Tincalconite Luck R L, Wang G American Mineralogist 87 (2002) 350-354 On the nature of tincalconite _database_code_amcsd 0002764 CELL PARAMETERS: 11.1402 11.1402 21.2070 90.000 90.000 120.000 SPACE GROUP: R32 X-RAY WAVELENGTH: 1.541838 Cell Volume: 2279.270 Density (g/cm3): 1.866 MAX. ABS. INTENSITY / VOLUME**2: 3.424851210 RIR: 0.598 RIR based on corundum from Acta Crystallographica A38 (1982) 733-739 2-THETA INTENSITY D-SPACING H K L Multiplicity 10.07 59.34 8.7817 1 0 1 6 12.40 1.93 7.1360 0 1 2 6 12.52 13.75 7.0690 0 0 3 2 15.91 22.28 5.5701 1 1 0 3 18.87 34.53 4.7037 0 2 1 6 19.10 7.75 4.6464 1 0 4 6 20.22 65.14 4.3908 2 0 2 6 20.30 39.52 4.3751 1 1 3 6 22.90 9.45 3.8827 0 1 5 6 24.77 8.01 3.5937 2 1 1 6 24.96 10.34 3.5680 0 2 4 6 25.20 2.41 3.5345 0 0 6 2 25.84 58.61 3.4483 1 2 2 6 28.01 4.07 3.1853 2 0 5 6 29.74 23.19 3.0045 2 1 4 6 29.94 11.40 2.9844 1 1 6 6 30.54 5.13 2.9272 0 3 3 6 30.54 94.87 2.9272 3 0 3 6 30.94 3.69 2.8904 1 0 7 6 32.14 2.56 2.7850 2 2 0 3 32.38 19.21 2.7651 1 2 5 6 33.76 3.41 2.6547 1 3 1 6 34.57 21.32 2.5945 3 1 2 6 34.62 1.16 2.5912 2 2 3 6 34.97 2.05 2.5656 0 2 7 6 35.11 7.36 2.5561 0 1 8 6 37.66 12.26 2.3888 1 3 4 6 37.82 1.22 2.3787 0 3 6 6 37.82 2.14 2.3787 3 0 6 6 38.64 10.90 2.3303 2 1 7 6 38.76 1.48 2.3232 2 0 8 6 39.83 23.83 2.2631 3 1 5 6 41.12 15.42 2.1954 4 0 4 6 41.27 30.20 2.1875 2 2 6 6 41.62 3.69 2.1701 1 1 9 6 41.69 2.80 2.1666 2 3 2 6 42.14 6.72 2.1442 1 2 8 6 42.96 6.23 2.1053 4 1 0 6 43.70 1.14 2.0713 1 0 10 6 44.35 3.50 2.0425 3 2 4 6 44.92 9.82 2.0177 4 1 3 6 45.21 25.14 2.0055 1 3 7 6 46.27 4.41 1.9622 2 3 5 6 46.79 15.55 1.9414 0 2 10 6 47.86 4.50 1.9007 0 3 9 6 47.86 1.68 1.9007 3 0 9 6 47.92 1.12 1.8984 5 0 2 6 49.06 13.29 1.8567 3 3 0 3 49.74 1.88 1.8332 2 1 10 6 50.46 5.39 1.8087 1 4 6 6 50.46 1.56 1.8087 4 1 6 6 50.75 1.64 1.7989 2 2 9 6 50.81 13.49 1.7969 4 2 2 6 50.85 14.11 1.7958 3 3 3 6 51.21 6.15 1.7840 0 4 8 6 51.73 4.52 1.7673 0 0 12 2 52.07 5.48 1.7563 5 0 5 6 53.12 1.38 1.7241 2 4 4 6 53.97 1.50 1.6990 2 3 8 6 54.47 1.34 1.6845 1 1 12 6 55.27 4.63 1.6620 1 3 10 6 55.82 6.59 1.6470 5 1 4 6 56.55 2.15 1.6275 0 5 7 6 57.28 1.45 1.6085 1 0 13 6 58.82 5.87 1.5699 1 4 9 6 58.87 2.64 1.5686 3 4 2 6 58.90 1.23 1.5679 0 6 3 6 59.14 1.10 1.5622 2 4 7 6 59.70 4.61 1.5488 3 0 12 6 59.87 1.13 1.5449 5 2 0 6 61.43 1.32 1.5092 2 5 3 6 61.67 1.60 1.5041 5 1 7 6 62.52 1.16 1.4856 3 4 5 6 63.37 1.01 1.4677 1 6 1 6 63.57 3.36 1.4636 0 6 6 6 64.22 1.02 1.4504 1 5 8 6 65.88 2.05 1.4177 1 6 4 6 66.00 1.05 1.4156 5 2 6 6 68.18 1.45 1.3753 3 5 1 6 68.18 1.31 1.3753 7 0 1 6 70.13 1.59 1.3418 5 1 10 6 73.12 1.02 1.2942 0 3 15 6 74.34 1.10 1.2759 2 6 5 6 75.62 1.02 1.2575 7 1 3 6 79.81 1.25 1.2017 1 7 6 6 80.94 1.18 1.1878 5 1 13 6 82.12 2.99 1.1737 4 1 15 6 82.85 1.16 1.1651 4 2 14 6 83.03 2.45 1.1631 5 2 12 6 85.98 1.28 1.1306 3 1 17 6 89.63 1.40 1.0938 4 4 12 6 ================================================================================ XPOW Copyright 1993 Bob Downs, Ranjini Swaminathan and Kurt Bartelmehs For reference, see Downs et al. (1993) American Mineralogist 78, 1104-1107.