Boggsite Arletti R, Quartieri S, Vezzalini G American Mineralogist 95 (2010) 1247-1256 Elastic behavior of zeolite boggsite in silicon oil and aqueous medium: A case of high-pressure-induced over hydration, Sample: P = 2.5 GPa Note: assignment of site chemistry does not match chemical analysis _database_code_amcsd 0017093 CELL PARAMETERS: 20.0820 23.6130 12.7090 90.000 90.000 90.000 SPACE GROUP: Imma X-RAY WAVELENGTH: 1.541838 Cell Volume: 6026.561 Density (g/cm3): 2.169 MAX. ABS. INTENSITY / VOLUME**2: 4.317174963 RIR: 0.648 RIR based on corundum from Acta Crystallographica A38 (1982) 733-739 2-THETA INTENSITY D-SPACING H K L Multiplicity 7.49 42.54 11.8065 0 2 0 2 7.90 71.32 11.1910 0 1 1 4 8.23 32.11 10.7391 1 0 1 4 8.81 24.20 10.0410 2 0 0 2 11.14 6.71 7.9443 1 2 1 8 11.57 5.40 7.6489 2 2 0 4 11.84 2.31 7.4737 2 1 1 8 13.23 12.63 6.6916 0 3 1 4 13.94 2.14 6.3545 0 0 2 2 14.96 8.17 5.9227 3 0 1 4 15.01 5.14 5.9033 0 4 0 2 15.10 11.03 5.8684 1 1 2 8 15.84 14.29 5.5955 0 2 2 4 16.51 4.83 5.3696 2 0 2 4 17.67 7.00 5.0205 4 0 0 2 18.15 5.10 4.8878 2 2 2 8 19.38 1.22 4.5807 4 1 1 8 19.63 10.29 4.5233 3 1 2 8 20.06 43.39 4.4268 0 5 1 4 20.54 44.41 4.3250 0 4 2 4 21.25 3.52 4.1811 3 4 1 8 21.31 7.28 4.1698 0 1 3 4 21.44 2.52 4.1451 1 0 3 4 22.35 15.24 3.9771 3 3 2 8 22.38 3.42 3.9722 2 4 2 8 22.59 1.50 3.9355 0 6 0 2 23.23 100.00 3.8297 5 0 1 4 23.85 14.50 3.7303 0 3 3 4 23.89 4.44 3.7247 1 5 2 8 24.29 4.74 3.6641 2 6 0 4 24.44 17.19 3.6429 5 2 1 8 24.87 32.46 3.5797 3 0 3 4 25.47 8.24 3.4968 2 3 3 8 26.01 1.93 3.4257 3 2 3 8 26.27 6.55 3.3923 1 4 3 8 26.52 48.81 3.3605 5 1 2 8 26.63 2.12 3.3470 6 0 0 2 26.64 69.45 3.3458 0 6 2 4 27.03 16.75 3.2984 3 5 2 8 27.21 17.62 3.2778 3 6 1 8 27.77 3.14 3.2128 5 4 1 8 27.82 4.11 3.2067 6 1 1 8 28.08 1.98 3.1772 0 0 4 2 28.11 13.76 3.1742 2 6 2 8 28.30 7.42 3.1535 0 5 3 4 28.63 1.18 3.1174 5 3 2 8 28.82 2.41 3.0973 4 6 0 4 29.18 8.43 3.0609 3 4 3 8 29.49 4.48 3.0292 2 0 4 4 30.18 1.58 2.9613 6 0 2 4 30.28 6.66 2.9516 0 8 0 2 30.67 2.40 2.9151 1 3 4 8 30.67 8.24 2.9147 5 0 3 4 31.34 16.77 2.8540 1 6 3 8 31.39 5.73 2.8494 3 1 4 8 31.43 2.40 2.8461 1 8 1 8 31.98 1.56 2.7984 7 0 1 4 31.99 3.56 2.7978 0 4 4 4 32.48 4.83 2.7567 5 5 2 8 32.63 3.83 2.7447 5 6 1 8 33.24 2.29 2.6951 2 4 4 8 33.57 1.62 2.6698 6 5 1 8 33.85 4.16 2.6481 3 6 3 8 33.87 3.77 2.6470 6 4 2 8 33.93 1.16 2.6417 3 8 1 8 34.31 7.45 2.6138 1 5 4 8 34.31 14.08 2.6135 5 4 3 8 34.36 3.71 2.6101 6 1 3 8 34.92 17.09 2.5695 0 9 1 4 35.50 4.05 2.5287 7 4 1 8 35.60 2.13 2.5217 1 0 5 4 35.77 2.48 2.5103 8 0 0 2 36.08 1.56 2.4893 