Barite Diffraction data computed using the structure from the paper listed below, along with the cell parameters refined from the powder pattern for R050335 Colville A A, Staudhammer K American Mineralogist 52 (1967) 1877-1880 A refinement of the structure of barite from Cow Green mine CELL PARAMETERS: 8.832707 5.448055 7.129766 90.00000 90.00000 90.00000 SPACE GROUP: Pnma X-RAY WAVELENGTH: 1.541838 2-THETA INTENSITY D-SPACING H K L 16.01 2.15 5.5479 1 0 1 20.14 14.04 4.4164 2 0 0 20.55 32.02 4.3289 0 1 1 22.91 51.07 3.8872 1 1 1 23.73 9.61 3.7544 2 0 1 25.01 24.75 3.5649 0 0 2 26.00 98.44 3.4307 2 1 0 27.00 65.42 3.3058 1 0 2 28.90 100.00 3.0915 2 1 1 31.68 51.59 2.8262 1 1 2 32.93 10.49 2.7213 3 0 1 32.90 46.83 2.7240 0 2 0 36.36 14.58 2.4720 2 1 2 36.94 1.24 2.4345 3 1 1 38.86 15.22 2.3185 2 2 0 39.27 5.09 2.2950 1 0 3 39.72 7.43 2.2701 3 0 2 40.88 1.18 2.2082 4 0 0 40.94 26.97 2.2048 2 2 1 41.74 3.11 2.1645 0 2 2 42.77 46.59 2.1150 1 1 3 42.89 36.95 2.1093 4 0 1 43.04 52.19 2.1023 1 2 2 43.18 40.95 2.0955 3 1 2 43.24 1.94 2.0928 2 0 3 44.27 20.62 2.0465 4 1 0 46.74 1.28 1.9436 2 2 2 47.22 8.00 1.9252 3 2 1 49.28 19.71 1.8493 3 0 3 51.26 4.34 1.7824 0 0 4 51.96 5.69 1.7598 0 3 1 52.24 6.22 1.7512 3 1 3 52.37 5.25 1.7472 1 0 4 53.06 4.39 1.7259 1 3 1 53.44 2.62 1.7147 5 0 1 54.64 7.93 1.6796 2 3 0 55.06 16.69 1.6678 4 2 1 55.21 4.00 1.6638 1 1 4 55.60 1.92 1.6529 2 0 4 56.24 1.37 1.6356 5 1 1 56.27 10.64 1.6348 2 3 1 57.94 9.82 1.5917 1 3 2 58.29 1.89 1.5829 5 0 2 58.33 3.04 1.5817 2 1 4 60.50 20.41 1.5300 3 2 3 60.94 9.46 1.5200 5 1 2 60.97 1.89 1.5194 2 3 2 62.24 3.74 1.4915 0 2 4 63.22 9.98 1.4707 1 2 4 63.33 4.25 1.4684 3 1 4 64.17 4.95 1.4511 5 2 1 65.69 5.05 1.4212 6 1 0 65.54 9.67 1.4241 1 3 3 65.87 5.31 1.4178 5 0 3 65.85 9.99 1.4181 3 3 2 66.11 2.61 1.4131 2 2 4 66.67 6.52 1.4026 4 3 0 67.15 9.90 1.3937 6 1 1 67.94 5.57 1.3795 0 1 5 68.35 5.17 1.3721 5 1 3 68.93 6.96 1.3620 0 4 0 69.22 2.47 1.3570 2 0 5 69.98 5.95 1.3441 4 1 4 71.44 1.24 1.3201 6 1 2 71.65 6.21 1.3167 2 1 5 72.62 1.04 1.3015 2 4 0 73.04 2.84 1.2951 6 2 0 73.00 3.51 1.2957 3 3 3 74.02 1.33 1.2804 2 4 1 74.43 1.18 1.2742 6 2 1 74.57 1.58 1.2723 0 4 2 75.59 11.83 1.2576 5 2 3 75.48 2.55 1.2591 1 3 4 75.47 6.47 1.2593 1 4 2 76.19 1.06 1.2492 3 1 5 78.15 2.48 1.2227 5 1 4 78.17 1.20 1.2224 2 3 4 78.51 1.76 1.2180 3 4 1 78.77 5.10 1.2146 2 2 5 79.02 1.12 1.2114 7 1 1 80.08 5.16 1.1979 4 0 5 80.46 3.18 1.1932 5 3 2 80.76 4.34 1.1895 7 0 2 80.86 2.45 1.1883 0 0 6 82.59 1.94 1.1677 3 3 4 83.08 1.25 1.1621 7 1 2 84.73 2.26 1.1436 6 3 0 84.68 7.83 1.1442 4 4 1 86.08 3.62 1.1291 6 3 1 86.68 4.31 1.1228 2 1 6 86.80 3.05 1.1215 0 3 5 87.19 3.09 1.1175 5 3 3 88.53 2.91 1.1041 8 0 0 88.71 3.14 1.1023 4 3 4 89.30 5.82 1.0966 4 2 5 89.28 6.17 1.0967 3 4 3 89.78 4.34 1.0919 7 1 3 89.97 5.37 1.0901 7 2 2 90.07 2.26 1.0892 0 2 6 90.07 2.26 1.0892 0 2 6 XPOW Copyright 1993 Bob Downs, Ranjini Swaminathan and Kurt Bartelmehs For reference, see Downs et al. (1993) American Mineralogist 78, 1104-1107.