Bikitaite Diffraction data computed using the structure from the paper listed below, along with the cell parameters refined from the powder pattern for R050160 Comodi P, Gatta G D, Zanazzi P F European Journal of Mineralogy 15 (2003) 247-255 Effects of pressure on the structure of bikitaite P = 0.0001 GPa after decompression CELL PARAMETERS: 8.606100 4.957300 7.597000 89.94000 114.4070 89.98000 SPACE GROUP: P1 X-RAY WAVELENGTH: 1.541838 2-THETA INTENSITY D-SPACING H K L 11.30 38.47 7.8387 1 0 0 12.81 26.03 6.9183 0 0 1 13.12 16.98 6.7535 -1 0 1 20.34 23.00 4.3681 1 0 1 20.94 10.94 4.2445 -2 0 1 21.19 84.48 4.1943 1 1 0 21.22 81.77 4.1879 -1 1 0 22.03 1.25 4.0355 0 1 1 22.24 5.34 3.9992 -1 1 1 22.26 4.56 3.9956 -1 -1 1 22.69 2.20 3.9194 2 0 0 23.43 12.61 3.7970 -1 0 2 25.76 100.00 3.4592 0 0 2 26.40 80.27 3.3767 -2 0 2 27.17 23.78 3.2820 1 1 1 27.24 19.64 3.2740 1 -1 1 27.66 22.56 3.2253 -2 -1 1 27.67 25.16 3.2243 -2 1 1 29.02 17.64 3.0775 2 1 0 29.06 19.87 3.0726 -2 1 0 30.51 6.94 2.9301 2 0 1 31.19 8.25 2.8673 -3 0 1 32.05 4.04 2.7924 -2 1 2 32.08 3.16 2.7900 -2 -1 2 35.55 17.30 2.5252 2 1 1 35.62 16.25 2.5202 2 -1 1 36.17 17.10 2.4832 -3 -1 1 36.19 14.74 2.4814 -3 1 1 36.22 31.24 2.4798 0 2 0 37.13 5.10 2.4210 1 1 2 37.21 6.68 2.4157 1 -1 2 38.09 8.25 2.3622 -3 1 2 38.10 12.06 2.3618 -3 -1 2 38.53 1.55 2.3361 0 2 1 38.59 1.77 2.3325 0 -2 1 38.66 6.88 2.3285 -1 2 1 38.69 7.26 2.3271 -1 -2 1 38.93 1.01 2.3133 3 1 0 38.98 1.58 2.3101 -3 1 0 40.21 1.81 2.2422 -1 1 3 40.28 2.19 2.2384 -1 -1 3 40.54 2.62 2.2245 -2 1 3 40.60 3.60 2.2217 -2 -1 3 41.83 1.24 2.1588 1 2 1 41.93 1.34 2.1542 1 -2 1 42.19 1.36 2.1414 -2 -2 1 42.20 1.27 2.1408 -2 2 1 43.21 1.55 2.0931 0 1 3 43.30 2.42 2.0891 0 -1 3 44.15 2.59 2.0506 -3 1 3 44.91 5.69 2.0177 0 2 2 45.02 4.74 2.0131 0 -2 2 45.33 2.31 1.9999 1 0 3 45.34 4.07 1.9996 -2 2 2 45.38 2.82 1.9978 -2 -2 2 45.65 4.69 1.9867 3 1 1 45.73 2.97 1.9836 3 -1 1 46.32 6.68 1.9597 4 0 0 46.53 1.46 1.9513 -4 -1 2 46.54 1.49 1.9509 -4 1 2 46.80 2.08 1.9407 -4 0 3 47.90 14.68 1.8985 -2 0 4 47.99 1.48 1.8950 2 2 1 48.11 1.61 1.8907 2 -2 1 48.50 2.89 1.8764 -3 -2 1 48.54 3.08 1.8748 -3 2 1 49.06 7.50 1.8564 1 1 3 49.15 4.83 1.8531 1 -1 3 49.74 1.01 1.8323 -3 0 4 50.47 2.37 1.8075 -4 1 3 50.49 1.88 1.8070 -4 -1 3 50.69 1.82 1.8002 3 2 0 50.78 1.39 1.7972 -3 2 0 51.56 1.04 1.7719 -2 -1 4 51.74 1.03 1.7663 -1 2 3 51.85 1.63 1.7626 -1 -2 3 52.11 1.15 1.7546 -2 -2 3 52.53 1.18 1.7414 -1 1 4 52.61 1.55 1.7388 -1 -1 4 53.30 2.04 1.7180 -3 -1 