Al3 Cs7 K2 Mo9 O59 P11 Guesdon A, Leclaire A, Borel M, Raveau B Chemistry of Materials 7 (1995) 1873-1878 Significant structural disorganization in alkaline molybdenum(V) aluminophosphates _cod_database_code 1001863 _database_code_amcsd 0012206 CELL PARAMETERS: 16.9520 16.9520 11.8330 90.000 90.000 120.000 SPACE GROUP: P6_3/m X-RAY WAVELENGTH: 1.541838 Cell Volume: 2944.878 Density (g/cm3): 3.651 MAX. ABS. INTENSITY / VOLUME**2: 25.28549183 RIR: 2.255 RIR based on corundum from Acta Crystallographica A38 (1982) 733-739 2-THETA INTENSITY D-SPACING H K L Multiplicity 9.60 16.76 9.2129 1 0 1 12 10.44 26.15 8.4760 1 1 0 6 12.06 34.89 7.3404 2 0 0 6 12.85 62.90 6.8906 1 1 1 12 14.20 1.58 6.2377 2 0 1 12 14.97 13.33 5.9165 0 0 2 2 15.97 2.98 5.5488 1 2 0 6 15.97 1.61 5.5488 2 1 0 6 16.15 15.23 5.4876 1 0 2 12 17.65 1.21 5.0239 1 2 1 12 17.65 2.64 5.0239 2 1 1 12 18.13 4.75 4.8936 3 0 0 6 19.27 1.79 4.6065 2 0 2 12 19.63 4.72 4.5222 3 0 1 12 20.96 8.64 4.2380 2 2 0 6 21.83 10.77 4.0717 1 3 0 6 21.83 1.93 4.0717 3 1 0 6 21.96 18.01 4.0474 1 2 2 12 22.28 19.72 3.9898 2 2 1 12 23.10 23.71 3.8502 3 1 1 12 24.25 1.79 3.6702 4 0 0 6 25.64 21.69 3.4745 2 0 3 12 26.46 1.64 3.3680 2 3 0 6 26.46 19.32 3.3680 3 2 0 6 26.58 86.47 3.3542 3 1 2 12 27.54 11.89 3.2394 3 2 1 12 27.75 7.12 3.2149 1 2 3 12 27.75 68.75 3.2149 2 1 3 12 27.85 91.29 3.2036 1 4 0 6 27.85 8.71 3.2036 4 1 0 6 28.62 14.14 3.1189 4 0 2 12 28.87 14.61 3.0923 4 1 1 12 29.08 6.84 3.0710 3 0 3 12 30.21 9.53 2.9583 0 0 4 2 30.44 1.31 2.9362 5 0 0 6 30.54 1.28 2.9270 2 3 2 12 30.54 2.06 2.9270 3 2 2 12 30.83 2.77 2.9000 1 0 4 12 31.39 4.13 2.8498 5 0 1 12 31.58 4.11 2.8330 1 3 3 12 31.58 4.26 2.8330 3 1 3 12 31.67 1.06 2.8253 3 3 0 6 31.76 5.64 2.8172 1 4 2 12 31.76 3.63 2.8172 4 1 2 12 32.27 4.80 2.7744 2 4 0 6 32.58 1.13 2.7481 3 3 1 12 33.35 7.73 2.6869 4 0 3 12 34.09 3.13 2.6301 5 0 2 12 34.35 6.44 2.6104 2 1 4 12 34.86 3.91 2.5736 1 5 1 12 34.86 13.10 2.5736 5 1 1 12 35.46 7.81 2.5316 3 0 4 12 35.75 1.81 2.5120 2 4 2 12 36.73 1.70 2.4468 6 0 0 6 37.26 1.71 2.4135 3 4 0 6 37.26 1.84 2.4135 4 3 0 6 37.34 6.32 2.4084 1 5 2 12 37.34 2.00 2.4084 5 1 2 12 37.54 4.67 2.3961 6 0 1 12 