Pseudoboleite Giuseppetti G, Mazzi F, Tadini C Neues Jahrbuch fur Mineralogie, Monatshefte 1992 (1992) 113-126 The crystal structure of pseudoboleite: Pb31Cu24Cl62(OH)48; its relations with the structures of boleite and cumengeite Locality: Boleo, Baja California, Mexico _database_code_amcsd 0014859 CELL PARAMETERS: 15.2400 15.2400 30.7400 90.000 90.000 90.000 SPACE GROUP: I4/mmm X-RAY WAVELENGTH: 1.541838 Cell Volume: 7139.598 Density (g/cm3): 5.076 MAX. ABS. INTENSITY / VOLUME**2: 60.33752432 RIR: 3.870 RIR based on corundum from Acta Crystallographica A38 (1982) 733-739 2-THETA INTENSITY D-SPACING H K L Multiplicity 5.75 7.22 15.3700 0 0 2 2 6.47 12.11 13.6541 1 0 1 8 10.02 4.56 8.8236 1 1 2 8 10.40 1.74 8.5034 1 0 3 8 11.51 1.02 7.6850 0 0 4 2 14.15 1.73 6.2569 1 1 4 8 15.54 1.10 5.7015 1 0 5 8 15.62 17.92 5.6748 2 1 3 16 16.38 2.93 5.4110 2 0 4 8 16.45 1.22 5.3882 2 2 0 4 17.31 2.51 5.1233 0 0 6 2 17.44 8.45 5.0848 2 2 2 8 17.70 2.69 5.0120 3 0 1 8 18.41 3.02 4.8193 3 1 0 8 19.18 1.23 4.6270 1 1 6 8 19.30 5.70 4.5986 3 1 2 16 19.44 5.08 4.5651 2 1 5 16 19.50 14.36 4.5514 3 0 3 8 20.13 100.00 4.4118 2 2 4 8 20.89 4.95 4.2517 2 0 6 8 21.05 2.85 4.2197 1 0 7 8 21.22 2.41 4.1874 3 2 1 16 21.77 5.35 4.0829 3 1 4 16 22.76 19.93 3.9074 3 2 3 16 23.15 25.88 3.8425 0 0 8 2 23.35 49.83 3.8100 4 0 0 4 23.97 5.27 3.7128 2 2 6 8 24.11 2.17 3.6915 2 1 7 16 24.79 4.17 3.5921 3 3 0 4 25.37 19.25 3.5103 3 1 6 16 25.46 13.16 3.4978 3 3 2 8 25.62 2.69 3.4769 4 1 3 16 25.97 2.06 3.4310 2 0 8 8 26.10 1.87 3.4135 4 0 4 8 26.15 3.04 3.4078 4 2 0 8 26.80 5.07 3.3270 4 2 2 16 26.84 3.60 3.3222 3 0 7 8 28.17 2.91 3.1678 4 1 5 16 28.53 10.09 3.1285 2 2 8 8 28.66 20.69 3.1152 4 2 4 16 29.05 6.63 3.0740 0 0 10 2 29.25 12.95 3.0536 2 1 9 16 29.45 16.07 3.0331 5 0 1 8 29.74 2.98 3.0044 3 1 8 16 30.39 13.23 2.9412 3 3 6 8 30.60 1.98 2.9215 4 3 3 16 30.60 7.95 2.9215 5 0 3 8 31.38 8.06 2.8508 2 0 10 8 31.56 1.48 2.8345 3 0 9 8 31.64 2.36 2.8279 4 1 7 16 31.75 3.26 2.8181 5 2 1 16 32.13 1.01 2.7856 5 1 4 16 32.83 4.42 2.7279 5 2 3 16 33.11 37.33 2.7055 4 0 8 8 33.26 21.11 2.6941 4 4 0 4 33.56 1.87 2.6700 2 2 10 8 33.78 2.49 2.6536 4 4 2 8 34.31 3.72 2.6136 5 3 0 8 34.61 9.40 2.5917 3 1 10 16 34.69 7.03 2.5856 2 1 11 16 34.75 8.39 2.5816 5 1 6 16 34.82 