195 2 6 0 40.74 5.57 2.2149 -2 6 2 40.77 7.22 2.2132 2 2 2 41.03 8.58 2.1998 -2 2 4 42.65 2.83 2.1197 0 8 2 42.95 3.66 2.1057 0 4 4 43.30 7.21 2.0894 1 7 2 43.41 1.84 2.0847 -1 7 3 43.43 1.51 2.0835 1 5 3 43.58 1.16 2.0770 -1 5 4 43.91 4.02 2.0620 3 1 0 43.98 4.76 2.0587 -3 3 2 44.04 2.80 2.0560 2 6 1 45.38 2.40 1.9986 -1 9 1 45.75 4.55 1.9831 1 1 4 46.04 3.03 1.9712 3 3 0 46.22 8.78 1.9641 -3 3 3 47.47 1.32 1.9153 1 9 1 47.82 1.54 1.9019 1 3 4 48.00 3.81 1.8956 -1 3 5 48.12 5.84 1.8910 -3 5 1 48.14 1.61 1.8902 3 1 1 48.17 3.03 1.8890 -3 5 2 48.23 2.39 1.8867 0 6 4 48.28 2.12 1.8852 -2 8 2 48.42 1.21 1.8798 -3 1 4 48.43 4.10 1.8797 2 2 3 48.90 8.93 1.8625 0 10 1 49.44 3.09 1.8436 0 2 5 49.67 2.67 1.8355 1 7 3 49.80 4.53 1.8310 -1 7 4 50.10 8.91 1.8207 3 5 0 50.13 4.89 1.8196 3 3 1 50.27 2.08 1.8151 -3 5 3 50.41 6.42 1.8103 -3 3 4 51.20 1.53 1.7842 2 8 1 51.39 2.37 1.7782 2 4 3 51.60 3.36 1.7713 -1 9 3 51.67 2.87 1.7689 -2 4 5 51.91 7.46 1.7616 0 10 2 52.36 4.69 1.7475 0 4 5 53.96 3.04 1.6992 3 5 1 53.99 1.20 1.6983 -3 7 2 54.04 1.94 1.6971 3 1 2 54.22 2.26 1.6916 -3 5 4 54.98 2.00 1.6702 0 8 4 55.18 2.84 1.6645 1 11 0 55.71 4.80 1.6499 1 1 5 55.78 2.58 1.6481 3 7 0 55.88 8.19 1.6455 -2 10 1 55.88 2.24 1.6454 3 3 2 55.89 6.36 1.6450 -4 0 2 55.90 4.61 1.6448 -1 1 6 55.93 2.08 1.6440 -3 7 3 56.16 2.05 1.6378 -2 8 4 56.22 2.97 1.6363 2 0 4 56.34 2.48 1.6331 -2 6 5 56.55 4.06 1.6273 -2 0 6 56.66 1.30 1.6246 0 10 3 56.84 1.66 1.6199 -2 10 2 56.98 3.70 1.6162 0 6 5 57.19 2.69 1.6107 1 9 3 57.31 1.03 1.6077 -1 9 4 57.33 1.30 1.6070 1 7 4 57.49 1.82 1.6032 -1 7 5 57.78 1.28 1.5956 -4 2 3 59.38 2.63 1.5564 3 7 1 59.46 3.06 1.5545 2 10 1 59.59 1.08 1.5514 -2 10 3 59.79 4.54 1.5467 -3 5 5 60.10 1.51 1.5395 -2 4 6 60.29 1.56 1.5352 4 2 0 60.42 4.15 1.5321 -4 4 3 60.54 3.48 1.5293 -4 2 4 60.69 1.10 1.5259 -1 11 3 61.83 3.99 1.5006 0 12 2 62.22 5.82 1.4920 2 8 3 62.44 3.70 1.4873 0 4 6 62.48 4.87 1.4866 -2 8 5 63.00 1.05 1.4754 3 3 3 64.00 1.09 1.4548 -2 10 4 64.25 2.82 1.4497 1 9 4 64.39 2.19 1.4468 -1 9 5 64.57 1.44 1.4432 4 2 1 64.67 1.11 1.4413 -4 6 3 64.95 2.56 1.4358 -4 2 5 66.22 1.61 1.4112 2 12 0 66.28 1.34 1.4101 -2 12 2 66.29 1.08 1.4099 1 1 6 66.71 2.86 1.4020 2 2 5 67.02 2.92 1.3963 4 6 0 67.32 1.53 1.3909 -1 13 2 67.42 3.53 1.3890 -4 4 5 68.13 2.16 1.3763 -1 3 7 68.82 2.21 1.3642 -2 12 3 69.51 1.66 1.3523 -4 8 2 69.56 1.27 1.3515 4 0 2 70.04 1.02 1.3434 -4 0 6 70.23 1.97 1.3403 -3 1 7 70.36 1.37 1.3380 4 2 2 70.39 2.96 1.3375 -4 8 3 70.47 1.95 1.3362 0 10 5 70.57 1.19 1.3346 1 13 2 70.64 1.04 1.3334 -1 13 3 71.10 2.72 1.3260 3 9 2 71.20 3.77 1.3244 3 7 3 71.35 1.49 1.3220 -1 5 7 71.41 2.90 1.3209 -3 9 5 71.45 1.49 1.3203 -4 6 5 72.09 1.93 1.3102 -5 1 2 72.51 1.39 1.3036 -1 11 5 72.76 1.99 1.2998 2 12 2 72.93 1.95 1.2971 -2 12 4 73.14 1.77 1.2939 2 6 5 73.50 1.78 1.2885 -2 6 7 76.49 2.56 1.2454 0 14 3 76.78 2.34 1.2413 1 15 0 76.80 1.29 1.2411 -1 15 1 77.18 1.12 1.2359 0 6 7 77.87 1.27 1.2267 -1 1 8 78.65 1.10 1.2165 -5 3 5 79.41 1.02 1.2068 -1 3 8 79.65 2.27 1.2037 4 10 0 79.84 1.83 1.2013 4 4 3 79.88 1.09 1.2008 -4 10 4 80.31 1.14 1.1955 1 11 5 80.47 1.91 1.1936 -1 11 6 83.65 1.17 1.1560 -3 13 4 83.88 1.28 1.1535 3 5 5 ================================================================================ XPOW Copyright 1993 Bob Downs, Ranjini Swaminathan and Kurt Bartelmehs For reference, see Downs et al. (1993) American Mineralogist 78, 1104-1107.