Kyanite Diffraction data computed using the structure from the paper listed below, along with the cell parameters refined from the powder pattern for R040119 Yang H, Downs R T, Finger L W, Hazen R M, Prewitt C T American Mineralogist 82 (1997) 467-474 Compressibility and crystal structure of kyanite, Al2SiO5, at high pressure Sample: at P = 0.0 GPa, in air CELL PARAMETERS: 7.120000 7.847900 5.573800 89.97400 101.1170 106.0000 SPACE GROUP: P-1 X-RAY WAVELENGTH: 1.541838 2-THETA INTENSITY D-SPACING H K L 13.24 5.55 6.7083 1 0 0 15.06 4.25 5.9012 -1 1 0 20.08 8.51 4.4302 1 1 0 20.63 22.50 4.3138 0 1 1 20.66 22.77 4.3067 -1 1 1 23.65 9.74 3.7677 0 2 0 23.65 10.35 3.7680 -1 2 0 23.66 2.88 3.7656 1 -1 1 23.73 2.63 3.7554 -1 -1 1 25.90 7.63 3.4449 -2 1 0 26.61 100.00 3.3541 2 0 0 27.96 58.20 3.1943 1 1 1 28.00 34.98 3.1902 -1 2 1 28.07 43.79 3.1830 0 -2 1 28.04 63.00 3.1857 -2 1 1 29.55 16.91 3.0262 0 2 1 29.61 12.97 3.0204 1 -2 1 30.33 12.25 2.9501 1 2 0 30.32 13.76 2.9506 -2 2 0 32.14 1.98 2.7871 2 1 0 32.81 3.33 2.7316 0 0 2 32.86 3.47 2.7279 -1 0 2 33.19 41.12 2.7017 2 -1 1 33.28 38.34 2.6942 -2 -1 1 34.08 1.26 2.6330 2 0 1 34.34 4.33 2.6137 0 -1 2 34.31 6.40 2.6160 -1 1 2 34.46 5.77 2.6049 -1 3 0 35.58 37.54 2.5248 0 1 2 35.70 24.80 2.5168 -1 -1 2 35.77 39.27 2.5118 0 3 0 36.48 2.78 2.4650 1 2 1 36.52 5.57 2.4620 2 -2 1 38.00 10.10 2.3696 1 0 2 38.12 8.93 2.3623 -2 0 2 38.13 30.06 2.3614 1 -1 2 38.19 38.12 2.3582 -2 1 2 38.28 32.37 2.3526 -2 3 0 38.64 12.69 2.3317 1 -3 1 38.66 12.78 2.3304 0 -3 1 39.62 7.06 2.2758 -1 2 2 39.72 4.81 2.2706 0 -2 2 40.36 4.40 2.2361 3 0 0 40.34 4.87 2.2368 0 3 1 40.38 5.30 2.2349 -2 3 1 40.76 8.59 2.2151 2 2 0 40.75 9.70 2.2155 -3 2 0 41.37 5.61 2.1837 -3 2 1 41.42 8.22 2.1811 -2 -2 1 41.61 9.68 2.1715 1 1 2 41.79 15.70 2.1627 -2 -1 2 41.82 15.36 2.1613 1 3 0 41.90 1.28 2.1569 0 2 2 41.98 1.48 2.1533 -2 2 2 45.16 10.95 2.0084 3 -1 1 45.27 10.48 2.0038 -3 -1 1 46.00 4.44 1.9736 2 -1 2 46.12 1.70 1.9689 -3 1 2 46.16 1.93 1.9671 -3 3 0 46.27 79.02 1.9629 -1 4 0 46.72 5.51 1.9448 2 2 1 46.76 2.53 1.9434 3 -2 1 46.93 77.77 1.9367 2 0 2 47.10 78.77 1.9300 -3 0 2 48.33 2.84 1.8838 0 4 0 48.32 2.46 1.8840 -2 4 0 49.31 2.91 1.8487 -1 4 1 49.38 1.25 1.8459 1 -4 1 51.71 15.83 1.7681 3 1 1 51.82 17.22 1.7647 -4 1 1 52.33 1.76 1.7487 0 1 3 52.42 1.44 1.7458 -2 1 3 54.71 3.67 1.6780 1 -1 3 54.69 3.29 1.6785 -1 2 3 54.80 6.73 1.6754 0 -2 3 54.85 3.77 1.6740 -2 -1 3 55.65 1.70 1.6517 -2 2 3 55.77 2.26 1.6486 -1 -2 3 56.64 7.22 1.6252 3 -1 2 56.80 5.33 1.6211 -4 1 2 56.81 4.42 1.6208 -4 3 0 57.22 1.18 1.6102 1 3 2 57.73 2.53 1.5972 2 2 2 57.79 4.20 1.5955 3 -2 2 57.78 6.32 1.5958 -1 4 2 57.82 9.22 1.5949 1 1 3 57.92 5.87 1.5923 1 -4 2 57.81 6.41 1.5951 -2 4 2 57.95 5.53 1.5915 0 -4 2 57.90 3.11 