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 = 2.5 GPa CELL PARAMETERS: 6.5120 18.8500 9.9010 90.000 108.730 90.000 SPACE GROUP: Cc X-RAY WAVELENGTH: 1.541838 MAX. ABS. INTENSITY / VOLUME**2: 3.107027797 2-THETA INTENSITY D-SPACING H K L 9.38 44.93 9.4250 0 2 0 13.32 64.88 6.6473 0 2 1 15.12 50.59 5.8614 1 1 0 15.19 100.00 5.8346 -1 1 1 18.83 59.53 4.7125 0 4 0 18.93 26.77 4.6883 0 0 2 20.17 10.71 4.4028 1 1 1 20.18 30.31 4.4013 1 3 0 20.23 48.13 4.3900 -1 3 1 20.33 51.00 4.3689 -1 1 2 21.10 13.80 4.2106 0 4 1 21.17 14.32 4.1977 0 2 2 24.23 9.28 3.6736 1 3 1 24.36 1.75 3.6538 -1 3 2 27.73 22.78 3.2166 1 5 0 27.76 40.08 3.2139 1 1 2 27.77 21.74 3.2121 -1 5 1 27.95 8.44 3.1919 -1 1 3 28.41 4.24 3.1417 0 6 0 28.96 28.09 3.0836 2 0 0 29.02 21.54 3.0774 -2 2 1 29.11 3.44 3.0680 -2 0 2 30.00 7.27 2.9789 0 6 1 30.12 6.65 2.9667 0 2 3 30.50 47.20 2.9307 2 2 0 30.65 32.72 2.9173 -2 2 2 30.86 61.12 2.8973 1 5 1 30.89 87.02 2.8949 1 3 2 30.97 52.02 2.8875 -1 5 2 31.07 62.12 2.8788 -1 3 3 33.45 4.42 2.6787 -2 4 1 34.36 7.24 2.6099 0 6 2 34.43 4.47 2.6047 0 4 3 34.75 6.81 2.5819 2 2 1 34.77 8.22 2.5803 2 4 0 34.90 9.73 2.5711 -2 4 2 35.00 12.33 2.5636 -2 2 3 36.41 10.96 2.4679 1 7 0 36.42 1.44 2.4666 1 5 2 36.44 5.49 2.4658 -1 7 1 36.47 14.65 2.4634 1 1 3 36.58 3.18 2.4566 -1 5 3 36.69 5.49 2.4495 -1 1 4 38.20 13.08 2.3563 0 8 0 38.40 8.80 2.3442 0 0 4 38.60 9.56 2.3326 2 4 1 38.83 18.59 2.3191 -2 4 3 38.91 8.90 2.3145 1 7 1 38.98 1.29 2.3106 1 3 3 39.00 1.09 2.3095 -1 7 2 39.18 6.50 2.2991 -1 3 4 39.43 2.63 2.2852 0 8 1 39.62 2.32 2.2749 0 2 4 39.82 3.29 2.2640 2 0 2 39.87 2.49 2.2608 -2 6 1 40.16 6.43 2.2456 -2 0 4 40.72 14.29 2.2158 0 6 3 41.00 8.74 2.2014 2 2 2 41.01 16.30 2.2007 2 6 0 41.12 5.83 2.1950 -2 6 2 41.33 7.37 2.1845 -2 2 4 42.96 5.60 2.1053 0 8 2 43.10 3.97 2.0988 0 4 4 43.58 3.85 2.0766 1 7 2 44.33 5.44 2.0436 3 1 0 44.39 3.12 2.0409 2 6 1 44.46 4.36 2.0378 -3 3 2 44.56 2.99 2.0334 -3 1 3 44.59 1.69 2.0319 -2 6 3 45.78 5.20 1.9822 -1 9 1 45.87 3.70 1.9783 1 1 4 46.10 1.09 1.9690 -1 1 5 46.48 1.07 1.9538 3 3 0 46.70 10.40 1.9449 -3 3 3 47.92 1.32 1.8982 -1 9 2 48.19 1.45 1.8884 -1 3 5 48.45 2.50 1.8788 0 6 4 48.53 1.70 1.8760 3 1 1 48.61 3.93 1.8730 -3 5 1 48.68 1.73 1.8704 -3 5 2 48.73 1.59 1.8687 -2 8 2 49.03 3.77 1.8579 -2 2 5 49.31 6.19 1.8480 0 10 1 49.56 3.50 1.8393 0 2 5 49.94 1.41 1.8261 1 7 3 50.11 7.07 1.8204 -1 7 4 50.54 4.93 1.8058 3 3 1 50.57 9.34 1.8048 3 5 0 50.78 3.80 