Muscovite-3T Amisano-Canesi A, Chiari G, Ferraris G, Ivaldi G, Soboleva S V European Journal of Mineralogy 6 (1994) 489-496 Muscovite- and phengite-3T: crystal structure and conditions of formation Locality: Kazakhstan _database_code_amcsd 0006546 CELL PARAMETERS: 5.2120 5.2120 29.8040 90.000 90.000 120.000 SPACE GROUP: P3_112 X-RAY WAVELENGTH: 1.541838 Cell Volume: 701.155 Density (g/cm3): 2.871 MAX. ABS. INTENSITY / VOLUME**2: 5.131382327 RIR: 0.582 RIR based on corundum from Acta Crystallographica A38 (1982) 733-739 2-THETA INTENSITY D-SPACING H K L Multiplicity 8.90 82.48 9.9347 0 0 3 2 17.86 15.31 4.9673 0 0 6 2 19.67 27.51 4.5137 1 0 0 3 19.89 79.63 4.4628 1 0 1 6 20.56 17.24 4.3199 1 0 2 6 21.63 23.92 4.1095 1 0 3 6 23.04 53.55 3.8606 1 0 4 6 24.74 61.16 3.5984 1 0 5 6 26.69 78.07 3.3406 1 0 6 6 26.92 51.30 3.3116 0 0 9 2 28.83 75.24 3.0972 1 0 7 6 31.13 82.71 2.8732 1 0 8 6 33.56 21.16 2.6700 1 0 9 6 34.41 1.63 2.6060 1 1 0 6 34.55 3.42 2.5961 1 1 1 6 34.55 40.41 2.5961 2 -1 1 6 34.95 99.53 2.5670 1 1 2 6 36.11 11.35 2.4871 1 0 10 6 36.17 5.14 2.4837 0 0 12 2 36.53 16.04 2.4599 2 -1 4 6 37.67 56.46 2.3878 1 1 5 6 38.76 2.41 2.3231 1 0 11 6 39.95 6.61 2.2569 2 0 0 3 40.07 8.32 2.2504 2 0 1 6 40.42 3.44 2.2314 2 0 2 6 40.59 8.98 2.2227 2 -1 7 6 41.01 17.52 2.2008 2 0 3 6 41.82 5.99 2.1600 2 0 4 6 42.33 45.43 2.1354 1 1 8 6 42.85 4.73 2.1106 2 0 5 6 44.07 9.13 2.0547 2 0 6 6 44.31 1.12 2.0441 1 0 13 6 45.49 2.37 1.9940 2 0 7 6 45.66 20.52 1.9869 0 0 15 2 46.28 23.18 1.9618 2 -1 10 6 47.08 2.15 1.9303 2 0 8 6 47.20 1.23 1.9254 1 0 14 6 48.47 3.12 1.8782 1 1 11 6 48.47 1.14 1.8782 2 -1 11 6 48.83 3.17 1.8649 2 0 9 6 50.16 1.20 1.8185 1 0 15 6 50.74 2.67 1.7992 2 0 10 6 52.79 4.77 1.7341 2 0 11 6 53.21 8.64 1.7213 2 -1 13 6 53.73 1.59 1.7060 2 1 0 6 53.82 4.03 1.7032 2 1 1 6 53.82 1.30 1.7032 3 -1 1 6 54.11 3.21 1.6950 2 1 2 6 54.58 1.66 1.6814 3 -1 3 6 54.58 2.78 1.6814 2 1 3 6 54.97 2.16 1.6703 2 0 12 6 55.24 1.08 1.6630 3 -1 4 6 55.24 3.69 1.6630 2 1 4 6 55.76 44.70 1.6487 1 1 14 6 56.07 10.22 1.6402 3 -1 5 6 56.07 5.45 1.6402 2 1 5 6 57.08 8.32 1.6135 3 -1 6 6 57.08 8.93 1.6135 2 1 6 6 57.28 3.46 1.6083 2 0 13 6 58.26 4.42 1.5836 2 1 7 6 58.26 5.13 1.5836 3 -1 7 6 59.46 1.25 1.5545 1 0 18 6 59.60 9.50 1.5511 3 -1 8 6 59.60 2.99 1.5511 2 1 8 6 59.71 2.43 1.5486 2 0 14 6 61.10 1.89 1.5166 3 -1 9 6 61.10 2.93 1.5166 2 1 9 6 61.16 22.08 1.5154 2 -1 16 6 61.65 43.56 1.5046 3 0 0 3 61.73 4.20 1.5027 3 0 1 6 62.43 7.68 1.4876 3 0 3 6 62.70 2.55 1.4817 1 0 19 6 62.75 3.73 1.4806 2 1 10 6 64.01 5.17 1.4546 1 1 17 6 64.55 1.82 1.4437 2 1 11 6 64.91 4.21 1.4366 2 0 16 6 65.80 1.76 1.4192 0 0 21 2 66.02 2.48 1.4151 1 0 20 6 66.49 1.12 1.4062 2 1 12 6 67.67 2.81 1.3845 2 0 17 6 68.50 2.01 1.3698 3 0 9 6 69.42 1.07 1.3539 1 0 21 6 70.01 26.41 1.3439 2 -1 19 6 70.54 11.43 1.3350 2 0 18 6 72.55 1.84 1.3030 2 2 0 6 72.63 7.05 1.3018 2 2 1 6 72.63 1.36 1.3018 4 -2 1 6 72.87 14.34 1.2980 4 -2 2 6 72.90 1.79 1.2975 1 0 22 6 73.16 2.07 1.2936 1 1 20 6 73.53 3.22 1.2881 2 0 19 6 73.61 15.17 1.2869 3 0 12 6 74.55 8.91 1.2729 4 -2 5 6 75.59 1.56 1.2579 3 0 13 6 76.02 1.51 1.2519 3 1 0 6 76.10 1.04 1.2508 3 1 1 6 76.10 3.61 1.2508 4 -1 1 6 76.34 1.53 1.2475 4 -1 2 6 76.45 6.51 1.2460 2 2 7 6 76.62 3.37 1.2436 2 0 20 6 76.73 2.45 1.2421 4 -1 3 6 76.75 2.93 1.2418 0 0 24 2 77.99 1.03 1.2252 4 -1 5 6 77.99 6.09 1.2252 3 1 5 6 78.85 1.20 1.2139 4 -1 6 6 78.85 1.16 1.2139 3 1 6 6 79.79 1.30 1.2020 2 -1 22 6 79.83 3.50 1.2014 2 0 21 6 79.86 2.07 1.2010 3 1 7 6 79.86 1.97 1.2010 4 -1 7 6 79.99 3.23 1.1995 3 0 15 6 80.91 1.97 1.1882 3 -1 18 6 81.03 4.13 1.1867 3 1 8 6 81.03 1.46 1.1867 4 -1 8 6 82.07 1.04 1.1743 4 -2 11 6 82.35 1.07 1.1710 4 -1 9 6 83.77 1.60 1.1547 3 -1 19 6 83.77 1.16 1.1547 2 1 19 6 83.81 2.25 1.1542 4 -1 10 6 86.77 2.86 1.1223 3 -1 20 6 86.88 1.16 1.1212 4 0 3 6 87.84 10.54 1.1114 4 -2 14 6 ================================================================================ XPOW Copyright 1993 Bob Downs, Ranjini Swaminathan and Kurt Bartelmehs For reference, see Downs et al. (1993) American Mineralogist 78, 1104-1107.