Laumontite Diffraction data computed using the structure from the paper listed below, along with the cell parameters refined from the powder pattern for R060114 Lee Y, Hriljac J A, Vogt T Physics and Chemistry of Minerals 31 (2004) 421-428 Pressure-induced migration of zeolitic water in laumontite Sample: Pleasant Valley, Connecticut, NMNH R4159; P = 2.4 GPa CELL PARAMETERS: 14.70540 13.07120 7.451600 90.00000 112.1210 90.00000 SPACE GROUP: C2/m X-RAY WAVELENGTH: 1.541838 2-THETA INTENSITY D-SPACING H K L 9.44 100.00 9.4462 1 1 0 13.02 49.39 6.8346 2 0 0 13.62 1.46 6.5345 0 2 0 13.72 2.52 6.4873 -1 1 1 14.38 4.83 6.1873 -2 0 1 17.68 12.47 5.0352 1 1 1 18.64 3.36 4.7774 0 2 1 18.85 9.81 4.7231 2 2 0 19.82 27.13 4.4928 -2 2 1 21.47 43.29 4.1506 1 3 0 21.37 17.30 4.1709 2 0 1 23.70 7.74 3.7635 -1 3 1 24.38 32.16 3.6597 -4 0 1 25.39 10.22 3.5157 2 2 1 25.50 70.09 3.5012 0 0 2 26.13 1.42 3.4173 4 0 0 26.23 2.95 3.4044 1 3 1 26.58 13.86 3.3604 -3 1 2 27.35 23.35 3.2672 0 4 0 27.95 20.87 3.1987 -3 3 1 27.98 2.27 3.1954 3 1 1 28.40 6.41 3.1487 3 3 0 28.92 5.08 3.0936 -4 0 2 28.99 1.58 3.0861 0 2 2 29.55 11.81 3.0282 4 2 0 29.47 16.62 3.0364 1 1 2 30.38 2.13 2.9477 2 4 0 31.14 18.60 2.8766 -5 1 1 32.06 16.50 2.7961 -4 2 2 33.93 2.11 2.6460 -5 1 2 34.17 2.81 2.6281 3 3 1 34.93 23.61 2.5721 2 4 1 35.42 4.32 2.5375 1 3 2 35.71 8.89 2.5176 2 2 2 35.73 2.54 2.5164 -2 0 3 36.46 2.74 2.4672 -1 5 1 36.58 8.03 2.4596 -2 4 2 36.85 1.23 2.4420 -5 3 1 36.93 22.96 2.4373 -4 4 1 36.78 2.51 2.4470 -3 1 3 37.69 4.12 2.3898 -4 0 3 38.15 5.47 2.3616 4 4 0 38.23 2.03 2.3573 1 5 1 38.38 4.70 2.3483 -2 2 3 38.52 2.25 2.3399 3 1 2 38.62 1.07 2.3341 0 0 3 39.28 1.84 2.2962 -5 3 2 39.60 1.85 2.2782 6 0 0 39.80 3.30 2.2672 3 5 0 40.19 1.20 2.2464 -4 4 2 40.76 7.04 2.2163 -6 2 2 41.50 6.03 2.1782 0 6 0 42.04 9.97 2.1512 6 2 0 41.82 7.83 2.1624 -3 3 3 42.20 5.64 2.1436 -1 5 2 42.25 1.31 2.1414 -1 3 3 43.35 2.26 2.0893 -3 5 2 43.43 2.00 2.0854 4 0 2 43.94 1.98 2.0624 -6 0 3 44.41 1.89 2.0416 -7 1 2 45.29 1.06 2.0041 1 5 2 45.71 3.69 1.9867 4 2 2 45.58 4.38 1.9920 2 0 3 46.31 2.54 1.9623 -6 4 1 46.46 4.61 1.9560 -5 5 1 46.34 2.51 1.9608 6 0 1 47.11 1.21 1.9307 2 6 1 46.81 1.65 1.9421 1 3 3 48.20 1.21 1.8892 5 5 0 47.77 3.64 1.9055 2 2 3 