Cs3 Nb5.96 O16.4 Saine M, Gasperin M Acta Crystallographica C39 (1983) 1153-1156 Synthese et Structure d'un Niobate de Cesium non Stoechiometrique, Cs3 Nb5.96 O16.4 _cod_database_code 1001255 _database_code_amcsd 0009983 CELL PARAMETERS: 18.3150 24.5060 7.2960 90.000 90.000 90.000 SPACE GROUP: Amam X-RAY WAVELENGTH: 1.541838 Cell Volume: 3274.645 Density (g/cm3): 4.927 MAX. ABS. INTENSITY / VOLUME**2: 47.94269578 RIR: 3.168 RIR based on corundum from Acta Crystallographica A38 (1982) 733-739 2-THETA INTENSITY D-SPACING H K L Multiplicity 7.21 3.21 12.2530 0 2 0 2 8.68 5.48 10.1841 1 2 0 4 9.66 1.81 9.1575 2 0 0 2 12.07 5.65 7.3353 2 2 0 4 13.55 7.92 6.5327 1 1 1 8 14.46 3.58 6.1265 0 4 0 2 20.54 1.38 4.3245 3 4 0 4 23.22 9.86 3.8306 4 1 1 8 23.85 9.64 3.7301 2 6 0 4 23.93 9.64 3.7180 2 5 1 8 24.27 4.72 3.6676 4 4 0 4 24.40 16.66 3.6480 0 0 2 2 25.42 14.30 3.5035 4 3 1 8 26.25 19.60 3.3947 3 6 0 4 26.32 63.50 3.3855 3 5 1 8 27.30 3.59 3.2664 2 2 2 8 27.49 20.28 3.2448 5 1 1 8 28.27 45.39 3.1563 0 7 1 4 28.39 8.79 3.1439 5 4 0 4 28.48 41.70 3.1344 0 4 2 4 28.70 11.41 3.1105 1 7 1 8 28.90 17.15 3.0895 1 4 2 8 29.15 5.76 3.0633 0 8 0 2 29.26 27.06 3.0525 6 0 0 2 29.30 12.02 3.0479 4 6 0 4 29.37 19.38 3.0413 4 5 1 8 29.39 26.69 3.0387 5 3 1 8 29.44 100.00 3.0340 3 2 2 8 29.57 12.15 3.0213 1 8 0 4 30.14 2.09 2.9655 2 4 2 8 30.17 2.04 2.9620 6 2 0 4 30.78 7.60 2.9050 2 8 0 4 32.21 2.11 2.7788 4 2 2 8 32.78 7.51 2.7322 6 4 0 4 32.84 5.84 2.7270 5 6 0 4 32.90 3.37 2.7222 5 5 1 8 33.67 9.11 2.6622 6 3 1 8 37.37 1.47 2.4062 7 4 0 4 39.18 5.36 2.2995 6 2 2 8 40.96 1.75 2.2031 7 6 0 4 41.14 1.23 2.1942 6 7 1 8 42.24 1.07 2.1396 4 1 3 8 42.42 4.72 2.1307 0 11 1 4 42.66 1.74 2.1194 2 5 3 8 43.34 1.50 2.0878 4 8 2 8 43.57 3.67 2.0772 4 3 3 8 44.14 7.33 2.0518 3 5 3 8 44.48 1.70 2.0368 5 10 0 4 44.83 5.61 2.0218 1 10 2 8 44.89 2.55 2.0192 5 1 3 8 45.00 2.84 2.0143 7 7 1 8 45.14 2.44 2.0086 7 4 2 8 45.41 8.06 1.9973 0 7 3 4 45.42 7.67 1.9970 8 6 0 4 45.46 6.58 1.9952 8 5 1 8 45.51 7.69 1.9932 2 12 0 4 45.60 1.79 1.9895 7 8 0 4 45.69 3.08 1.9858 2 10 2 8 45.94 5.28 1.9755 5 8 2 8 46.14 4.20 1.9672 4 5 3 8 46.16 10.95 1.9665 5 3 3 8 46.39 2.44 1.9575 6 9 1 8 46.91 5.08 1.9367 3 12 0 4 47.09 2.31 1.9299 3 10 2 8 47.47 9.90 1.9153 8 2 2 8 48.63 1.20 1.8724 5 5 3 8 48.83 11.66 1.8651 4 12 0 4 48.97 1.99 1.8600 6 8 2 8 49.00 11.01 1.8590 4 10 2 8 49.18 5.90 1.8525 6 3 3 8 49.72 1.57 1.8338 8 8 0 4 50.00 17.45 1.8240 0 0 4 2 50.08 1.48 1.8214 9 6 0 4 50.12 2.92 1.8200 9 5 1 8 50.38 2.75 1.8114 10 2 0 4 51.22 3.53 1.7837 5 12 0 4 