Cd Cs O9 P3 Averbuch-Pouchot M, Durif A Acta Crystallographica B33 (1977) 3114-3116 Structure cristalline du trimetaphosphate de cadmium caesium CdCsP3O9 _cod_database_code 1007015 _database_code_amcsd 0009610 CELL PARAMETERS: 7.5080 12.6840 9.5300 90.000 90.000 90.000 SPACE GROUP: Pmcn X-RAY WAVELENGTH: 1.541838 Cell Volume: 907.556 Density (g/cm3): 3.529 MAX. ABS. INTENSITY / VOLUME**2: 20.45894329 RIR: 1.888 RIR based on corundum from Acta Crystallographica A38 (1982) 733-739 2-THETA INTENSITY D-SPACING H K L Multiplicity 11.61 100.00 7.6191 0 1 1 4 13.71 20.50 6.4610 1 1 0 4 13.96 5.61 6.3420 0 2 0 2 19.90 24.98 4.4606 0 1 2 4 20.57 13.61 4.3188 1 2 1 8 22.09 54.62 4.0232 1 0 2 4 23.01 15.29 3.8647 0 3 1 4 23.19 86.48 3.8349 1 1 2 8 23.35 27.09 3.8095 0 2 2 4 23.70 44.32 3.7540 2 0 0 2 24.16 73.65 3.6840 1 3 0 4 26.23 42.44 3.3972 1 2 2 8 26.47 30.00 3.3674 2 1 1 8 28.22 7.83 3.1625 0 3 2 4 29.19 90.40 3.0595 2 2 1 8 29.69 30.90 3.0088 0 4 1 4 30.31 27.81 2.9488 2 0 2 4 30.68 31.66 2.9145 1 3 2 8 31.14 5.69 2.8722 2 1 2 8 31.38 25.75 2.8507 1 1 3 8 31.50 25.34 2.8403 0 2 3 4 32.05 43.90 2.7929 1 4 1 8 33.27 4.04 2.6928 2 3 1 8 33.51 29.88 2.6739 2 2 2 8 33.74 19.25 2.6565 1 2 3 8 33.96 7.95 2.6399 0 4 2 4 36.06 10.95 2.4904 1 4 2 8 36.60 4.66 2.4553 3 1 0 4 37.11 1.54 2.4224 2 4 0 4 37.17 26.62 2.4187 2 3 2 8 37.42 1.30 2.4033 1 5 0 4 37.77 3.07 2.3818 2 1 3 8 37.84 5.41 2.3777 3 1 1 8 38.34 9.48 2.3478 2 4 1 8 38.64 11.47 2.3304 1 5 1 8 39.80 9.93 2.2650 2 2 3 8 39.86 7.03 2.2615 3 2 1 8 40.28 13.18 2.2392 0 5 2 4 40.35 16.97 2.2354 1 1 4 8 40.44 14.52 2.2303 0 2 4 4 40.72 2.49 2.2157 3 0 2 4 41.37 4.65 2.1826 3 1 2 8 41.95 9.93 2.1537 3 3 0 4 42.77 4.32 2.1140 0 6 0 2 43.00 1.72 2.1035 2 3 3 8 43.25 3.81 2.0917 3 2 2 8 44.12 1.17 2.0526 2 5 1 8 45.58 8.02 1.9900 1 6 1 8 45.66 4.54 1.9867 2 1 4 8 45.77 13.90 1.9823 0 5 3 4 46.26 17.07 1.9625 3 3 2 8 46.76 1.35 1.9427 3 1 3 8 47.03 4.57 1.9324 0 6 2 4 47.18 2.69 1.9263 2 4 3 8 47.24 17.15 1.9241 3 4 1 8 47.41 19.39 1.9174 2 2 4 8 47.44 4.89 1.9166 1 5 3 8 47.75 3.78 1.9048 0 4 4 4 48.29 4.83 1.8848 0 1 5 4 48.48 13.08 1.8777 3 2 3 8 48.50 18.46 1.8770 4 0 0 2 48.66 6.72 1.8714 1 6 2 8 49.36 3.19 1.8463 1 4 4 8 49.48 12.21 1.8420 2 6 0 4 49.88 2.19 1.8281 1 1 5 8 49.96 1.30 1.8253 0 2 5 4 50.05 5.76 1.8225 4 1 1 8 50.23 2.18 1.8162 3 4 2 8 51.25 3.79 1.7826 3 3 3 8 51.33 7.18 1.7801 0 7 1 4 51.53 6.72 1.7737 1 2 5 8 51.69 2.83 1.7686 4 2 1 8 52.18 7.10 1.7529 2 5 3 8 52.23 2.76 1.7513 3 5 1 8 52.39 1.28 1.7464 4 0 2 4 52.68 1.91 1.7376 0 3 5 4 52.86 1.85 1.7321 1 7 1 8 52.92 3.26 1.7301 4 1 2 8 53.48 5.21 1.7135 1 6 3 8 53.60 19.08 1.7098 3 1 4 8 53.98 16.36 1.6986 2 4 4 8 54.18 1.70 1.6929 1 3 5 8 54.21 11.69 1.6920 1 5 4 8 54.47 2.01 1.6844 2 1 5 8 54.50 3.71 1.6837 4 2 2 8 55.03 1.53 1.6688 3 5 2 8 57.06 1.60 1.6141 4 3 2 8 57.28 18.21 1.6084 2 7 1 