Cosalite Topa D, Makovicky E The Canadian Mineralogist 48 (2010) 1081-1107 The crystal chemistry of cosalite based on new electron-microprobe data and single-crystal determination of the structure Locality: Schareck, Hobe Tauern Window, Schareck-Siglitz, Gasteinertal, Austria Note: Sample 6 _database_code_amcsd 0017821 CELL PARAMETERS: 23.8790 4.0453 19.0170 90.000 90.000 90.000 SPACE GROUP: Pnma X-RAY WAVELENGTH: 1.541838 Cell Volume: 1836.999 Density (g/cm3): 7.068 MAX. ABS. INTENSITY / VOLUME**2: 93.15897406 RIR: 4.292 RIR based on corundum from Acta Crystallographica A38 (1982) 733-739 2-THETA INTENSITY D-SPACING H K L Multiplicity 5.94 9.10 14.8759 1 0 1 4 11.90 1.84 7.4380 2 0 2 4 14.46 2.29 6.1268 1 0 3 4 15.83 5.88 5.5988 2 0 3 4 20.10 7.92 4.4170 2 0 4 4 21.77 5.86 4.0816 3 0 4 4 22.34 19.84 3.9798 6 0 0 2 22.47 7.18 3.9568 0 1 1 4 22.83 21.28 3.8954 6 0 1 4 23.32 3.96 3.8144 5 0 3 4 23.93 16.19 3.7190 4 0 4 4 24.20 18.23 3.6780 1 1 2 8 24.56 6.26 3.6240 2 0 5 4 25.06 29.29 3.5537 2 1 2 8 25.13 5.35 3.5431 3 1 1 8 25.96 93.50 3.4317 3 0 5 4 26.13 2.54 3.4101 0 1 3 4 26.40 31.24 3.3758 1 1 3 8 26.43 4.70 3.3719 3 1 2 8 26.44 7.14 3.3706 6 0 3 4 26.45 10.43 3.3694 5 0 4 4 26.55 36.69 3.3577 7 0 1 4 26.62 12.39 3.3488 4 1 0 4 27.20 52.04 3.2790 2 1 3 8 27.78 5.63 3.2109 7 0 2 4 27.81 4.06 3.2077 4 0 5 4 28.15 1.52 3.1695 0 0 6 2 28.25 10.36 3.1587 4 1 2 8 29.15 4.84 3.0634 2 0 6 4 29.23 1.95 3.0556 1 1 4 8 29.31 23.50 3.0469 5 1 1 8 29.94 1.16 2.9849 8 0 0 2 29.95 2.21 2.9832 2 1 4 8 30.04 7.19 2.9752 5 0 5 4 30.31 1.79 2.9488 8 0 1 4 30.35 17.11 2.9446 3 0 6 4 30.45 100.00 2.9359 5 1 2 8 31.13 3.09 2.8732 3 1 4 8 31.54 7.85 2.8370 6 1 0 4 31.89 7.27 2.8060 6 1 1 8 31.97 20.93 2.7994 4 0 6 4 32.26 28.98 2.7752 5 1 3 8 32.53 3.88 2.7525 1 1 5 8 32.71 3.92 2.7378 4 1 4 8 32.95 24.51 2.7186 6 1 2 8 33.17 1.16 2.7005 8 0 3 4 34.27 1.74 2.6169 3 1 5 8 34.65 1.24 2.5890 5 1 4 8 35.51 1.19 2.5279 8 0 4 4 35.70 1.17 2.5150 7 1 2 8 36.33 2.51 2.4727 4 0 7 4 36.80 1.13 2.4422 2 1 6 8 36.90 3.71 2.4362 6 1 4 8 37.28 8.25 2.4117 7 1 3 8 37.79 2.30 2.3807 3 1 6 8 38.87 1.50 2.3169 9 0 4 4 39.41 4.23 2.2864 7 1 4 8 39.57 2.66 2.2777 3 0 8 4 39.98 16.08 2.2553 0 1 7 