Nb7 O18.25 Tl0.96 Bhide V, Gasperin M Acta Crystallographica B35 (1979) 1318-1321 A new GTB-type thallium niobate _cod_database_code 1001037 _database_code_amcsd 0009669 CELL PARAMETERS: 27.5000 27.5000 3.9400 90.000 90.000 90.000 SPACE GROUP: P4/mbm X-RAY WAVELENGTH: 1.541838 Cell Volume: 2979.625 Density (g/cm3): 5.075 MAX. ABS. INTENSITY / VOLUME**2: 29.39947745 RIR: 1.886 RIR based on corundum from Acta Crystallographica A38 (1982) 733-739 2-THETA INTENSITY D-SPACING H K L Multiplicity 4.54 1.20 19.4454 1 1 0 4 6.43 31.21 13.7500 2 0 0 4 7.19 11.49 12.2984 2 1 0 8 9.10 1.94 9.7227 2 2 0 4 11.60 1.84 7.6271 3 2 0 8 12.88 3.91 6.8750 4 0 0 4 14.40 1.36 6.1492 4 2 0 8 16.12 7.82 5.5000 4 3 0 8 16.44 6.05 5.3932 5 1 0 8 17.37 1.77 5.1066 5 2 0 8 18.25 1.27 4.8614 4 4 0 4 18.82 2.67 4.7162 5 3 0 8 19.64 3.08 4.5210 6 1 0 8 21.68 1.16 4.0995 6 3 0 8 22.57 100.00 3.9400 0 0 1 2 22.87 1.28 3.8891 7 1 0 8 22.87 3.26 3.8891 5 5 0 4 23.03 30.88 3.8615 1 1 1 8 23.33 3.69 3.8136 6 4 0 8 23.49 3.52 3.7876 2 0 1 8 23.71 4.22 3.7522 2 1 1 16 24.38 10.30 3.6516 2 2 1 8 24.65 11.85 3.6109 7 3 0 8 24.81 15.36 3.5888 3 1 1 16 25.29 3.70 3.5210 6 5 0 8 25.45 35.45 3.5005 3 2 1 16 25.92 12.56 3.4375 8 0 0 4 26.07 16.42 3.4184 4 0 1 8 26.12 20.02 3.4110 8 1 0 8 26.12 6.42 3.4110 7 4 0 8 26.27 34.91 3.3923 4 1 1 16 26.47 10.08 3.3668 3 3 1 8 26.73 37.22 3.3349 8 2 0 8 26.87 3.08 3.3174 4 2 1 16 27.52 65.08 3.2409 6 6 0 4 27.72 77.03 3.2186 8 3 0 8 27.85 7.24 3.2030 4 3 1 16 27.91 2.15 3.1968 7 5 0 8 28.05 13.47 3.1815 5 1 1 16 28.62 14.74 3.1194 5 2 1 16 29.18 15.16 3.0609 4 4 1 8 29.41 21.11 3.0369 9 1 0 8 29.91 3.99 2.9878 6 0 1 8 29.96 37.86 2.9828 9 2 0 8 29.96 27.40 2.9828 7 6 0 8 30.09 2.29 2.9703 6 1 1 16 30.62 2.70 2.9197 6 2 1 16 30.67 15.06 2.9150 8 5 0 8 32.05 5.51 2.7922 9 4 0 8 32.22 4.11 2.7779 7 7 0 4 32.34 2.62 2.7678 7 1 1 16 32.34 8.59 2.7678 5 5 1 8 32.56 2.58 2.7500 8 6 0 8 32.56 4.39 2.7500 10 0 0 4 32.68 2.18 2.7402 6 4 1 16 32.85 12.86 2.7267 7 2 1 16 33.22 3.14 2.6966 10 2 0 8 33.67 13.65 2.6621 7 3 1 16 34.15 12.80 2.6254 6 5 1 16 34.63 7.07 2.5902 8 0 1 8 34.79 15.80 2.5788 7 4 1 16 35.26 27.67 2.5455 8 2 1 16 35.88 2.46 2.5029 6 6 1 8 36.18 