37.58 2.02 2.3933 3 1 4 12 37.58 7.80 2.3933 1 3 4 12 38.05 7.58 2.3648 3 4 1 12 38.05 7.09 2.3648 4 3 1 12 38.21 2.21 2.3553 5 0 3 12 38.29 8.23 2.3508 2 5 0 6 38.53 9.49 2.3364 1 0 5 12 39.07 3.56 2.3058 2 5 1 12 39.07 2.25 2.3058 5 2 1 12 39.11 2.48 2.3032 4 0 4 12 39.22 1.84 2.2969 3 3 3 12 39.54 8.64 2.2794 1 1 5 12 39.72 8.54 2.2693 4 2 3 12 40.03 2.23 2.2524 2 0 5 12 40.36 7.08 2.2347 4 3 2 12 40.59 1.10 2.2226 2 3 4 12 41.18 1.58 2.1921 1 5 3 12 41.18 1.42 2.1921 5 1 3 12 41.33 1.67 2.1847 2 5 2 12 41.48 11.02 2.1769 1 2 5 12 41.48 2.28 2.1769 2 1 5 12 42.43 2.84 2.1305 3 0 5 12 43.13 3.06 2.0973 7 0 0 6 43.21 2.80 2.0939 1 6 2 12 43.21 1.02 2.0939 6 1 2 12 43.38 1.35 2.0858 4 4 1 12 43.42 1.39 2.0839 5 0 4 12 43.53 2.32 2.0792 6 0 3 12 43.81 6.14 2.0663 2 2 5 12 43.84 1.03 2.0651 3 5 1 12 43.98 2.06 2.0587 3 4 3 12 43.98 4.21 2.0587 4 3 3 12 44.27 1.97 2.0461 3 1 5 12 44.50 2.10 2.0359 6 2 0 6 45.47 1.64 1.9949 4 4 2 12 45.91 1.08 1.9767 5 3 2 12 46.02 1.77 1.9722 0 0 6 2 46.12 1.89 1.9684 1 5 4 12 46.12 1.33 1.9684 5 1 4 12 46.65 3.09 1.9470 1 6 3 12 46.71 2.48 1.9445 1 7 0 6 46.71 3.54 1.9445 7 1 0 6 46.92 8.49 1.9364 3 2 5 12 47.21 3.79 1.9251 6 2 2 12 47.32 1.14 1.9209 1 1 6 12 47.38 4.84 1.9188 7 1 1 12 47.78 1.11 1.9035 4 1 5 12 48.27 4.26 1.8854 6 0 4 12 48.69 1.08 1.8701 4 3 4 12 48.79 1.59 1.8667 4 4 3 12 49.07 8.30 1.8564 4 5 1 12 49.20 6.22 1.8518 5 3 3 12 49.53 5.93 1.8405 2 5 4 12 49.53 4.33 1.8405 5 2 4 12 49.85 3.04 1.8292 3 0 6 12 49.90 3.93 1.8274 3 6 1 12 50.32 4.97 1.8134 8 0 1 12 50.44 2.25 1.8091 2 6 3 12 50.70 15.23 1.8005 2 4 5 12 50.70 1.57 1.8005 4 2 5 12 50.91 4.28 1.7936 7 2 0 6 50.98 4.72 1.7915 4 5 2 12 50.98 1.14 1.7915 5 4 2 12 51.17 1.06 1.7852 1 6 4 12 51.79 1.08 1.7654 3 6 2 12 51.79 1.69 1.7654 6 3 2 12 51.92 4.56 1.7612 1 5 5 12 52.19 8.76 1.7527 8 0 2 12 52.47 1.42 1.7441 1 7 3 12 53.17 3.40 1.7227 4 4 4 12 53.32 1.30 1.7183 8 1 0 6 53.56 5.48 1.7109 5 3 4 12 53.90 2.24 1.7011 6 0 5 12 53.92 3.92 1.7004 8 1 1 12 54.29 1.43 1.6898 4 3 5 12 54.49 1.40 1.6840 4 6 0 6 54.65 1.95 1.6794 1 4 6 12 54.73 2.93 1.6771 2 6 4 12 55.06 1.56 1.6678 2 5 5 12 55.06 1.97 1.6678 5 2 5 12 55.08 