Bayldonite Diffraction data computed using the structure from the paper listed below, along with the cell parameters refined from the powder pattern for R050670 Ghose S, Wan C Acta Crystallographica B35 (1979) 819-823 Structural chemistry of copper and zinc minerals. VI. Bayldonite, (Cu,Zn)3Pb(AsO4)2(OH)2: A complex layer structure Locality: Tsumeb, S.W. Africa CELL PARAMETERS: 10.14664 5.892164 14.09132 90.00000 106.0573 90.00000 SPACE GROUP: C2/c X-RAY WAVELENGTH: 1.541838 2-THETA INTENSITY D-SPACING H K L 17.65 3.69 5.0429 1 1 0 17.94 24.77 4.9638 -1 1 1 18.26 12.55 4.8754 2 0 0 19.33 21.61 4.6065 -2 0 2 19.71 41.02 4.5192 1 1 1 20.46 4.85 4.3538 -1 1 2 26.38 15.62 3.3854 0 0 4 27.67 53.81 3.2307 -2 0 4 28.42 100.00 3.1470 1 1 3 30.39 16.67 2.9461 0 2 0 30.55 43.61 2.9317 -3 1 1 32.94 33.96 2.7233 -3 1 3 33.22 27.62 2.7014 0 2 2 33.77 34.17 2.6585 3 1 1 33.99 1.04 2.6414 1 1 4 35.31 3.34 2.5453 -2 2 1 35.35 36.69 2.5424 -1 1 5 35.57 3.01 2.5272 -4 0 2 35.66 3.75 2.5215 2 2 0 36.24 32.79 2.4819 -2 2 2 36.30 15.91 2.4781 2 0 4 36.92 13.73 2.4377 4 0 0 37.24 2.59 2.4174 2 2 1 39.16 16.89 2.3032 -4 0 4 39.94 33.19 2.2596 2 2 2 40.02 1.27 2.2553 1 1 5 41.53 7.66 2.1769 -2 2 4 42.80 3.56 2.1147 4 0 2 47.25 1.20 1.9254 1 3 0 47.36 4.30 1.9209 -1 3 1 47.43 3.10 1.9181 -4 2 2 47.85 2.85 1.9026 -5 1 1 47.93 11.03 1.8993 -1 1 7 48.00 4.08 1.8967 -5 1 3 48.13 3.72 1.8919 1 3 1 48.40 1.95 1.8821 -4 2 3 48.48 4.33 1.8792 -1 3 2 48.51 3.73 1.8781 4 2 0 48.98 5.32 1.8612 2 0 6 50.23 4.41 1.8176 -3 1 7 50.29 19.12 1.8157 -2 2 6 51.01 3.69 1.7916 0 2 6 51.97 8.34 1.7607 4 0 4 51.97 3.38 1.7605 3 1 5 52.03 15.74 1.7586 -5 1 5 52.73 13.61 1.7371 1 3 3 53.11 1.11 1.7255 1 1 7 53.36 14.71 1.7179 4 2 2 54.03 4.38 1.6981 -3 3 1 54.22 11.46 1.6927 0 0 8 54.32 4.12 1.6899 -6 0 2 55.57 5.44 1.6546 -3 3 3 55.58 3.31 1.6544 -6 0 4 56.12 3.88 1.6397 3 3 1 56.67 3.78 1.6251 6 0 0 56.72 7.36 1.6238 -4 2 6 57.04 9.88 1.6154 -4 0 8 57.20 6.29 1.6114 -1 3 5 58.68 6.91 1.5739 5 1 3 58.70 17.57 1.5735 2 2 6 61.48 2.44 1.5088 -2 2 8 61.79 1.96 1.5019 -1 1 9 62.46 2.70 1.4873 -3 1 9 62.93 1.23 1.4774 2 0 8 63.14 7.27 1.4730 0 4 0 63.39 1.95 1.4677 0 2 8 63.48 19.72 1.4659 -6 2 2 63.46 1.42 1.4662 4 0 6 64.20 1.16 1.4513 -3 3 6 64.49 2.34 1.4454 3 1 7 65.97 3.72 1.4164 -4 2 8 66.30 1.13 1.4101 2 4 0 66.65 3.13 1.4035 -1 3 7 66.68 1.04 1.4031 -2 4 2 66.71 1.21 1.4025 -5 3 3 66.82 1.40 1.4004 0 4 3 67.33 1.90 1.3911 2 4 1 67.59 1.20 1.3864 -7 1 1 67.73 1.22 1.3839 5 3 0 68.51 3.70 1.3700 5 1 5 68.98 1.56 1.3616 -6 2 6 69.62 1.66 1.3507 0 4 4 69.98 1.17 1.3446 3 3 5 70.03 5.98 1.3438 -5 3 5 70.24 4.86 1.3403 -2 4 4 70.91 1.46 1.3293 6 2 2 71.84 5.61 1.3143 7 1 1 73.14 1.44 1.2940 0 4 5 73.78 3.34 1.2845 -7 1 7 74.68 3.64 1.2712 -2 2 10 75.02 2.42 1.2662 2 4 4 75.20 1.87 1.2636 -8 0 4 75.40 3.45 1.2607 4 4 0 75.75 2.88 1.2558 5 3 3 76.52 5.06 1.2451 -3 1 11 76.82 3.42 1.2410 -4 4 4 76.96 1.42 1.2390 4 0 8 77.60 3.93 1.2304 0 2 10 77.65 1.18 1.2298 -4 2 10 78.47 1.45 1.2188 8 0 0 78.52 1.13 1.2183 -1 3 9 78.83 4.87 1.2142 3 1 9 81.84 1.85 1.1769 -7 1 9 82.18 1.41 1.1730 -2 0 12 83.36 1.45 1.1593 -1 5 2 83.44 2.40 1.1584 1 1 11 83.73 1.07 1.1551 2 4 6 84.04 1.61 1.1516 -8 0 8 84.67 1.38 1.1446 5 3 5 86.05 2.93 1.1298 4 4 4 86.06 3.40 1.1297 -8 2 6 86.17 1.19 1.1285 0 0 12 86.35 4.24 1.1266 -6 2 10 86.65 2.25 1.1235 1 5 3 87.82 3.14 1.1115 7 3 1 87.85 2.90 1.1112 0 4 8 89.66 1.94 1.0934 -7 3 7 89.97 3.78 1.0904 6 2 6 89.97 3.78 1.0904 6 2 6 XPOW Copyright 1993 Bob Downs, Ranjini Swaminathan and Kurt Bartelmehs For reference, see Downs et al. (1993) American Mineralogist 78, 1104-1107.