Anthophyllite Warren B, Modell D Zeitschrift fur Kristallographie 75 (1930) 161-179 The structure of Anthophyllite H2 Mg7 (Si O3)8 _cod_database_code 1010935 _database_code_amcsd 0017657 CELL PARAMETERS: 18.5000 17.9000 5.2700 90.000 90.000 90.000 SPACE GROUP: Pnma X-RAY WAVELENGTH: 1.541838 Cell Volume: 1745.160 Density (g/cm3): 2.964 MAX. ABS. INTENSITY / VOLUME**2: 4.930886581 RIR: 0.542 RIR based on corundum from Acta Crystallographica A38 (1982) 733-739 2-THETA INTENSITY D-SPACING H K L Multiplicity 9.56 1.53 9.2500 2 0 0 2 10.77 18.18 8.2176 2 1 0 4 17.50 1.40 5.0684 1 0 1 4 17.54 16.27 5.0555 0 1 1 4 17.69 12.97 5.0140 2 3 0 4 18.19 20.02 4.8766 1 1 1 8 19.19 7.52 4.6250 4 0 0 2 19.38 2.09 4.5790 2 0 1 4 19.84 10.90 4.4750 0 4 0 2 20.02 10.85 4.4361 2 1 1 8 20.13 3.73 4.4103 1 2 1 8 21.63 4.28 4.1088 4 2 0 4 21.80 3.97 4.0765 2 2 1 8 22.51 9.14 3.9499 0 3 1 4 22.74 3.57 3.9096 3 1 1 8 23.02 38.40 3.8628 1 3 1 8 24.34 6.34 3.6567 3 2 1 8 24.51 67.33 3.6326 2 3 1 8 26.70 7.26 3.3387 2 5 0 4 26.80 38.99 3.3261 3 3 1 8 27.53 22.25 3.2403 4 2 1 8 27.74 23.02 3.2160 4 4 0 4 27.88 1.85 3.2004 2 4 1 8 29.39 100.00 3.0386 6 1 0 4 29.74 15.62 3.0036 4 3 1 8 30.57 4.00 2.9241 1 5 1 8 31.18 23.99 2.8684 5 2 1 8 31.73 44.98 2.8203 2 5 1 8 32.69 17.67 2.7392 6 3 0 4 33.18 7.32 2.7003 5 3 1 8 33.57 37.80 2.6695 3 5 1 8 34.90 25.81 2.5710 1 6 1 8 35.18 11.07 2.5509 6 2 1 8 35.42 56.59 2.5342 2 0 2 4 35.93 12.21 2.4996 2 6 1 8 36.01 26.76 2.4939 4 5 1 8 37.10 7.22 2.4231 3 0 2 4 37.45 4.29 2.4012 3 1 2 8 38.53 10.79 2.3363 6 5 0 4 38.95 9.48 2.3125 8 0 0 2 38.96 13.21 2.3120 5 5 1 8 39.45 7.44 2.2842 7 2 1 8 39.47 7.11 2.2830 1 7 1 8 39.69 2.48 2.2710 4 1 2 8 39.82 5.51 2.2639 4 6 1 8 40.31 1.11 2.2375 0 8 0 2 40.40 18.45 2.2326 2 7 1 8 40.93 8.60 2.2051 2 4 2 8 41.09 2.12 2.1965 7 3 1 8 41.91 10.04 2.1555 3 7 1 8 42.10 24.93 2.1463 5 0 2 4 42.28 2.00 2.1375 4 3 2 8 42.42 11.19 2.1311 5 1 2 8 42.54 7.31 2.1252 5 6 1 8 42.90 1.58 2.1083 1 5 2 8 43.94 5.96 2.0607 8 2 1 8 43.96 5.76 2.0598 4 7 1 8 45.01 2.87 2.0142 4 8 0 4 45.45 2.92 1.9956 8 3 1 8 45.68 9.13 1.9860 6 6 1 8 46.03 4.72 1.9718 7 5 1 8 46.12 2.55 1.9683 6 7 0 4 46.48 4.13 1.9537 5 7 1 8 46.72 6.33 1.9444 2 9 0 4 47.12 3.38 1.9288 4 5 2 8 48.62 2.14 1.8726 9 2 1 8 48.80 4.30 1.8660 7 0 2 4 49.09 3.61 1.8559 7 1 2 8 49.53 3.97 1.8402 10 1 0 4 49.88 6.70 1.8283 6 4 2 8 49.94 2.66 1.8261 1 7 2 8 50.02 1.50 1.8234 9 3 1 8 50.04 6.11 1.8226 8 5 1 8 51.73 2.88 1.7670 10 3 0 4 52.93 4.33 1.7299 8 1 2 8 53.03 10.44 1.7268 8 6 1 8 53.18 1.33 1.7223 7 4 2 8 53.99 1.79 1.6984 1 8 2 8 54.12 1.35 1.6946 2 2 3 8 54.33 4.85 1.6886 9 5 1 8 