7.23 2.4825 7 5 1 16 37.28 1.49 2.4119 9 7 0 8 37.39 4.37 2.4053 9 1 1 16 37.83 3.24 2.3782 7 6 1 16 38.16 3.84 2.3581 10 6 0 8 38.31 1.29 2.3495 11 4 0 8 38.41 18.38 2.3434 8 5 1 16 39.46 2.51 2.2838 12 1 0 8 39.56 5.74 2.2781 9 4 1 16 39.60 2.66 2.2759 11 5 0 8 39.70 2.07 2.2704 7 7 1 8 39.88 4.25 2.2605 12 2 0 8 39.98 2.90 2.2550 10 0 1 8 40.12 2.89 2.2475 10 1 1 16 41.23 1.24 2.1898 10 3 1 16 41.54 3.73 2.1741 12 4 0 8 41.81 2.13 2.1606 9 9 0 4 42.88 2.04 2.1092 11 7 0 8 42.88 1.13 2.1092 13 1 0 8 42.97 2.13 2.1047 11 1 1 16 43.37 1.99 2.0865 11 2 1 16 44.02 1.48 2.0571 9 7 1 16 44.02 2.55 2.0571 11 3 1 16 44.79 2.98 2.0234 10 6 1 16 45.93 1.87 1.9758 9 8 1 16 46.06 1.83 1.9708 11 5 1 16 46.07 57.66 1.9700 0 0 2 2 46.22 1.32 1.9643 14 0 0 4 46.71 4.79 1.9445 10 10 0 4 46.93 1.81 1.9363 12 3 1 16 46.96 1.38 1.9349 11 9 0 8 47.33 9.79 1.9207 14 3 0 8 47.78 10.66 1.9035 12 4 1 16 48.02 6.92 1.8945 9 9 1 8 48.18 13.18 1.8887 14 4 0 8 48.87 1.07 1.8637 12 5 1 16 48.99 4.94 1.8595 13 1 1 16 49.26 7.16 1.8499 11 10 0 8 49.26 6.62 1.8499 14 5 0 8 49.34 6.16 1.8469 13 2 1 16 49.85 5.07 1.8293 15 1 0 8 50.17 2.62 1.8184 12 6 1 16 50.20 1.12 1.8173 15 2 0 8 50.29 2.42 1.8144 10 9 1 16 50.55 2.07 1.8055 14 6 0 8 50.67 8.79 1.8016 13 8 0 8 51.60 1.59 1.7714 15 4 0 8 51.71 4.48 1.7678 11 11 0 4 52.48 1.36 1.7437 14 2 1 16 52.62 6.77 1.7393 15 5 0 8 52.95 2.17 1.7294 7 3 2 16 53.04 1.47 1.7265 14 3 1 16 53.41 1.74 1.7154 16 1 0 8 53.62 2.63 1.7092 8 0 2 8 53.73 4.71 1.7059 8 1 2 16 53.73 1.33 1.7059 7 4 2 16 53.75 1.37 1.7055 16 2 0 8 53.83 9.20 1.7031 14 4 1 16 54.07 8.50 1.6962 8 2 2 16 54.30 1.31 1.6893 12 11 0 8 54.51 16.58 1.6834 6 6 2 8 54.62 20.11 1.6803 8 3 2 16 54.83 1.82 1.6745 14 5 1 16 54.83 7.86 1.6745 11 10 1 16 55.08 5.05 1.6674 16 4 0 8 55.37 8.29 1.6592 15 1 1 16 55.61 5.90 1.6527 9 1 2 16 55.62 1.61 1.6523 14 9 0 8 55.94 11.51 1.6438 9 2 2 16 55.94 8.21 1.6438 7 6 2 16 56.03 2.70 1.6413 14 6 1 16 56.14 13.04 1.6384 13 8 1 16 56.37 4.42 1.6322 8 5 2 16 57.03 1.22 1.6149 13 11 0 8 57.23 1.86 1.6097 9 4 2 16 57.34 1.40 1.6069 7 7 2 8 57.55 1.50 1.6015 10 0 2 8 57.96 3.78 1.5911 15 5 1 16 57.96 1.38 1.5911 13 9 1 16 57.98 1.13 1.5907 10 2 2 