Damaraite Krivovichev S V, Burns P C European Journal of Mineralogy 13 (2001) 801-809 Crystal chemistry of lead oxide chlorides. I. Crystal structures of synthetic mendipite, Pb3O2Cl2, and synthetic damaraite, Pb3O2(OH)Cl _database_code_amcsd 0006899 CELL PARAMETERS: 5.8052 6.9025 15.1410 90.000 90.000 90.000 SPACE GROUP: Pmc2_1 X-RAY WAVELENGTH: 1.541838 Cell Volume: 606.706 Density (g/cm3): 7.718 MAX. ABS. INTENSITY / VOLUME**2: 131.5176848 RIR: 5.549 RIR based on corundum from Acta Crystallographica A38 (1982) 733-739 2-THETA INTENSITY D-SPACING H K L Multiplicity 11.69 10.65 7.5705 0 0 2 1 12.83 38.43 6.9025 0 1 0 2 14.10 21.43 6.2806 0 1 1 2 17.39 2.01 5.1006 0 1 2 2 19.27 18.77 4.6067 1 0 2 2 20.84 18.14 4.2631 1 1 1 4 21.82 11.52 4.0741 0 1 3 2 23.21 44.56 3.8317 1 1 2 4 23.50 8.40 3.7852 0 0 4 1 26.49 6.47 3.3649 0 2 1 2 26.73 28.27 3.3348 1 1 3 4 26.86 11.75 3.3190 0 1 4 2 28.14 65.56 3.1708 1 0 4 2 28.42 24.27 3.1403 0 2 2 2 30.12 32.46 2.9666 1 2 0 4 30.71 67.67 2.9112 1 2 1 4 30.80 75.88 2.9026 2 0 0 2 31.04 100.00 2.8813 1 1 4 4 31.40 11.54 2.8489 0 2 3 2 32.28 20.64 2.7731 0 1 5 2 32.41 42.31 2.7621 1 2 2 4 33.49 4.35 2.6757 2 1 0 4 34.03 1.72 2.6348 2 1 1 4 35.09 6.79 2.5575 1 2 3 4 35.19 1.80 2.5503 0 2 4 2 35.58 2.64 2.5235 0 0 6 1 35.89 10.00 2.5022 1 1 5 4 37.96 6.95 2.3701 0 1 6 2 38.07 3.88 2.3640 2 1 3 4 38.56 1.41 2.3349 1 2 4 4 38.92 4.44 2.3143 1 0 6 2 39.11 3.61 2.3034 2 0 4 2 39.59 6.50 2.2762 0 2 5 2 41.00 6.14 2.2014 0 3 2 2 41.07 5.71 2.1979 2 2 1 4 41.14 1.80 2.1942 1 1 6 4 41.32 10.03 2.1849 2 1 4 4 42.41 23.46 2.1315 2 2 2 4 42.67 1.24 2.1191 1 2 5 4 42.69 1.13 2.1179 1 3 1 4 43.21 19.62 2.0935 0 3 3 2 43.86 6.71 2.0640 0 1 7 2 43.99 2.57 2.0584 1 3 2 4 44.48 5.53 2.0370 0 2 6 2 44.56 8.27 2.0332 2 2 3 4 45.22 19.77 2.0051 2 1 5 4 46.09 2.07 1.9694 1 3 3 4 46.17 2.47 1.9661 0 3 4 2 46.71 1.11 1.9448 1 1 7 4 47.46 3.78 1.9159 2 2 4 4 47.76 3.91 1.9044 2 0 6 2 48.07 5.83 1.8926 0 0 8 1 48.56 1.75 1.8748 3 0 2 2 49.27 1.80 1.8493 3 1 1 4 49.66 7.01 1.8358 2 1 6 4 49.75 1.09 1.8328 0 2 7 2 49.77 3.03 1.8320 0 3 5 2 49.97 6.00 1.8253 0 1 8 2 50.44 5.19 1.8092 3 1 2 4 50.74 2.36 1.7994 1 0 8 2 50.99 7.28 1.7911 2 2 5 4 51.01 1.24 1.7904 2 3 1 4 52.15 6.52 1.7540 2 3 2 4 52.34 4.04 1.7479 3 1 3 4 52.35 14.66 1.7478 1 2 7 4 52.37 1.94 1.7471 1 3 5 4 52.56 1.23 1.7412 1 1 8 4 53.16 10.11 1.7230 3 0 4 2 53.44 1.23 1.7145 0 4 1 2 54.00 19.34 1.6980 2 3 3 4 54.35 5.49 1.6879 3 2 0 4 54.54 4.09 1.6825 0 4 2 2 54.56 6.38 1.6821 2 1 7 4 54.72 11.52 1.6775 3 2 1 4 54.92 17.26 1.6717 3 1 4 4 55.08 5.32 1.6674 2 2 6 4 55.36 