1.5928 -4 2 2 57.98 3.63 1.5909 -3 -2 2 57.99 10.16 1.5905 -3 1 3 58.64 2.73 1.5745 1 4 1 58.70 2.09 1.5730 3 -4 1 59.79 1.54 1.5467 -2 5 0 60.16 1.17 1.5382 -3 2 3 60.95 1.19 1.5201 4 0 1 61.53 8.08 1.5071 0 5 0 61.49 2.30 1.5080 -1 3 3 61.53 2.27 1.5071 -2 3 3 61.71 7.38 1.5031 -1 5 1 61.72 6.95 1.5028 -2 5 1 62.73 7.79 1.4812 3 1 2 62.90 4.39 1.4775 1 -3 3 62.99 4.13 1.4757 -1 -3 3 62.94 5.56 1.4767 3 3 0 62.97 7.04 1.4760 -4 -1 2 63.07 7.92 1.4740 2 -5 1 63.03 1.86 1.4748 -4 4 1 63.10 8.13 1.4733 0 -5 1 63.11 3.33 1.4732 -2 -4 1 63.43 4.33 1.4665 1 2 3 64.07 7.90 1.4532 -3 5 0 64.84 1.38 1.4379 0 3 3 64.96 1.24 1.4356 -3 3 3 65.87 2.22 1.4178 4 1 1 65.99 2.38 1.4155 -5 1 1 66.02 3.06 1.4149 -4 -2 1 66.34 2.69 1.4090 2 1 3 66.58 3.37 1.4045 -4 1 3 67.14 53.35 1.3940 -1 0 4 67.40 1.72 1.3893 1 5 0 67.85 1.48 1.3812 2 -3 3 67.78 2.05 1.3825 -4 2 3 67.88 1.06 1.3806 -3 -2 3 68.02 1.37 1.3782 -2 -3 3 67.93 44.33 1.3797 1 4 2 68.03 1.44 1.3779 3 -5 1 68.05 48.36 1.3776 3 -4 2 68.10 1.02 1.3768 -1 -5 1 68.06 45.35 1.3775 -4 4 2 68.20 48.70 1.3750 -2 -4 2 68.47 1.41 1.3701 3 3 1 68.57 1.27 1.3684 -5 3 1 69.36 3.16 1.3547 4 -1 2 69.39 2.08 1.3542 -1 5 2 69.59 1.64 1.3508 0 -5 2 69.54 3.64 1.3517 -5 3 0 69.53 2.08 1.3518 3 2 2 69.56 4.36 1.3514 -5 1 2 69.59 1.48 1.3509 4 -2 2 69.74 1.95 1.3483 -5 2 2 69.81 1.48 1.3471 -4 -2 2 70.13 41.53 1.3417 5 0 0 71.14 1.14 1.3251 2 -5 2 71.63 3.06 1.3173 3 -1 3 71.91 2.60 1.3129 -4 -1 3 73.16 3.66 1.2935 5 -2 1 73.46 3.87 1.2889 1 0 4 73.67 3.84 1.2857 -3 0 4 74.39 1.36 1.2750 3 4 0 74.38 1.96 1.2752 -5 4 0 74.51 1.22 1.2732 -2 6 1 75.27 2.26 1.2623 5 -3 1 75.38 1.03 1.2607 1 -2 4 75.40 2.43 1.2605 -4 -3 1 76.16 4.72 1.2497 2 5 0 76.44 1.07 1.2458 4 1 2 76.66 1.26 1.2428 4 3 0 77.82 1.42 1.2271 -2 -4 3 78.31 4.03 1.2206 -1 3 4 78.58 3.13 1.2172 -1 -3 4 79.15 1.50 1.2098 0 6 1 80.01 4.13 1.1989 1 -3 4 79.95 3.07 1.1996 -3 3 4 80.44 2.81 1.1936 1 -5 3 80.48 3.25 1.1931 0 -5 3 81.01 1.11 1.1866 -6 2 1 81.05 1.17 1.1861 -5 -2 1 81.29 1.22 1.1832 1 4 3 81.34 5.05 1.1826 -1 5 3 81.41 4.73 1.1818 -3 5 3 81.54 2.87 1.1802 -5 5 0 82.10 1.42 1.1736 0 3 4 82.25 1.82 1.1718 -4 6 1 82.36 1.14 1.1706 -1 -6 1 82.46 2.24 1.1694 -2 -3 4 82.86 1.28 1.1647 5 2 0 83.93 1.45 1.1526 3 2 3 85.27 5.46 1.1379 -2 4 4 85.51 8.40 1.1353 0 -4 4 86.08 1.37 1.1292 4 -6 1 86.67 1.93 1.1230 5 -5 1 86.76 1.12 1.1221 -4 -3 3 86.79 1.42 1.1218 -3 -5 1 87.07 1.02 1.1189 5 0 2 87.35 1.09 1.1160 -6 0 2 88.19 4.99 1.1075 4 4 0 88.17 5.53 1.1077 -6 4 0 89.58 3.10 1.0939 3 4 2 89.69 2.84 1.0929 5 -4 2 89.79 2.79 1.0919 -6 4 2 89.93 3.36 1.0905 -4 -4 2 89.93 3.36 1.0905 -4 -4 2 XPOW Copyright 1993 Bob Downs, Ranjini Swaminathan and Kurt Bartelmehs For reference, see Downs et al. (1993) American Mineralogist 78, 1104-1107.