1.20 1.6672 4 6 1 12 55.08 2.20 1.6672 6 4 1 12 55.81 1.05 1.6473 2 0 7 12 56.35 1.40 1.6327 7 2 3 12 56.41 2.51 1.6312 9 0 0 6 56.47 1.40 1.6296 5 5 2 12 56.59 4.87 1.6264 6 1 5 12 56.65 6.23 1.6249 1 7 4 12 56.95 3.11 1.6171 2 1 7 12 57.54 1.16 1.6018 8 2 0 6 57.70 2.28 1.5978 3 0 7 12 57.97 2.57 1.5909 3 7 2 12 58.46 2.66 1.5787 4 4 5 12 58.60 2.86 1.5753 1 8 3 12 59.70 1.77 1.5488 4 6 3 12 60.12 1.01 1.5390 1 9 0 6 60.12 4.88 1.5390 5 6 0 6 60.27 1.49 1.5355 6 0 6 12 60.35 2.17 1.5337 2 7 4 12 60.64 1.41 1.5272 4 3 6 12 60.68 2.21 1.5261 6 5 1 12 60.85 3.22 1.5223 7 4 0 6 61.36 2.11 1.5109 2 5 6 12 61.36 2.48 1.5109 5 2 6 12 61.36 1.16 1.5108 3 2 7 12 61.74 1.67 1.5024 7 1 5 12 62.29 1.27 1.4906 3 8 0 6 62.59 2.70 1.4841 2 8 3 12 62.83 2.21 1.4791 0 0 8 2 62.83 1.11 1.4789 8 3 1 12 63.18 1.06 1.4717 1 0 8 12 63.35 1.71 1.4681 10 0 0 6 63.57 2.00 1.4635 6 4 4 12 63.89 1.03 1.4571 1 1 8 12 63.90 3.18 1.4569 10 0 1 12 64.55 1.40 1.4437 4 4 6 12 64.63 1.49 1.4422 7 3 4 12 67.13 2.12 1.3944 3 8 3 12 67.36 2.50 1.3902 3 1 8 12 67.66 1.09 1.3847 1 7 6 12 68.37 1.30 1.3721 4 6 5 12 68.38 1.59 1.3719 4 0 8 12 68.60 1.26 1.3681 7 5 2 12 68.76 3.20 1.3653 1 9 4 12 69.22 1.87 1.3572 3 9 0 6 69.28 1.42 1.3563 1 10 2 12 69.38 1.19 1.3545 3 7 5 12 69.38 4.55 1.3545 7 3 5 12 69.43 3.75 1.3536 7 4 4 12 69.61 1.12 1.3506 8 4 2 12 70.04 1.03 1.3435 8 0 6 12 70.06 4.84 1.3431 9 0 5 12 70.07 1.52 1.3429 1 4 8 12 71.29 1.06 1.3229 9 3 2 12 71.71 1.21 1.3161 5 3 7 12 72.77 1.22 1.2995 9 2 4 12 74.05 2.05 1.2803 4 7 5 12 75.36 2.56 1.2613 3 8 5 12 75.36 1.96 1.2613 8 3 5 12 76.55 2.38 1.2445 11 1 2 12 77.35 1.12 1.2336 3 9 4 12 78.90 1.14 1.2133 1 9 6 12 79.04 1.18 1.2115 4 9 3 12 79.09 1.26 1.2109 2 11 0 6 79.54 1.11 1.2051 7 4 6 12 80.51 1.41 1.1930 4 6 7 12 81.31 1.65 1.1833 0 0 10 2 83.09 1.04 1.1624 4 5 8 12 83.78 1.26 1.1546 3 4 9 12 85.62 1.47 1.1344 5 8 5 12 87.98 1.72 1.1100 1 4 10 12 88.05 1.06 1.1093 13 0 2 12 ================================================================================ XPOW Copyright 1993 Bob Downs, Ranjini Swaminathan and Kurt Bartelmehs For reference, see Downs et al. (1993) American Mineralogist 78, 1104-1107.