2.12 1.6595 0 2 8 2 55.80 7.42 1.6474 3 2 2 4 55.92 15.79 1.6443 1 4 1 4 56.28 2.22 1.6345 0 1 9 2 56.35 4.67 1.6328 0 4 3 2 56.39 9.94 1.6317 1 3 6 4 56.53 2.65 1.6278 2 3 4 4 56.99 3.89 1.6160 1 4 2 4 57.58 1.40 1.6007 3 2 3 4 57.78 1.77 1.5956 1 2 8 4 58.13 2.05 1.5869 3 1 5 4 58.19 5.74 1.5854 2 0 8 2 58.57 1.02 1.5759 0 3 7 2 58.68 10.31 1.5733 1 1 9 4 59.68 2.60 1.5492 2 3 5 4 59.86 5.37 1.5451 2 1 8 4 60.27 1.06 1.5356 3 0 6 2 60.91 10.98 1.5209 1 3 7 4 62.83 1.04 1.4789 0 1 10 2 62.96 1.04 1.4762 2 4 1 4 63.50 3.57 1.4651 1 0 10 2 63.96 4.19 1.4556 2 4 2 4 64.15 2.25 1.4516 1 4 5 4 64.17 8.68 1.4513 4 0 0 2 64.70 1.49 1.4406 2 2 8 4 65.08 1.68 1.4332 1 1 10 4 65.53 1.66 1.4244 0 4 6 2 65.54 2.47 1.4242 2 1 9 4 65.60 4.04 1.4231 2 4 3 4 65.90 2.87 1.4174 1 3 8 4 67.73 2.63 1.3834 1 4 6 4 69.18 1.14 1.3580 0 3 9 2 69.73 1.50 1.3486 1 2 10 4 70.81 5.12 1.3307 3 2 7 4 70.87 1.24 1.3297 4 1 4 4 71.32 3.77 1.3224 1 5 2 4 71.61 1.05 1.3177 2 1 10 4 71.63 2.93 1.3174 4 2 2 4 71.80 1.61 1.3148 1 1 11 4 71.85 1.13 1.3139 1 4 7 4 73.19 1.52 1.2932 4 2 3 4 73.67 3.00 1.2858 4 1 5 4 73.85 5.94 1.2833 3 4 1 4 74.15 1.72 1.2787 2 4 6 4 74.17 1.58 1.2785 0 2 11 2 74.25 3.76 1.2772 3 3 6 4 74.77 1.51 1.2697 3 4 2 4 75.04 1.27 1.2657 1 5 4 4 75.72 1.10 1.2561 0 5 5 2 76.25 4.10 1.2487 3 1 9 4 76.70 1.14 1.2425 2 5 1 4 77.05 1.33 1.2377 4 1 6 4 77.62 1.07 1.2301 2 3 9 4 77.80 1.68 1.2277 1 5 5 4 78.08 1.40 1.2240 2 1 11 4 78.10 1.36 1.2237 4 2 5 4 78.13 1.26 1.2233 2 4 7 4 78.23 4.58 1.2220 3 3 7 4 78.86 1.83 1.2138 1 1 12 4 79.02 1.40 1.2117 4 3 2 4 79.07 1.18 1.2111 0 5 6 2 80.53 4.76 1.1927 4 3 3 4 80.56 1.57 1.1925 3 0 10 2 80.99 1.67 1.1872 4 1 7 4 81.12 1.66 1.1856 1 5 6 4 81.15 1.03 1.1852 3 4 5 4 81.42 1.44 1.1820 4 2 6 4 81.48 1.38 1.1812 0 3 11 2 81.63 1.25 1.1795 1 4 9 4 82.43 1.97 1.1700 2 2 11 4 82.75 1.35 1.1663 3 3 8 4 83.34 1.36 1.1595 2 3 10 4 83.52 1.87 1.1575 1 3 11 4 83.94 1.39 1.1528 2 5 5 4 84.04 1.73 1.1517 4 0 8 2 84.45 1.28 1.1471 3 4 6 4 84.45 1.77 1.1471 0 6 1 2 85.48 1.84 1.1360 4 1 8 4 86.36 1.33 1.1266 1 1 13 4 87.22 1.53 1.1177 2 5 6 4 87.45 1.26 1.1153 0 5 8 2 87.72 1.17 1.1126 2 4 9 4 87.81 1.95 1.1116 3 5 2 4 87.98 1.85 1.1100 5 0 4 2 88.86 2.60 1.1013 1 6 3 4 88.94 1.11 1.1004 5 2 0 4 89.10 1.58 1.0989 4 4 2 4 89.24 2.23 1.0975 5 2 1 4 89.41 3.33 1.0959 5 1 4 4 89.60 2.25 1.0941 2 3 11 4 ================================================================================ XPOW Copyright 1993 Bob Downs, Ranjini Swaminathan and Kurt Bartelmehs For reference, see Downs et al. (1993) American Mineralogist 78, 1104-1107.