16 58.63 8.71 1.5746 17 4 0 8 58.70 1.26 1.5728 16 1 1 16 58.73 4.19 1.5721 15 9 0 8 59.02 1.36 1.5651 16 2 1 16 59.54 2.56 1.5526 12 11 1 16 59.88 3.49 1.5446 14 11 0 8 60.20 1.85 1.5373 16 8 0 8 60.27 2.80 1.5356 16 4 1 16 61.32 1.45 1.5118 10 6 2 16 62.02 1.34 1.4964 15 8 1 16 62.05 3.67 1.4958 13 13 0 4 62.24 1.01 1.4917 12 1 2 16 62.32 1.04 1.4898 16 6 1 16 62.34 1.20 1.4895 11 5 2 16 62.54 1.76 1.4852 12 2 2 16 62.73 2.01 1.4812 14 10 1 16 63.64 6.09 1.4622 17 4 1 16 63.74 2.21 1.4601 15 9 1 16 63.75 1.41 1.4598 12 4 2 16 63.87 3.39 1.4575 16 10 0 8 64.75 1.04 1.4397 11 7 2 16 64.77 1.86 1.4394 19 2 0 8 64.84 1.92 1.4380 14 11 1 16 65.14 1.38 1.4321 16 8 1 16 65.56 1.07 1.4239 18 7 0 8 67.71 2.60 1.3839 10 10 2 8 67.98 1.45 1.3789 18 5 1 16 68.19 5.40 1.3752 14 3 2 16 68.66 1.69 1.3670 16 10 1 16 68.87 7.25 1.3634 14 4 2 16 69.53 2.31 1.3520 19 2 1 16 69.73 3.84 1.3485 14 5 2 16 69.73 4.05 1.3485 11 10 2 16 70.21 2.84 1.3405 15 1 2 16 70.30 1.59 1.3391 18 7 1 16 70.79 1.20 1.3310 14 6 2 16 70.88 4.95 1.3295 13 8 2 16 71.64 1.03 1.3172 15 4 2 16 71.74 2.78 1.3157 11 11 2 8 71.89 2.43 1.3133 0 0 3 2 72.08 1.04 1.3103 1 1 3 8 72.50 4.26 1.3038 15 5 2 16 73.12 1.45 1.2943 3 2 3 16 73.15 1.09 1.2937 16 1 2 16 73.49 1.50 1.2886 4 1 3 16 74.56 3.44 1.2727 16 4 2 16 75.03 1.13 1.2660 14 9 2 16 76.53 1.75 1.2449 22 2 0 8 77.31 1.08 1.2342 7 3 3 16 77.58 1.03 1.2305 6 5 3 16 77.62 6.48 1.2300 17 4 2 16 77.70 1.36 1.2290 16 14 1 16 77.72 3.14 1.2288 15 9 2 16 77.95 1.30 1.2256 7 4 3 16 78.10 1.25 1.2237 19 12 0 8 78.23 2.36 1.2220 8 2 3 16 78.73 2.66 1.2155 14 11 2 16 79.00 1.45 1.2120 16 8 2 16 79.17 4.14 1.2098 18 12 1 16 80.15 2.08 1.1974 8 5 3 16 80.65 2.98 1.1913 13 13 2 8 81.00 2.12 1.1870 22 2 1 16 81.12 1.03 1.1856 23 3 0 8 81.39 1.51 1.1823 21 10 0 8 82.09 2.14 1.1740 20 10 1 16 82.29 2.85 1.1717 16 10 2 16 82.55 2.42 1.1687 19 12 1 16 83.11 1.60 1.1622 19 2 2 16 85.47 1.18 1.1360 19 15 0 8 86.59 1.39 1.1241 12 4 3 16 ================================================================================ XPOW Copyright 1993 Bob Downs, Ranjini Swaminathan and Kurt Bartelmehs For reference, see Downs et al. (1993) American Mineralogist 78, 1104-1107.