Ilvaite Bonazzi P, Bindi L American Mineralogist 84 (1999) 1604-1612 Structural adjustments induced by heat treatment in ilvaite Sample: RM at T = 615 deg C _database_code_amcsd 0002323 CELL PARAMETERS: 13.0120 8.8010 5.8500 90.000 90.000 90.000 SPACE GROUP: Pnam X-RAY WAVELENGTH: 1.541838 Cell Volume: 669.934 Density (g/cm3): 4.010 MAX. ABS. INTENSITY / VOLUME**2: 11.78697861 RIR: 0.957 RIR based on corundum from Acta Crystallographica A38 (1982) 733-739 2-THETA INTENSITY D-SPACING H K L Multiplicity 12.14 82.16 7.2900 1 1 0 4 13.61 27.23 6.5060 2 0 0 2 18.21 9.40 4.8719 0 1 1 4 19.46 10.85 4.5626 1 1 1 8 21.31 5.87 4.1686 1 2 0 4 22.80 6.36 3.8997 2 1 1 8 22.86 23.45 3.8905 3 1 0 4 26.25 7.04 3.3948 1 2 1 8 27.42 24.38 3.2530 4 0 0 2 27.53 8.09 3.2395 3 1 1 8 28.90 11.91 3.0890 3 2 0 4 30.56 8.18 2.9250 0 0 2 2 31.25 34.29 2.8618 1 3 0 4 31.47 100.00 2.8430 4 0 1 4 32.79 19.72 2.7316 3 2 1 8 33.00 94.65 2.7146 1 1 2 8 33.51 70.52 2.6744 2 3 0 4 34.28 14.47 2.6159 4 2 0 4 34.90 6.77 2.5707 1 3 1 8 35.15 24.10 2.5531 2 1 2 8 35.99 8.16 2.4956 5 1 0 4 36.90 18.52 2.4360 0 2 2 4 36.96 33.50 2.4322 2 3 1 8 37.67 28.93 2.3880 4 2 1 8 38.51 31.12 2.3380 3 1 2 8 39.25 1.15 2.2954 5 1 1 8 40.18 2.68 2.2441 3 3 1 8 41.52 29.83 2.1750 4 0 2 4 41.63 17.65 2.1695 1 4 0 4 41.65 1.79 2.1687 6 0 0 2 42.57 10.18 2.1239 3 2 2 8 42.83 53.93 2.1115 4 1 2 8 43.25 1.23 2.0919 5 2 1 8 43.42 12.22 2.0843 2 4 0 4 44.56 1.02 2.0334 6 0 1 4 45.80 1.88 1.9812 6 1 1 8 46.24 10.77 1.9634 2 4 1 8 46.27 12.46 1.9622 3 4 0 4 46.58 15.11 1.9499 4 2 2 8 46.66 1.33 1.9468 5 3 0 4 47.77 2.86 1.9038 0 1 3 4 47.92 26.70 1.8985 5 1 2 8 48.31 1.21 1.8838 1 1 3 8 49.33 4.00 1.8472 5 3 1 8 49.37 1.86 1.8459 6 2 1 8 50.05 1.59 1.8225 4 4 0 4 50.16 1.78 1.8187 7 1 0 4 51.76 1.10 1.7663 1 2 3 8 52.01 1.41 1.7583 0 4 2 4 52.36 1.02 1.7472 4 3 2 8 52.49 1.44 1.7433 3 1 3 8 52.52 13.14 1.7425 1 4 2 8 52.53 2.05 1.7421 6 0 2 4 52.60 1.82 1.7400 4 4 1 8 53.51 18.20 1.7124 7 2 0 4 53.97 1.14 1.6991 2 5 0 4 54.02 1.10 1.6974 2 4 2 8 54.43 1.41 1.6856 0 5 1 4 54.62 1.10 1.6802 5 4 0 4 54.89 11.92 1.6725 4 0 3 4 54.94 13.48 1.6712 6 3 1 8 55.75 1.93 1.6489 3 2 3 8 56.39 13.21 1.6317 2 5 1 8 56.47 13.11 1.6295 3 4 2 8 56.59 2.89 1.6265 8 0 0 2 56.81 17.64 1.6207 5 3 2 8 56.84 3.08 1.6198 6 2 2 8 57.16 2.53 1.6115 1 3 3 8 58.59 8.76 1.5756 2 3 3 8 59.09 4.60 1.5634 4 2 3 8 59.88 3.08 1.5445 6 4 0 4 59.96 2.27 1.5428 8 1 1 8 60.70 17.88 1.5256 8 2 0 4 61.95 37.16 1.4979 6 3 2 8 63.30 46.65 1.4692 2 5 2 8 63.41 2.24 1.4668 0 6 0 2 63.62 27.75 1.4625 0 0 4 2 63.86 4.20 1.4576 1 6 0 4 63.89 1.29 1.4569 5 4 2 8 65.04 1.51 1.4339 1 1 4 8 65.42 6.48 1.4267 9 1 0 4 65.53 1.07 1.4245 3 5 2 8 65.56 1.67 1.4240 2 4 3 8 65.68 10.60 1.4215 8 0 2 4 65.77 3.78 1.4199 7 4 0 4 66.65 1.46 1.4033 8 1 2 8 67.40 3.44 1.3895 3 6 0 4 68.05 1.76 1.3777 5 3 3 8 68.55 1.38 1.3690 3 1 4 8 68.59 2.13 1.3683 4 5 2 8 68.68 9.49 1.3667 6 5 0 4 69.53 2.66 1.3519 3 6 1 8 70.61 2.31 1.3339 4 0 4 4 70.80 3.14 1.3308 6 5 1 8 71.35 1.35 1.3218 3 2 4 8 72.51 1.21 1.3036 4 6 1 8 72.59 4.51 1.3023 1 3 4 8 72.75 5.25 1.2999 6 3 3 8 73.58 2.21 1.2872 10 1 0 4 73.85 11.55 1.2832 2 3 4 8 73.91 1.42 1.2823 9 1 2 8 74.00 6.31 1.2810 2 5 3 8 74.12 3.35 1.2792 8 3 2 8 74.24 1.33 1.2774 7 4 2 8 74.30 2.38 1.2765 4 2 4 8 74.74 1.12 1.2702 10 0 1 4 75.02 1.63 1.2661 9 3 1 8 75.32 2.46 1.2618 5 1 4 8 76.27 2.34 1.2484 5 6 1 8 76.32 4.10 1.2478 10 2 0 4 77.13 1.53 1.2366 8 1 3 8 78.77 1.50 1.2150 6 6 0 4 78.95 2.89 1.2127 1 4 4 8 80.17 1.82 1.1972 2 4 4 8 80.38 1.26 1.1946 8 5 0 4 81.12 5.42 1.1855 9 3 2 8 82.20 1.56 1.1727 4 7 0 4 82.21 3.21 1.1726 3 4 4 8 82.81 2.42 1.1656 10 3 1 8 85.88 1.72 1.1316 3 6 3 8 87.07 2.43 1.1192 6 5 3 8 87.77 6.22 1.1121 7 2 4 8 88.80 4.47 1.1018 10 3 2 8 88.89 4.29 1.1010 4 0 5 4 88.99 1.66 1.1000 10 4 1 8 89.59 1.06 1.0941 3 2 5 8 ================================================================================ XPOW Copyright 1993 Bob Downs, Ranjini Swaminathan and Kurt Bartelmehs For reference, see Downs et al. (1993) American Mineralogist 78, 1104-1107.