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 = 3.6 GPa Note: assignment of site chemistry does not match chemical analysis _database_code_amcsd 0017094 CELL PARAMETERS: 19.9490 23.4450 12.6070 90.000 90.000 90.000 SPACE GROUP: Imma X-RAY WAVELENGTH: 1.541838 Cell Volume: 5896.348 Density (g/cm3): 2.224 MAX. ABS. INTENSITY / VOLUME**2: 3.963085365 RIR: 0.580 RIR based on corundum from Acta Crystallographica A38 (1982) 733-739 2-THETA INTENSITY D-SPACING H K L Multiplicity 7.54 43.04 11.7225 0 2 0 2 7.96 81.16 11.1035 0 1 1 4 8.30 39.96 10.6572 1 0 1 4 8.87 27.08 9.9745 2 0 0 2 11.22 6.59 7.8856 1 2 1 8 11.65 7.49 7.5966 2 2 0 4 11.93 3.61 7.4202 2 1 1 8 13.33 14.88 6.6423 0 3 1 4 14.05 3.85 6.3035 0 0 2 2 15.06 2.68 5.8816 3 0 1 4 15.12 11.36 5.8612 0 4 0 2 15.22 9.60 5.8223 1 1 2 8 15.96 17.46 5.5518 0 2 2 4 16.03 1.25 5.5286 2 3 1 8 16.64 3.69 5.3286 2 0 2 4 17.78 7.23 4.9872 4 0 0 2 18.29 6.13 4.8510 2 2 2 8 18.62 1.26 4.7644 1 3 2 8 19.34 1.39 4.5892 4 2 0 4 19.51 1.19 4.5494 4 1 1 8 19.77 12.29 4.4901 3 1 2 8 20.21 48.61 4.3949 0 5 1 4 20.69 40.63 4.2924 0 4 2 4 21.40 1.92 4.1517 3 4 1 8 21.48 8.76 4.1364 0 1 3 4 21.61 1.83 4.1121 1 0 3 4 22.52 13.53 3.9480 3 3 2 8 22.55 1.47 3.9428 2 4 2 8 22.74 2.95 3.9111 4 0 2 4 23.39 100.00 3.8039 5 0 1 4 23.42 1.21 3.7983 4 4 0 4 24.04 22.52 3.7012 0 3 3 4 24.07 3.00 3.6971 1 5 2 8 24.47 8.62 3.6383 2 6 0 4 24.60 21.73 3.6181 5 2 1 8 25.07 35.63 3.5524 3 0 3 4 25.67 9.10 3.4700 2 3 3 8 26.21 2.17 3.3997 3 2 3 8 26.48 5.87 3.3663 1 4 3 8 26.72 47.17 3.3369 5 1 2 8 26.81 1.57 3.3248 6 0 0 2 26.84 71.58 3.3212 0 6 2 4 27.04 2.30 3.2973 4 5 1 8 27.23 12.71 3.2745 3 5 2 8 27.40 16.41 3.2547 3 6 1 8 27.89 1.12 3.1987 6 2 0 4 28.01 3.55 3.1851 6 1 1 8 28.32 1.86 3.1518 0 0 4 2 28.32 12.77 3.1511 2 6 2 8 28.52 7.56 3.1295 0 5 3 4 28.84 1.49 3.0955 5 3 2 8 29.03 2.88 3.0758 4 6 0 4 29.40 8.32 3.0380 3 4 3 8 29.73 6.63 3.0053 2 0 4 4 30.06 1.60 2.9732 6 3 1 8 30.50 11.33 2.9306 0 8 0 2 30.71 1.00 2.9111 2 2 4 8 30.90 9.00 2.8934 5 0 3 4 30.92 4.15 2.8919 6 4 0 4 31.59 12.59 2.8326 1 6 3 8 31.65 13.53 2.8273 3 1 4 8 31.66 1.80 2.8257 1 8 1 8 31.83 2.14 2.8118 2 8 0 4 32.20 2.09 2.7797 7 0 1 4 32.25 4.36 2.7759 0 4 4 4 32.39 1.31 2.7643 4 6 2 8 32.72 6.67 2.7372 5 5 2 8 32.86 5.09 2.7256 5 6 1 8 33.49 1.52 2.6759 3 3 4 8 33.81 1.69 2.6515 6 5 1 8 34.11 3.58 2.6285 3 6 3 8 34.11 5.34 2.6285 6 4 2 8 34.52 1.31 2.5981 4 2 4 8 34.57 24.73 2.5945 5 4 3 8 34.58 2.23 2.5936 1 5 4 8 35.18 20.16 2.5511 0 9 1 4 35.75 5.47 2.5116 7 4 1 8 36.02 1.98 2.4936 8 0 0 2 36.35 1.39 2.4716 2 9 1 8 36.46 2.41 2.4643 7 3 2 8 36.63 1.64 2.4532 0 6 4 4 36.93 1.49 2.4342 3 5 4 8 36.95 1.37 