4 40.15 15.03 2.2460 8 1 3 8 40.16 1.73 2.2453 1 1 7 8 40.36 4.09 2.2346 10 0 3 4 40.71 14.58 2.2161 2 1 7 8 40.86 1.00 2.2085 4 0 8 4 41.62 8.47 2.1699 3 1 7 8 42.15 10.63 2.1438 8 1 4 8 42.36 17.76 2.1339 10 0 4 4 42.48 1.33 2.1281 5 0 8 4 42.54 1.20 2.1251 7 0 7 4 43.20 6.50 2.0940 9 1 3 8 44.09 1.25 2.0537 11 0 3 4 44.36 6.22 2.0420 1 1 8 8 44.42 1.15 2.0394 5 1 7 8 44.53 6.61 2.0345 9 0 6 4 44.81 35.83 2.0227 0 2 0 2 44.82 1.83 2.0224 10 0 5 4 44.87 15.33 2.0199 2 1 8 8 45.02 1.09 2.0138 7 1 6 8 45.10 15.13 2.0105 9 1 4 8 45.11 4.55 2.0099 10 1 2 8 45.71 7.92 1.9847 3 1 8 8 45.96 5.86 1.9747 11 0 4 4 46.27 1.80 1.9622 6 1 7 8 46.42 10.90 1.9560 10 1 3 8 46.63 2.89 1.9477 12 0 2 4 46.87 4.21 1.9384 4 1 8 8 47.03 2.92 1.9323 5 0 9 4 47.44 1.36 1.9164 9 1 5 8 47.68 5.07 1.9072 10 0 6 4 47.83 5.11 1.9017 0 0 10 2 47.93 1.63 1.8982 9 0 7 4 47.99 5.60 1.8957 1 0 10 4 48.33 10.75 1.8834 5 1 8 8 48.55 4.84 1.8752 11 1 2 8 49.25 1.97 1.8503 2 1 9 8 49.57 1.30 1.8390 2 2 4 8 49.88 3.65 1.8283 13 0 1 4 50.19 8.99 1.8176 9 1 6 8 50.35 1.10 1.8123 3 2 4 8 50.61 2.84 1.8035 13 0 2 4 50.62 4.23 1.8031 6 2 0 4 50.74 7.93 1.7994 8 1 7 8 50.83 3.53 1.7963 7 0 9 4 50.87 4.27 1.7951 6 2 1 8 50.91 1.41 1.7935 10 0 7 4 51.11 2.43 1.7870 4 1 9 8 51.16 3.68 1.7856 12 1 0 4 51.40 11.30 1.7778 12 1 1 8 51.43 3.57 1.7769 4 2 4 8 51.74 1.05 1.7668 5 0 10 4 51.76 1.55 1.7662 2 2 5 8 52.06 2.12 1.7568 7 1 8 8 52.12 3.10 1.7549 12 1 2 8 52.48 1.86 1.7436 5 1 9 8 52.52 24.50 1.7425 3 2 5 8 52.78 1.88 1.7343 6 2 3 8 52.79 2.82 1.7342 5 2 4 8 52.84 10.12 1.7326 7 2 1 8 53.10 3.29 1.7246 8 0 9 4 53.11 2.02 1.7243 1 0 11 4 53.31 5.48 1.7184 9 1 7 8 53.40 3.65 1.7159 6 0 10 4 53.48 1.30 1.7134 13 0 4 4 53.55 1.67 1.7114 7 2 2 8 53.56 1.27 1.7109 4 2 5 8 53.82 2.98 1.7034 2 1 10 8 53.97 1.65 1.6988 14 0 1 4 54.35 1.41 1.6879 2 2 6 8 54.44 1.22 1.6853 12 0 6 4 54.67 3.88 1.6788 14 0 2 4 54.89 2.06 1.6727 5 2 5 8 55.08 4.77 1.6672 3 2 6 8 55.31 3.77 1.6610 7 0 10 4 56.10 7.11 1.6395 4 2 6 8 58.15 1.99 1.5864 15 0 1 4 58.18 1.14 1.5857 6 0 11 4 59.00 1.20 1.5656 4 2 7 8 61.29 1.27 1.5124 3 2 8 8 61.87 1.97 1.4996 10 2 3 8 62.21 1.31 1.4922 14 1 4 8 63.36 9.14 1.4680 10 2 4 8 64.11 1.50 1.4525 