5.27 2.5767 5 3 2 16 35.03 2.09 2.5617 0 0 12 2 35.20 14.99 2.5496 4 2 8 16 35.30 8.57 2.5424 4 4 4 8 35.34 7.81 2.5400 6 0 0 4 35.80 2.56 2.5085 4 1 9 16 35.86 10.07 2.5040 5 0 7 8 35.86 1.37 2.5040 4 3 7 16 36.04 1.26 2.4922 1 1 12 8 36.31 5.84 2.4744 5 3 4 16 36.70 1.30 2.4485 3 0 11 8 36.93 8.83 2.4337 6 1 3 16 37.60 2.96 2.3924 4 0 10 8 37.73 1.58 2.3845 4 4 6 8 37.79 5.23 2.3806 6 2 2 16 37.82 11.50 2.3788 5 2 7 16 37.92 8.44 2.3730 5 4 1 16 38.15 2.82 2.3592 5 1 8 16 38.55 9.44 2.3355 3 3 10 8 38.62 6.16 2.3311 3 2 11 16 38.67 20.86 2.3282 5 3 6 16 38.93 8.45 2.3135 2 2 12 8 39.18 14.43 2.2993 6 2 4 16 39.60 1.22 2.2757 6 0 6 8 39.63 2.81 2.2741 4 3 9 16 40.37 1.12 2.2340 2 1 13 16 40.47 1.31 2.2291 4 1 11 16 40.91 1.11 2.2059 4 4 8 8 41.11 1.02 2.1957 0 0 14 2 41.44 7.12 2.1792 5 2 9 16 41.80 3.44 2.1611 5 3 8 16 41.92 1.00 2.1553 5 5 0 4 42.15 3.65 2.1438 3 0 13 8 42.17 3.23 2.1429 5 1 10 16 42.35 1.27 2.1344 7 1 2 16 42.35 1.69 2.1344 5 5 2 8 42.53 1.95 2.1258 4 0 12 8 42.67 3.92 2.1189 6 0 8 8 42.79 3.67 2.1134 6 4 0 8 43.24 4.44 2.0925 5 4 7 16 43.62 3.73 2.0752 5 5 4 8 43.62 2.79 2.0752 7 1 4 16 43.87 1.02 2.0636 3 2 13 16 43.96 1.83 2.0598 5 0 11 8 44.16 5.19 2.0510 7 2 3 16 44.23 2.29 2.0476 4 2 12 16 44.37 1.26 2.0414 6 2 8 16 44.46 1.81 2.0378 6 4 4 16 44.56 1.73 2.0334 2 2 14 8 44.73 1.90 2.0261 4 4 10 8 44.92 2.59 2.0178 6 3 7 16 45.39 5.25 1.9981 3 1 14 16 45.56 6.72 1.9912 5 3 10 16 45.67 3.78 1.9866 5 5 6 8 45.67 6.98 1.9866 7 1 6 16 45.72 7.39 1.9844 7 3 2 16 46.26 1.42 1.9625 2 1 15 16 46.51 3.47 1.9527 5 4 9 16 47.31 2.13 1.9212 0 0 16 2 47.43 1.26 1.9168 6 5 3 16 47.74 6.63 1.9050 8 0 0 4 48.74 1.37 1.8683 5 0 13 8 48.74 1.24 1.8683 4 3 13 16 48.82 3.36 1.8655 6 1 11 16 48.86 2.33 1.8640 7 3 6 16 48.89 1.77 1.8629 2 0 16 8 49.07 1.00 1.8564 4 4 12 8 49.20 3.29 1.8518 6 4 8 16 49.28 2.79 1.8490 8 0 4 8 49.31 2.30 1.8481 8 2 0 8 49.42 1.02 1.8440 3 2 15 16 50.43 4.56 1.8097 2 2 16 8 50.61 5.21 1.8037 6 0 12 8 50.81 10.96 1.7969 8 2 4 16 50.84 3.14 1.7961 6 6 0 4 51.16 1.99 1.7856 8 0 6 8 51.18 1.14 1.7848 7 2 9 16 51.31 1.34 1.7807 8 3 1 16 52.04 1.31 1.7573 8 3 3 16 52.11 10.98 1.7552 6 2 12 16 52.31 5.60 1.7489 6 6 4 8 52.35 2.02 1.7478 2 1 17 16 52.65 1.11 1.7385 8 2 6 16 53.05 2.10 1.7263 7 5 4 16 