Cr2 H42 O39 P6 Bagieu-Bacher M, Averbuch-Pouchot M, Rzaigui M Acta Crystallographica C47 (1991) 1364-1366 Crystal chemistry of cyclo-hexaphosphates.XVII.Structure of chromium cyclo-hexaphosphate henicosahydrate _cod_database_code 1008496 _database_code_amcsd 0016389 CELL PARAMETERS: 19.0520 19.0520 19.0520 90.000 90.000 90.000 SPACE GROUP: P-43n X-RAY WAVELENGTH: 1.541838 Cell Volume: 6915.470 Density (g/cm3): 1.819 MAX. ABS. INTENSITY / VOLUME**2: 5.311368861 RIR: 0.951 RIR based on corundum from Acta Crystallographica A38 (1982) 733-739 2-THETA INTENSITY D-SPACING H K L Multiplicity 6.56 66.16 13.4718 1 1 0 12 9.28 16.25 9.5260 2 0 0 6 11.38 76.37 7.7779 2 1 1 12 13.14 36.51 6.7359 2 2 0 12 14.70 18.97 6.0248 3 1 0 24 16.12 49.74 5.4998 2 2 2 4 17.42 28.50 5.0919 3 2 1 24 18.63 9.99 4.7630 4 0 0 6 19.21 6.93 4.6208 4 1 0 24 19.77 99.81 4.4906 4 1 1 12 20.85 29.05 4.2602 4 2 0 24 21.37 7.22 4.1575 4 2 1 24 21.88 36.75 4.0619 3 3 2 12 22.87 34.60 3.8890 4 2 2 12 23.81 1.77 3.7364 5 1 0 24 23.81 31.09 3.7364 4 3 1 24 25.17 46.40 3.5379 5 2 0 24 25.17 10.94 3.5379 4 3 2 24 25.61 31.59 3.4784 5 2 1 24 26.46 3.91 3.3679 4 4 0 12 27.29 22.01 3.2674 4 3 3 12 27.70 13.79 3.2204 5 3 1 24 28.10 9.27 3.1753 4 4 2 12 28.50 2.28 3.1321 6 1 0 24 28.89 8.05 3.0906 6 1 1 12 28.89 13.65 3.0906 5 3 2 24 29.66 22.29 3.0124 6 2 0 24 30.03 22.55 2.9754 6 2 1 24 30.41 3.49 2.9398 5 4 1 24 31.14 12.77 2.8722 6 2 2 12 31.50 1.17 2.8401 6 3 0 24 31.50 4.13 2.8401 5 4 2 24 31.86 3.83 2.8091 6 3 1 24 33.25 2.12 2.6944 5 4 3 24 33.25 3.97 2.6944 5 5 0 12 33.93 5.32 2.6420 6 4 0 24 34.26 3.99 2.6170 7 2 0 24 34.60 1.44 2.5926 7 2 1 24 34.60 9.22 2.5926 6 3 3 12 34.60 1.04 2.5926 5 5 2 12 35.25 7.11 2.5459 6 4 2 24 36.22 5.10 2.4804 7 3 1 24 36.85 3.18 2.4394 6 4 3 24 37.16 9.50 2.4196 7 3 2 24 37.16 3.07 2.4196 6 5 1 24 37.78 1.85 2.3815 8 0 0 6 38.08 1.44 2.3631 7 4 0 24 38.08 1.09 2.3631 8 1 0 24 38.38 6.79 2.3451 5 5 4 12 38.38 2.93 2.3451 8 1 1 12 38.98 15.94 2.3104 8 2 0 24 39.28 6.23 2.2936 7 4 2 24 39.28 1.37 2.2936 8 2 1 24 39.58 9.40 2.2771 6 5 3 24 40.74 2.75 2.2148 8 3 1 24 41.03 3.02 2.1999 7 5 1 24 41.31 1.00 2.1854 6 6 2 12 41.60 1.23 2.1712 6 5 4 24 41.88 7.48 2.1572 7 5 2 24 42.44 2.49 2.1301 8 4 0 24 42.99 1.84 2.1039 8 3 3 12 43.26 1.45 2.0912 7 5 3 24 43.54 8.22 2.0787 8 4 2 24 43.81 2.49 2.0665 9 2 0 24 44.08 13.49 2.0544 7 6 1 24 44.62 2.35 2.0310 6 6 4 12 44.88 1.22 2.0195 8 4 3 24 44.88 5.75 2.0195 8 5 0 24 45.15 2.21 2.0083 8 5 1 24 45.41 2.51 1.9972 9 3 1 24 46.20 2.68 1.9651 9 3 2 24 47.23 2.08 1.9245 9 4 1 24 47.23 12.64 1.9245 8 5 3 24 