14 1 5 8 64.19 4.88 1.4508 3 1 12 8 64.31 1.03 1.4485 9 0 11 4 64.88 1.33 1.4372 7 0 12 4 65.02 3.52 1.4344 9 2 6 8 65.24 1.05 1.4301 10 2 5 8 65.86 2.74 1.4181 11 1 9 8 66.06 4.04 1.4143 15 1 4 8 66.13 3.40 1.4130 11 2 4 8 66.30 2.13 1.4098 5 1 12 8 66.66 1.58 1.4030 12 2 2 8 66.98 1.66 1.3972 5 2 9 8 67.50 3.11 1.3876 10 2 6 8 67.57 1.11 1.3863 13 0 9 4 67.62 3.08 1.3855 0 2 10 4 67.73 5.66 1.3835 6 1 12 8 67.75 3.40 1.3832 1 2 10 8 67.90 3.93 1.3804 15 1 5 8 68.17 1.58 1.3757 0 1 13 4 68.30 2.01 1.3734 1 1 13 8 68.41 1.16 1.3714 17 0 3 4 68.61 1.45 1.3679 13 1 8 8 68.84 1.70 1.3638 12 1 9 8 69.28 2.45 1.3563 13 2 1 8 69.73 1.39 1.3486 11 1 10 8 69.88 1.81 1.3461 13 2 2 8 70.06 2.22 1.3431 7 2 9 8 70.12 7.02 1.3420 15 1 6 8 71.02 1.21 1.3272 14 0 9 4 71.05 1.16 1.3268 2 3 2 8 71.26 1.43 1.3233 10 1 11 8 71.66 1.45 1.3169 1 3 3 8 71.95 2.30 1.3123 8 2 9 8 71.96 1.42 1.3122 1 2 11 8 72.04 2.63 1.3109 2 3 3 8 72.20 2.56 1.3085 6 2 10 8 72.69 1.16 1.3009 14 2 1 8 73.09 1.20 1.2947 5 3 1 8 73.28 2.75 1.2918 14 2 2 8 73.68 2.76 1.2858 1 1 14 8 73.68 5.52 1.2858 5 3 2 8 73.82 2.81 1.2837 7 2 10 8 74.01 3.29 1.2808 16 1 6 8 74.66 1.84 1.2713 5 3 3 8 75.04 1.63 1.2658 6 3 2 8 75.40 1.14 1.2607 2 0 15 4 75.41 3.21 1.2606 18 1 0 4 75.60 1.53 1.2578 18 1 1 8 76.20 1.32 1.2494 8 1 13 8 76.28 1.50 1.2483 15 2 1 8 76.73 1.73 1.2420 12 1 11 8 76.87 2.26 1.2401 4 0 15 4 78.36 1.26 1.2203 11 1 12 8 79.33 1.63 1.2078 0 3 7 4 79.44 1.51 1.2064 8 3 3 8 79.78 2.21 1.2021 13 1 11 8 79.81 1.48 1.2017 2 3 7 8 80.12 1.84 1.1978 19 1 1 8 80.59 1.22 1.1920 10 1 13 8 80.78 1.19 1.1898 8 3 4 8 82.30 1.19 1.1716 7 2 12 8 82.67 1.85 1.1673 2 3 8 8 82.83 1.85 1.1654 9 3 4 8 83.27 1.00 1.1603 3 3 8 8 83.79 1.34 1.1545 10 3 3 8 84.06 1.32 1.1515 11 0 14 4 84.16 1.04 1.1504 13 1 12 8 84.78 1.05 1.1435 13 2 9 8 85.19 1.47 1.1390 5 3 8 8 85.56 1.11 1.1351 17 2 3 8 86.61 1.34 1.1240 9 3 6 8 87.03 1.32 1.1196 8 3 7 8 87.55 1.83 1.1144 12 3 1 8 88.01 1.24 1.1096 14 2 9 8 ================================================================================ XPOW Copyright 1993 Bob Downs, Ranjini Swaminathan and Kurt Bartelmehs For reference, see Downs et al. (1993) American Mineralogist 78, 1104-1107.