Fayalite Lottermoser W, Steiner K, Grodzicki M, Jiang K, Scharfetter G, Bats J W, Redhammer G J, Treutmann W, Hosoya S, Amthauer G Physics and Chemistry of Minerals 29 (2002) 112-121 The electric field gradient in synthetic fayalite alpha-Fe2SiO4 at moderate temperatures Sample: T = 153 K _database_code_amcsd 0008631 CELL PARAMETERS: 10.4597 6.0818 4.8150 90.000 90.000 90.000 SPACE GROUP: Pnma X-RAY WAVELENGTH: 1.541838 Cell Volume: 306.300 Density (g/cm3): 4.418 MAX. ABS. INTENSITY / VOLUME**2: 22.70518835 RIR: 1.673 RIR based on corundum from Acta Crystallographica A38 (1982) 733-739 2-THETA INTENSITY D-SPACING H K L Multiplicity 16.95 7.91 5.2298 2 0 0 2 20.30 9.92 4.3738 1 0 1 4 22.42 8.35 3.9654 2 1 0 4 23.57 4.07 3.7751 0 1 1 4 25.08 61.81 3.5509 1 1 1 8 25.14 5.24 3.5423 2 0 1 4 29.17 3.29 3.0610 2 1 1 8 29.37 5.72 3.0409 0 2 0 2 31.68 92.71 2.8240 3 0 1 4 34.11 33.92 2.6288 2 2 0 4 34.29 11.84 2.6149 4 0 0 2 35.03 64.27 2.5613 3 1 1 8 35.97 100.00 2.4968 1 2 1 8 37.35 16.13 2.4075 0 0 2 2 37.44 13.37 2.4023 4 1 0 4 38.37 6.35 2.3462 1 0 2 4 39.04 11.62 2.3073 2 2 1 8 39.20 11.42 2.2979 4 0 1 4 41.24 6.42 2.1889 1 1 2 8 43.75 6.19 2.0693 3 2 1 8 44.00 1.67 2.0579 2 1 2 8 45.76 2.33 1.9827 4 2 0 4 47.38 2.67 1.9187 5 0 1 4 49.56 10.81 1.8393 1 3 1 8 49.84 6.49 1.8298 5 1 1 8 51.47 72.91 1.7755 2 2 2 8 51.60 22.05 1.7712 4 0 2 4 51.97 2.16 1.7595 2 3 1 8 53.92 11.52 1.7005 4 1 2 8 54.78 12.33 1.6758 6 1 0 4 55.82 15.28 1.6468 3 3 1 8 56.73 18.11 1.6227 5 2 1 8 57.52 7.08 1.6022 4 3 0 4 58.15 4.28 1.5864 1 0 3 4 60.29 5.79 1.5351 1 1 3 8 60.32 1.19 1.5344 2 0 3 4 60.34 1.09 1.5339 1 3 2 8 60.49 3.39 1.5305 4 2 2 8 60.58 2.33 1.5284 5 1 2 8 60.93 20.82 1.5204 0 4 0 2 61.29 24.85 1.5124 6 2 0 4 62.42 1.14 1.4878 2 1 3 8 63.85 6.21 1.4579 3 0 3 4 65.39 13.66 1.4271 7 0 1 4 65.88 7.79 1.4178 3 1 3 8 66.47 10.38 1.4065 1 2 3 8 67.18 1.71 1.3935 5 3 1 8 68.18 3.39 1.3754 6 1 2 8 68.50 6.37 1.3699 2 2 3 8 68.61 1.37 1.3679 4 0 3 4 70.32 13.52 1.3387 3 4 1 8 70.57 2.55 1.3345 4 1 3 8 70.62 2.29 1.3338 4 3 2 8 71.36 4.74 1.3218 6 3 0 4 71.82 2.82 1.3144 4 4 0 4 73.69 5.78 1.2855 0 4 2 4 74.02 5.10 1.2807 6 2 2 8 74.34 1.00 1.2759 1 4 2 8 76.20 1.47 1.2494 1 3 3 8 76.46 1.47 1.2458 5 3 2 8 79.65 4.54 1.2038 0 0 4 2 79.86 1.10 1.2011 8 2 0 4 80.62 1.15 1.1917 5 4 1 8 81.28 3.87 1.1836 3 3 3 8 82.04 8.20 1.1746 5 2 3 8 82.27 1.23 1.1719 1 5 1 8 82.30 1.37 1.1716 7 2 2 8 83.42 1.93 1.1586 6 3 2 8 83.86 7.31 1.1537 4 4 2 8 84.28 2.80 1.1490 8 0 2 4 85.67 1.98 1.1339 4 3 3 8 86.13 2.05 1.1290 8 1 2 8 87.27 3.84 1.1171 3 5 1 8 87.69 2.00 1.1129 1 2 4 8 89.22 1.74 1.0977 1 4 3 8 89.56 6.19 1.0945 2 2 4 8 89.64 5.14 1.0937 7 0 3 4 89.66 2.76 1.0935 4 0 4 4 ================================================================================ XPOW Copyright 1993 Bob Downs, Ranjini Swaminathan and Kurt Bartelmehs For reference, see Downs et al. (1993) American Mineralogist 78, 1104-1107.