Gottardiite Alberti A, Vezzalini G, Galli E, Quartieri S European Journal of Mineralogy 8 (1996) 69-75 The crystal structure of gottardiite, a new natural zeolite Note: occupancies altered to match chemical formula _database_code_amcsd 0006612 CELL PARAMETERS: 13.6980 25.2130 22.6600 90.000 90.000 90.000 SPACE GROUP: Cmca X-RAY WAVELENGTH: 1.541838 Cell Volume: 7826.031 Density (g/cm3): 2.198 MAX. ABS. INTENSITY / VOLUME**2: 4.171700482 RIR: 0.618 RIR based on corundum from Acta Crystallographica A38 (1982) 733-739 2-THETA INTENSITY D-SPACING H K L Multiplicity 7.80 100.00 11.3300 0 0 2 2 8.32 46.56 10.6298 1 1 1 8 10.50 2.88 8.4268 0 2 2 4 12.93 5.44 6.8490 2 0 0 2 12.96 4.83 6.8303 1 3 1 8 13.84 1.01 6.3979 1 1 3 8 14.72 1.37 6.0182 2 2 0 4 15.64 1.81 5.6650 0 0 4 2 16.09 4.85 5.5082 0 4 2 4 16.68 6.70 5.3149 2 2 2 8 17.06 2.99 5.1977 1 3 3 8 19.16 36.81 4.6322 1 5 1 8 20.15 22.66 4.4071 3 1 1 8 20.34 3.68 4.3666 1 5 2 8 20.34 84.38 4.3653 2 0 4 4 20.69 7.72 4.2923 2 4 2 8 21.09 26.40 4.2134 0 4 4 4 21.14 1.66 4.2022 0 6 0 2 21.54 4.04 4.1250 2 2 4 8 22.17 76.84 4.0101 1 5 3 8 22.57 53.16 3.9399 0 6 2 4 23.03 5.60 3.8614 3 1 3 8 23.22 7.45 3.8299 1 3 5 8 23.56 31.93 3.7767 0 0 6 2 24.51 8.13 3.6318 1 5 4 8 24.61 4.92 3.6178 0 2 6 4 24.81 3.25 3.5887 2 4 4 8 24.86 3.87 3.5817 2 6 0 4 25.88 15.78 3.4430 1 7 1 8 26.02 31.47 3.4245 4 0 0 2 26.09 5.73 3.4152 2 6 2 8 26.41 5.84 3.3750 0 6 4 4 26.63 20.44 3.3475 3 5 1 8 26.96 21.19 3.3072 2 0 6 4 26.98 6.01 3.3047 4 2 0 4 27.20 60.96 3.2780 4 0 2 4 27.25 37.38 3.2731 1 5 5 8 27.50 4.25 3.2430 3 5 2 8 27.56 1.70 3.2363 2 6 3 8 27.89 7.13 3.1989 2 2 6 8 27.96 26.94 3.1907 3 1 5 8 28.13 3.44 3.1725 4 2 2 8 28.21 1.27 3.1633 1 7 3 8 28.32 3.47 3.1516 0 8 0 2 28.55 3.30 3.1261 1 1 7 8 28.91 11.93 3.0887 3 5 3 8 28.98 1.28 3.0814 0 6 5 4 29.51 4.97 3.0274 2 6 4 8 29.74 4.13 3.0041 3 3 5 8 30.28 12.97 2.9518 1 5 6 8 30.52 9.84 2.9286 2 4 6 8 30.74 2.86 2.9083 4 4 2 8 30.77 10.78 2.9055 3 5 4 8 31.34 4.91 2.8545 4 2 4 8 31.89 9.53 2.8061 3 7 1 8 32.25 1.65 2.7758 2 8 2 8 32.40 8.68 2.7636 0 2 8 4 32.87 1.70 2.7247 1 9 1 8 33.03 3.25 2.7118 3 5 5 8 33.76 3.07 2.6546 4 6 0 4 33.85 1.06 2.6484 3 7 3 8 34.51 3.32 2.5989 2 6 6 8 34.71 1.57 2.5846 4 6 2 8 34.72 8.82 2.5836 0 4 8 4 34.78 1.18 2.5796 1 9 3 8 35.38 4.17 2.5369 4 0 6 4 35.61 12.85 2.5213 0 10 0 2 35.84 4.30 2.5058 0 10 1 4 36.12 2.12 2.4870 4 2 6 8 36.51 10.54 2.4611 0 10 2 4 37.19 6.56 2.4173 2 4 8 8 37.57 3.19 2.3938 5 5 1 8 37.89 5.53 2.3747 3 9 1 8 38.22 2.71 2.3547 5 5 2 8 38.25 1.54 2.3533 2 10 1 8 38.32 3.92 2.3487 0 6 8 4 38.34 1.15 2.3477 1 9 5 8 38.48 1.98 2.3394 3 5 7 8 38.57 