Finnemanite Gabrielson O Arkiv for Mineralogi och Geologi 2 (1956) 1-8 The crystal structure of finnemanite Pb5Cl(AsO3)3 Locality: Langban, Varmland, Sweden _database_code_amcsd 0012044 CELL PARAMETERS: 10.2800 10.2800 7.0000 90.000 90.000 120.000 SPACE GROUP: P6_3 X-RAY WAVELENGTH: 1.541838 Cell Volume: 640.641 Density (g/cm3): 7.465 MAX. ABS. INTENSITY / VOLUME**2: 165.1731255 RIR: 7.205 RIR based on corundum from Acta Crystallographica A38 (1982) 733-739 2-THETA INTENSITY D-SPACING H K L Multiplicity 16.11 9.64 5.5027 1 0 1 6 17.25 7.08 5.1400 1 1 0 6 21.45 28.56 4.1430 1 1 1 6 23.69 26.32 3.7562 2 0 1 6 25.45 27.06 3.5000 0 0 2 1 26.49 4.89 3.3649 1 2 0 6 26.49 95.11 3.3649 2 1 0 6 27.38 18.14 3.2573 1 0 2 6 29.45 3.52 3.0327 2 1 1 6 29.45 27.29 3.0327 1 2 1 6 30.11 47.02 2.9676 3 0 0 6 30.91 64.75 2.8930 1 1 2 6 32.54 19.74 2.7514 2 0 2 6 34.91 6.28 2.5700 2 2 0 6 36.39 3.88 2.4692 1 3 0 6 36.39 4.11 2.4692 3 1 0 6 37.06 25.77 2.4257 1 2 2 6 37.06 28.96 2.4257 2 1 2 6 38.67 2.32 2.3286 1 3 1 6 38.67 4.18 2.3286 3 1 1 6 39.83 5.41 2.2635 3 0 2 6 39.94 6.27 2.2571 1 0 3 6 40.53 3.37 2.2257 4 0 0 6 42.55 5.75 2.1247 1 1 3 6 42.63 5.74 2.1211 4 0 1 6 43.70 13.30 2.0715 2 2 2 6 43.81 2.11 2.0666 2 0 3 6 44.35 2.53 2.0424 2 3 0 6 44.35 4.16 2.0424 3 2 0 6 44.93 18.92 2.0176 1 3 2 6 44.93 1.78 2.0176 3 1 2 6 46.31 12.67 1.9607 3 2 1 6 46.76 27.06 1.9427 1 4 0 6 46.76 3.97 1.9427 4 1 0 6 47.41 2.37 1.9174 1 2 3 6 47.41 2.40 1.9174 2 1 3 6 48.47 14.85 1.8781 4 0 2 6 51.83 15.38 1.7640 3 2 2 6 52.27 5.27 1.7500 0 0 4 1 53.35 3.11 1.7171 1 0 4 6 53.98 5.01 1.6986 1 4 2 6 53.98 7.51 1.6986 4 1 2 6 54.08 3.81 1.6959 1 3 3 6 54.54 7.80 1.6825 2 4 0 6 54.54 3.27 1.6825 4 2 0 6 55.19 3.52 1.6642 3 3 1 6 55.47 3.49 1.6566 1 1 4 6 56.50 1.73 1.6287 2 0 4 6 57.20 7.77 1.6105 4 0 3 6 57.65 4.35 1.5990 5 1 0 6 58.13 6.37 1.5870 5 0 2 6 59.28 1.89 1.5588 1 5 1 6 59.28 1.41 1.5588 5 1 1 6 59.54 27.14 1.5526 2 1 4 6 60.13 8.00 1.5388 3 3 2 6 60.22 1.24 1.5368 2 3 3 6 60.22 1.76 1.5368 3 2 3 6 61.11 1.12 1.5164 4 2 2 6 61.11 4.59 1.5164 2 4 2 6 64.02 1.67 1.4544 5 1 2 6 64.16 1.30 1.4515 6 0 1 6 65.36 4.80 1.4278 3 1 4 6 65.47 6.03 1.4256 5 2 0 6 66.00 1.34 1.4155 5 0 3 6 66.99 2.64 1.3969 2 5 1 6 67.76 1.37 1.3830 1 0 5 6 67.87 1.69 1.3810 3 3 3 6 68.71 6.07 1.3661 6 0 2 6 69.63 3.83 1.3503 3 4 2 6 69.63 3.38 1.3503 4 3 2 6 70.68 3.59 1.3328 6 1 1 6 70.92 3.23 1.3289 2 3 4 6 71.45 4.68 1.3203 2 5 2 6 72.73 2.97 1.3003 1 4 4 6 73.73 3.16 1.2850 4 4 0 6 75.04 2.11 1.2658 6 1 2 6 76.06 1.13 1.2513 5 3 1 6 78.06 1.02 1.2243 3 3 4 6 78.55 1.47 1.2179 1 3 5 6 78.65 1.70 1.2165 2 5 3 6 78.70 1.13 1.2158 2 6 1 6 78.93 4.64 1.2129 4 2 4 6 78.93 7.11 1.2129 2 4 4 6 80.32 2.82 1.1953 5 3 2 6 81.16 2.14 1.1851 4 0 5 6 81.55 1.43 1.1804 1 5 4 6 81.55 5.51 1.1804 5 1 4 6 81.65 5.33 1.1792 1 7 0 6 82.93 1.68 1.1643 2 6 2 6 82.93 1.37 1.1643 6 2 2 6 85.31 1.71 1.1377 1 1 6 6 85.87 1.18 1.1317 6 0 4 6 87.24 1.82 1.1175 1 7 2 6 87.24 3.00 1.1175 7 1 2 6 87.32 1.90 1.1167 5 3 3 6 88.75 2.09 1.1023 1 2 6 6 88.75 1.40 1.1023 2 1 6 6 ================================================================================ XPOW Copyright 1993 Bob Downs, Ranjini Swaminathan and Kurt Bartelmehs For reference, see Downs et al. (1993) American Mineralogist 78, 1104-1107.