Cs Nb3 O15 P3 Borel M, Grandin A, Costentin G, Leclaire A, Raveau B Materials Research Bulletin 25 (1990) 1155-1160 A new series of bronzes and bronzoids with KNb3P3O15 structure _cod_database_code 1001450 _database_code_amcsd 0014353 CELL PARAMETERS: 13.4454 14.8114 6.4422 90.000 90.000 90.000 SPACE GROUP: Pnnm X-RAY WAVELENGTH: 1.541838 Cell Volume: 1282.933 Density (g/cm3): 3.854 MAX. ABS. INTENSITY / VOLUME**2: 27.53223698 RIR: 2.326 RIR based on corundum from Acta Crystallographica A38 (1982) 733-739 2-THETA INTENSITY D-SPACING H K L Multiplicity 8.88 6.26 9.9553 1 1 0 4 11.95 2.31 7.4057 0 2 0 2 13.65 8.42 6.4868 1 2 0 4 15.00 2.41 5.9076 0 1 1 4 15.25 4.61 5.8097 1 0 1 4 16.39 16.17 5.4085 1 1 1 8 19.15 4.41 4.6346 1 3 0 4 19.42 13.74 4.5710 1 2 1 8 20.01 17.48 4.4377 2 1 1 8 20.71 7.57 4.2897 3 1 0 4 22.34 18.11 3.9793 2 3 0 4 22.69 44.89 3.9187 0 3 1 4 23.20 43.69 3.8343 3 2 0 4 24.03 1.68 3.7029 0 4 0 2 24.19 43.47 3.6791 3 0 1 4 24.94 2.99 3.5706 3 1 1 8 24.94 17.66 3.5699 1 4 0 4 26.32 54.76 3.3855 2 3 1 8 26.87 41.16 3.3184 3 3 0 4 27.06 15.09 3.2949 3 2 1 8 27.20 7.60 3.2780 4 1 0 4 27.50 38.58 3.2434 2 4 0 4 27.69 100.00 3.2211 0 0 2 2 28.59 2.86 3.1226 1 4 1 8 29.14 1.52 3.0647 1 1 2 8 29.18 11.05 3.0608 4 2 0 4 30.60 24.18 2.9215 4 1 1 8 30.87 11.63 2.8970 2 4 1 8 30.91 20.34 2.8929 1 5 0 4 31.00 1.31 2.8850 1 2 2 8 32.38 4.48 2.7646 4 2 1 8 33.04 4.41 2.7108 2 5 0 4 33.88 2.00 2.6458 5 1 0 4 33.97 5.04 2.6390 1 5 1 8 34.36 5.32 2.6099 3 4 1 8 35.18 3.31 2.5513 4 3 1 8 35.87 3.82 2.5037 2 3 2 8 36.09 1.68 2.4888 4 4 0 4 36.20 3.85 2.4816 5 0 1 4 36.35 2.44 2.4713 3 5 0 4 36.40 1.67 2.4686 0 6 0 2 36.43 11.04 2.4663 3 2 2 8 36.72 11.05 2.4475 5 1 1 8 37.61 4.05 2.3915 1 4 2 8 38.11 4.80 2.3615 5 3 0 4 38.25 1.39 2.3530 5 2 1 8 38.72 1.06 2.3257 4 0 2 4 38.86 4.44 2.3173 2 6 0 4 38.97 16.81 2.3113 3 3 2 8 39.43 11.82 2.2855 2 4 2 8 39.67 8.14 2.2720 1 6 1 8 40.24 3.89 2.2409 6 0 0 2 40.66 2.65 2.2188 4 2 2 8 40.69 1.30 2.2172 5 3 1 8 41.98 8.06 2.1523 1 5 2 8 42.64 2.15 2.1205 1 0 3 4 43.05 1.20 2.1009 4 5 1 8 43.09 2.68 2.0991 1 1 3 8 43.18 1.41 2.0952 6 1 1 8 43.29 2.61 2.0902 1 7 0 4 43.64 1.05 2.0741 2 5 2 8 43.92 1.76 2.0614 5 4 1 8 44.18 3.57 2.0499 3 6 1 8 44.30 2.03 2.0445 5 1 2 8 44.39 7.25 2.0405 6 3 0 4 44.44 2.56 2.0386 1 2 3 8 44.72 3.48 2.0263 2 1 3 8 44.91 5.39 2.0183 2 7 0 4 46.09 11.54 1.9692 0 3 3 4 46.31 1.79 1.9607 3 5 2 8 46.34 1.73 1.9593 0 6 2 4 46.69 5.97 1.9453 6 3 1 8 46.92 9.69 1.9366 3 0 3 4 47.34 2.09 1.9202 3 1 3 8 47.42 3.70 1.9172 6 4 0 4 47.52 3.84 1.9134 3 7 0 4 47.75 7.07 1.9048 7 1 0 4 47.76 5.11 1.9045 5 3 2 8 48.15 7.65 1.8898 2 3 3 8 48.39 4.67 1.8811 2 6 2 8 48.59 2.39 1.8736 3 2 3 8 49.21 1.39 1.8514 0 8 0 2 49.52 2.13 1.8407 7 0 1 4 49.55 3.53 1.8395 6 0 2 4 49.61 2.39 1.8375 6 4 1 8 49.71 2.85 1.8342 3 7 1 8 49.71 3.79 1.8341 1 8 0 4 50.17 2.68 1.8185 5 6 0 4 50.83 7.71 1.7963 4 1 3 8 51.00 3.45 1.7907 4 7 0 