8 57.91 7.32 1.5925 4 4 1 8 57.92 3.92 1.5923 3 6 1 8 58.36 3.45 1.5813 0 6 4 4 58.54 3.48 1.5769 2 3 5 8 58.56 1.64 1.5762 2 5 4 8 58.98 4.33 1.5659 4 2 3 8 59.06 2.65 1.5640 0 8 1 4 59.49 3.88 1.5539 1 0 6 4 59.49 1.88 1.5539 3 5 3 8 59.91 2.46 1.5438 2 7 2 8 59.98 4.35 1.5424 1 1 6 8 60.52 1.55 1.5297 4 4 2 8 60.53 4.57 1.5295 3 6 2 8 60.78 4.34 1.5238 0 5 5 4 61.95 3.54 1.4979 2 4 5 8 62.46 3.02 1.4869 0 3 6 4 63.03 3.48 1.4748 3 2 5 8 63.37 1.00 1.4677 3 7 0 4 63.72 1.69 1.4606 2 8 0 4 64.76 3.27 1.4396 3 6 3 8 64.81 1.94 1.4385 4 5 2 8 64.93 4.40 1.4361 4 2 4 8 65.13 2.33 1.4322 5 0 2 4 65.48 2.43 1.4254 2 2 6 8 65.60 5.23 1.4231 5 1 2 8 65.76 3.51 1.4201 0 4 6 4 65.95 1.31 1.4164 1 7 4 8 66.02 4.08 1.4150 5 3 0 4 66.19 5.13 1.4119 2 5 5 8 66.63 3.34 1.4036 4 6 0 4 66.68 1.06 1.4027 3 7 2 8 66.99 2.35 1.3970 5 2 2 8 67.15 5.21 1.3940 1 8 3 8 67.64 1.70 1.3851 1 9 0 4 67.79 9.93 1.3824 2 3 6 8 68.89 5.06 1.3629 4 5 3 8 69.27 1.76 1.3565 5 3 2 8 69.43 1.03 1.3537 0 1 7 4 69.56 2.01 1.3515 0 9 2 4 69.66 3.59 1.3499 5 1 3 8 69.86 1.06 1.3464 4 6 2 8 70.03 3.83 1.3436 5 4 1 8 70.18 2.03 1.3411 3 0 6 4 70.43 3.11 1.3370 4 4 4 8 70.71 2.80 1.3324 3 7 3 8 70.72 2.65 1.3322 1 1 7 8 70.85 1.37 1.3300 4 1 5 8 71.00 1.48 1.3275 5 2 3 8 71.03 5.76 1.3270 2 8 3 8 72.29 1.73 1.3070 2 9 1 8 72.41 1.72 1.3052 5 4 2 8 73.29 4.93 1.2916 4 7 1 8 74.03 1.30 1.2805 5 5 1 8 74.52 1.28 1.2734 2 1 7 8 74.64 3.03 1.2716 2 9 2 8 75.63 1.32 1.2574 4 7 2 8 75.83 2.50 1.2546 2 2 7 8 76.01 2.34 1.2521 1 6 6 8 76.06 3.74 1.2513 6 0 0 2 76.08 2.14 1.2510 0 4 7 4 76.18 1.03 1.2496 3 7 4 8 76.88 4.02 1.2400 1 10 1 8 77.31 1.54 1.2341 3 8 3 8 77.45 1.47 1.2323 4 4 5 8 77.77 2.43 1.2280 3 9 0 4 78.50 1.11 1.2185 2 9 3 8 79.21 1.54 1.2093 4 6 4 8 79.70 5.34 1.2032 1 8 5 8 80.15 2.15 1.1975 1 9 4 8 80.19 1.06 1.1970 5 5 3 8 80.65 1.88 1.1912 0 0 8 2 80.68 1.40 1.1909 4 2 6 8 80.70 1.68 1.1906 3 1 7 8 80.85 1.59 1.1888 6 2 2 8 81.11 1.10 1.1857 5 6 2 8 81.12 2.99 1.1856 3 5 6 8 81.33 3.28 1.1830 4 5 5 8 81.88 1.17 1.1765 1 0 8 4 82.05 1.11 1.1745 5 1 5 8 82.82 3.14 1.1655 4 3 6 8 82.99 1.67 1.1636 6 3 2 8 83.05 2.28 1.1629 3 7 5 8 83.33 1.18 1.1596 5 2 5 8 83.71 1.06 1.1554 6 4 1 8 84.39 1.08 1.1478 5 7 1 8 84.63 1.65 1.1451 6 2 3 8 84.89 1.59 1.1423 5 6 3 8 85.46 1.14 1.1361 5 3 5 8 85.48 4.40 1.1359 5 5 4 8 85.71 3.74 1.1335 1 3 8 8 85.80 1.28 1.1325 4 4 6 8 85.81 1.68 1.1324 3 6 6 8 85.87 1.18 1.1317 4 8 3 8 85.88 1.37 1.1317 1 11 1 8 85.89 1.12 1.1315 1 6 7 8 86.66 2.15 1.1235 3 10 1 8 89.32 2.20 1.0968 4 9 2 8 89.42 4.64 1.0958 3 8 5 8 89.52 1.49 1.0948 2 6 7 8 89.89 2.90 1.0913 6 2 4 8 89.90 1.04 1.0912 5 0 6 4 ================================================================================ XPOW Copyright 1993 Bob Downs, Ranjini Swaminathan and Kurt Bartelmehs For reference, see Downs et al. (1993) American Mineralogist 78, 1104-1107.