Ag18 Bi4 O12 Masse R, Tordjman I, Durif A Comptes Rendus Hebdomadaires des Seances de l'Academie des Sciences 302 (1986) 631-633 Etude structurale d'un sous-oxyde d'argent bismuth Bi4 Ag18 O12 _cod_database_code 1007180 _database_code_amcsd 0012299 CELL PARAMETERS: 10.6300 14.2290 23.9100 90.000 90.000 90.000 SPACE GROUP: Cmcm X-RAY WAVELENGTH: 1.541838 Cell Volume: 3616.490 Density (g/cm3): 5.453 MAX. ABS. INTENSITY / VOLUME**2: 84.84914670 RIR: 5.066 RIR based on corundum from Acta Crystallographica A38 (1982) 733-739 2-THETA INTENSITY D-SPACING H K L Multiplicity 7.39 3.85 11.9550 0 0 2 2 10.39 26.73 8.5160 1 1 0 4 11.03 21.94 8.0223 1 1 1 8 12.98 42.54 6.8190 0 2 1 4 14.82 17.61 5.9775 0 0 4 2 16.68 71.07 5.3150 2 0 0 2 16.70 28.96 5.3075 0 2 3 4 18.13 4.76 4.8926 1 1 4 8 20.50 3.21 4.3314 1 3 0 4 20.84 4.25 4.2620 1 3 1 8 21.31 1.16 4.1696 1 1 5 8 21.82 3.87 4.0724 1 3 2 8 22.31 12.29 3.9850 0 0 6 2 22.40 1.40 3.9688 0 2 5 4 24.67 1.27 3.6094 1 1 6 8 25.39 5.71 3.5074 1 3 4 8 25.91 7.86 3.4383 3 1 0 4 26.14 1.30 3.4095 0 4 2 4 26.18 5.52 3.4033 3 1 1 8 27.79 5.98 3.2103 1 3 5 8 28.15 7.72 3.1702 1 1 7 8 28.27 21.68 3.1571 3 1 3 8 29.00 7.33 3.0792 0 2 7 4 29.21 47.96 3.0569 0 4 4 4 29.90 22.09 2.9887 0 0 8 2 29.98 38.48 2.9804 3 1 4 8 30.23 3.32 2.9562 2 4 0 4 30.48 1.14 2.9326 1 3 6 8 31.17 8.50 2.8698 2 4 2 8 31.52 12.76 2.8387 3 3 0 4 31.73 1.23 2.8201 1 1 8 8 31.74 2.74 2.8189 3 3 1 8 32.06 9.13 2.7916 3 1 5 8 32.57 5.10 2.7490 1 5 0 4 32.79 6.47 2.7310 1 5 1 8 33.45 1.89 2.6791 1 5 2 8 33.51 3.47 2.6741 3 3 3 8 33.64 21.53 2.6644 2 2 7 8 33.73 20.30 2.6575 4 0 0 2 33.78 1.34 2.6537 0 4 6 4 33.83 100.00 2.6499 2 4 4 8 34.43 31.94 2.6051 2 0 8 4 34.45 1.43 2.6033 3 1 6 8 34.99 1.25 2.5642 3 3 4 8 35.96 3.00 2.4975 1 5 4 8 36.09 2.36 2.4888 0 2 9 4 36.53 6.01 2.4600 1 3 8 8 37.62 6.63 2.3910 0 0 10 2 37.75 6.55 2.3833 1 5 5 8 37.89 5.48 2.3743 2 4 6 8 38.13 1.50 2.3599 0 6 1 4 39.13 3.78 2.3020 1 1 10 8 39.65 7.67 2.2730 0 6 3 4 39.84 1.64 2.2628 1 5 6 8 40.66 3.85 2.2188 3 5 0 4 40.81 7.19 2.2110 4 0 6 4 40.85 3.61 2.2093 3 5 1 8 40.87 4.85 2.2082 4 2 5 8 41.36 3.17 2.1832 3 3 7 8 42.94 4.72 2.1061 1 1 11 8 43.19 1.05 2.0946 5 1 1 8 43.29 3.34 2.0899 2 6 3 8 43.54 2.61 2.0788 0 2 11 4 43.99 4.53 2.0583 3 3 8 8 44.57 1.92 2.0331 5 1 3 8 44.79 2.05 2.0233 1 5 8 8 45.04 1.48 2.0127 3 5 5 8 45.21 3.03 2.0056 4 4 4 8 45.68 1.13 1.9860 4 0 8 4 45.74 7.87 1.9835 5 1 4 8 46.01 4.09 1.9728 2 6 5 8 46.62 1.13 1.9480 0 6 7 4 46.83 1.30 1.9401 1 1 12 8 46.83 3.74 1.9400 5 3 0 4 46.93 7.92 1.9360 2 2 11 8 46.99 1.97 1.9337 5 3 1 8 47.22 1.80 1.9248 5 1 5 8 47.60 1.28 1.9104 1 5 9 8 48.05 1.12 1.8937 1 7 4 8 48.48 