Dumortierite Fuchs Y, Ertl A, Hughes J M, Prowatke S, Brandstatter F, Schuster R European Journal of Mineralogy 17 (2005) 173-183 Dumortierite from the Gfohl unit, Lower Austria: chemistry, structure, and infra-red spectroscopy Sample: DUM1 Locality: Gfohl unit, Lower Austria _database_code_amcsd 0007091 CELL PARAMETERS: 4.6900 11.7875 20.1823 90.000 90.000 90.000 SPACE GROUP: Pnma X-RAY WAVELENGTH: 1.541838 Cell Volume: 1115.746 Density (g/cm3): 3.289 MAX. ABS. INTENSITY / VOLUME**2: 4.495672260 RIR: 0.445 RIR based on corundum from Acta Crystallographica A38 (1982) 733-739 2-THETA INTENSITY D-SPACING H K L Multiplicity 8.69 4.04 10.1786 0 1 1 4 8.76 1.60 10.0912 0 0 2 2 15.03 62.29 5.8938 0 2 0 2 15.16 100.00 5.8428 0 1 3 4 17.43 33.28 5.0893 0 2 2 4 17.58 22.79 5.0456 0 0 4 2 19.43 1.49 4.5683 1 0 1 4 20.85 18.79 4.2596 1 1 1 8 20.89 11.76 4.2531 1 0 2 4 22.22 6.40 4.0006 1 1 2 8 23.06 16.26 3.8568 0 3 1 4 23.12 5.70 3.8474 1 0 3 4 23.21 10.82 3.8329 0 2 4 4 23.29 5.45 3.8188 0 1 5 4 24.66 5.26 3.6107 1 2 1 8 25.83 42.50 3.4489 1 2 2 8 25.94 25.32 3.4352 1 0 4 4 26.27 12.92 3.3929 0 3 3 4 26.50 3.99 3.3637 0 0 6 2 27.04 14.45 3.2980 1 1 4 8 27.69 73.68 3.2217 1 2 3 8 29.19 37.13 3.0594 1 0 5 4 30.00 6.25 2.9789 1 3 1 8 30.11 2.65 2.9678 1 2 4 8 30.18 2.04 2.9613 1 1 5 8 30.33 13.95 2.9469 0 4 0 2 30.60 33.30 2.9214 0 2 6 4 30.99 53.72 2.8861 1 3 2 8 31.63 1.07 2.8287 0 4 2 4 31.78 2.11 2.8155 0 3 5 4 32.57 1.26 2.7490 1 3 3 8 32.99 10.69 2.7154 1 2 5 8 33.66 25.90 2.6627 1 1 6 8 35.27 23.74 2.5447 0 4 4 4 35.59 11.59 2.5228 0 0 8 2 36.28 15.85 2.4763 1 4 1 8 36.59 19.04 2.4562 1 0 7 4 37.12 5.19 2.4223 1 4 2 8 37.25 11.37 2.4139 1 3 5 8 37.40 9.95 2.4045 1 1 7 8 38.39 7.33 2.3450 2 0 0 2 38.44 3.18 2.3416 0 5 1 4 38.48 22.82 2.3395 1 4 3 8 38.65 3.00 2.3293 2 0 1 4 38.83 1.58 2.3192 0 2 8 4 39.45 1.16 2.2841 2 0 2 4 40.32 13.50 2.2366 1 4 4 8 40.61 8.26 2.2218 1 0 8 4 41.35 5.38 2.1833 1 1 8 8 41.44 7.66 2.1789 2 2 0 4 41.49 15.87 2.1763 2 1 3 8 42.60 6.30 2.1224 1 4 5 8 43.18 34.43 2.0950 1 5 1 8 43.45 25.74 2.0827 1 3 7 8 43.53 31.64 2.0789 1 2 8 8 43.91 4.77 2.0619 1 5 2 8 45.02 4.29 2.0136 2 3 0 4 45.10 1.29 2.0101 1 5 3 8 45.26 3.45 2.0037 2 3 1 8 45.34 2.63 2.0003 2 2 4 8 45.39 6.38 1.9983 2 1 5 8 45.96 2.86 1.9747 2 3 2 8 46.73 6.57 1.9438 1 5 4 8 46.98 1.63 1.9340 1 3 8 8 47.11 5.39 1.9291 2 3 3 8 47.42 9.33 1.9174 2 2 5 8 47.52 5.99 1.9135 1 2 9 8 47.91 6.14 1.8986 2 1 6 8 48.69 10.76 1.8702 2 3 4 8 49.79 12.19 1.8314 1 1 10 8 49.87 1.10 1.8287 2 2 6 8 50.14 11.98 1.8192 2 0 7 4 50.57 5.62 1.8048 1 6 1 8 51.17 11.64 1.7852 1 5 6 8 51.22 2.10 1.7835 1 6 2 8 51.51 1.67 1.7740 1 4 8 8 51.63 16.70 1.7703 2 4 3 8 51.69 1.73 1.7684 1 2 10 8 52.29 6.33 1.7497 1 6 3 8 52.65 7.03 1.7383 2 2 7 8 53.00 7.41 1.7277 2 3 6 8 53.11 8.61 1.7244 2 4 4 8 53.34 2.20 1.7176 2 0 8 4 53.75 1.79 1.7054 1 6 4 8 53.91 1.65 1.7008 1 5 7 8 54.25 1.57 1.6910 1 1 11 8 54.97 4.72 1.6704 2 4 5 8 55.16 1.98 1.6651 0 4 10 4 55.25 3.15 1.6626 2 5 0 4 55.45 5.19 1.6570 2 5 1 8 55.68 7.47 1.6509 2 