Bi1.5 Cu2 O11 Pb0.5 Sr3.5 Pelloquin D, Caldes M, Michel C, Maignan A, Hervieu M, Raveau B Physica C 217 (1993) 27-33 Lead substitution in the 30K-superconductor Bi2Sr4-yCu2CO3O8-d _cod_database_code 1001577 _database_code_amcsd 0015059 CELL PARAMETERS: 5.4680 5.4270 39.5300 90.000 90.000 90.000 SPACE GROUP: Abmm X-RAY WAVELENGTH: 1.541838 Cell Volume: 1173.046 Density (g/cm3): 5.881 MAX. ABS. INTENSITY / VOLUME**2: 105.1595180 RIR: 5.822 RIR based on corundum from Acta Crystallographica A38 (1982) 733-739 2-THETA INTENSITY D-SPACING H K L Multiplicity 4.47 100.00 19.7650 0 0 2 2 8.95 2.34 9.8825 0 0 4 2 13.44 12.45 6.5883 0 0 6 2 17.95 7.79 4.9412 0 0 8 2 22.49 7.42 3.9530 0 0 10 2 24.07 31.35 3.6972 1 1 3 8 25.73 36.16 3.4628 1 1 5 8 27.07 15.98 3.2942 0 0 12 2 28.04 56.12 3.1821 1 1 7 8 30.88 87.16 2.8960 1 1 9 8 31.69 12.24 2.8236 0 0 14 2 32.76 39.16 2.7340 2 0 0 2 33.01 45.40 2.7135 0 2 0 2 33.08 6.22 2.7082 2 0 2 4 33.33 4.58 2.6883 0 2 2 4 34.02 1.00 2.6350 2 0 4 4 34.12 9.16 2.6276 1 1 11 8 34.27 2.18 2.6167 0 2 4 4 36.36 10.45 2.4706 0 0 16 2 37.60 3.66 2.3922 2 0 8 4 37.83 2.76 2.3785 0 2 8 4 41.52 1.61 2.1750 1 1 15 8 42.99 12.52 2.1038 2 0 12 4 43.19 11.80 2.0944 0 2 12 4 45.57 18.06 1.9907 1 1 17 8 45.91 4.57 1.9765 0 0 20 2 46.22 9.22 1.9641 2 0 14 4 46.41 10.38 1.9565 0 2 14 4 47.19 33.88 1.9259 2 2 0 4 47.43 2.81 1.9169 2 2 2 8 49.29 2.62 1.8486 2 2 6 8 49.74 4.35 1.8331 2 0 16 4 49.81 5.90 1.8306 1 1 19 8 49.92 4.36 1.8268 0 2 16 4 50.89 2.42 1.7945 2 2 8 8 52.88 1.84 1.7314 2 2 10 8 53.49 3.89 1.7132 3 1 3 8 53.83 3.20 1.7030 1 3 3 8 54.24 11.02 1.6912 1 1 21 8 54.35 4.11 1.6880 3 1 5 8 54.69 3.86 1.6783 1 3 5 8 55.25 8.13 1.6626 2 2 12 8 55.63 9.11 1.6522 3 1 7 8 55.96 7.57 1.6431 1 3 7 8 57.30 14.61 1.6079 3 1 9 8 57.54 2.24 1.6018 2 0 20 4 57.63 12.78 1.5995 1 3 9 8 57.70 2.53 1.5976 0 2 20 4 57.96 6.43 1.5911 2 2 14 8 58.84 2.87 1.5695 1 1 23 8 59.35 1.45 1.5572 3 1 11 8 59.67 1.38 1.5496 1 3 11 8 60.94 4.03 1.5204 0 0 26 2 61.00 7.07 1.5190 2 2 16 8 67.54 4.44 1.3869 3 1 17 8 67.84 4.57 1.3815 1 3 17 8 67.96 3.98 1.3794 2 2 20 8 68.66 4.06 1.3670 4 0 0 2 69.25 4.80 1.3568 0 4 0 2 70.90 2.12 1.3292 3 1 19 8 70.93 3.73 1.3287 2 0 26 4 71.07 3.44 1.3264 0 2 26 4 71.19 1.77 1.3245 1 3 19 8 73.73 1.95 1.2850 1 1 29 8 74.21 1.23 1.2779 3 3 3 8 74.55 3.68 1.2729 3 1 21 8 74.84 3.54 1.2687 1 3 21 8 74.93 1.34 1.2674 3 3 5 8 75.26 1.06 1.2626 4 0 12 4 75.83 1.29 1.2545 0 4 12 4 76.01 3.08 1.2520 3 3 7 8 77.45 5.06 1.2324 3 3 9 8 77.59 1.28 1.2304 4 0 14 4 78.16 1.30 1.2229 0 4 14 4 78.32 4.07 1.2208 4 2 0 4 78.49 1.29 1.2185 3 1 23 8 78.74 4.38 1.2153 2 4 0 4 78.78 1.08 1.2149 1 3 23 8 80.48 6.42 1.1934 2 2 26 8 80.82 1.28 1.1892 0 4 16 4 84.67 1.90 1.1447 4 2 12 8 84.75 2.95 1.1438 1 1 33 8 85.08 2.34 1.1402 2 4 12 8 86.61 1.94 1.1240 3 3 17 8 86.94 2.26 1.1206 4 2 14 8 87.35 2.07 1.1163 2 4 14 8 89.75 1.01 1.0926 3 3 19 8 89.97 1.20 1.0905 2 4 16 8 ================================================================================ XPOW Copyright 1993 Bob Downs, Ranjini Swaminathan and Kurt Bartelmehs For reference, see Downs et al. (1993) American Mineralogist 78, 1104-1107.