1.17 1.8778 4 4 6 8 48.95 4.39 1.8607 3 5 7 8 49.00 3.46 1.8591 2 4 10 8 49.39 2.35 1.8453 5 3 4 8 49.62 1.41 1.8373 3 1 11 8 50.79 1.54 1.7977 5 3 5 8 51.00 2.42 1.7906 5 1 7 8 51.28 4.17 1.7815 3 5 8 8 51.37 10.29 1.7786 0 8 0 2 51.41 2.64 1.7775 4 0 10 4 51.81 2.85 1.7646 4 6 1 8 51.85 1.78 1.7632 3 7 0 4 52.65 13.09 1.7384 0 4 12 4 52.79 2.20 1.7340 4 4 8 8 53.06 1.46 1.7258 3 3 11 8 53.13 4.30 1.7240 3 1 12 8 53.43 5.58 1.7147 6 2 1 8 53.77 1.38 1.7048 0 8 4 4 53.83 5.42 1.7032 5 5 0 4 53.83 1.48 1.7030 3 5 9 8 53.97 5.35 1.6989 5 5 1 8 53.98 1.46 1.6986 6 0 4 4 54.24 2.35 1.6911 3 7 4 8 54.39 1.71 1.6869 5 3 7 8 54.40 4.75 1.6867 2 8 0 4 54.61 2.78 1.6805 6 2 3 8 55.36 4.02 1.6595 4 6 5 8 55.63 3.61 1.6522 2 4 12 8 56.15 1.15 1.6380 5 5 4 8 56.56 6.45 1.6273 5 3 8 8 56.67 1.52 1.6242 0 8 6 4 56.76 1.70 1.6218 3 1 13 8 56.92 1.93 1.6178 6 2 5 8 57.43 1.68 1.6045 5 5 5 8 57.52 6.69 1.6024 0 6 11 4 57.84 1.65 1.5942 4 0 12 4 58.01 1.39 1.5900 4 4 10 8 58.45 1.12 1.5790 5 1 10 8 58.73 3.75 1.5721 6 4 2 8 59.42 4.26 1.5554 0 2 15 4 59.51 1.11 1.5533 2 8 6 8 60.33 3.73 1.5342 2 6 11 8 60.58 3.51 1.5284 0 8 8 4 60.77 2.48 1.5242 5 5 7 8 61.34 5.25 1.5113 5 1 11 8 62.18 3.19 1.4928 2 2 15 8 62.61 1.08 1.4836 7 1 3 8 62.79 4.16 1.4798 5 5 8 8 62.87 3.26 1.4781 4 8 0 4 63.31 6.44 1.4689 2 8 8 8 63.55 2.60 1.4640 7 1 4 8 64.00 2.18 1.4548 4 4 12 8 64.07 1.95 1.4534 0 6 13 4 64.42 3.05 1.4463 5 1 12 8 64.57 2.19 1.4433 6 2 9 8 64.81 2.53 1.4386 2 0 16 4 65.05 1.98 1.4338 5 5 9 8 65.41 2.21 1.4268 5 7 4 8 65.73 2.48 1.4207 3 9 3 8 65.74 2.05 1.4204 0 10 1 4 66.64 2.61 1.4034 3 9 4 8 66.97 1.51 1.3973 6 6 3 8 67.38 1.26 1.3899 3 3 15 8 67.60 1.86 1.3859 4 8 6 8 67.80 1.22 1.3822 3 9 5 8 68.36 1.45 1.3722 4 6 11 8 70.51 1.75 1.3355 2 2 17 8 70.63 2.03 1.3337 2 4 16 8 71.29 1.94 1.3229 0 6 15 4 71.32 1.79 1.3223 3 3 16 8 71.37 2.41 1.3216 6 4 10 8 71.44 1.52 1.3204 3 7 12 8 71.56 1.07 1.3185 5 7 8 8 72.47 1.60 1.3042 8 2 1 8 73.10 2.95 1.2946 3 5 15 8 74.40 3.00 1.2751 2 10 7 8 75.41 1.39 1.2605 8 0 6 4 75.44 1.62 1.2600 8 2 5 8 76.82 1.61 1.2408 6 4 12 8 76.92 1.91 1.2395 3 5 16 8 78.49 1.13 1.2186 8 4 4 8 81.23 1.02 1.1843 4 6 15 8 83.03 1.47 1.1631 0 12 4 4 83.15 1.08 1.1617 2 10 11 8 84.27 1.03 1.1491 8 4 8 8 84.45 1.04 1.1471 8 6 3 8 85.45 2.24 1.1362 2 12 4 8 86.36 3.22 1.1266 8 6 5 8 87.82 1.03 1.1116 0 6 19 4 88.16 1.88 1.1082 6 10 1 8 89.43 1.89 1.0957 5 9 11 8 90.00 1.20 1.0903 4 0 20 4 ================================================================================ XPOW Copyright 1993 Bob Downs, Ranjini Swaminathan and Kurt Bartelmehs For reference, see Downs et al. (1993) American Mineralogist 78, 1104-1107.