Cu2 K2 Mg3 O30 Si12 Nguyen N, Choisnet J, Raveau B Journal of Solid State Chemistry 34 (1980) 1-9 Silicates synthetiques a structure milarite _cod_database_code 1001136 _database_code_amcsd 0013395 CELL PARAMETERS: 10.1690 10.1690 14.1820 90.000 90.000 120.000 SPACE GROUP: P6/mcc X-RAY WAVELENGTH: 1.541838 Cell Volume: 1270.061 Density (g/cm3): 2.863 MAX. ABS. INTENSITY / VOLUME**2: 9.908611985 RIR: 1.127 RIR based on corundum from Acta Crystallographica A38 (1982) 733-739 2-THETA INTENSITY D-SPACING H K L Multiplicity 10.04 5.84 8.8066 1 0 0 6 12.48 47.17 7.0910 0 0 2 2 16.05 9.44 5.5231 1 0 2 12 17.44 29.16 5.0845 1 1 0 6 20.17 15.44 4.4033 2 0 0 6 21.51 11.46 4.1320 1 1 2 12 23.79 100.00 3.7408 2 0 2 12 25.12 15.08 3.5455 0 0 4 2 27.11 19.45 3.2890 1 0 4 12 27.53 87.62 3.2405 2 1 1 24 29.65 8.70 3.0131 2 1 2 24 30.45 1.55 2.9355 3 0 0 6 30.74 49.47 2.9083 1 1 4 12 32.42 72.81 2.7616 2 0 4 12 32.91 11.63 2.7216 2 1 3 24 35.30 53.22 2.5422 2 2 0 6 36.80 3.53 2.4425 3 1 0 12 37.05 3.65 2.4267 2 1 4 24 37.36 6.99 2.4071 3 1 1 24 37.59 7.28 2.3931 2 2 2 12 39.87 2.99 2.2611 3 0 4 12 40.99 1.24 2.2017 4 0 0 6 41.62 12.45 2.1700 3 1 3 24 43.02 18.14 2.1026 4 0 2 12 43.45 9.28 2.0826 2 0 6 12 43.82 12.53 2.0660 2 2 4 12 44.86 4.74 2.0204 3 2 0 12 45.07 20.68 2.0114 3 1 4 24 47.30 2.75 1.9218 4 1 0 12 47.76 10.59 1.9044 4 1 1 24 48.68 4.52 1.8704 4 0 4 12 49.23 14.37 1.8508 3 1 5 24 49.51 1.47 1.8410 3 0 6 12 51.32 1.05 1.7803 4 1 3 24 51.55 14.75 1.7728 0 0 8 2 51.91 4.72 1.7613 5 0 0 6 52.10 1.09 1.7554 3 2 4 24 52.89 20.94 1.7311 2 2 6 12 52.91 1.88 1.7306 2 1 7 24 54.11 3.70 1.6948 3 3 0 6 54.30 3.10 1.6895 4 1 4 24 54.84 1.16 1.6739 1 1 8 12 55.19 4.70 1.6643 4 2 0 12 55.60 1.11 1.6530 4 2 1 24 56.82 4.67 1.6203 4 2 2 24 57.18 2.57 1.6110 4 0 6 12 58.74 9.12 1.5720 5 1 1 24 59.26 1.63 1.5594 3 1 7 24 59.92 2.48 1.5438 5 1 2 24 60.26 1.12 1.5358 3 2 6 24 60.55 9.32 1.5291 3 3 4 12 61.06 1.66 1.5175 3 0 8 12 61.56 5.21 1.5066 4 2 4 24 62.26 1.16 1.4911 4 1 6 24 63.37 3.47 1.4678 6 0 0 6 64.03 20.20 1.4541 2 2 8 12 64.51 1.32 1.4445 5 1 4 24 64.72 1.38 1.4403 4 3 1 24 64.87 8.41 1.4373 6 0 2 12 64.97 2.04 1.4354 4 2 5 24 65.54 1.72 1.4242 2 1 9 24 66.28 11.29 1.4102 5 2 0 12 66.65 3.37 1.4033 5 2 1 24 67.13 2.35 1.3943 4 1 7 24 67.84 3.83 1.3814 5 1 5 24 69.02 4.68 1.3608 4 2 6 24 69.29 6.07 1.3562 6 0 4 12 69.65 4.76 1.3499 2 0 10 12 70.06 1.28 1.3430 6 1 0 12 70.70 2.66 1.3325 3 2 8 24 71.21 14.19 1.3241 3 1 9 24 72.08 3.24 1.3103 5 2 4 24 72.44 1.83 1.3047 2 1 10 24 73.43 1.30 1.2895 4 3 5 24 75.58 2.30 1.2581 7 0 0 6 75.93 3.43 1.2532 5 3 1 24 76.07 2.42 1.2512 4 4 2 12 78.28 2.05 1.2213 6 2 0 12 78.71 3.53 1.2158 5 3 3 24 78.89 2.75 1.2134 4 2 8 24 79.66 4.27 1.2035 6 2 2 24 79.77 1.40 1.2022 2 1 11 24 80.22 8.02 1.1965 4 4 4 12 80.57 3.70 1.1923 4 0 10 12 81.11 1.49 1.1857 5 3 4 24 81.11 1.15 1.1857 7 0 4 12 84.19 2.15 1.1500 5 3 5 24 84.97 1.48 1.1414 2 0 12 12 85.09 1.38 1.1402 3 1 11 24 86.83 1.13 1.1217 6 2 5 24 87.04 1.98 1.1195 4 4 6 12 87.35 3.78 1.1163 5 1 9 24 88.17 1.87 1.1080 7 1 4 24 88.62 4.99 1.1036 5 2 8 24 88.90 2.18 1.1008 8 0 0 6 ================================================================================ XPOW Copyright 1993 Bob Downs, Ranjini Swaminathan and Kurt Bartelmehs For reference, see Downs et al. (1993) American Mineralogist 78, 1104-1107.