53.70 1.21 1.7068 8 0 8 8 53.80 1.24 1.7039 8 4 0 8 53.91 1.14 1.7007 4 3 15 16 54.39 1.17 1.6867 1 1 18 8 54.59 2.38 1.6812 5 3 14 16 54.73 1.82 1.6771 7 3 10 16 54.79 2.06 1.6754 7 2 11 16 54.83 2.18 1.6743 7 5 6 16 54.88 2.28 1.6730 9 1 2 16 55.30 1.06 1.6611 6 0 14 8 55.35 1.80 1.6598 5 2 15 16 55.61 1.30 1.6526 8 3 7 16 56.98 1.92 1.6161 5 1 16 16 57.26 1.23 1.6089 1 0 19 8 57.54 1.79 1.6017 7 0 13 8 57.78 1.26 1.5957 8 5 3 16 58.65 1.46 1.5742 2 1 19 16 59.06 1.03 1.5642 4 4 16 8 59.33 3.23 1.5576 8 4 8 16 60.16 1.60 1.5381 5 5 14 8 60.16 2.19 1.5381 7 1 14 16 60.21 1.20 1.5370 0 0 20 2 60.30 2.65 1.5349 7 5 10 16 60.43 1.85 1.5318 7 7 2 8 60.78 3.64 1.5240 10 0 0 4 60.79 3.05 1.5237 5 2 17 16 61.55 1.06 1.5067 2 0 20 8 61.63 1.53 1.5050 6 5 13 16 62.41 2.64 1.4879 9 2 9 16 62.68 1.26 1.4821 4 1 19 16 62.83 1.16 1.4790 7 3 14 16 62.95 1.27 1.4765 7 4 13 16 62.96 1.11 1.4762 9 1 10 16 63.05 1.22 1.4744 7 7 6 8 63.23 1.40 1.4706 6 6 12 8 63.53 1.41 1.4644 7 2 15 16 63.73 2.72 1.4603 8 5 9 16 65.03 1.15 1.4342 5 5 16 8 65.26 1.36 1.4296 5 3 18 16 65.57 1.34 1.4237 9 3 10 16 65.65 1.13 1.4221 9 5 6 16 65.77 1.22 1.4198 8 7 3 16 65.94 1.41 1.4166 10 0 8 8 66.02 1.75 1.4150 10 4 0 8 66.08 1.89 1.4139 8 2 14 16 66.12 1.20 1.4132 6 5 15 16 66.34 1.04 1.4090 10 4 2 16 66.77 1.73 1.4011 4 2 20 16 67.22 1.02 1.3928 10 2 8 16 67.99 1.60 1.3788 7 5 14 16 68.12 1.04 1.3765 7 7 10 8 69.49 4.77 1.3527 8 0 16 8 69.82 2.79 1.3470 8 8 0 4 70.33 1.07 1.3385 5 5 18 8 70.54 1.24 1.3350 4 4 20 8 70.63 2.68 1.3337 9 5 10 16 70.98 4.49 1.3278 10 4 8 16 72.60 1.04 1.3022 3 3 22 8 73.01 1.28 1.2958 6 2 20 16 73.18 4.87 1.2933 11 3 6 16 73.34 1.34 1.2908 10 2 12 16 73.51 1.49 1.2883 10 6 4 16 74.45 1.27 1.2743 3 2 23 16 77.15 2.16 1.2364 12 2 4 16 79.48 1.09 1.2058 12 0 8 8 79.56 1.14 1.2048 12 4 0 8 79.57 1.72 1.2047 8 5 17 16 80.05 1.25 1.1987 9 1 18 16 81.51 1.08 1.1809 10 5 13 16 84.94 1.72 1.1417 11 3 14 16 85.14 1.74 1.1396 11 7 6 16 88.72 1.24 1.1027 6 5 23 16 89.76 1.23 1.0925 13 1 10 16 89.88 1.36 1.0914 13 5 2 16 ================================================================================ XPOW Copyright 1993 Bob Downs, Ranjini Swaminathan and Kurt Bartelmehs For reference, see Downs et al. (1993) American Mineralogist 78, 1104-1107.