Armenite Armbruster T, Czank M American Mineralogist 77 (1992) 422-430 H2O ordering and superstructures in armenite, BaCa2Al6Si9O30.2H2O: A single-crystal X-ray and TEM study sample from Remigny, Quebec, Canada _database_code_amcsd 0001458 CELL PARAMETERS: 13.8740 18.6600 10.6970 90.000 90.000 90.000 SPACE GROUP: Pnna X-RAY WAVELENGTH: 1.541838 Cell Volume: 2769.334 Density (g/cm3): 2.764 MAX. ABS. INTENSITY / VOLUME**2: 9.603857855 RIR: 1.131 RIR based on corundum from Acta Crystallographica A38 (1982) 733-739 2-THETA INTENSITY D-SPACING H K L Multiplicity 9.48 21.88 9.3300 0 2 0 2 9.53 33.29 9.2803 0 1 1 4 12.76 100.00 6.9370 2 0 0 2 13.62 2.46 6.5022 2 1 0 4 15.92 2.36 5.5669 2 2 0 4 15.95 6.93 5.5563 2 1 1 8 16.49 1.54 5.3771 0 3 1 4 16.57 1.21 5.3485 0 0 2 2 17.96 2.96 4.9382 2 2 1 8 20.90 49.19 4.2498 2 3 1 8 20.97 22.62 4.2357 2 0 2 4 21.51 3.05 4.1306 2 1 2 8 22.97 33.20 3.8711 2 4 0 4 23.06 73.44 3.8569 2 2 2 8 24.45 2.48 3.6401 2 4 1 8 25.43 2.13 3.5023 0 1 3 4 25.68 4.99 3.4685 4 0 0 2 26.09 27.86 3.4153 1 5 1 8 26.15 31.50 3.4079 1 4 2 8 26.24 25.65 3.3958 1 1 3 8 27.43 1.75 3.2511 4 2 0 4 28.41 2.52 3.1416 2 5 1 8 28.46 1.31 3.1359 2 4 2 8 28.55 1.68 3.1264 2 1 3 8 28.70 13.84 3.1100 0 6 0 2 28.86 32.12 3.0934 0 3 3 4 29.76 1.75 3.0026 2 2 3 8 30.67 59.75 2.9147 4 3 1 8 30.72 30.02 2.9101 4 0 2 4 31.53 1.28 2.8379 2 6 0 4 31.67 2.78 2.8252 2 3 3 8 31.93 3.86 2.8028 3 5 1 8 31.98 5.39 2.7988 3 4 2 8 32.06 4.35 2.7920 3 1 3 8 32.16 27.00 2.7834 4 4 0 4 32.22 47.81 2.7781 4 2 2 8 33.33 27.06 2.6885 0 6 2 4 33.51 15.28 2.6742 0 0 4 2 34.68 7.18 2.5866 0 7 1 4 34.80 5.41 2.5781 0 5 3 4 34.90 5.83 2.5707 0 2 4 4 35.30 5.35 2.5428 1 7 1 8 35.41 4.43 2.5347 1 5 3 8 35.51 4.49 2.5277 1 2 4 8 35.82 15.83 2.5068 2 6 2 8 35.99 8.16 2.4953 2 0 4 4 36.34 4.80 2.4719 4 5 1 8 36.39 4.53 2.4691 4 4 2 8 36.46 3.40 2.4645 4 1 3 8 37.09 2.36 2.4236 2 7 1 8 37.21 2.11 2.4166 2 5 3 8 37.30 2.98 2.4105 2 2 4 8 38.81 1.12 2.3201 0 4 4 4 38.89 3.33 2.3155 4 6 0 4 39.01 4.18 2.3086 4 3 3 8 39.26 1.13 2.2948 6 1 0 4 39.94 1.51 2.2575 3 7 1 8 40.04 1.49 2.2518 3 5 3 8 40.13 1.89 2.2469 3 2 4 8 40.19 2.37 2.2437 6 1 1 8 40.82 4.07 2.2109 2 8 0 4 41.02 7.48 2.2003 2 4 4 8 41.09 1.32 2.1966 6 2 1 8 42.54 8.46 2.1249 4 6 2 8 42.56 8.20 2.1242 6 3 1 8 42.60 3.67 2.1225 6 0 2 4 42.69 3.93 2.1179 4 0 4 4 42.88 1.35 2.1089 6 1 2 8 43.69 2.00 2.0718 6 4 0 4 43.74 3.70 2.0696 6 2 2 8 44.33 3.68 2.0432 2 8 2 8 44.39 2.58 2.0406 2 7 3 8 44.51 8.70 2.0355 0 9 1 4 44.55 1.22 2.0340 6 4 1 8 44.59 3.01 2.0322 2 1 5 8 44.69 6.79 2.0277 0 6 4 4 44.80 6.69 2.0231 0 3 5 4 46.50 7.67 1.9531 2 9 1 8 46.67 7.21 1.9462 2 6 4 8 46.77 6.95 1.9422 2 3 5 8 47.13 2.06 1.9284 4 4 4 8 48.09 5.92 1.8920 5 7 1 8 48.18 5.68 1.8887 5 5 3 8 48.26 5.43 1.8858 5 2 4 8 48.80 1.06 1.8660 0 10 