Barysilite Kolitsch U, Holtstam D Mineralogical Magazine 66 (2002) 353-363 Barysilite from Garpenberg Norra, Dalarna, Sweden: occurrence and crystal structure refinement Locality: Garpenberg Nora mine, Dalarna, Sweden _database_code_amcsd 0014563 CELL PARAMETERS: 9.8040 9.8040 38.4160 90.000 90.000 120.000 SPACE GROUP: R-3c X-RAY WAVELENGTH: 1.541838 Cell Volume: 3197.786 Density (g/cm3): 6.812 MAX. ABS. INTENSITY / VOLUME**2: 109.6644342 RIR: 5.242 RIR based on corundum from Acta Crystallographica A38 (1982) 733-739 2-THETA INTENSITY D-SPACING H K L Multiplicity 13.83 13.48 6.4027 0 0 6 2 13.92 2.57 6.3611 1 0 4 6 18.10 3.05 4.9020 1 1 0 6 19.39 51.95 4.5780 1 1 3 12 21.26 7.28 4.1798 0 1 8 6 21.44 25.84 4.1452 2 0 2 6 22.85 23.79 3.8922 1 1 6 12 22.90 31.03 3.8828 0 2 4 6 25.45 25.85 3.5000 1 0 10 6 27.71 45.42 3.2191 1 1 9 12 27.87 25.57 3.2013 0 0 12 2 27.90 2.07 3.1980 2 1 1 12 28.05 1.47 3.1806 2 0 8 6 28.19 59.02 3.1652 1 2 2 12 29.34 7.77 3.0437 2 1 4 12 30.18 100.00 2.9612 1 2 5 12 31.41 3.70 2.8485 0 2 10 6 31.61 42.50 2.8302 3 0 0 6 32.32 70.66 2.7703 2 1 7 12 33.43 65.76 2.6804 1 1 12 12 34.35 8.05 2.6110 0 1 14 6 34.65 2.83 2.5886 0 3 6 6 34.65 7.07 2.5886 3 0 6 6 38.08 8.33 2.3630 1 2 11 12 38.29 10.65 2.3504 1 3 1 12 38.98 14.09 2.3104 1 0 16 6 39.36 5.07 2.2890 2 2 6 12 39.71 10.43 2.2699 1 1 15 12 42.86 15.48 2.1098 0 4 2 6 43.29 2.51 2.0899 0 2 16 6 43.39 4.43 2.0855 1 2 14 12 43.67 3.32 2.0726 4 0 4 6 45.16 11.34 2.0077 1 3 10 12 46.40 4.29 1.9568 1 1 18 12 46.51 3.43 1.9525 3 1 11 12 46.67 23.15 1.9461 2 2 12 12 46.69 4.65 1.9454 3 2 1 12 46.79 5.15 1.9414 0 4 8 6 46.88 5.13 1.9379 2 3 2 12 47.64 8.50 1.9090 3 2 4 12 48.20 17.76 1.8881 2 3 5 12 49.03 26.03 1.8579 4 0 10 6 49.18 22.82 1.8528 4 1 0 12 49.32 24.72 1.8476 1 2 17 12 49.49 1.49 1.8416 1 3 13 12 49.67 16.72 1.8357 3 2 7 12 49.72 2.86 1.8337 4 1 3 12 51.11 5.37 1.7870 3 1 14 12 51.34 7.48 1.7798 1 4 6 12 51.34 1.45 1.7798 4 1 6 12 52.69 1.78 1.7373 3 2 10 12 53.46 11.77 1.7139 1 1 21 12 53.57 15.75 1.7107 2 1 19 12 53.80 1.22 1.7040 0 3 18 6 53.90 6.03 1.7011 2 3 11 12 53.95 1.45 1.6996 1 4 9 12 54.59 7.16 1.6812 1 3 16 12 54.67 16.32 1.6789 0 4 14 6 56.43 1.03 1.6305 3 1 17 12 56.59 1.08 1.6263 3 2 13 12 56.80 6.56 1.6209 3 3 3 12 57.03 1.85 1.6149 0 2 22 6 57.24 2.93 