Vanadinite Laufek F, Skala R, Haloda J, Cisarova I Journal of the Czech Geological Society 51 (2006) 271-275 Crystal structure of vanadinite: refinement of anisotropic displacement parameters Locality: Mibladen, Morocco _database_code_amcsd 0014110 CELL PARAMETERS: 10.2990 10.2990 7.3080 90.000 90.000 120.000 SPACE GROUP: P6_3/m X-RAY WAVELENGTH: 1.541838 Cell Volume: 671.304 Density (g/cm3): 7.006 MAX. ABS. INTENSITY / VOLUME**2: 165.1093982 RIR: 7.674 RIR based on corundum from Acta Crystallographica A38 (1982) 733-739 2-THETA INTENSITY D-SPACING H K L Multiplicity 17.22 8.08 5.1495 1 1 0 6 19.91 24.73 4.4596 2 0 0 6 21.11 32.66 4.2094 1 1 1 12 23.37 5.88 3.8068 2 0 1 12 24.36 7.58 3.6540 0 0 2 2 26.36 26.67 3.3813 1 0 2 12 26.44 17.79 3.3711 1 2 0 6 26.44 18.32 3.3711 2 1 0 6 29.17 47.05 3.0611 1 2 1 12 29.17 52.95 3.0611 2 1 1 12 29.99 94.54 2.9800 1 1 2 12 30.06 52.63 2.9731 3 0 0 6 31.66 1.10 2.8264 2 0 2 12 32.51 1.66 2.7539 3 0 1 12 34.84 2.96 2.5747 2 2 0 6 36.26 2.06 2.4777 1 2 2 12 38.42 1.27 2.3431 1 3 1 12 39.06 5.70 2.3061 3 0 2 12 40.45 5.46 2.2298 4 0 0 6 40.99 10.63 2.2020 1 1 3 12 42.97 36.09 2.1047 2 2 2 12 44.21 3.54 2.0485 1 3 2 12 44.21 13.78 2.0485 3 1 2 12 44.27 7.56 2.0462 2 3 0 6 45.96 18.07 1.9745 1 2 3 12 45.96 10.92 1.9745 2 1 3 12 46.06 15.65 1.9704 2 3 1 12 46.06 6.72 1.9704 3 2 1 12 46.67 8.14 1.9463 1 4 0 6 46.67 17.70 1.9463 4 1 0 6 47.79 29.21 1.9034 4 0 2 12 49.92 13.21 1.8270 0 0 4 2 51.16 2.06 1.7853 3 2 2 12 52.74 1.26 1.7357 1 3 3 12 53.20 1.32 1.7218 1 1 4 12 53.33 3.92 1.7178 1 4 2 12 54.26 3.07 1.6906 2 0 4 12 54.43 4.00 1.6856 2 4 0 6 54.43 2.37 1.6856 4 2 0 6 54.95 6.93 1.6710 3 3 1 12 55.99 1.12 1.6424 4 2 1 12 57.36 5.52 1.6063 1 2 4 12 57.36 3.58 1.6063 2 1 4 12 57.49 7.68 1.6030 5 0 2 12 57.53 1.79 1.6019 1 5 0 6 57.53 2.18 1.6019 5 1 0 6 58.95 3.70 1.5668 2 3 3 12 58.95 4.61 1.5668 3 2 3 12 59.03 3.20 1.5648 1 5 1 12 59.03 4.75 1.5648 5 1 1 12 59.37 12.47 1.5566 3 0 4 12 59.50 11.81 1.5536 3 3 2 12 63.91 1.48 1.4567 6 0 1 12 65.34 1.85 1.4282 2 5 0 6 66.12 2.75 1.4132 4 0 4 12 66.50 1.32 1.4061 1 1 5 12 66.65 3.05 1.4031 3 3 3 12 66.73 1.02 1.4017 2 5 1 12 66.73 4.99 1.4017 5 2 1 12 67.58 1.14 1.3861 4 2 3 12 68.09 7.44 1.3769 6 0 2 12 68.90 3.15 1.3628 2 3 4 12 69.01 4.77 1.3608 3 4 2 12 69.05 2.10 1.3602 1 6 0 6 69.05 1.17 1.3602 6 1 0 6 70.18 2.44 1.3410 1 2 5 12 70.18 4.80 1.3410 2 1 5 12 70.34 2.46 1.3385 1 5 3 12 70.34 1.72 1.3385 5 1 3 12 70.41 2.84 1.3372 1 6 1 12 70.72 4.75 1.3321 1 4 4 12 70.72 8.74 1.3321 4 1 4 12 70.84 5.09 1.3302 2 5 2 12 70.84 6.10 1.3302 5 2 2 12 73.57 6.12 1.2874 4 4 0 6 74.82 1.27 1.2689 6 0 3 12 76.97 2.19 1.2389 4 2 4 12 76.97 2.55 1.2389 2 4 4 12 77.47 3.42 1.2321 5 2 3 12 79.41 1.22 1.2068 1 0 6 12 79.59 1.77 1.2045 5 1 4 12 79.59 1.49 1.2045 1 5 4 12 79.70 5.39 1.2031 3 5 2 12 79.70 1.33 1.2031 7 0 2 12 80.81 3.71 1.1893 2 3 5 12 80.96 1.32 1.1876 1 6 3 12 81.14 5.17 1.1853 1 1 6 12 81.47 1.25 1.1814 1 7 0 6 81.47 3.24 1.1814 7 1 0 6 86.49 1.13 1.1252 2 5 4 12 86.60 1.14 1.1241 1 7 2 12 87.70 1.71 1.1128 3 3 5 12 88.88 3.61 1.1010 2 2 6 12 89.74 1.32 1.0927 3 1 6 12 89.92 2.11 1.0910 1 6 4 12 ================================================================================ XPOW Copyright 1993 Bob Downs, Ranjini Swaminathan and Kurt Bartelmehs For reference, see Downs et al. (1993) American Mineralogist 78, 1104-1107.