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 = .60 GPa _database_code_amcsd 0009088 CELL PARAMETERS: 11.7253 14.4850 4.0606 90.000 90.000 90.000 SPACE GROUP: Pnam X-RAY WAVELENGTH: 1.541838 Cell Volume: 689.656 Density (g/cm3): 7.255 MAX. ABS. INTENSITY / VOLUME**2: 157.9157499 RIR: 7.087 RIR based on corundum from Acta Crystallographica A38 (1982) 733-739 2-THETA INTENSITY D-SPACING H K L Multiplicity 12.22 1.48 7.2425 0 2 0 2 19.48 9.24 4.5568 2 2 0 4 19.89 2.43 4.4646 1 3 0 4 22.74 8.53 3.9099 0 1 1 4 23.58 2.41 3.7735 3 1 0 4 23.99 2.22 3.7091 1 1 1 8 24.58 45.41 3.6212 0 4 0 2 25.75 15.65 3.4600 1 4 0 4 25.90 100.00 3.4396 3 2 0 4 26.28 63.59 3.3906 1 2 1 8 26.71 44.70 3.3381 2 0 1 4 27.42 19.29 3.2528 2 1 1 8 29.40 2.54 3.0379 3 3 0 4 29.46 3.56 3.0316 2 2 1 8 29.74 37.80 3.0040 1 3 1 8 31.13 1.95 2.8731 4 1 0 4 32.39 10.08 2.7642 3 1 1 8 32.61 14.96 2.7458 2 3 1 8 32.96 8.92 2.7172 4 2 0 4 33.74 1.96 2.6563 3 4 0 4 34.04 15.26 2.6336 1 4 1 8 34.53 1.54 2.5972 2 5 0 4 35.84 2.66 2.5057 4 3 0 4 36.61 31.81 2.4544 2 4 1 8 36.95 7.54 2.4325 3 3 1 8 37.24 1.31 2.4142 0 6 0 2 37.85 20.38 2.3767 4 0 1 4 38.16 1.79 2.3583 0 5 1 4 38.38 1.50 2.3454 4 1 1 8 38.69 1.73 2.3274 3 5 0 4 38.90 1.72 2.3149 5 1 0 4 38.96 1.60 2.3120 1 5 1 8 39.92 2.51 2.2582 4 2 1 8 40.41 13.30 2.2323 2 6 0 4 41.26 15.08 2.1879 2 5 1 8 42.39 2.06 2.1324 4 3 1 8 44.09 12.05 2.0539 3 6 0 4 44.33 9.31 2.0434 1 6 1 8 44.46 1.00 2.0378 1 7 0 4 44.63 22.74 2.0303 0 0 2 2 45.08 13.44 2.0111 5 1 1 8 45.66 9.66 1.9870 4 4 1 8 46.11 1.75 1.9684 5 4 0 4 46.42 14.00 1.9562 2 6 1 8 46.44 13.96 1.9553 5 2 1 8 46.47 9.42 1.9542 6 0 0 2 46.91 1.36 1.9367 6 1 0 4 48.64 10.22 1.8719 5 3 1 8 48.87 6.83 1.8635 4 6 0 4 49.13 1.46 1.8545 2 2 2 8 49.61 6.00 1.8375 4 5 1 8 50.08 5.22 1.8213 1 7 1 8 50.37 4.82 1.8115 6 3 0 4 51.04 8.96 1.7894 1 8 0 4 51.60 2.14 1.7712 5 4 1 8 51.61 10.87 1.7709 0 4 2 4 52.24 4.11 1.7511 1 4 2 8 52.33 26.05 1.7484 3 2 2 8 53.27 9.60 1.7198 6 4 0 4 54.15 4.47 1.6937 4 6 1 8 56.17 4.24 1.6375 1 8 1 8 56.59 3.05 1.6264 4 2 2 8 58.51 1.09 1.5775 4 3 2 8 59.20 2.88 1.5607 4 7 1 8 59.48 1.36 1.5540 5 6 1 8 60.94 1.56 1.5203 7 4 0 4 61.21 2.37 1.5142 7 2 1 8 61.76 6.33 1.5020 2 6 2 8 64.25 1.64 1.4497 2 9 1 8 64.27 1.48 1.4494 5 7 1 8 64.54 6.62 1.4439 3 6 2 8 64.72 1.15 1.4403 4 8 1 8 65.08 1.49 1.4332 5 8 0 4 65.72 1.68 1.4208 6 7 0 4 66.12 1.00 1.4132 5 4 2 8 66.40 5.53 1.4080 6 0 2 4 66.49 2.88 1.4062 2 10 0 4 66.97 1.79 1.3973 3 9 1 8 68.32 4.21 1.3729 4 6 2 8 68.35 4.84 1.3724 8 1 1 8 68.74 2.72 1.3656 7 5 1 8 69.55 3.16 1.3517 6 3 2 8 69.56 3.48 1.3515 5 8 1 8 70.10 5.80 1.3424 1 8 2 8 70.69 3.33 1.3326 4 9 1 8 70.92 3.54 1.3288 2 10 1 8 71.12 4.61 1.3256 8 3 1 8 71.34 3.10 1.3220 1 2 3 8 71.54 2.14 1.3188 2 0 3 4 71.96 6.62 1.3123 6 4 2 8 72.83 1.66 1.2986 4 10 0 4 72.90 1.27 1.2976 9 1 0 4 73.05 1.91 1.2953 1 3 3 8 73.92 2.13 1.2822 9 2 0 4 75.41 1.15 1.2605 1 4 3 8 75.97 1.83 1.2526 0 11 1 4 76.48 1.07 1.2455 1 11 1 8 76.53 1.23 1.2448 8 5 1 8 76.90 2.09 1.2398 7 7 1 8 76.94 2.73 1.2392 2 4 3 8 77.11 2.87 1.2369 4 10 1 8 77.66 2.04 1.2296 7 8 0 4 77.71 1.86 1.2289 4 0 3 4 78.62 1.24 1.2169 7 4 2 8 79.89 1.16 1.2007 1 12 0 4 79.92 1.50 1.2003 2 5 3 8 82.03 1.20 1.1747 1 6 3 8 82.36 1.31 1.1708 5 8 2 8 82.57 1.69 1.1685 5 1 3 8 82.95 1.54 1.1641 6 7 2 8 82.98 1.34 1.1637 4 4 3 8 83.53 1.91 1.1574 2 6 3 8 83.55 1.93 1.1572 5 2 3 8 83.65 2.61 1.1560 2 10 2 8 84.06 1.76 1.1515 1 12 1 8 84.43 1.12 1.1473 8 7 1 8 85.18 1.46 1.1392 5 3 3 8 87.40 1.23 1.1159 7 9 1 8 89.61 1.68 1.0940 4 10 2 8 89.67 1.35 1.0934 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.