1.7978 -3 5 3 50.90 6.81 1.7941 -3 3 4 51.61 2.79 1.7709 2 8 1 51.80 3.40 1.7650 -2 8 3 51.97 3.88 1.7594 1 5 4 52.00 4.30 1.7587 -1 9 3 52.01 2.77 1.7582 -2 4 5 52.18 3.45 1.7529 -1 5 5 52.31 6.00 1.7489 0 10 2 52.52 8.81 1.7424 0 4 5 54.41 5.47 1.6863 3 5 1 54.49 1.12 1.6841 -3 7 1 54.75 2.32 1.6767 -3 5 4 55.28 6.06 1.6618 0 8 4 55.67 5.54 1.6511 1 11 0 55.85 4.41 1.6463 1 1 5 56.09 3.83 1.6397 -1 1 6 56.30 1.23 1.6340 3 7 0 56.38 2.68 1.6319 2 6 3 56.40 5.32 1.6313 -2 10 1 56.42 3.32 1.6308 2 0 4 56.50 1.15 1.6288 -3 7 3 56.53 10.14 1.6279 -4 0 2 56.62 3.13 1.6256 -2 8 4 56.86 3.42 1.6193 -2 0 6 57.21 1.80 1.6103 0 6 5 57.34 2.57 1.6069 2 2 4 57.37 1.29 1.6061 -2 10 2 57.55 3.17 1.6014 1 9 3 57.57 1.27 1.6011 -1 11 2 57.68 2.19 1.5982 1 3 5 57.80 1.22 1.5951 -1 7 5 58.44 2.96 1.5791 -4 2 3 59.88 1.16 1.5447 3 5 2 59.89 2.66 1.5445 3 7 1 59.96 5.35 1.5427 2 10 1 60.03 1.14 1.5412 2 4 4 60.32 2.63 1.5344 -3 5 5 60.45 1.12 1.5314 -2 4 6 61.11 1.14 1.5165 -4 4 3 61.19 2.40 1.5147 -1 11 3 61.22 2.55 1.5141 -4 2 4 61.24 2.08 1.5135 1 5 5 62.34 4.08 1.4895 0 12 2 62.61 3.54 1.4837 2 8 3 62.63 3.05 1.4833 0 4 6 62.94 3.27 1.4767 -2 8 5 63.38 1.28 1.4676 3 3 3 63.39 2.43 1.4673 0 8 5 63.40 1.62 1.4671 3 9 0 64.62 2.66 1.4424 1 9 4 64.80 1.68 1.4388 -1 9 5 65.63 1.78 1.4225 -4 2 5 66.94 2.02 1.3978 2 2 5 67.69 3.51 1.3841 4 6 0 67.93 2.29 1.3799 -1 13 2 68.11 1.17 1.3766 1 3 6 68.13 3.13 1.3763 -4 4 5 68.37 2.20 1.3721 -1 3 7 69.31 1.01 1.3558 2 12 1 69.46 1.55 1.3531 -2 12 3 70.11 1.55 1.3423 4 0 2 70.18 2.41 1.3411 -3 11 2 70.28 2.45 1.3394 -4 8 2 70.72 1.87 1.3321 -3 1 7 70.73 1.59 1.3320 -4 0 6 70.88 3.53 1.3295 0 10 5 70.92 1.99 1.3289 4 2 2 71.18 3.33 1.3247 -4 8 3 71.26 2.01 1.3234 -1 13 3 71.54 1.16 1.3189 -4 2 6 71.68 2.29 1.3166 3 7 3 71.75 1.49 1.3156 4 6 1 72.07 2.83 1.3104 -3 9 5 72.21 1.56 1.3083 -4 6 5 73.59 1.69 1.2872 -2 12 4 73.92 1.23 1.2821 -2 6 7 77.13 1.75 1.2366 0 14 3 77.32 1.14 1.2341 4 8 1 77.46 1.53 1.2322 0 6 7 77.52 2.26 1.2314 1 15 0 78.12 2.56 1.2234 -1 1 8 79.13 1.02 1.2103 5 3 0 79.19 1.04 1.2096 -5 5 1 79.59 1.64 1.2044 -5 3 5 80.42 1.88 1.1941 4 4 3 80.48 1.78 1.1934 4 10 0 81.00 1.17 1.1871 -1 11 6 81.18 1.10 1.1849 3 13 0 81.22 1.48 1.1844 3 3 5 ================================================================================ XPOW Copyright 1993 Bob Downs, Ranjini Swaminathan and Kurt Bartelmehs For reference, see Downs et al. (1993) American Mineralogist 78, 1104-1107.