54.45 6.21 1.6852 0 3 3 4 54.69 3.70 1.6782 1 3 3 8 54.73 20.48 1.6773 2 8 2 8 54.94 2.30 1.6713 6 9 0 4 55.34 2.90 1.6601 3 2 3 8 55.94 5.86 1.6438 3 8 2 8 56.29 1.75 1.6343 3 10 1 8 56.80 11.82 1.6207 9 0 2 4 57.06 3.07 1.6141 9 1 2 8 57.16 8.78 1.6116 9 6 1 8 57.30 2.56 1.6080 8 8 0 4 57.50 6.22 1.6027 2 11 0 4 57.95 2.49 1.5914 4 10 1 8 58.53 12.11 1.5770 0 5 3 4 58.76 6.30 1.5713 1 5 3 8 59.68 1.46 1.5494 1 11 1 8 59.76 1.21 1.5474 11 3 1 8 60.01 15.85 1.5417 12 0 0 2 60.04 1.73 1.5409 5 10 1 8 60.19 8.81 1.5373 3 9 2 8 60.37 1.34 1.5333 2 11 1 8 60.78 1.01 1.5239 9 4 2 8 61.22 1.91 1.5141 10 0 2 4 61.46 15.91 1.5087 1 6 3 8 61.55 15.25 1.5066 10 6 1 8 61.64 1.69 1.5046 6 2 3 8 61.79 5.08 1.5015 4 9 2 8 61.91 2.76 1.4989 10 7 0 4 62.14 5.59 1.4939 2 6 3 8 62.24 9.70 1.4917 0 12 0 2 63.64 1.75 1.4621 2 10 2 8 63.86 1.02 1.4576 12 4 0 4 64.34 5.34 1.4479 0 7 3 4 64.55 1.24 1.4438 7 2 3 8 64.56 2.32 1.4435 1 7 3 8 64.78 2.67 1.4391 6 11 0 4 64.86 1.89 1.4375 8 7 2 8 65.03 3.40 1.4342 10 4 2 8 65.88 2.99 1.4177 11 0 2 4 66.12 4.54 1.4132 11 1 2 8 66.21 21.27 1.4115 11 6 1 8 69.13 5.75 1.3588 6 6 3 8 69.38 2.37 1.3546 10 9 0 4 69.40 1.13 1.3543 7 5 3 8 69.59 3.72 1.3509 3 11 2 8 70.93 1.19 1.3288 1 13 1 8 71.04 7.10 1.3270 12 1 2 8 71.12 5.21 1.3256 12 6 1 8 71.60 1.90 1.3178 14 1 0 4 71.83 3.67 1.3142 1 0 4 4 71.88 1.97 1.3135 7 6 3 8 71.94 2.05 1.3126 9 8 2 8 72.06 2.94 1.3106 1 1 4 8 72.18 7.62 1.3088 8 9 2 8 72.68 2.51 1.3009 2 1 4 8 72.82 2.30 1.2987 12 3 2 8 72.96 1.45 1.2967 5 11 2 8 73.50 1.52 1.2884 3 0 4 4 73.70 13.76 1.2855 2 12 2 8 73.84 1.37 1.2834 1 3 4 8 74.73 3.37 1.2703 3 12 2 8 74.95 5.98 1.2671 4 0 4 4 75.36 1.75 1.2612 10 2 3 8 75.38 1.32 1.2609 1 4 4 8 75.70 2.94 1.2564 9 9 2 8 75.87 2.13 1.2540 10 8 2 8 76.31 1.25 1.2479 13 6 1 8 77.89 1.84 1.2264 7 11 2 8 78.01 1.28 1.2249 5 12 2 8 78.47 1.82 1.2189 9 6 3 8 80.18 1.04 1.1971 3 13 2 8 80.27 1.78 1.1960 5 4 4 8 80.93 1.22 1.1879 8 11 2 8 81.59 2.11 1.1800 4 13 2 8 81.66 1.31 1.1791 7 0 4 4 81.87 1.07 1.1766 7 1 4 8 82.30 1.32 1.1715 10 6 3 8 83.76 2.68 1.1548 2 15 1 8 84.34 1.78 1.1483 9 11 2 8 84.67 2.80 1.1447 8 0 4 4 84.76 1.97 1.1437 3 15 1 8 85.34 1.11 1.1375 12 3 3 8 86.16 1.46 1.1287 4 15 1 8 87.12 1.92 1.1187 0 16 0 2 87.95 1.43 1.1102 5 15 1 8 88.38 2.08 1.1060 12 9 2 8 88.74 2.22 1.1024 12 5 3 8 88.92 3.95 1.1006 14 9 0 4 89.24 4.48 1.0976 9 12 2 8 89.55 1.72 1.0945 8 14 1 8 ================================================================================ XPOW Copyright 1993 Bob Downs, Ranjini Swaminathan and Kurt Bartelmehs For reference, see Downs et al. (1993) American Mineralogist 78, 1104-1107.