Anthophyllite Walitzi E M, Walter F, Ettinger K Zeitschrift fur Kristallographie 188 (1989) 237-244 Verfeinerung der kristallstruktur von anthophyllit vom Ochsenkogel/Gleinalpe, Osterreich _database_code_amcsd 0010994 CELL PARAMETERS: 18.5440 18.0260 5.2820 90.000 90.000 90.000 SPACE GROUP: Pnma X-RAY WAVELENGTH: 1.541838 Cell Volume: 1765.636 Density (g/cm3): 3.080 MAX. ABS. INTENSITY / VOLUME**2: 4.673325862 RIR: 0.494 RIR based on corundum from Acta Crystallographica A38 (1982) 733-739 2-THETA INTENSITY D-SPACING H K L Multiplicity 9.81 74.37 9.0130 0 2 0 2 10.73 75.67 8.2452 2 1 0 4 17.46 7.88 5.0799 1 0 1 4 17.50 3.75 5.0689 0 1 1 4 17.59 9.06 5.0424 2 3 0 4 18.14 16.43 4.8895 1 1 1 8 19.34 7.74 4.5895 2 0 1 4 19.70 24.25 4.5065 0 4 0 2 19.96 18.60 4.4476 2 1 1 8 21.56 23.70 4.1226 4 2 0 4 21.73 3.24 4.0898 2 2 1 8 22.14 3.29 4.0156 3 0 1 4 22.41 2.29 3.9671 0 3 1 4 22.69 2.39 3.9195 3 1 1 8 22.92 23.36 3.8793 1 3 1 8 24.41 65.81 3.6473 2 3 1 8 26.44 3.65 3.3712 1 4 1 8 26.53 2.52 3.3601 2 5 0 4 26.70 23.01 3.3387 3 3 1 8 27.44 27.01 3.2499 4 2 1 8 27.60 72.29 3.2314 4 4 0 4 27.74 4.89 3.2155 2 4 1 8 29.32 100.00 3.0462 6 1 0 4 29.43 2.41 3.0353 5 0 1 4 29.64 10.20 3.0142 4 3 1 8 29.74 3.31 3.0043 0 6 0 2 29.80 2.57 2.9981 3 4 1 8 30.40 5.77 2.9400 1 5 1 8 31.09 29.37 2.8765 5 2 1 8 31.56 69.66 2.8351 2 5 1 8 32.58 19.85 2.7484 6 3 0 4 33.06 10.21 2.7092 5 3 1 8 33.40 46.67 2.6827 3 5 1 8 33.60 1.62 2.6676 6 0 1 4 33.97 1.82 2.6388 6 1 1 8 34.67 2.43 2.5875 1 1 2 8 34.69 44.75 2.5859 1 6 1 8 35.08 8.67 2.5579 6 2 1 8 35.34 63.05 2.5400 2 0 2 4 35.61 4.92 2.5212 4 6 0 4 35.66 1.20 2.5175 5 4 1 8 35.72 11.68 2.5137 2 6 1 8 35.76 2.30 2.5111 1 2 2 8 35.84 21.74 2.5054 4 5 1 8 36.87 1.27 2.4381 6 3 1 8 37.02 23.52 2.4286 3 0 2 4 37.36 1.01 2.4069 3 1 2 8 38.36 5.20 2.3464 6 5 0 4 38.39 3.27 2.3450 3 2 2 8 38.78 21.25 2.3219 5 5 1 8 39.22 6.80 2.2969 1 7 1 8 39.26 2.46 2.2948 4 0 2 4 39.34 9.83 2.2903 7 2 1 8 39.59 5.40 2.2764 4 1 2 8 39.61 9.32 2.2753 4 6 1 8 40.01 2.30 2.2532 0 8 0 2 40.15 17.97 2.2458 2 7 1 8 40.17 1.20 2.2449 8 2 0 4 41.67 3.43 2.1677 3 7 1 8 42.00 32.01 2.1513 5 0 2 4 42.15 2.72 2.1437 4 3 2 8 42.27 4.23 2.1379 3 4 2 8 42.31 10.68 2.1361 5 1 2 8 42.33 27.36 2.1352 5 6 1 8 43.24 2.10 2.0925 5 2 2 8 43.71 2.28 2.0709 4 7 1 8 43.82 6.18 2.0661 8 2 1 8 43.92 1.70 2.0613 8 4 0 4 43.96 1.96 2.0597 1 8 1 8 44.72 5.46 2.0266 4 8 0 4 44.74 2.13 2.0254 5 3 2 8 44.81 2.56 2.0226 2 8 1 8 45.47 19.89 1.9947 6 6 1 8 45.85 9.11 1.9792 7 5 1 8 45.87 3.38 1.9784 6 7 0 4 46.20 1.19 1.9650 3 8 1 8 46.23 5.26 1.9637 5 7 1 8 46.38 3.92 1.9577 2 9 0 4 46.93 3.00 1.9359 4 5 2 8 48.18 1.31 1.8887 3 6 2 8 48.68 9.37 1.8703 7 0 2 4 48.88 5.98 1.8633 1 9 1 8 48.98 1.57 1.8598 7 6 1 8 49.33 1.24 1.8474 5 5 2 8 49.41 7.82 1.8447 10 1 0 4 49.66 7.41 1.8357 2 9 1 8 49.68 2.10 1.8352 8 6 0 4 49.71 7.49 1.8340 6 4 2 