Zinkenite Lebas G, le Bihan M T Bulletin de Mineralogie 99 (1976) 351-360 Etude chimique et structurale d'un sulfure naturel: la zinckenite Locality: Oruro, Bolivia _database_code_amcsd 0012064 CELL PARAMETERS: 22.1200 22.1200 4.3200 90.000 90.000 120.000 SPACE GROUP: P6_3 X-RAY WAVELENGTH: 1.541838 Cell Volume: 1830.563 Density (g/cm3): 5.278 MAX. ABS. INTENSITY / VOLUME**2: 112.5209333 RIR: 6.941 RIR based on corundum from Acta Crystallographica A38 (1982) 733-739 2-THETA INTENSITY D-SPACING H K L Multiplicity 4.61 46.46 19.1565 1 0 0 6 16.03 10.53 5.5300 2 2 0 6 16.69 1.79 5.3131 1 3 0 6 20.21 1.23 4.3948 2 3 0 6 21.25 1.18 4.1803 1 4 0 6 22.58 16.37 3.9380 2 0 1 6 23.22 2.89 3.8313 5 0 0 6 23.99 11.50 3.7098 1 2 1 6 23.99 1.14 3.7098 2 1 1 6 24.59 1.46 3.6202 4 2 0 6 24.88 18.53 3.5781 3 0 1 6 25.90 99.38 3.4406 1 5 0 6 26.18 1.62 3.4044 2 2 1 6 26.59 30.35 3.3518 1 3 1 6 27.81 2.32 3.2078 4 0 1 6 27.95 3.01 3.1927 6 0 0 6 28.34 1.65 3.1493 3 4 0 6 28.34 5.74 3.1493 4 3 0 6 28.98 3.65 3.0808 2 3 1 6 28.98 14.41 3.0808 3 2 1 6 29.11 2.80 3.0675 2 5 0 6 29.11 2.30 3.0675 5 2 0 6 29.74 9.01 3.0041 1 4 1 6 29.74 12.14 3.0041 4 1 1 6 31.91 32.25 2.8043 3 3 1 6 32.26 1.02 2.7747 2 4 1 6 32.26 27.79 2.7747 4 2 1 6 32.72 1.25 2.7366 5 3 0 6 33.29 3.52 2.6913 5 1 1 6 34.94 1.21 2.5676 6 0 1 6 35.27 3.70 2.5449 4 3 1 6 37.15 1.99 2.4200 6 1 1 6 37.26 1.38 2.4135 3 6 0 6 37.26 1.66 2.4135 6 3 0 6 38.66 1.58 2.3288 4 4 1 6 38.96 4.43 2.3118 3 5 1 6 39.84 1.21 2.2629 2 6 1 6 39.84 11.56 2.2629 6 2 1 6 40.22 2.93 2.2421 8 1 0 6 41.08 1.81 2.1974 4 6 0 6 41.26 5.21 2.1879 7 1 1 6 41.82 21.96 2.1600 0 0 2 1 41.92 2.62 2.1553 3 7 0 6 42.38 12.92 2.1329 4 5 1 6 42.38 12.70 2.1329 5 4 1 6 42.92 2.70 2.1070 6 3 1 6 43.29 3.17 2.0901 8 2 0 6 44.00 1.02 2.0578 2 7 1 6 44.00 17.98 2.0578 7 2 1 6 45.06 1.37 2.0120 2 2 2 6 45.58 7.27 1.9900 1 8 1 6 45.58 1.63 1.9900 8 1 1 6 45.67 18.20 1.9864 7 4 0 6 46.10 1.39 1.9689 5 5 1 6 48.38 10.78 1.8815 2 8 1 6 49.44 1.02 1.8433 6 6 0 6 49.69 1.02 1.8349 7 5 0 6 49.85 31.99 1.8294 1 5 2 6 50.57 1.75 1.8048 4 7 1 6 51.05 1.07 1.7890 6 0 2 6 51.29 1.98 1.7813 4 3 2 6 51.53 1.80 1.7736 3 8 1 6 51.53 1.68 1.7736 8 3 1 6 51.76 1.02 1.7661 2 5 2 6 52.94 1.49 1.7296 2 9 1 6 53.25 8.79 1.7203 2 10 0 6 53.25 1.43 1.7203 10 2 0 6 53.94 1.37 1.6999 6 7 0 6 54.32 2.47 1.6888 5 7 1 6 54.40 1.32 1.6866 5 8 0 6 54.78 2.92 1.6759 10 1 1 6 55.00 2.72 1.6695 4 8 1 6 55.30 1.68 1.6611 4 9 0 6 55.30 2.95 1.6611 11 1 0 6 59.42 1.78 1.5556 8 1 2 6 60.06 1.14 1.5404 4 6 2 6 60.70 1.63 1.5257 3 7 2 6 61.76 2.02 1.5020 8 2 2 6 62.60 2.48 1.4839 7 7 1 6 63.64 12.57 1.4621 7 4 2 6 64.47 3.10 1.4454 10 4 1 6 64.67 2.88 1.4413 12 1 1 6 65.90 1.14 1.4174 3 11 1 6 65.90 2.67 1.4174 11 3 1 6 66.57 1.14 1.4047 3 0 3 6 67.11 4.11 1.3947 8 7 1 6 67.38 2.14 1.3899 1 3 3 6 68.32 1.88 1.3730 5 10 1 6 68.58 1.09 1.3684 3 2 3 6 69.90 1.18 1.3457 10 2 2 6 69.90 7.07 1.3457 2 10 2 6 69.91 2.07 1.3456 13 1 1 6 70.16 2.58 1.3413 3 3 3 6 70.36 2.23 1.3380 4 2 3 6 70.50 1.18 1.3358 6 7 2 6 70.89 1.11 1.3294 5 8 2 6 71.54 1.06 1.3188 14 1 0 6 71.67 1.44 1.3167 4 9 2 6 71.67 2.52 1.3167 11 1 2 6 72.71 1.81 1.3004 8 9 0 6 72.71 1.34 1.3004 13 3 0 6 73.04 2.03 1.2955 2 13 1 6 75.03 1.52 1.2660 6 2 3 6 76.50 2.07 1.2452 3 13 1 6 76.75 1.84 1.2418 4 5 3 6 76.75 1.88 1.2418 5 4 3 6 77.64 1.41 1.2297 11 6 1 6 77.89 2.87 1.2264 7 2 3 6 79.03 1.27 1.2116 1 8 3 6 81.10 2.13 1.1858 2 8 3 6 82.17 1.17 1.1731 3 14 1 6 86.34 1.06 1.1269 17 0 0 6 86.46 1.23 1.1256 14 1 2 6 87.57 2.08 1.1141 8 9 2 6 87.57 1.58 1.1141 13 3 2 6 ================================================================================ XPOW Copyright 1993 Bob Downs, Ranjini Swaminathan and Kurt Bartelmehs For reference, see Downs et al. (1993) American Mineralogist 78, 1104-1107.