Uvarovite Wildner M, Andrut M American Mineralogist 86 (2001) 1231-1251 The crystal chemistry of birefringent natural uvarovites: Part II. Single-crystal X-ray structures Sample: Sar-899 _database_code_amcsd 0002724 CELL PARAMETERS: 11.9590 16.9580 16.9580 90.000 90.000 90.000 SPACE GROUP: Fddd X-RAY WAVELENGTH: 1.541838 Cell Volume: 3439.095 Density (g/cm3): 3.754 MAX. ABS. INTENSITY / VOLUME**2: 9.354446240 RIR: 0.811 RIR based on corundum from Acta Crystallographica A38 (1982) 733-739 2-THETA INTENSITY D-SPACING H K L Multiplicity 10.45 1.09 8.4676 1 1 1 8 20.95 3.58 4.2395 0 0 4 2 20.95 3.80 4.2395 0 4 0 2 20.98 14.70 4.2338 2 2 2 8 29.80 100.00 2.9978 0 4 4 4 29.89 49.71 2.9897 4 0 0 2 33.42 43.39 2.6813 0 6 2 4 33.42 43.58 2.6813 0 2 6 4 33.44 86.76 2.6799 2 4 4 8 33.49 86.39 2.6755 4 2 2 8 35.12 3.54 2.5553 2 0 6 4 35.12 3.40 2.5553 2 6 0 4 35.14 5.41 2.5537 3 1 5 8 35.14 8.63 2.5537 3 5 1 8 36.73 41.45 2.4466 2 6 2 8 36.73 41.48 2.4466 2 2 6 8 36.78 20.51 2.4433 4 0 4 4 36.78 20.79 2.4433 4 4 0 4 38.28 7.90 2.3514 1 1 7 8 38.28 5.21 2.3514 1 7 1 8 38.31 5.07 2.3495 3 5 3 8 38.31 8.00 2.3495 3 3 5 8 38.34 6.39 2.3478 4 4 2 8 38.34 6.45 2.3478 4 2 4 8 41.24 7.12 2.1891 1 7 3 8 41.24 4.60 2.1891 1 3 7 8 41.25 5.85 2.1885 2 6 4 8 41.25 5.73 2.1885 2 4 6 8 41.33 6.76 2.1844 5 3 1 8 41.33 4.82 2.1844 5 1 3 8 46.70 8.86 1.9451 1 7 5 8 46.70 11.30 1.9451 1 5 7 8 46.71 4.68 1.9447 2 8 2 8 46.71 4.60 1.9447 2 2 8 8 46.73 5.57 1.9440 3 7 3 8 46.73 3.80 1.9440 3 3 7 8 46.78 3.56 1.9418 5 5 1 8 46.78 5.78 1.9418 5 1 5 8 46.82 4.94 1.9403 6 0 2 4 46.82 4.99 1.9403 6 2 0 4 47.98 3.34 1.8960 0 8 4 4 47.98 3.31 1.8960 0 4 8 4 48.00 6.64 1.8955 2 6 6 8 48.11 6.60 1.8914 6 2 2 8 52.95 11.92 1.7292 4 0 8 4 52.95 12.12 1.7292 4 8 0 4 55.24 12.02 1.6629 0 2 10 4 55.24 11.43 1.6629 0 10 2 4 55.29 23.36 1.6615 4 6 6 8 55.35 23.25 1.6598 6 4 4 8 56.46 1.02 1.6298 5 7 3 8 57.53 28.83 1.6021 2 10 2 8 57.53 28.26 1.6021 2 2 10 8 57.56 28.54 1.6012 4 8 4 8 57.56 28.45 1.6012 4 4 8 8 57.62 28.07 1.5996 6 6 2 8 57.62 28.61 1.5996 6 2 6 8 61.90 20.58 1.4989 0 8 8 4 62.09 10.21 1.4949 8 0 0 2 63.11 1.01 1.4731 7 3 5 8 66.13 1.04 1.4130 2 6 10 8 70.20 6.37 1.3406 0 12 4 4 70.20 6.31 1.3406 0 4 12 4 70.25 12.63 1.3399 4 8 8 8 70.38 12.56 1.3378 8 4 4 8 72.22 7.29 1.3082 2 12 4 8 72.22 7.24 1.3082 2 4 12 8 72.25 7.42 1.3077 4 6 10 8 72.25 7.11 1.3077 4 10 6 8 72.38 7.43 1.3057 8 6 2 8 72.38 7.00 1.3057 8 2 6 8 74.23 4.61 1.2776 4 0 12 4 74.23 4.39 1.2776 4 12 0 4 74.28 9.02 1.2769 6 2 10 8 74.28 8.94 1.2769 6 10 2 8 87.65 2.50 1.1133 0 14 6 4 87.65 2.34 1.1133 0 6 14 4 87.69 4.84 1.1129 4 10 10 8 87.69 4.13 1.1129 4 14 2 8 87.69 3.90 1.1129 4 2 14 8 87.74 3.91 1.1124 6 12 4 8 87.74 4.09 1.1124 6 4 12 8 87.81 3.95 1.1117 8 2 10 8 87.81 4.04 1.1117 8 10 2 8 87.90 4.82 1.1108 10 4 4 8 89.55 6.57 1.0945 2 14 6 8 89.55 6.56 1.0945 2 6 14 8 89.58 6.49 1.0942 4 8 12 8 89.58 6.63 1.0942 4 12 8 8 89.80 6.46 1.0922 10 6 2 8 89.80 6.57 1.0922 10 2 6 8 ================================================================================ XPOW Copyright 1993 Bob Downs, Ranjini Swaminathan and Kurt Bartelmehs For reference, see Downs et al. (1993) American Mineralogist 78, 1104-1107.