48.41 3.04 1.8818 -2 6 2 48.49 1.49 1.8786 -5 5 2 48.82 3.77 1.8666 -7 1 3 48.76 4.43 1.8691 -3 1 4 49.31 7.16 1.8495 0 6 2 50.01 2.51 1.8251 -8 0 1 49.96 1.85 1.8268 5 1 2 50.71 1.52 1.8015 3 1 3 51.03 1.85 1.7910 -1 5 3 52.02 1.07 1.7591 3 5 2 52.06 4.93 1.7579 4 4 2 52.29 2.21 1.7506 0 0 4 52.94 1.01 1.7307 -7 3 3 53.67 2.60 1.7087 8 0 0 53.94 3.69 1.7008 2 4 3 54.66 2.48 1.6802 -6 2 4 55.04 1.39 1.6695 1 5 3 56.35 2.73 1.6336 0 8 0 56.30 3.31 1.6349 -7 5 1 56.69 1.25 1.6244 3 7 1 56.36 4.11 1.6332 -7 1 4 56.76 4.17 1.6226 -9 1 2 56.81 3.16 1.6213 -7 5 2 56.67 5.33 1.6250 -2 4 4 57.66 1.20 1.5994 -6 6 2 58.08 2.15 1.5889 2 8 0 57.73 1.07 1.5977 6 2 2 58.46 2.24 1.5795 -2 8 1 59.08 7.50 1.5644 7 5 0 59.64 1.75 1.5510 1 3 4 60.11 1.96 1.5399 -7 3 4 59.97 2.32 1.5430 0 4 4 60.42 1.38 1.5328 8 0 1 60.93 8.15 1.5211 2 8 1 60.88 1.50 1.5222 -8 4 3 61.06 1.05 1.5182 2 2 4 62.26 1.55 1.4917 -4 8 1 63.10 1.34 1.4739 4 8 0 63.07 1.26 1.4745 -10 0 2 62.84 1.05 1.4793 4 4 3 62.53 3.01 1.4860 -2 0 5 64.53 2.74 1.4446 -4 8 2 64.85 1.01 1.4381 -10 0 3 65.05 2.07 1.4341 9 3 0 64.85 3.40 1.4383 -9 1 4 64.73 1.99 1.4406 -1 1 5 65.77 2.61 1.4202 -2 6 4 65.57 1.09 1.4240 -3 3 5 66.76 1.31 1.4016 2 8 2 66.35 1.41 1.4092 -7 1 5 67.59 1.39 1.3863 -9 5 2 66.82 1.05 1.4005 0 0 5 68.28 1.23 1.3740 -9 5 1 68.20 1.17 1.3753 -1 3 5 68.82 2.33 1.3645 0 6 4 69.88 1.37 1.3463 -9 5 3 70.11 3.56 1.3425 -6 8 2 69.72 1.74 1.3490 8 0 2 70.26 2.04 1.3400 -3 9 2 69.51 1.25 1.3527 -2 4 5 71.01 4.60 1.3276 6 8 0 71.72 1.06 1.3162 -10 4 3 71.79 1.11 1.3150 -11 1 3 72.31 2.28 1.3069 0 10 0 72.58 2.47 1.3027 -5 9 1 72.46 2.66 1.3046 -11 1 1 73.34 2.78 1.2910 7 5 2 74.40 1.36 1.2752 3 5 4 75.12 1.33 1.2648 -11 3 3 75.23 4.54 1.2632 2 8 3 75.77 1.56 1.2555 -11 3 1 75.54 3.32 1.2588 4 4 4 76.49 1.09 1.2455 -6 0 6 77.62 1.63 1.2301 -9 7 2 78.05 1.75 1.2244 0 10 2 79.06 1.19 1.2112 -11 3 4 80.71 1.06 1.1905 -6 8 4 80.95 2.87 1.1877 9 3 2 83.29 1.22 1.1601 6 8 2 82.96 2.07 1.1638 -6 4 6 83.54 1.09 1.1572 -10 4 5 84.08 1.53 1.1511 -3 9 4 84.75 1.04 1.1437 -9 7 4 87.23 1.28 1.1175 6 4 4 87.23 1.28 1.1175 6 4 4 XPOW Copyright 1993 Bob Downs, Ranjini Swaminathan and Kurt Bartelmehs For reference, see Downs et al. (1993) American Mineralogist 78, 1104-1107.