4 51.01 4.25 1.7905 2 4 3 8 51.13 7.53 1.7863 7 2 1 8 51.83 4.11 1.7640 1 8 1 8 52.02 2.65 1.7579 4 2 3 8 52.17 1.61 1.7534 1 7 2 8 52.27 8.08 1.7501 5 6 1 8 53.08 3.26 1.7253 4 7 1 8 53.10 4.25 1.7247 7 3 1 8 53.12 2.82 1.7243 1 5 3 8 53.13 2.87 1.7238 6 3 2 8 53.19 3.74 1.7221 6 5 1 8 53.25 2.18 1.7202 2 8 1 8 53.39 4.24 1.7161 3 4 3 8 53.58 3.07 1.7103 2 7 2 8 54.18 2.03 1.6928 4 6 2 8 55.08 4.16 1.6673 5 1 3 8 55.24 2.02 1.6629 5 7 0 4 55.37 1.87 1.6592 6 6 0 4 55.77 6.42 1.6483 7 4 1 8 55.80 1.46 1.6474 6 4 2 8 55.89 1.35 1.6450 3 7 2 8 56.09 3.19 1.6396 7 1 2 8 56.21 1.36 1.6365 5 2 3 8 56.32 4.29 1.6335 1 9 0 4 56.77 1.74 1.6217 4 8 0 4 56.97 2.01 1.6165 8 1 1 8 57.20 12.51 1.6106 0 0 4 2 57.28 2.56 1.6085 1 6 3 8 57.34 5.17 1.6068 6 6 1 8 57.85 2.11 1.5938 1 8 2 8 58.06 1.18 1.5888 5 3 3 8 58.26 1.10 1.5836 5 6 2 8 58.27 2.04 1.5834 1 9 1 8 58.71 5.68 1.5726 4 8 1 8 59.02 2.29 1.5651 4 7 2 8 59.09 1.94 1.5634 7 5 1 8 59.59 2.26 1.5515 2 9 1 8 59.90 1.18 1.5443 4 5 3 8 59.99 1.09 1.5420 6 1 3 8 60.58 1.24 1.5284 5 4 3 8 60.79 1.81 1.5237 3 6 3 8 62.18 1.04 1.4929 2 3 4 8 62.55 2.78 1.4849 3 2 4 8 62.82 2.71 1.4792 6 3 3 8 62.90 1.47 1.4776 5 7 2 8 63.02 1.46 1.4750 6 6 2 8 63.35 1.21 1.4681 1 4 4 8 63.90 4.09 1.4569 1 9 2 8 63.97 3.03 1.4553 9 0 1 4 64.29 4.32 1.4489 3 3 4 8 64.31 1.59 1.4485 4 8 2 8 64.61 3.66 1.4425 2 4 4 8 65.16 1.20 1.4316 7 0 3 4 65.24 1.26 1.4301 6 4 3 8 65.25 1.85 1.4299 9 3 0 4 65.32 2.02 1.4286 3 7 3 8 65.49 1.17 1.4253 4 2 4 8 66.44 2.65 1.4072 1 5 4 8 66.48 1.75 1.4063 3 10 0 4 66.52 5.06 1.4056 7 2 3 8 67.04 3.28 1.3959 9 3 1 8 67.11 2.72 1.3947 1 8 3 8 67.41 2.95 1.3893 8 6 0 4 67.49 3.86 1.3878 5 6 3 8 68.19 1.67 1.3753 4 7 3 8 68.20 2.29 1.3750 7 3 3 8 68.28 1.76 1.3737 6 5 3 8 68.34 1.36 1.3727 2 8 3 8 69.67 1.02 1.3496 9 1 2 8 70.53 3.95 1.3353 7 4 3 8 70.82 1.23 1.3306 5 3 4 8 71.07 1.52 1.3264 4 10 1 8 71.31 1.06 1.3225 2 6 4 8 71.58 1.73 1.3183 8 1 3 8 71.91 3.99 1.3130 6 6 3 8 72.30 2.05 1.3069 9 3 2 8 72.74 1.24 1.3001 1 9 3 8 72.80 1.31 1.2992 6 9 1 8 73.13 4.19 1.2941 4 8 3 8 73.46 1.14 1.2890 7 5 3 8 73.47 1.18 1.2888 3 10 2 8 73.92 1.04 1.2823 2 9 3 8 74.36 2.74 1.2757 8 6 2 8 75.15 1.27 1.2642 6 3 4 8 75.52 1.25 1.2589 2 7 4 8 77.01 1.05 1.2383 3 0 5 4 77.63 1.55 1.2299 7 1 4 8 77.90 1.85 1.2264 9 0 3 4 77.94 1.70 1.2258 2 3 5 8 79.36 1.04 1.2073 1 12 1 8 79.63 1.36 1.2040 5 11 0 4 79.72 2.15 1.2028 10 5 1 8 80.02 1.02 1.1991 4 1 5 8 80.15 1.09 1.1975 4 7 4 8 80.74 2.45 1.1902 9 3 3 8 81.29 1.16 1.1835 5 11 1 8 83.59 3.44 1.1567 8 9 1 8 84.47 1.97 1.1469 1 9 4 8 84.54 1.29 1.1462 4 10 3 8 86.18 1.06 1.1285 6 9 3 8 86.25 1.63 1.1278 5 11 2 8 87.26 1.05 1.1173 12 1 0 4 89.84 1.14 1.0918 12 2 1 8 ================================================================================ XPOW Copyright 1993 Bob Downs, Ranjini Swaminathan and Kurt Bartelmehs For reference, see Downs et al. (1993) American Mineralogist 78, 1104-1107.