3.05 2.3344 5 1 5 8 39.11 1.24 2.3035 0 10 4 4 39.28 4.40 2.2936 5 5 3 8 39.47 1.05 2.2830 6 0 0 2 39.67 1.04 2.2719 4 8 2 8 40.30 1.01 2.2380 6 0 2 4 40.59 1.21 2.2227 1 5 9 8 41.10 2.55 2.1964 3 1 9 8 41.58 2.20 2.1718 4 6 6 8 41.70 1.01 2.1657 1 11 3 8 42.00 4.13 2.1513 2 0 10 4 42.10 2.25 2.1465 6 4 0 4 42.70 4.87 2.1175 6 0 4 4 43.05 2.46 2.1011 0 12 0 2 44.40 1.33 2.0402 3 11 1 8 44.63 1.04 2.0304 4 10 0 4 44.64 1.76 2.0300 5 5 6 8 45.14 1.20 2.0087 2 12 0 4 45.20 2.77 2.0061 6 6 0 4 45.83 1.00 1.9798 1 3 11 8 45.92 1.89 1.9762 4 8 6 8 46.48 4.32 1.9538 6 0 6 4 47.04 3.40 1.9317 5 5 7 8 47.30 1.23 1.9216 3 9 7 8 47.48 1.50 1.9149 2 6 10 8 47.52 2.04 1.9135 1 13 1 8 47.58 6.86 1.9113 4 10 4 8 48.33 5.04 1.8833 0 10 8 4 48.62 4.05 1.8726 3 1 11 8 48.79 5.34 1.8666 3 11 5 8 49.16 2.17 1.8534 1 11 7 8 49.70 4.17 1.8343 5 5 8 8 49.75 1.40 1.8326 3 3 11 8 50.45 1.19 1.8089 0 4 12 4 50.68 2.18 1.8011 7 5 2 8 50.89 1.38 1.7943 4 8 8 8 50.96 3.65 1.7920 7 1 5 8 51.54 4.85 1.7733 7 5 3 8 52.31 2.46 1.7489 2 4 12 8 53.12 3.55 1.7242 2 10 9 8 53.52 2.09 1.7122 8 0 0 2 54.20 1.30 1.6923 6 10 0 4 54.97 2.38 1.6704 2 6 12 8 55.97 1.63 1.6430 5 1 11 8 56.11 4.75 1.6390 8 0 4 4 56.12 1.69 1.6390 5 11 5 8 56.49 2.93 1.6291 1 15 3 8 57.29 1.03 1.6083 6 0 10 4 57.59 2.80 1.6004 1 15 4 8 58.60 1.67 1.5752 2 0 14 4 58.67 1.24 1.5736 3 15 1 8 59.67 1.34 1.5496 3 5 13 8 59.90 2.56 1.5441 3 15 3 8 59.99 1.06 1.5422 7 1 9 8 60.68 1.37 1.5261 1 15 6 8 60.87 1.39 1.5218 2 16 2 8 61.03 1.00 1.5182 0 16 4 4 61.30 2.37 1.5121 4 10 10 8 61.90 1.07 1.4989 1 1 15 8 63.35 1.80 1.4681 5 1 13 8 63.65 1.32 1.4620 8 6 6 8 63.96 1.69 1.4555 3 15 6 8 63.99 1.36 1.4551 6 0 12 4 64.02 1.21 1.4543 0 16 6 4 64.11 2.46 1.4525 3 11 11 8 65.21 2.14 1.4307 9 5 3 8 65.25 1.50 1.4298 5 15 1 8 65.94 1.74 1.4165 7 1 11 8 65.96 1.90 1.4162 0 0 16 2 66.08 2.50 1.4140 7 11 5 8 66.19 2.28 1.4118 5 5 13 8 67.53 3.79 1.3871 9 5 5 8 67.54 1.51 1.3869 2 0 16 4 67.56 1.41 1.3866 3 17 3 8 68.09 1.28 1.3771 0 16 8 4 68.25 1.15 1.3742 8 10 4 8 68.50 2.80 1.3698 10 0 0 2 68.73 1.53 1.3657 7 5 11 8 69.64 1.51 1.3500 2 16 8 8 70.49 1.52 1.3359 2 10 14 8 74.10 1.05 1.2796 5 5 15 8 75.64 1.00 1.2573 7 15 3 8 76.87 1.43 1.2402 3 5 17 8 76.90 1.57 1.2398 2 20 0 4 77.03 1.03 1.2380 2 20 1 8 78.75 1.52 1.2152 2 10 16 8 79.44 1.55 1.2064 7 11 11 8 79.66 1.55 1.2036 10 10 0 4 81.31 1.85 1.1833 10 6 8 8 83.57 1.51 1.1570 6 6 16 8 ================================================================================ XPOW Copyright 1993 Bob Downs, Ranjini Swaminathan and Kurt Bartelmehs For reference, see Downs et al. (1993) American Mineralogist 78, 1104-1107.