2 9 1 8 36.20 3.74 2.4814 7 3 2 8 36.34 1.50 2.4722 0 6 4 4 36.64 3.41 2.4528 3 5 4 8 36.67 1.34 2.4508 2 1 5 8 36.78 2.79 2.4439 4 4 4 8 37.17 6.98 2.4188 0 3 5 4 37.35 1.43 2.4076 1 9 2 8 37.59 2.22 2.3929 5 7 2 8 37.87 4.27 2.3756 5 3 4 8 38.11 1.79 2.3613 0 10 0 2 38.27 2.46 2.3515 2 3 5 8 38.43 3.40 2.3423 5 6 3 8 38.51 1.43 2.3378 5 8 1 8 38.99 1.03 2.3101 8 4 0 4 39.57 2.32 2.2773 3 8 3 8 40.44 4.15 2.2305 0 9 3 4 40.94 1.12 2.2044 3 4 5 8 42.63 1.29 2.1207 7 1 4 8 42.72 1.65 2.1167 0 11 1 4 42.72 1.43 2.1164 8 6 0 4 43.45 3.05 2.0826 8 3 3 8 44.31 1.67 2.0443 4 5 5 8 44.54 2.99 2.0342 3 6 5 8 44.64 1.21 2.0300 0 7 5 4 45.11 1.33 2.0100 5 10 1 8 45.15 10.08 2.0082 10 0 0 2 45.50 1.77 1.9937 0 4 6 4 46.08 5.89 1.9697 8 0 4 4 46.13 2.59 1.9678 0 12 0 2 46.22 2.98 1.9640 8 5 3 8 46.42 1.16 1.9561 3 3 6 8 46.92 7.57 1.9366 3 9 4 8 48.27 1.06 1.8853 5 6 5 8 48.43 1.48 1.8797 0 12 2 4 48.83 1.14 1.8652 0 6 6 4 48.96 1.10 1.8605 6 5 5 8 49.06 2.17 1.8568 3 5 6 8 49.32 1.11 1.8476 2 12 2 8 50.08 1.44 1.8214 10 4 2 8 50.41 1.03 1.8102 0 1 7 4 50.51 5.80 1.8068 5 9 4 8 50.83 1.21 1.7961 2 9 5 8 50.85 1.19 1.7956 8 9 1 8 51.30 2.40 1.7810 8 1 5 8 51.91 1.05 1.7614 8 6 4 8 52.52 1.42 1.7423 2 3 7 8 53.29 1.67 1.7191 3 11 4 8 54.02 1.12 1.6975 10 0 4 4 55.59 1.21 1.6533 7 9 4 8 56.45 5.18 1.6302 0 14 2 4 56.70 1.11 1.6235 12 3 1 8 56.88 1.68 1.6189 8 0 6 4 56.90 1.52 1.6183 12 0 2 4 57.22 1.04 1.6101 12 4 0 4 57.89 1.62 1.5930 5 4 7 8 58.05 2.07 1.5889 5 10 5 8 58.06 1.29 1.5886 0 0 8 2 58.54 2.04 1.5767 0 10 6 4 59.14 2.04 1.5623 0 15 1 4 59.18 1.15 1.5612 8 4 6 8 60.08 2.52 1.5400 12 6 0 4 60.70 1.74 1.5258 3 14 3 8 61.99 2.53 1.4971 8 6 6 8 62.18 5.48 1.4930 0 9 7 4 62.95 6.05 1.4764 8 9 5 8 63.05 1.71 1.4745 13 3 2 8 63.75 2.75 1.4598 5 14 3 8 64.17 4.88 1.4513 13 0 3 4 64.43 1.49 1.4461 8 3 7 8 65.22 3.00 1.4305 13 5 2 8 65.29 1.01 1.4291 7 9 6 8 65.30 2.33 1.4288 13 6 1 8 65.34 1.30 1.4281 5 15 2 8 66.44 1.17 1.4071 1 15 4 8 66.58 2.26 1.4046 8 5 7 8 70.34 3.81 1.3383 0 15 5 4 70.72 2.76 1.3322 5 0 9 4 70.80 3.79 1.3309 5 15 4 8 71.98 1.87 1.3118 0 18 0 2 73.58 3.03 1.2872 5 9 8 8 73.85 1.39 1.2832 8 9 7 8 76.04 1.16 1.2516 13 6 5 8 76.81 1.31 1.2410 5 18 1 8 77.35 1.21 1.2336 12 9 5 8 77.79 4.78 1.2278 13 9 4 8 81.50 1.27 1.1811 5 14 7 8 82.12 2.09 1.1737 5 5 10 8 82.69 1.13 1.1671 5 19 2 8 ================================================================================ XPOW Copyright 1993 Bob Downs, Ranjini Swaminathan and Kurt Bartelmehs For reference, see Downs et al. (1993) American Mineralogist 78, 1104-1107.