47.74 5.14 1.9052 10 0 0 6 47.74 3.18 1.9052 8 6 0 24 47.99 2.17 1.8957 8 6 1 24 48.24 1.13 1.8864 10 1 1 12 48.24 1.33 1.8864 7 7 2 12 48.74 4.31 1.8682 10 2 0 24 48.74 7.61 1.8682 8 6 2 24 48.99 1.99 1.8593 10 2 1 24 49.24 2.06 1.8505 9 4 3 24 49.49 1.61 1.8418 9 5 1 24 49.73 1.96 1.8333 10 2 2 12 49.73 1.73 1.8333 6 6 6 4 50.22 1.18 1.8165 10 3 1 24 50.22 1.03 1.8165 9 5 2 24 50.95 1.05 1.7923 10 3 2 24 51.19 2.66 1.7844 8 7 1 24 51.19 1.25 1.7844 8 5 5 12 51.19 3.33 1.7844 7 7 4 12 51.43 1.99 1.7766 9 5 3 24 51.67 3.28 1.7689 10 4 0 24 51.67 2.97 1.7689 8 6 4 24 51.91 1.38 1.7614 8 7 2 24 52.15 5.56 1.7539 9 6 1 24 52.62 3.81 1.7392 10 4 2 24 53.80 3.24 1.7041 10 4 3 24 54.03 2.75 1.6973 11 2 1 24 54.49 1.06 1.6840 8 8 0 12 55.41 1.68 1.6583 10 4 4 12 55.41 1.35 1.6583 8 8 2 12 55.86 1.43 1.6458 9 7 2 24 55.86 2.35 1.6458 10 5 3 24 56.31 6.27 1.6337 10 6 0 24 56.31 2.03 1.6337 8 6 6 12 56.76 2.67 1.6218 11 4 1 24 56.76 1.25 1.6218 8 7 5 24 57.21 1.16 1.6102 10 6 2 24 57.43 1.00 1.6045 11 4 2 24 58.10 1.07 1.5877 8 8 4 12 58.54 1.18 1.5768 11 4 3 24 58.54 2.52 1.5768 11 5 0 24 58.54 2.38 1.5768 9 7 4 24 58.98 2.37 1.5661 12 2 0 24 59.20 1.12 1.5608 8 7 6 24 59.85 1.02 1.5453 10 6 4 24 59.85 4.01 1.5453 12 2 2 12 60.07 1.10 1.5403 12 3 0 24 60.28 1.79 1.5353 12 3 1 24 60.50 1.03 1.5303 11 5 3 24 61.14 1.01 1.5157 11 6 1 24 61.79 2.47 1.5015 9 8 4 24 61.79 1.11 1.5015 10 6 5 24 62.00 1.42 1.4969 11 5 4 24 62.00 1.31 1.4969 12 3 3 12 62.84 1.13 1.4787 9 7 6 24 63.27 6.51 1.4699 10 8 2 24 64.10 1.80 1.4527 10 6 6 12 64.52 1.69 1.4443 13 2 1 24 65.35 1.35 1.4280 9 9 4 12 65.35 1.47 1.4280 12 5 3 24 66.58 1.60 1.4045 12 6 2 24 67.60 1.34 1.3858 10 8 5 24 68.61 1.61 1.3679 9 8 7 24 68.81 1.32 1.3643 13 5 1 24 69.21 3.06 1.3574 10 9 4 24 69.81 3.31 1.3472 10 10 0 12 69.81 1.07 1.3472 10 8 6 24 70.01 1.62 1.3438 11 8 4 24 70.21 1.22 1.3405 11 9 0 24 70.21 1.08 1.3405 12 7 3 24 70.61 1.05 1.3339 14 2 2 12 70.81 1.25 1.3306 13 6 0 24 72.59 1.21 1.3024 14 3 3 12 73.57 1.52 1.2874 13 7 1 24 74.16 1.14 1.2787 14 5 1 24 74.55 3.07 1.2730 12 8 4 24 75.52 1.08 1.2590 12 7 6 24 75.71 1.22 1.2563 13 6 5 24 76.87 1.77 1.2402 10 10 6 12 78.41 1.12 1.2197 12 10 0 24 79.17 1.85 1.2098 12 10 2 24 80.70 1.81 1.1908 16 0 0 6 80.89 1.50 1.1884 11 10 6 24 81.08 1.63 1.1861 13 8 5 24 82.40 1.15 1.1704 16 3 0 24 85.80 1.17 1.1325 15 7 3 24 ================================================================================ XPOW Copyright 1993 Bob Downs, Ranjini Swaminathan and Kurt Bartelmehs For reference, see Downs et al. (1993) American Mineralogist 78, 1104-1107.