Cordierite Hochella M F, Brown G E, Ross F K, Gibbs G V American Mineralogist 64 (1979) 337-351 High-temperature crystal chemistry of hydrous Mg- and Fe-cordierite White Well, T = 775 C _database_code_amcsd 0000707 CELL PARAMETERS: 17.1490 9.7590 9.3520 90.000 90.000 90.000 SPACE GROUP: Cccm X-RAY WAVELENGTH: 1.541838 Cell Volume: 1565.124 Density (g/cm3): 2.494 MAX. ABS. INTENSITY / VOLUME**2: 10.71932751 RIR: 1.399 RIR based on corundum from Acta Crystallographica A38 (1982) 733-739 2-THETA INTENSITY D-SPACING H K L Multiplicity 10.32 59.83 8.5745 2 0 0 2 10.43 100.00 8.4818 1 1 0 4 17.98 20.09 4.9325 3 1 0 4 18.18 8.96 4.8795 0 2 0 2 18.98 10.85 4.6760 0 0 2 2 21.65 7.72 4.1052 2 0 2 4 21.70 44.79 4.0949 1 1 2 8 26.26 33.93 3.3935 3 1 2 8 26.40 20.95 3.3761 0 2 2 4 28.24 15.97 3.1601 4 0 2 4 28.41 45.61 3.1414 2 2 2 8 29.20 29.72 3.0579 5 1 1 8 29.33 24.20 3.0452 4 2 1 8 29.54 29.29 3.0243 1 3 1 8 33.68 9.80 2.6608 5 1 2 8 33.79 9.39 2.6524 4 2 2 8 33.98 4.95 2.6386 1 3 2 8 36.43 3.15 2.4662 6 2 0 4 36.84 2.58 2.4397 0 4 0 2 37.16 1.18 2.4194 3 3 2 8 38.51 9.90 2.3380 0 0 4 2 41.39 4.13 2.1814 6 2 2 8 41.76 1.11 2.1630 0 4 2 4 42.68 2.04 2.1183 7 1 2 8 42.80 2.57 2.1127 3 1 4 8 42.89 1.20 2.1085 0 2 4 4 42.92 3.05 2.1070 5 3 2 8 43.13 4.57 2.0973 2 4 2 8 44.24 1.20 2.0475 2 2 4 8 46.26 1.26 1.9626 8 2 0 4 46.40 2.34 1.9570 7 3 0 4 46.61 1.86 1.9486 8 0 2 4 46.85 1.24 1.9393 1 5 0 4 47.06 2.07 1.9312 4 4 2 8 47.33 1.06 1.9207 8 2 1 8 48.15 3.20 1.8898 7 1 3 8 48.23 1.20 1.8870 1 3 4 8 48.37 4.52 1.8817 5 3 3 8 48.56 4.34 1.8748 2 4 3 8 48.69 1.51 1.8701 9 1 0 4 49.10 1.51 1.8556 6 4 0 4 49.34 1.57 1.8471 3 5 0 4 50.12 2.00 1.8202 6 4 1 8 50.36 1.42 1.8121 3 5 1 8 50.43 2.23 1.8097 6 0 4 4 50.67 4.09 1.8017 3 3 4 8 53.43 3.49 1.7149 10 0 0 2 54.05 12.48 1.6967 6 2 4 8 54.06 4.20 1.6964 5 5 0 4 54.35 7.34 1.6880 0 4 4 4 55.11 1.40 1.6665 7 1 4 8 55.31 1.14 1.6608 8 2 3 8 55.92 1.00 1.6442 9 3 0 4 56.59 1.01 1.6265 0 6 0 2 56.91 1.67 1.6179 10 2 0 4 57.46 2.25 1.6037 9 1 3 8 57.69 1.06 1.5980 2 6 0 4 57.83 3.96 1.5945 6 4 3 8 58.04 2.28 1.5891 3 5 3 8 59.29 1.91 1.5587 0 0 6 2 59.61 1.15 1.5511 9 3 2 8 60.24 1.14 1.5362 0 6 2 4 61.71 1.94 1.5032 8 2 4 8 61.82 2.51 1.5007 7 3 4 8 62.19 1.85 1.4926 1 5 4 8 62.49 1.92 1.4862 3 1 6 8 63.60 1.79 1.4630 2 2 6 8 63.63 1.20 1.4623 11 1 2 8 64.18 3.14 1.4512 7 5 2 8 64.43 1.34 1.4462 4 6 2 8 66.10 1.20 1.4136 6 6 0 4 66.60 1.28 1.4042 5 1 6 8 66.66 1.44 1.4030 4 2 6 8 68.68 3.82 1.3667 12 0 2 4 69.24 1.20 1.3570 12 2 1 8 69.46 5.54 1.3531 6 6 2 8 69.70 1.51 1.3492 9 5 1 8 70.22 1.38 1.3405 3 7 1 8 70.83 2.94 1.3304 10 2 4 8 71.08 1.83 1.3262 8 4 4 8 71.51 1.64 1.3193 2 6 4 8 71.62 1.83 1.3176 6 2 6 8 73.96 1.84 1.2816 11 3 3 8 74.81 1.32 1.2692 1 7 3 8 77.26 1.54 1.2349 5 1 7 8 77.32 1.19 1.2340 4 2 7 8 77.43 1.45 1.2326 1 3 7 8 79.71 1.89 1.2030 10 4 4 8 80.56 2.06 1.1923 12 4 2 8 81.34 1.21 1.1830 12 2 4 8 82.26 1.17 1.1720 3 7 4 8 82.52 2.49 1.1690 0 0 8 2 ================================================================================ XPOW Copyright 1993 Bob Downs, Ranjini Swaminathan and Kurt Bartelmehs For reference, see Downs et al. (1993) American Mineralogist 78, 1104-1107.