Vesuvianite Halenius U, Bosi F, Gatedal K American Mineralogist 98 (2013) 566-573 Crystal structure and chemistry of skarn-associated bismuthian vesuvianite Locality: Langban Mn-Fe deposit, central Sweden _database_code_amcsd 0020160 CELL PARAMETERS: 15.7018 15.7018 11.8648 90.000 90.000 90.000 SPACE GROUP: P4/nnc X-RAY WAVELENGTH: 1.541838 Cell Volume: 2925.225 Density (g/cm3): 3.487 MAX. ABS. INTENSITY / VOLUME**2: 11.83223261 RIR: 1.105 RIR based on corundum from Acta Crystallographica A38 (1982) 733-739 2-THETA INTENSITY D-SPACING H K L Multiplicity 14.66 1.28 6.0430 2 1 1 16 14.93 6.54 5.9324 0 0 2 2 15.96 1.73 5.5514 2 2 0 4 16.95 1.53 5.2323 1 1 2 8 18.53 1.15 4.7887 3 0 1 8 18.75 3.68 4.7331 2 0 2 8 19.38 1.52 4.5804 3 1 1 16 19.59 3.01 4.5317 2 1 2 16 21.74 2.53 4.0882 3 2 1 16 21.93 7.72 4.0534 2 2 2 8 22.65 6.00 3.9255 4 0 0 4 23.36 1.21 3.8076 3 1 2 16 25.37 8.22 3.5110 4 2 0 8 25.37 3.84 3.5105 3 2 2 16 27.24 6.46 3.2737 4 0 2 8 27.84 4.68 3.2048 4 1 2 16 28.86 1.54 3.0935 3 1 3 16 29.00 7.09 3.0794 5 1 0 8 29.42 4.50 3.0358 4 3 1 16 29.56 4.86 3.0215 4 2 2 16 29.98 1.97 2.9806 5 1 1 16 30.13 43.04 2.9662 0 0 4 2 30.53 5.90 2.9278 3 2 3 16 31.21 4.04 2.8657 1 1 4 8 32.25 24.24 2.7757 4 4 0 4 32.25 75.76 2.7755 4 3 2 16 33.27 1.38 2.6928 5 3 0 8 34.27 57.19 2.6168 5 2 2 16 34.28 23.78 2.6162 2 2 4 8 35.25 2.52 2.5464 3 1 4 16 35.59 1.57 2.5224 6 1 1 16 36.18 34.70 2.4827 6 2 0 8 36.54 7.29 2.4593 5 0 3 8 36.66 1.39 2.4516 3 2 4 16 37.45 1.47 2.4015 5 4 1 16 37.56 3.24 2.3943 6 0 2 8 38.02 2.57 2.3670 6 1 2 16 38.02 9.18 2.3665 4 0 4 8 38.35 1.54 2.3469 5 2 3 16 38.36 2.03 2.3463 1 0 5 8 38.47 4.48 2.3401 4 1 4 16 38.91 3.69 2.3146 3 3 4 8 39.23 3.63 2.2964 6 3 1 16 40.11 1.86 2.2481 2 1 5 16 40.53 3.87 2.2259 5 3 3 16 40.63 4.66 2.2206 7 1 0 8 40.95 3.10 2.2041 7 0 1 8 41.37 2.26 2.1827 7 1 1 16 41.80 2.18 2.1612 3 0 5 8 41.89 1.65 2.1564 4 3 4 16 42.20 7.34 2.1417 6 4 1 16 42.21 10.74 2.1410 3 1 5 16 43.02 4.65 2.1027 6 2 3 16 43.42 2.49 2.0841 5 4 3 16 43.52 2.47 2.0797 7 1 2 16 43.91 7.81 2.0617 7 3 0 8 44.31 3.13 2.0441 6 4 2 16 44.61 5.00 2.0313 7 3 1 16 45.00 8.32 2.0143 6 3 3 16 45.49 1.35 1.9938 5 3 4 16 45.78 6.23 1.9822 6 5 1 16 46.64 1.58 1.9475 7 3 2 16 46.64 1.28 1.9472 6 1 4 16 46.93 1.85 1.9362 7 1 3 16 47.30 1.30 1.9218 7 4 1 16 47.41 2.92 1.9176 2 0 6 8 47.77 3.50 1.9041 8 2 0 8 47.77 1.06 1.9040 6 5 2 16 47.77 2.98 1.9038 6 2 4 16 47.78 2.00 1.9034 2 1 6 16 48.06 1.02 1.8932 5 0 5 8 48.43 2.68 1.8796 5 1 5 16 49.24 1.19 1.8504 8 1 2 16 50.33 1.26 1.8130 8 2 2 16 51.40 8.05 1.7776 7 1 4 16 52.80 3.00 1.7340 9 1 0 8 54.18 8.93 1.6930 7 3 4 16 54.51 2.32 1.6834 8 4 2 16 54.87 16.20 1.6733 4 3 6 16 56.11 1.19 1.6392 9 3 1 16 56.19 23.29 1.6370 9 2 2 16 56.20 5.53 1.6368 8 0 4 8 56.21 16.06 1.6366 5 2 6 16 58.16 5.28 1.5861 7 7 0 4 58.82 8.22 1.5700 6 6 4 8 58.83 6.39 1.5698 6 1 6 16 59.06 1.07 1.5642 7 6 3 16 59.38 1.11 1.5564 7 3 5 16 59.46 1.82 1.5545 7 5 4 16 59.69 1.27 1.5490 10 1 1 16 59.79 1.40 1.5468 6 2 6 16 60.09 3.00 1.5397 10 2 0 8 60.73 3.07 1.5251 9 5 0 8 61.36 1.81 1.5109 10 1 2 16 61.37 4.48 1.5108 8 4 4 16 61.37 1.89 1.5106 6 3 6 16 61.99 1.01 1.4970 9 1 4 16 62.64 3.54 1.4831 0 0 8 2 62.93 1.02 1.4770 7 6 4 16 65.00 1.03 1.4348 10 2 3 16 66.89 6.46 1.3987 7 7 4 8 67.49 1.40 1.3879 8 8 0 4 67.49 1.05 1.3877 8 6 4 16 67.71 1.04 1.3837 8 7 3 16 68.08 2.62 1.3771 11 3 0 8 68.68 1.08 1.3666 11 2 2 16 69.28 8.11 1.3563 9 5 4 16 69.86 1.20 1.3464 10 6 0 8 70.47 1.26 1.3362 5 1 8 16 72.20 5.21 1.3085 11 4 2 16 72.22 3.50 1.3081 4 4 8 8 73.37 5.57 1.2905 9 2 6 16 73.94 2.37 1.2820 11 1 4 16 74.50 1.28 1.2736 12 1 2 16 74.53 4.01 1.2732 6 2 8 16 77.28 1.76 1.2346 12 4 1 16 87.40 1.64 1.1158 13 1 4 16 87.40 1.61 1.1158 11 7 4 16 87.96 2.83 1.1101 11 4 6 16 87.99 2.53 1.1099 4 3 10 16 89.09 2.10 1.0990 5 2 10 16 ================================================================================ XPOW Copyright 1993 Bob Downs, Ranjini Swaminathan and Kurt Bartelmehs For reference, see Downs et al. (1993) American Mineralogist 78, 1104-1107.