4 53.79 2.95 1.7035 2 0 3 54.37 1.20 1.6867 0 -2 3 55.60 2.90 1.6523 -5 0 3 56.02 1.24 1.6410 2 2 2 56.17 1.23 1.6370 2 -2 2 56.88 1.32 1.6181 1 3 0 56.92 2.16 1.6170 -1 3 0 56.93 1.94 1.6168 -4 -2 1 56.99 1.04 1.6151 -4 2 1 57.09 1.95 1.6126 -4 -2 2 57.11 1.24 1.6121 -4 2 2 57.10 3.99 1.6124 2 1 3 57.20 3.13 1.6099 2 -1 3 58.88 1.89 1.5677 5 0 0 58.89 3.16 1.5676 -5 1 3 58.89 2.73 1.5676 -5 -1 3 60.10 5.58 1.5388 4 2 0 60.21 5.50 1.5363 -4 2 0 60.54 1.72 1.5286 -4 2 3 60.74 3.53 1.5241 2 3 0 60.82 3.35 1.5223 -2 3 0 61.42 3.16 1.5088 -2 2 4 61.55 2.71 1.5061 -2 -2 4 62.03 2.00 1.4956 5 1 0 62.09 1.33 1.4941 -5 1 0 62.35 1.78 1.4886 -1 2 4 63.47 5.56 1.4651 4 0 2 64.25 1.07 1.4491 -2 -1 5 64.37 1.63 1.4466 -4 0 5 64.56 2.19 1.4428 -3 1 5 64.63 2.04 1.4415 -3 -1 5 64.64 1.08 1.4412 2 3 1 65.02 5.87 1.4336 -6 0 2 65.07 2.27 1.4327 -3 -3 1 65.13 2.34 1.4317 -3 3 1 65.67 2.69 1.4212 1 3 2 65.83 3.79 1.4180 1 -3 2 66.00 1.96 1.4148 -6 0 3 66.21 3.52 1.4108 -1 1 5 66.30 2.93 1.4091 -1 -1 5 66.32 1.34 1.4087 4 2 1 66.36 4.81 1.4080 -3 3 2 66.37 4.84 1.4078 -3 -3 2 66.48 1.67 1.4058 2 2 3 66.65 1.64 1.4025 2 -2 3 66.89 1.33 1.3980 3 1 3 66.89 4.36 1.3981 3 3 0 67.00 1.34 1.3961 3 -1 3 67.00 4.99 1.3960 -3 3 0 67.37 2.61 1.3892 -4 1 5 67.43 1.72 1.3882 -4 -1 5 67.61 3.23 1.3850 2 0 4 67.68 3.26 1.3837 0 0 5 67.92 1.01 1.3795 -1 -3 3 68.01 1.06 1.3777 -2 3 3 68.12 1.55 1.3757 -2 -3 3 68.16 1.54 1.3750 -5 2 3 68.16 1.58 1.3751 -5 -2 3 69.57 3.42 1.3507 -5 0 5 70.02 2.03 1.3431 -6 0 4 71.44 2.10 1.3197 2 3 2 71.64 1.84 1.3166 2 -3 2 72.28 1.17 1.3065 6 0 0 72.47 1.17 1.3035 -5 1 5 72.51 1.34 1.3029 -5 -1 5 75.14 1.48 1.2636 -1 -2 5 75.21 2.33 1.2626 4 2 2 75.39 1.97 1.2601 4 -2 2 76.09 1.76 1.2502 -4 2 5 76.19 1.72 1.2488 -4 -2 5 76.31 1.51 1.2472 5 0 2 76.72 1.90 1.2416 -6 -2 2 76.78 2.25 1.2407 -6 2 2 78.26 1.51 1.2210 0 4 1 78.34 1.42 1.2199 0 -4 1 78.50 1.13 1.2178 -2 1 6 79.06 1.30 1.2105 2 2 4 79.09 2.01 1.2102 5 1 2 79.19 1.61 1.2089 5 -1 2 79.14 1.78 1.2095 0 2 5 79.33 1.73 1.2070 0 -2 5 80.17 1.13 1.1965 0 3 4 80.41 1.18 1.1936 0 -3 4 80.83 1.84 1.1885 -7 -1 2 80.87 1.69 1.1880 -7 1 2 80.98 1.68 1.1866 -5 2 5 81.06 1.06 1.1857 -5 -2 5 81.44 1.22 1.1811 -6 2 4 81.45 1.12 1.1809 -6 -2 4 85.73 1.03 1.1326 2 1 5 88.02 1.12 1.1089 -2 -4 3 89.67 1.50 1.0927 7 1 0 89.75 1.26 1.0919 -7 1 0 89.75 1.26 1.0919 -7 1 0 XPOW Copyright 1993 Bob Downs, Ranjini Swaminathan and Kurt Bartelmehs For reference, see Downs et al. (1993) American Mineralogist 78, 1104-1107.