51.38 18.16 1.7784 5 10 2 8 51.99 15.15 1.7588 9 2 2 8 52.12 1.24 1.7548 10 4 0 4 52.73 2.14 1.7358 10 3 1 8 53.80 3.71 1.7039 8 9 1 8 54.18 2.32 1.6928 6 10 2 8 54.94 1.90 1.6713 6 7 3 8 55.32 3.30 1.6606 4 12 2 8 55.98 5.33 1.6428 0 11 3 4 56.13 1.61 1.6386 2 6 4 8 56.47 1.67 1.6296 9 6 2 8 56.74 2.44 1.6224 10 2 2 8 57.34 4.93 1.6068 3 6 4 8 57.38 5.31 1.6059 7 10 2 8 57.84 3.44 1.5943 0 15 1 4 58.08 2.07 1.5882 1 15 1 8 58.10 1.98 1.5876 7 7 3 8 58.43 2.18 1.5794 5 14 0 4 58.48 4.21 1.5782 8 5 3 8 58.48 2.31 1.5782 0 14 2 4 58.50 1.13 1.5777 5 4 4 8 58.72 2.69 1.5723 1 14 2 8 58.79 1.34 1.5706 2 15 1 8 58.93 1.43 1.5672 0 8 4 4 58.99 5.82 1.5658 6 0 4 4 59.02 1.92 1.5651 4 6 4 8 59.17 2.15 1.5615 1 8 4 8 59.88 1.82 1.5447 2 8 4 8 60.04 1.05 1.5410 11 5 1 8 60.68 3.61 1.5263 12 0 0 2 60.78 2.72 1.5240 8 12 0 4 60.92 2.18 1.5207 8 10 2 8 60.98 1.05 1.5193 10 6 2 8 61.02 1.56 1.5185 6 14 0 4 61.09 3.30 1.5170 6 4 4 8 61.13 1.90 1.5161 5 6 4 8 62.42 4.05 1.4878 10 9 1 8 62.45 1.28 1.4871 9 5 3 8 65.39 1.39 1.4271 8 13 1 8 65.67 1.16 1.4217 8 9 3 8 65.75 1.99 1.4202 11 6 2 8 65.92 1.18 1.4170 8 2 4 8 66.89 1.02 1.3988 12 2 2 8 68.15 4.98 1.3759 3 16 2 8 68.26 1.64 1.3740 12 7 1 8 68.36 1.64 1.3722 12 4 2 8 68.86 1.88 1.3635 10 12 0 4 68.88 3.79 1.3632 3 5 5 8 68.98 1.51 1.3614 0 18 0 2 69.00 1.71 1.3611 10 10 2 8 69.13 1.10 1.3588 5 10 4 8 69.29 1.52 1.3561 0 15 3 4 69.44 1.35 1.3535 5 1 5 8 69.57 3.12 1.3514 7 14 2 8 69.68 1.08 1.3495 4 16 2 8 69.83 2.89 1.3469 0 7 5 4 69.84 2.34 1.3468 8 6 4 8 69.91 2.18 1.3456 2 12 4 8 70.15 1.10 1.3415 2 15 3 8 70.39 1.09 1.3375 4 5 5 8 70.41 1.28 1.3373 5 3 5 8 70.98 2.48 1.3278 3 12 4 8 71.51 2.00 1.3193 5 17 1 8 72.48 4.96 1.3040 4 12 4 8 73.21 1.85 1.2928 10 13 1 8 73.48 2.62 1.2888 10 9 3 8 73.50 1.01 1.2884 11 10 2 8 73.63 1.70 1.2865 13 7 1 8 73.71 1.50 1.2853 10 2 4 8 73.73 2.03 1.2850 13 4 2 8 74.07 1.69 1.2800 13 8 0 4 74.39 1.70 1.2753 5 12 4 8 76.58 1.20 1.2441 7 17 1 8 78.69 1.16 1.2160 0 0 6 2 79.79 1.04 1.2019 8 16 2 8 79.84 1.49 1.2013 3 20 0 4 80.53 1.16 1.1927 0 4 6 4 81.01 2.79 1.1870 3 2 6 8 81.85 1.36 1.1769 6 18 2 8 82.39 2.20 1.1705 12 0 4 4 82.48 1.49 1.1695 8 12 4 8 83.28 1.06 1.1602 9 16 2 8 83.95 1.78 1.1527 15 2 2 8 86.87 1.07 1.1213 8 9 5 8 87.58 1.33 1.1140 15 6 2 8 89.81 1.43 1.0921 10 12 4 8 89.92 1.47 1.0910 0 18 4 4 ================================================================================ XPOW Copyright 1993 Bob Downs, Ranjini Swaminathan and Kurt Bartelmehs For reference, see Downs et al. (1993) American Mineralogist 78, 1104-1107.