3 7 8 55.75 7.26 1.6490 2 2 8 8 56.04 5.86 1.6411 1 2 11 8 56.06 4.61 1.6405 2 5 2 8 56.32 2.43 1.6335 0 7 3 4 56.65 1.60 1.6248 0 5 9 4 56.81 2.34 1.6207 2 0 9 4 56.94 1.05 1.6173 0 2 12 4 56.95 10.19 1.6169 1 5 8 8 57.06 3.85 1.6140 2 5 3 8 57.19 3.54 1.6108 2 4 6 8 57.39 2.45 1.6056 2 1 9 8 57.80 1.06 1.5953 1 6 6 8 58.45 1.63 1.5791 2 5 4 8 59.00 6.42 1.5657 1 7 2 8 59.48 7.53 1.5541 0 7 5 4 59.65 7.67 1.5500 0 6 8 4 59.97 2.03 1.5426 1 7 3 8 60.11 10.28 1.5392 0 1 13 4 60.28 1.19 1.5353 1 5 9 8 60.33 8.17 1.5342 1 6 7 8 60.56 1.77 1.5289 1 2 12 8 61.31 1.28 1.5120 1 7 4 8 61.77 5.26 1.5018 2 6 1 8 61.93 2.81 1.4983 2 3 9 8 62.29 1.83 1.4904 2 5 6 8 62.34 2.11 1.4894 2 6 2 8 62.60 3.62 1.4839 2 4 8 8 62.75 2.42 1.4806 2 2 10 8 63.08 5.91 1.4738 1 0 13 4 63.10 9.56 1.4734 0 8 0 2 63.28 2.71 1.4696 2 6 3 8 63.34 5.29 1.4684 1 3 12 8 63.71 16.30 1.4607 0 4 12 4 63.88 8.92 1.4573 1 5 10 8 64.29 7.52 1.4488 3 3 1 8 64.36 8.91 1.4476 3 2 4 8 64.40 8.47 1.4468 3 1 5 8 64.54 1.38 1.4439 0 3 13 4 65.06 3.67 1.4337 1 7 6 8 65.26 1.15 1.4298 1 2 13 8 65.48 7.17 1.4255 2 3 10 8 65.76 9.08 1.4201 2 4 9 8 66.64 6.22 1.4035 2 2 11 8 66.70 1.23 1.4023 1 8 1 8 67.43 2.74 1.3889 1 7 7 8 67.47 2.99 1.3882 2 5 8 8 68.04 2.21 1.3780 1 0 14 4 68.15 1.39 1.3760 1 8 3 8 68.24 2.66 1.3743 3 0 7 4 68.59 2.02 1.3683 3 4 2 8 68.67 2.64 1.3668 3 3 5 8 69.20 2.02 1.3577 2 4 10 8 69.33 4.92 1.3554 2 7 2 8 69.48 3.50 1.3528 3 4 3 8 69.67 1.26 1.3496 0 8 6 4 69.85 1.84 1.3465 0 7 9 4 70.14 1.22 1.3418 1 2 14 8 70.63 1.19 1.3335 3 3 6 8 70.73 24.75 1.3320 3 4 4 8 70.92 11.53 1.3289 3 0 8 4 71.00 2.26 1.3275 1 8 5 8 72.72 1.76 1.3003 1 3 14 8 72.91 9.63 1.2974 2 4 11 8 72.92 1.25 1.2972 3 3 7 8 72.98 1.84 1.2963 3 2 8 8 73.04 1.98 1.2954 2 7 5 8 73.12 1.13 1.2943 1 7 9 8 73.18 6.38 1.2933 1 0 15 4 73.19 1.54 1.2931 2 6 8 8 73.45 2.64 1.2893 1 6 11 8 73.61 1.92 1.2868 2 1 13 8 74.23 1.19 1.2775 3 4 6 8 74.59 2.25 1.2723 0 8 8 4 74.95 1.56 1.2671 2 7 6 8 75.20 8.38 1.2635 1 8 7 8 75.22 7.27 1.2633 1 2 15 8 75.35 1.26 1.2614 0 0 16 2 76.03 2.02 1.2517 1 9 2 8 76.33 1.24 1.2476 2 8 0 4 76.41 7.12 1.2465 1 7 10 8 76.50 5.40 1.2452 2 8 1 8 76.89 1.92 1.2399 3 5 5 8 76.89 1.66 1.2398 2 4 12 8 77.47 1.05 1.2320 2 5 11 8 77.66 1.61 1.2295 2 3 13 8 78.09 4.05 1.2238 1 9 4 8 81.15 1.14 1.1852 2 4 13 8 81.49 2.48 1.1811 1 9 6 8 81.69 2.47 1.1788 0 10 0 2 82.37 1.88 1.1708 0 10 2 4 82.39 1.12 1.1705 4 0 1 4 82.56 3.82 1.1686 0 5 15 4 82.88 1.46 1.1648 4 1 1 8 83.10 2.00 1.1623 0 6 14 4 83.33 1.31 1.1596 0 4 16 4 83.39 2.04 1.1590 4 1 2 8 83.68 1.06 1.1557 1 9 7 8 84.66 2.08 1.1448 2 2 15 8 85.82 2.28 1.1323 2 7 10 8 86.36 1.70 1.1266 3 5 9 8 86.91 1.29 1.1209 4 1 5 8 87.47 1.22 1.1152 2 9 4 8 88.38 1.03 1.1060 2 1 16 8 89.00 1.00 1.0999 1 10 5 8 89.05 1.13 1.0994 1 9 9 8 89.33 1.08 1.0967 4 3 4 8 ================================================================================ XPOW Copyright 1993 Bob Downs, Ranjini Swaminathan and Kurt Bartelmehs For reference, see Downs et al. (1993) American Mineralogist 78, 1104-1107.