1.6095 2 2 18 12 57.58 8.58 1.6007 0 0 24 2 57.65 11.94 1.5990 4 2 2 12 57.99 11.04 1.5903 4 0 16 6 58.28 1.35 1.5833 3 3 6 12 59.52 7.95 1.5531 0 5 10 6 60.35 8.30 1.5338 2 1 22 12 60.69 6.24 1.5260 3 3 9 12 60.95 6.24 1.5202 1 5 2 12 61.80 2.26 1.5011 4 1 15 12 62.05 5.89 1.4958 1 5 5 12 62.71 1.99 1.4816 1 2 23 12 62.76 1.68 1.4806 2 4 10 12 63.00 4.83 1.4754 2 3 17 12 63.30 6.13 1.4693 5 1 7 12 63.96 1.21 1.4557 0 1 26 6 63.97 10.76 1.4554 3 3 12 12 64.54 3.19 1.4440 5 0 14 6 66.67 6.45 1.4028 3 2 19 12 66.87 1.31 1.3991 4 1 18 12 67.07 1.30 1.3954 2 0 26 6 67.19 3.90 1.3933 0 3 24 6 67.19 2.30 1.3933 3 0 24 6 67.64 2.51 1.3851 4 2 14 12 67.83 4.15 1.3817 6 0 6 6 68.06 2.48 1.3775 3 3 15 12 68.93 1.01 1.3624 3 1 23 12 69.53 4.86 1.3520 5 2 3 12 69.53 1.66 1.3520 2 5 3 12 70.12 1.89 1.3421 1 2 26 12 70.60 1.37 1.3341 2 4 16 12 70.86 3.00 1.3299 2 5 6 12 71.98 4.54 1.3119 4 3 10 12 72.39 3.38 1.3055 0 2 28 6 72.73 1.58 1.3002 3 2 22 12 72.91 1.39 1.2974 3 3 18 12 73.04 5.06 1.2954 2 5 9 12 73.04 1.95 1.2954 5 2 9 12 73.12 2.21 1.2943 0 6 12 6 73.12 5.08 1.2943 6 0 12 6 73.28 2.45 1.2919 6 1 2 12 73.85 3.52 1.2832 1 6 4 12 74.28 2.67 1.2768 6 1 5 12 74.89 2.29 1.2679 2 3 23 12 75.16 2.61 1.2640 1 5 17 12 75.34 3.02 1.2615 2 1 28 12 75.43 3.36 1.2602 1 6 7 12 76.04 1.71 1.2516 3 1 26 12 76.06 4.48 1.2514 2 5 12 12 76.06 2.88 1.2514 5 2 12 12 76.58 1.33 1.2441 3 4 14 12 77.96 2.28 1.2255 4 4 0 6 78.04 4.42 1.2245 1 2 29 12 78.49 3.41 1.2186 3 3 21 12 78.57 2.88 1.2175 5 1 19 12 78.84 1.12 1.2140 6 1 11 12 78.95 5.51 1.2127 0 4 26 6 79.06 3.61 1.2112 1 4 24 12 79.06 4.90 1.2112 4 1 24 12 79.88 3.40 1.2009 5 2 15 12 81.46 6.76 1.1815 2 4 22 12 81.64 2.69 1.1794 0 6 18 6 83.60 1.18 1.1566 3 5 10 12 83.65 4.68 1.1560 2 1 31 12 83.99 1.25 1.1523 4 0 28 6 84.32 3.36 1.1486 5 1 22 12 84.49 2.88 1.1467 5 2 18 12 85.79 4.32 1.1326 1 1 33 12 86.55 1.16 1.1246 7 1 0 12 86.83 3.04 1.1217 3 2 28 12 86.99 1.02 1.1200 1 0 34 6 89.46 1.15 1.0954 2 3 29 12 89.90 1.96 1.0912 5 2 21 12 89.90 3.68 1.0912 2 5 21 12 89.99 3.16 1.0904 1 6 19 12 ================================================================================ XPOW Copyright 1993 Bob Downs, Ranjini Swaminathan and Kurt Bartelmehs For reference, see Downs et al. (1993) American Mineralogist 78, 1104-1107.