Antlerite Hawthorne F C, Groat L A, Eby R K The Canadian Mineralogist 27 (1989) 205-209 Antlerite, Cu3SO4(OH)4, a heteropolyhedral wallpaper structure Locality: Torre Capdulla, Lerida, Italy _database_code_amcsd 0005229 CELL PARAMETERS: 8.2440 6.0430 11.9870 90.000 90.000 90.000 SPACE GROUP: Pnma X-RAY WAVELENGTH: 1.541838 Cell Volume: 597.174 Density (g/cm3): 3.945 MAX. ABS. INTENSITY / VOLUME**2: 24.85619285 RIR: 2.052 RIR based on corundum from Acta Crystallographica A38 (1982) 733-739 2-THETA INTENSITY D-SPACING H K L Multiplicity 13.03 12.51 6.7926 1 0 1 4 14.78 24.26 5.9935 0 0 2 2 16.43 17.09 5.3961 0 1 1 4 18.30 100.00 4.8478 1 0 2 4 19.66 5.40 4.5149 1 1 1 8 21.56 7.75 4.1220 2 0 0 2 23.53 10.57 3.7814 1 1 2 8 24.76 61.00 3.5956 1 0 3 4 26.17 8.49 3.4052 2 1 0 4 26.24 15.95 3.3963 2 0 2 4 26.75 5.27 3.3330 0 1 3 4 28.89 9.61 3.0900 1 1 3 8 29.56 1.03 3.0215 0 2 0 2 29.81 12.84 2.9968 0 0 4 2 32.43 11.92 2.7607 1 2 1 8 33.21 8.19 2.6980 0 2 2 4 33.45 56.76 2.6785 3 0 1 4 34.99 80.98 2.5642 1 2 2 8 35.95 18.10 2.4980 3 0 2 4 36.88 7.38 2.4369 2 2 0 4 37.09 12.86 2.4239 2 0 4 4 37.67 4.37 2.3881 2 2 1 8 38.93 4.48 2.3132 1 2 3 8 39.13 4.00 2.3020 1 0 5 4 39.94 10.38 2.2575 2 2 2 8 42.49 63.25 2.1277 0 2 4 4 43.50 4.89 2.0805 2 2 3 8 43.93 12.54 2.0610 4 0 0 2 44.61 12.53 2.0312 4 0 1 4 45.24 1.91 2.0043 3 2 1 8 45.40 3.23 1.9978 0 0 6 2 46.60 2.40 1.9490 4 0 2 4 46.79 8.28 1.9416 1 0 6 4 47.21 6.29 1.9252 3 2 2 8 48.13 3.01 1.8907 2 2 4 8 49.78 4.47 1.8317 4 0 3 4 49.80 5.71 1.8311 1 2 5 8 50.36 13.75 1.8119 3 2 3 8 50.78 2.00 1.7978 2 0 6 4 52.04 1.26 1.7574 1 3 3 8 53.63 3.82 1.7090 2 2 5 8 54.43 7.14 1.6857 4 2 1 8 55.11 2.49 1.6665 0 2 6 4 56.16 3.39 1.6378 4 2 2 8 56.32 16.17 1.6334 1 2 6 8 56.99 4.10 1.6159 3 0 6 4 58.02 1.54 1.5897 5 0 2 4 58.97 8.68 1.5663 4 2 3 8 59.11 2.33 1.5629 4 0 5 4 59.63 13.76 1.5505 3 2 5 8 59.86 2.28 1.5450 2 2 6 8 60.77 4.95 1.5241 5 0 3 4 61.37 13.01 1.5108 0 4 0 2 61.93 7.80 1.4984 0 0 8 2 62.77 20.60 1.4804 4 2 4 8 63.45 3.93 1.4661 1 2 7 8 64.07 4.01 1.4533 3 0 7 4 64.62 5.23 1.4423 1 4 2 8 64.89 8.95 1.4369 5 2 1 8 65.51 2.04 1.4249 3 2 6 8 67.22 3.83 1.3928 1 4 3 8 67.47 4.19 1.3882 4 2 5 8 67.90 1.81 1.3803 2 4 2 8 68.77 1.71 1.3651 6 0 1 4 69.02 1.36 1.3608 5 2 3 8 69.15 2.33 1.3585 5 0 5 4 69.71 1.17 1.3490 0 4 4 4 71.65 1.29 1.3171 4 0 7 4 71.73 8.58 1.3159 3 4 1 8 73.22 2.81 1.2927 3 4 2 8 73.92 4.29 1.2821 2 4 4 8 74.31 6.60 1.2764 2 2 8 8 75.23 1.13 1.2630 1 4 5 8 78.05 1.19 1.2244 6 2 2 8 78.50 2.24 1.2185 4 4 0 4 78.98 2.34 1.2122 4 4 1 8 79.00 1.46 1.2119 4 0 8 4 79.36 1.58 1.2074 4 2 7 8 80.06 2.72 1.1985 3 0 9 4 80.57 2.26 1.1923 1 4 6 8 81.07 1.18 1.1862 1 0 10 4 82.26 1.92 1.1721 7 0 1 4 82.54 1.27 1.1687 2 2 9 8 82.82 1.24 1.1655 4 4 3 8 88.44 4.73 1.1054 5 2 7 8 88.56 3.04 1.1042 1 2 10 8 88.62 1.64 1.1036 3 4 6 8 ================================================================================ XPOW Copyright 1993 Bob Downs, Ranjini Swaminathan and Kurt Bartelmehs For reference, see Downs et al. (1993) American Mineralogist 78, 1104-1107.