0 2 49.08 4.47 1.8561 0 5 5 4 49.10 3.09 1.8556 6 6 0 4 49.20 6.67 1.8521 6 3 3 8 51.90 2.38 1.7619 0 10 2 4 52.02 1.93 1.7578 0 8 4 4 52.10 3.53 1.7555 4 9 1 8 52.17 13.02 1.7531 6 6 2 8 52.24 1.91 1.7511 0 2 6 4 52.26 4.83 1.7505 4 6 4 8 52.30 5.44 1.7491 6 0 4 4 52.35 2.57 1.7478 1 10 2 8 52.35 4.78 1.7475 4 3 5 8 52.47 2.84 1.7439 1 8 4 8 52.68 1.82 1.7374 1 2 6 8 52.75 2.21 1.7354 2 9 3 8 52.79 7.31 1.7342 8 0 0 2 53.67 1.06 1.7076 2 10 2 8 53.76 2.57 1.7050 8 2 0 4 53.77 4.32 1.7047 8 1 1 8 53.80 1.33 1.7040 2 8 4 8 55.96 1.72 1.6433 4 10 0 4 56.00 2.09 1.6422 6 8 0 4 56.16 4.87 1.6378 6 4 4 8 56.21 3.74 1.6365 4 5 5 8 57.91 6.52 1.5923 4 9 3 8 58.18 3.05 1.5856 4 0 6 4 58.60 1.15 1.5752 3 11 1 8 58.78 3.18 1.5708 4 10 2 8 58.90 1.93 1.5680 4 8 4 8 59.10 2.54 1.5632 4 2 6 8 61.07 3.50 1.5173 2 12 0 4 61.19 1.61 1.5147 8 6 0 4 61.28 3.64 1.5127 8 3 3 8 61.42 6.37 1.5096 2 6 6 8 62.05 1.24 1.4958 2 11 3 8 62.17 5.51 1.4932 0 12 2 4 62.37 6.24 1.4889 0 9 5 4 62.44 1.57 1.4874 5 10 2 8 62.55 1.64 1.4849 5 8 4 8 62.60 5.81 1.4840 0 3 7 4 62.74 1.60 1.4809 5 2 6 8 63.87 6.39 1.4574 8 6 2 8 63.99 3.09 1.4551 8 0 4 4 64.71 1.35 1.4404 8 7 1 8 64.79 1.74 1.4390 8 5 3 8 64.85 1.35 1.4377 8 2 4 8 65.82 3.90 1.4189 4 12 0 4 65.94 1.57 1.4166 6 9 3 8 66.15 7.29 1.4126 4 6 6 8 66.19 1.08 1.4119 6 0 6 4 66.75 1.73 1.4014 6 10 2 8 66.86 1.41 1.3994 6 8 4 8 67.04 1.87 1.3960 6 2 6 8 67.27 1.74 1.3917 8 8 0 4 67.42 2.61 1.3891 8 4 4 8 70.04 2.12 1.3434 10 3 1 8 70.07 1.17 1.3430 10 0 2 4 70.90 1.74 1.3293 10 2 2 8 71.21 3.35 1.3242 9 7 1 8 71.28 3.56 1.3231 9 5 3 8 71.34 3.28 1.3221 9 2 4 8 71.49 2.67 1.3197 2 12 4 8 71.91 1.35 1.3130 2 0 8 4 73.18 1.87 1.2933 0 14 2 4 73.37 1.21 1.2904 6 12 0 4 73.46 1.84 1.2891 0 10 6 4 73.55 1.24 1.2877 1 14 2 8 73.69 1.88 1.2856 6 6 6 8 73.71 1.81 1.2854 0 4 8 4 73.83 1.33 1.2835 1 10 6 8 74.65 1.86 1.2714 2 14 2 8 74.93 1.69 1.2674 2 10 6 8 75.18 1.92 1.2639 2 4 8 8 75.84 2.08 1.2544 6 12 2 8 75.91 6.79 1.2534 4 12 4 8 76.03 2.18 1.2518 6 9 5 8 76.23 1.90 1.2489 6 3 7 8 76.33 3.53 1.2476 4 0 8 4 76.48 1.37 1.2455 3 14 2 8 76.76 1.22 1.2417 3 10 6 8 77.00 1.01 1.2384 3 4 8 8 77.00 1.80 1.2384 4 7 7 8 77.18 2.15 1.2359 8 10 2 8 77.28 2.71 1.2345 8 8 4 8 77.41 1.74 1.2329 10 6 2 8 77.46 2.62 1.2322 8 2 6 8 77.51 1.05 1.2315 10 0 4 4 80.70 1.63 1.1907 10 4 4 8 82.95 1.25 1.1640 4 15 1 8 83.11 1.16 1.1622 6 12 4 8 83.36 1.52 1.1594 4 9 7 8 85.89 2.74 1.1315 8 12 2 8 86.07 3.16 1.1297 8 9 5 8 86.27 2.87 1.1275 8 3 7 8 86.78 1.06 1.1222 12 4 0 4 86.81 1.94 1.1219 12 2 2 8 89.28 1.15 1.0971 10 9 3 8 ================================================================================ XPOW Copyright 1993 Bob Downs, Ranjini Swaminathan and Kurt Bartelmehs For reference, see Downs et al. (1993) American Mineralogist 78, 1104-1107.