8 49.79 2.47 1.8313 7 2 2 8 49.85 5.28 1.8291 8 5 1 8 50.44 1.28 1.8092 5 8 1 8 51.58 3.55 1.7719 10 3 0 4 52.79 7.03 1.7341 8 1 2 8 52.81 11.77 1.7336 8 6 1 8 52.93 1.30 1.7298 2 0 3 4 53.01 6.61 1.7275 7 4 2 8 53.21 1.05 1.7213 6 8 1 8 53.70 3.78 1.7069 1 8 2 8 53.98 6.15 1.6988 2 2 3 8 54.13 1.28 1.6944 9 5 1 8 54.29 9.06 1.6896 0 3 3 4 54.43 6.67 1.6856 2 8 2 8 54.54 1.35 1.6827 1 3 3 8 54.92 1.43 1.6717 5 9 1 8 55.19 1.28 1.6642 3 2 3 8 55.64 2.03 1.6518 3 8 2 8 56.11 1.32 1.6391 4 1 3 8 56.66 6.64 1.6245 9 0 2 4 56.91 4.43 1.6180 9 1 2 8 56.93 19.68 1.6176 9 6 1 8 57.00 3.46 1.6157 8 8 0 4 57.07 13.40 1.6137 2 11 0 4 57.57 2.58 1.6010 4 10 1 8 57.66 1.68 1.5988 9 2 2 8 58.11 1.70 1.5875 4 3 3 8 58.32 26.66 1.5821 0 5 3 4 58.56 3.76 1.5764 1 5 3 8 59.66 3.12 1.5499 5 10 1 8 59.85 7.30 1.5453 12 0 0 2 59.86 3.15 1.5452 3 9 2 8 60.59 4.66 1.5283 9 4 2 8 61.22 8.50 1.5140 1 6 3 8 61.31 18.88 1.5120 10 6 1 8 61.48 1.41 1.5083 6 2 3 8 61.76 22.92 1.5022 0 12 0 2 61.90 18.93 1.4990 2 6 3 8 61.90 1.36 1.4990 6 8 2 8 63.40 1.67 1.4670 11 5 1 8 63.69 1.14 1.4612 9 8 1 8 64.07 7.59 1.4534 0 7 3 4 64.35 5.56 1.4478 6 11 0 4 64.78 1.81 1.4391 7 8 2 8 64.82 3.70 1.4383 10 4 2 8 65.03 2.27 1.4343 7 10 1 8 65.71 8.53 1.4210 11 0 2 4 65.94 9.02 1.4166 11 1 2 8 65.95 26.74 1.4163 11 6 1 8 67.45 1.15 1.3885 1 11 2 8 67.54 1.27 1.3869 4 7 3 8 67.76 1.64 1.3829 11 3 2 8 68.26 1.23 1.3740 8 10 1 8 68.37 1.30 1.3721 2 8 3 8 68.40 3.11 1.3716 12 5 1 8 68.87 13.03 1.3633 6 6 3 8 69.15 6.40 1.3584 3 11 2 8 70.84 9.17 1.3301 12 1 2 8 70.85 15.14 1.3299 12 6 1 8 71.32 2.18 1.3224 0 9 3 4 71.41 3.36 1.3210 14 1 0 4 71.61 1.34 1.3178 7 6 3 8 71.65 3.21 1.3172 1 0 4 4 71.82 1.46 1.3145 8 9 2 8 71.87 2.95 1.3137 1 1 4 8 72.27 2.73 1.3073 2 0 4 4 72.31 2.35 1.3067 8 5 3 8 72.51 1.50 1.3036 5 11 2 8 72.61 4.12 1.3021 12 3 2 8 73.20 18.33 1.2930 2 12 2 8 73.31 4.38 1.2914 3 0 4 4 73.62 1.50 1.2866 1 3 4 8 73.63 2.31 1.2865 13 5 1 8 74.23 9.87 1.2775 3 12 2 8 74.64 2.43 1.2716 4 9 3 8 74.75 5.91 1.2700 4 0 4 4 75.15 2.22 1.2643 1 4 4 8 75.15 3.37 1.2642 10 2 3 8 75.33 1.69 1.2617 9 9 2 8 75.40 2.29 1.2606 8 12 0 4 76.29 2.63 1.2481 2 10 3 8 76.59 1.67 1.2440 5 0 4 4 77.50 3.41 1.2316 5 12 2 8 80.01 1.69 1.1992 5 4 4 8 80.46 4.14 1.1936 8 11 2 8 81.14 1.03 1.1853 5 14 1 8 81.43 1.88 1.1818 7 0 4 4 82.00 2.69 1.1751 10 6 3 8 82.33 1.70 1.1712 7 12 2 8 83.08 1.04 1.1625 2 15 1 8 83.39 2.03 1.1590 16 0 0 2 83.86 6.13 1.1537 9 11 2 8 84.07 1.46 1.1513 3 15 1 8 84.43 2.42 1.1474 8 0 4 4 87.93 1.75 1.1105 10 13 0 4 87.96 1.04 1.1102 12 9 2 8 88.01 1.30 1.1097 9 1 4 8 88.50 2.80 1.1048 14 9 0 4 88.69 4.89 1.1029 9 12 2 8 ================================================================================ XPOW Copyright 1993 Bob Downs, Ranjini Swaminathan and Kurt Bartelmehs For reference, see Downs et al. (1993) American Mineralogist 78, 1104-1107.