Vanadinite Diffraction data computed using the structure from the paper listed below, along with the cell parameters refined from the powder pattern for R050530 Trotter J, Barnes W H The Canadian Mineralogist 6 (1958) 161-173 The structure of vanadinite CELL PARAMETERS: 10.32315 10.32315 7.356041 90.00000 90.00000 120.0000 SPACE GROUP: P6_3/m X-RAY WAVELENGTH: 1.541838 2-THETA INTENSITY D-SPACING H K L 9.96 2.01 8.9401 1 0 0 17.24 8.91 5.1616 1 1 0 19.92 25.16 4.4701 2 0 0 21.08 34.62 4.2252 1 1 1 23.34 2.97 3.8201 2 0 1 24.25 6.84 3.6780 0 0 2 26.25 26.95 3.4014 1 0 2 26.43 14.39 3.3790 1 2 0 26.43 19.26 3.3790 2 1 0 29.13 46.19 3.0706 1 2 1 29.13 53.81 3.0706 2 1 1 29.88 91.58 2.9953 1 1 2 30.03 55.19 2.9800 3 0 0 32.46 1.16 2.7620 3 0 1 34.80 1.99 2.5808 2 2 0 36.14 1.96 2.4883 1 2 2 38.35 1.40 2.3496 1 3 1 38.94 4.43 2.3154 3 0 2 40.39 4.94 2.2350 4 0 0 40.78 9.69 2.2148 1 1 3 42.84 34.74 2.1126 2 2 2 44.08 5.09 2.0560 1 3 2 44.08 12.68 2.0560 3 1 2 44.19 7.44 2.0510 2 3 0 45.75 15.11 1.9846 1 2 3 45.75 10.38 1.9846 2 1 3 45.97 14.66 1.9756 2 3 1 45.97 7.34 1.9756 3 2 1 46.58 7.87 1.9509 1 4 0 46.58 14.76 1.9509 4 1 0 47.64 28.36 1.9100 4 0 2 49.60 12.81 1.8390 0 0 4 51.01 1.20 1.7913 3 2 2 52.87 1.08 1.7323 1 1 4 53.17 3.43 1.7235 1 4 2 53.17 1.78 1.7235 4 1 2 53.94 3.19 1.7007 2 0 4 54.32 2.94 1.6895 2 4 0 54.32 2.28 1.6895 4 2 0 54.82 5.47 1.6753 3 3 1 57.04 3.98 1.6153 1 2 4 57.04 3.61 1.6153 2 1 4 57.31 6.62 1.6081 5 0 2 57.41 1.47 1.6057 1 5 0 57.41 2.39 1.6057 5 1 0 58.71 3.86 1.5732 2 3 3 58.71 3.92 1.5732 3 2 3 58.89 3.44 1.5688 1 5 1 58.89 5.23 1.5688 5 1 1 59.04 12.40 1.5650 3 0 4 59.32 9.36 1.5584 3 3 2 65.18 1.21 1.4316 2 5 0 65.77 2.32 1.4201 4 0 4 66.04 1.18 1.4149 1 1 5 66.39 2.79 1.4084 3 3 3 66.56 1.23 1.4052 2 5 1 66.56 3.89 1.4052 5 2 1 67.88 5.91 1.3810 6 0 2 68.54 2.85 1.3692 2 3 4 68.79 3.86 1.3648 3 4 2 68.88 1.85 1.3634 1 6 0 69.72 2.27 1.3489 1 2 5 69.72 3.90 1.3489 2 1 5 70.05 2.42 1.3433 1 5 3 70.05 2.01 1.3433 5 1 3 70.22 2.21 1.3405 1 6 1 70.36 3.98 1.3382 1 4 4 70.36 6.48 1.3382 4 1 4 70.61 4.55 1.3341 2 5 2 70.61 4.64 1.3341 5 2 2 73.37 5.95 1.2904 4 4 0 76.58 1.64 1.2442 4 2 4 76.58 1.85 1.2442 2 4 4 77.15 2.69 1.2363 5 2 3 79.19 1.16 1.2095 1 5 4 79.19 1.53 1.2095 5 1 4 79.43 1.31 1.2065 7 0 2 79.43 3.81 1.2065 3 5 2 80.31 2.85 1.1955 2 3 5 80.52 4.01 1.1928 1 1 6 81.23 1.19 1.1841 1 7 0 81.23 2.66 1.1841 7 1 0 87.16 1.11 1.1182 3 3 5 88.22 2.92 1.1074 2 2 6 89.07 1.06 1.0990 3 1 6 89.46 1.52 1.0952 1 6 4 89.46 1.52 1.0952 1 6 4 XPOW Copyright 1993 Bob Downs, Ranjini Swaminathan and Kurt Bartelmehs For reference, see Downs et al. (1993) American Mineralogist 78, 1104-1107.