2.4330 8 1 1 8 36.97 1.36 2.4313 2 1 5 8 37.48 5.39 2.3996 0 3 5 4 37.87 1.78 2.3760 5 7 2 8 38.16 2.62 2.3586 7 0 3 4 38.17 2.33 2.3579 5 3 4 8 38.39 3.20 2.3445 0 10 0 2 38.56 1.71 2.3345 8 3 1 8 38.72 3.85 2.3253 5 6 3 8 38.79 1.41 2.3215 5 8 1 8 39.80 1.70 2.2651 7 6 1 8 39.88 2.00 2.2606 3 8 3 8 40.26 1.62 2.2399 4 1 5 8 40.75 5.46 2.2141 0 9 3 4 43.03 3.23 2.1021 8 6 0 4 43.05 1.57 2.1012 0 0 6 2 43.11 1.71 2.0982 2 8 4 8 44.13 1.46 2.0522 7 7 2 8 44.40 1.92 2.0405 7 3 4 8 44.67 2.64 2.0287 4 5 5 8 44.90 1.10 2.0187 1 3 6 8 44.90 5.28 2.0186 3 6 5 8 45.00 1.03 2.0144 0 7 5 4 45.13 2.93 2.0088 1 11 2 8 45.47 11.67 1.9949 10 0 0 2 45.88 2.52 1.9779 0 4 6 4 46.43 4.39 1.9556 8 0 4 4 46.48 2.51 1.9538 0 12 0 2 46.57 2.52 1.9502 8 5 3 8 46.81 1.47 1.9408 3 3 6 8 47.04 1.08 1.9320 3 11 2 8 47.29 6.08 1.9222 3 9 4 8 48.66 1.23 1.8712 5 6 5 8 48.80 1.71 1.8662 0 12 2 4 49.24 2.39 1.8506 0 6 6 4 49.47 2.84 1.8424 3 5 6 8 49.70 2.13 1.8343 2 12 2 8 50.22 1.39 1.8165 10 5 1 8 50.45 1.10 1.8091 10 4 2 8 50.46 1.48 1.8086 5 3 6 8 50.85 1.40 1.7957 0 1 7 4 50.91 1.61 1.7937 1 0 7 4 50.91 5.01 1.7936 5 9 4 8 51.25 1.61 1.7826 2 9 5 8 51.70 2.71 1.7679 8 1 5 8 52.98 1.18 1.7284 2 3 7 8 53.59 1.95 1.7101 10 6 2 8 53.71 1.48 1.7064 3 11 4 8 55.76 1.94 1.6486 8 10 2 8 56.03 1.33 1.6414 7 9 4 8 56.89 5.11 1.6185 0 14 2 4 57.32 1.68 1.6075 12 0 2 4 57.34 1.66 1.6068 8 0 6 4 57.64 1.03 1.5993 12 4 0 4 58.53 3.46 1.5771 5 10 5 8 58.58 1.33 1.5759 0 0 8 2 58.92 1.06 1.5675 1 1 8 8 59.03 1.07 1.5647 0 10 6 4 59.60 2.43 1.5511 0 15 1 4 60.52 2.65 1.5297 12 6 0 4 61.64 1.26 1.5046 7 12 3 8 62.50 2.52 1.4861 8 6 6 8 62.72 6.15 1.4814 0 9 7 4 63.24 1.19 1.4704 12 0 4 4 63.47 3.52 1.4657 8 9 5 8 63.52 1.87 1.4646 13 3 2 8 63.61 1.26 1.4628 5 1 8 8 64.27 2.51 1.4494 5 14 3 8 64.66 4.89 1.4414 13 0 3 4 64.98 1.30 1.4352 8 3 7 8 65.72 2.54 1.4209 13 5 2 8 65.80 1.76 1.4193 13 6 1 8 65.84 1.47 1.4185 7 9 6 8 65.87 1.45 1.4180 5 15 2 8 67.15 1.39 1.3940 8 5 7 8 67.99 1.08 1.3788 0 3 9 4 68.07 1.16 1.3773 13 1 4 8 68.17 1.42 1.3756 0 11 7 4 69.51 1.14 1.3524 13 6 3 8 70.94 3.56 1.3285 0 15 5 4 71.36 2.18 1.3217 5 0 9 4 71.39 3.86 1.3213 5 15 4 8 71.65 1.93 1.3171 8 15 1 8 72.58 1.33 1.3025 0 18 0 2 74.24 2.30 1.2774 5 9 8 8 74.50 1.13 1.2736 8 9 7 8 76.68 1.53 1.2428 13 6 5 8 77.45 1.30 1.2323 5 18 1 8 78.01 1.55 1.2249 12 9 5 8 78.44 3.75 1.2192 13 9 4 8 80.81 1.15 1.1893 10 9 7 8 82.91 1.51 1.1645 5 5 10 8 ================================================================================ XPOW Copyright 1993 Bob Downs, Ranjini Swaminathan and Kurt Bartelmehs For reference, see Downs et al. (1993) American Mineralogist 78, 1104-1107.