Buttgenbachite Fanfani L, Nunzi A, Zanazzi P F, Zanzari A R Mineralogical Magazine 39 (1973) 264-270 The crystal structure of buttgenbachite Locality: Likasi, Congo _database_code_amcsd 0014460 CELL PARAMETERS: 15.7500 15.7500 9.1610 90.000 90.000 120.000 SPACE GROUP: P6_3/mmc X-RAY WAVELENGTH: 1.541838 Cell Volume: 1968.043 Density (g/cm3): 3.189 MAX. ABS. INTENSITY / VOLUME**2: 32.54635060 RIR: 3.323 RIR based on corundum from Acta Crystallographica A38 (1982) 733-739 2-THETA INTENSITY D-SPACING H K L Multiplicity 6.48 96.35 13.6399 1 0 0 6 11.24 100.00 7.8750 1 1 0 6 12.98 3.44 6.8200 2 0 0 6 16.20 12.72 5.4705 2 0 1 12 17.20 30.63 5.1554 2 1 0 12 19.52 13.41 4.5466 3 0 0 6 19.76 1.16 4.4928 2 1 1 24 20.45 5.75 4.3422 1 0 2 12 22.45 14.28 3.9594 1 1 2 12 22.58 1.81 3.9375 2 2 0 6 23.39 12.76 3.8025 2 0 2 12 23.52 1.87 3.7830 3 1 0 12 26.02 23.51 3.4242 2 1 2 24 26.13 1.09 3.4100 4 0 0 6 27.64 18.41 3.2269 3 0 2 12 27.92 13.55 3.1958 4 0 1 12 29.99 1.65 2.9799 1 0 3 12 30.18 2.20 2.9612 3 2 1 24 30.65 2.68 2.9168 3 1 2 24 31.61 3.18 2.8308 4 1 1 24 32.74 43.31 2.7352 4 0 2 12 32.83 3.91 2.7280 5 0 0 6 34.13 1.41 2.6274 2 1 3 24 34.30 3.24 2.6145 5 0 1 12 34.72 16.47 2.5838 3 2 2 24 35.98 29.79 2.4958 4 1 2 24 36.68 3.97 2.4498 5 1 0 12 38.02 5.62 2.3666 5 1 1 24 38.41 2.86 2.3438 5 0 2 12 39.34 10.76 2.2903 0 0 4 2 39.57 22.86 2.2775 3 3 2 12 39.62 2.56 2.2748 4 0 3 12 39.65 17.91 2.2733 6 0 0 6 39.91 1.14 2.2586 1 0 4 12 40.14 11.74 2.2464 4 2 2 24 40.22 3.17 2.2424 4 3 0 12 41.04 4.32 2.1991 1 1 4 12 41.31 3.97 2.1855 3 2 3 24 41.34 5.01 2.1841 5 2 0 12 41.46 1.61 2.1781 4 3 1 24 43.23 4.26 2.0930 2 1 4 24 44.54 3.05 2.0344 5 0 3 12 45.84 1.15 1.9797 2 2 4 12 46.04 1.25 1.9715 5 2 2 24 46.08 3.90 1.9697 4 2 3 24 46.11 2.10 1.9688 4 4 0 6 46.61 1.35 1.9486 7 0 0 6 47.72 1.35 1.9059 5 3 1 24 47.84 1.92 1.9012 4 0 4 12 49.19 1.36 1.8524 6 2 1 24 50.52 4.26 1.8066 7 1 0 12 50.93 5.12 1.7931 5 3 2 24 51.44 1.48 1.7765 5 2 3 24 52.14 7.99 1.7541 5 0 4 12 52.39 1.71 1.7464 5 4 0 12 54.88 1.98 1.6730 5 1 4 24 55.11 2.24 1.6664 7 2 0 12 55.98 2.20 1.6426 5 3 3 24 57.06 1.67 1.6140 4 0 5 12 57.09 19.23 1.6134 6 0 4 12 57.26 1.53 1.6090 6 3 2 24 57.52 6.11 1.6023 4 3 4 24 58.38 7.45 1.5806 5 2 4 24 58.61 1.52 1.5750 5 5 0 6 58.98 1.46 1.5660 7 2 2 24 59.04 2.72 1.5646 6 4 0 12 59.98 3.02 1.5423 6 4 1 24 60.09 1.11 1.5398 6 1 4 24 60.31 1.72 1.5346 7 3 0 12 62.34 3.07 1.4894 5 5 2 12 62.76 11.53 1.4806 6 4 2 24 63.55 1.36 1.4640 2 1 6 24 64.37 2.19 1.4474 3 0 6 12 65.25 1.56 1.4299 6 5 0 12 65.84 2.52 1.4184 7 1 4 24 66.04 1.24 1.4148 8 1 3 24 66.06 1.18 1.4144 7 4 0 12 67.18 5.46 1.3935 4 0 6 12 67.23 2.10 1.3925 6 4 3 24 68.36 1.66 1.3722 3 2 6 24 68.62 1.03 1.3676 8 0 4 12 68.78 1.40 1.3649 9 1 2 24 69.15 2.63 1.3585 4 1 6 24 69.70 2.47 1.3491 10 0 1 12 71.12 2.92 1.3257 8 3 2 24 71.48 1.88 1.3198 3 3 6 12 71.87 2.31 1.3137 4 2 6 24 71.94 1.30 1.3125 6 6 0 6 72.27 6.11 1.3073 10 0 2 12 76.49 1.17 1.2454 10 0 3 12 78.71 1.37 1.2158 9 3 2 24 79.85 1.63 1.2012 7 5 3 24 80.77 1.19 1.1898 6 4 5 24 84.63 1.40 1.1451 0 0 8 2 85.22 1.29 1.1388 6 6 4 12 89.74 1.77 1.0927 6 4 6 24 ================================================================================ XPOW Copyright 1993 Bob Downs, Ranjini Swaminathan and Kurt Bartelmehs For reference, see Downs et al. (1993) American Mineralogist 78, 1104-1107.