Vanadinite Hendricks S, Jefferson M, Mosley V Zeitschrift fur Kristallographie 81 (1932) 352-369 The Crystal Structures of Some Natural and Synthetic Apatite-Like Substances _cod_database_code 1011138 _database_code_amcsd 0018027 CELL PARAMETERS: 10.3100 10.3100 7.3400 90.000 90.000 120.000 SPACE GROUP: P6_3/m X-RAY WAVELENGTH: 1.541838 Cell Volume: 675.685 Density (g/cm3): 6.960 MAX. ABS. INTENSITY / VOLUME**2: 155.6197273 RIR: 7.280 RIR based on corundum from Acta Crystallographica A38 (1982) 733-739 2-THETA INTENSITY D-SPACING H K L Multiplicity 17.20 6.32 5.1550 1 1 0 6 19.89 26.33 4.4644 2 0 0 6 21.06 34.93 4.2185 1 1 1 12 24.25 7.65 3.6700 0 0 2 2 26.25 26.48 3.3944 1 0 2 12 26.41 18.76 3.3747 2 1 0 6 26.41 18.08 3.3747 1 2 0 6 29.12 45.68 3.0662 1 2 1 12 29.12 54.32 3.0662 2 1 1 12 29.89 98.83 2.9897 1 1 2 12 30.02 60.62 2.9762 3 0 0 6 31.56 1.05 2.8350 2 0 2 12 34.81 2.15 2.5775 2 2 0 6 36.16 1.02 2.4841 1 2 2 12 38.36 1.35 2.3464 1 3 1 12 38.96 5.36 2.3116 3 0 2 12 40.41 7.08 2.2322 4 0 0 6 40.83 11.39 2.2103 1 1 3 12 42.88 35.52 2.1093 2 2 2 12 44.12 6.15 2.0528 1 3 2 12 44.12 6.83 2.0528 3 1 2 12 44.22 4.72 2.0484 2 3 0 6 44.22 2.25 2.0484 3 2 0 6 45.81 13.28 1.9809 1 2 3 12 45.81 16.09 1.9809 2 1 3 12 46.00 11.99 1.9730 2 3 1 12 46.00 10.13 1.9730 3 2 1 12 46.62 12.72 1.9484 1 4 0 6 46.62 11.07 1.9484 4 1 0 6 47.69 28.08 1.9071 4 0 2 12 49.68 13.10 1.8350 0 0 4 2 52.97 1.12 1.7287 1 1 4 12 53.23 1.25 1.7209 1 4 2 12 53.23 2.05 1.7209 4 1 2 12 54.03 2.92 1.6972 2 0 4 12 54.37 1.88 1.6874 4 2 0 6 54.37 4.36 1.6874 2 4 0 6 54.87 7.08 1.6731 3 3 1 12 57.14 4.48 1.6121 1 2 4 12 57.14 3.45 1.6121 2 1 4 12 57.38 7.33 1.6057 5 0 2 12 57.47 2.03 1.6036 1 5 0 6 57.47 2.92 1.6036 5 1 0 6 58.79 4.02 1.5706 2 3 3 12 58.79 5.54 1.5706 3 2 3 12 58.95 3.53 1.5667 1 5 1 12 58.95 4.44 1.5667 5 1 1 12 59.15 12.59 1.5620 3 0 4 12 59.39 12.08 1.5562 3 3 2 12 65.26 1.35 1.4297 5 2 0 6 65.89 2.72 1.4175 4 0 4 12 66.19 1.09 1.4119 1 1 5 12 66.49 3.03 1.4062 3 3 3 12 66.64 2.04 1.4034 2 5 1 12 66.64 3.08 1.4034 5 2 1 12 67.98 6.30 1.3791 6 0 2 12 68.67 1.83 1.3668 2 3 4 12 68.89 3.66 1.3629 3 4 2 12 68.89 1.16 1.3629 4 3 2 12 68.97 1.68 1.3616 6 1 0 6 69.88 2.79 1.3462 1 2 5 12 69.88 3.23 1.3462 2 1 5 12 70.17 1.80 1.3412 1 5 3 12 70.17 2.59 1.3412 5 1 3 12 70.32 1.37 1.3388 1 6 1 12 70.32 2.15 1.3388 6 1 1 12 70.49 6.40 1.3358 1 4 4 12 70.49 5.54 1.3358 4 1 4 12 70.71 5.90 1.3322 2 5 2 12 70.71 4.24 1.3322 5 2 2 12 73.48 5.55 1.2888 4 4 0 6 76.73 1.70 1.2421 4 2 4 12 76.73 2.24 1.2421 2 4 4 12 77.29 1.82 1.2344 5 2 3 12 77.29 1.20 1.2344 2 5 3 12 79.00 1.02 1.2120 1 0 6 12 79.35 1.42 1.2075 1 5 4 12 79.35 1.88 1.2075 5 1 4 12 79.56 1.93 1.2048 7 0 2 12 79.56 1.66 1.2048 5 3 2 12 79.56 2.21 1.2048 3 5 2 12 80.49 1.86 1.1932 2 3 5 12 80.49 1.36 1.1932 3 2 5 12 80.73 4.66 1.1903 1 1 6 12 81.36 1.95 1.1826 1 7 0 6 81.36 1.37 1.1826 7 1 0 6 87.37 1.56 1.1161 3 3 5 12 88.46 3.18 1.1052 2 2 6 12 89.66 1.13 1.0935 1 6 4 12 89.66 1.24 1.0935 6 1 4 12 ================================================================================ XPOW Copyright 1993 Bob Downs, Ranjini Swaminathan and Kurt Bartelmehs For reference, see Downs et al. (1993) American Mineralogist 78, 1104-1107.