Galenobismutite Olsen L A, Balic-Zunic T, Makovicky E, Ullrich A, Miletich R Physics and Chemistry of Minerals 34 (2007) 467-475 Hydrostatic compression of galenobismutite (PbBi2S4): elastic properties and high-pressure crystal chemistry Locality: synthetic Sample: P = .16 GPa _database_code_amcsd 0009087 CELL PARAMETERS: 11.7854 14.5531 4.0690 90.000 90.000 90.000 SPACE GROUP: Pnam X-RAY WAVELENGTH: 1.541838 Cell Volume: 697.891 Density (g/cm3): 7.170 MAX. ABS. INTENSITY / VOLUME**2: 158.1678798 RIR: 7.183 RIR based on corundum from Acta Crystallographica A38 (1982) 733-739 2-THETA INTENSITY D-SPACING H K L Multiplicity 12.16 1.32 7.2765 0 2 0 2 19.38 9.13 4.5794 2 2 0 4 19.79 2.21 4.4859 1 3 0 4 22.69 8.39 3.9187 0 1 1 4 23.46 1.66 3.7927 3 1 0 4 23.93 2.44 3.7185 1 1 1 8 24.47 45.00 3.6383 0 4 0 2 25.62 15.08 3.4764 1 4 0 4 25.77 100.00 3.4569 3 2 0 4 26.21 61.82 3.4004 1 2 1 8 26.62 44.14 3.3483 2 0 1 4 27.33 18.15 3.2631 2 1 1 8 29.25 2.19 3.0529 3 3 0 4 29.36 3.25 3.0417 2 2 1 8 29.64 36.83 3.0138 1 3 1 8 30.97 2.05 2.8878 4 1 0 4 32.27 9.89 2.7744 3 1 1 8 32.49 14.12 2.7556 2 3 1 8 32.79 8.63 2.7310 4 2 0 4 33.57 1.92 2.6694 3 4 0 4 33.92 14.84 2.6431 1 4 1 8 34.36 1.31 2.6096 2 5 0 4 35.65 2.35 2.5183 4 3 0 4 36.47 32.36 2.4638 2 4 1 8 36.81 7.52 2.4420 3 3 1 8 37.06 1.25 2.4255 0 6 0 2 37.69 19.91 2.3864 4 0 1 4 38.01 1.80 2.3673 0 5 1 4 38.22 1.64 2.3550 4 1 1 8 38.49 1.42 2.3387 3 5 0 4 38.70 1.60 2.3268 5 1 0 4 38.80 1.40 2.3210 1 5 1 8 39.75 2.58 2.2676 4 2 1 8 40.21 13.26 2.2429 2 6 0 4 41.09 14.68 2.1967 2 5 1 8 42.20 1.74 2.1413 4 3 1 8 43.87 12.17 2.0638 3 6 0 4 44.14 9.31 2.0516 1 6 1 8 44.53 22.08 2.0345 0 0 2 2 44.87 12.19 2.0198 5 1 1 8 45.45 9.43 1.9955 4 4 1 8 45.87 1.80 1.9782 5 4 0 4 46.22 13.28 1.9643 2 6 1 8 46.22 9.49 1.9642 6 0 0 2 46.23 15.22 1.9639 5 2 1 8 46.66 1.03 1.9466 6 1 0 4 48.41 9.54 1.8802 5 3 1 8 48.62 6.38 1.8726 4 6 0 4 48.99 1.41 1.8593 2 2 2 8 49.38 5.63 1.8454 4 5 1 8 49.86 4.84 1.8289 1 7 1 8 50.10 4.25 1.8206 6 3 0 4 50.78 8.67 1.7978 1 8 0 4 51.36 1.95 1.7791 5 4 1 8 51.46 10.58 1.7757 0 4 2 4 52.09 3.87 1.7559 1 4 2 8 52.17 25.57 1.7534 3 2 2 8 52.98 9.86 1.7284 6 4 0 4 53.90 4.71 1.7011 4 6 1 8 55.91 4.13 1.6445 1 8 1 8 56.40 2.91 1.6315 4 2 2 8 58.92 2.59 1.5676 4 7 1 8 59.19 1.54 1.5610 5 6 1 8 60.60 1.52 1.5280 7 4 0 4 60.89 2.40 1.5213 7 2 1 8 61.54 6.22 1.5069 2 6 2 8 63.94 1.62 1.4561 2 9 1 8 63.94 1.55 1.4559 5 7 1 8 64.29 6.60 1.4489 3 6 2 8 64.40 1.18 1.4467 4 8 1 8 64.73 1.51 1.4401 5 8 0 4 65.36 1.54 1.4278 6 7 0 4 65.85 1.01 1.4183 5 4 2 8 66.12 5.48 1.4131 6 0 2 4 66.14 2.81 1.4129 2 10 0 4 66.63 1.63 1.4035 3 9 1 8 67.63 1.15 1.3852 8 0 1 4 67.98 4.44 1.3790 8 1 1 8 68.05 3.85 1.3778 4 6 2 8 68.37 2.36 1.3720 7 5 1 8 69.20 3.35 1.3576 5 8 1 8 69.25 2.74 1.3567 6 3 2 8 69.81 5.53 1.3472 1 8 2 8 70.32 3.11 1.3386 4 9 1 8 70.56 3.34 1.3347 2 10 1 8 70.73 4.00 1.3319 8 3 1 8 71.16 2.94 1.3249 1 2 3 8 71.36 2.05 1.3218 2 0 3 4 71.64 6.70 1.3172 6 4 2 8 72.43 1.62 1.3048 4 10 0 4 72.47 1.07 1.3042 9 1 0 4 72.85 1.82 1.2983 1 3 3 8 73.10 1.04 1.2945 8 4 1 8 73.48 2.34 1.2888 9 2 0 4 75.20 1.08 1.2636 1 4 3 8 75.57 1.70 1.2582 0 11 1 4 76.08 1.01 1.2511 1 11 1 8 76.10 1.21 1.2508 8 5 1 8 76.47 1.90 1.2456 7 7 1 8 76.70 3.02 1.2425 4 10 1 8 76.71 2.71 1.2423 2 4 3 8 77.20 1.99 1.2356 7 8 0 4 77.47 1.78 1.2321 4 0 3 4 78.25 1.18 1.2218 7 4 2 8 79.44 1.14 1.2064 1 12 0 4 79.67 1.42 1.2035 2 5 3 8 81.76 1.17 1.1779 1 6 3 8 81.97 1.30 1.1754 5 8 2 8 82.28 1.49 1.1718 5 1 3 8 82.54 1.39 1.1687 6 7 2 8 82.69 1.27 1.1670 4 4 3 8 83.25 1.76 1.1606 2 6 3 8 83.25 2.03 1.1605 5 2 3 8 83.26 2.49 1.1605 2 10 2 8 83.60 1.77 1.1566 1 12 1 8 84.87 1.31 1.1425 5 3 3 8 86.89 1.08 1.1211 7 9 1 8 89.16 1.59 1.0983 4 10 2 8 89.20 1.11 1.0980 9 1 2 8 ================================================================================ XPOW Copyright 1993 Bob Downs, Ranjini Swaminathan and Kurt Bartelmehs For reference, see Downs et al. (1993) American Mineralogist 78, 1104-1107.