Magnesiodumortierite Ferraris G, Ivaldi G, Chopin C European Journal of Mineralogy 7 (1995) 167-174 Magnesiodumortierite, a new mineral from very-high-pressure rocks (Western Alps). Part I: Crystal structure _database_code_amcsd 0006582 CELL PARAMETERS: 11.9100 20.4000 4.7300 90.000 90.000 90.000 SPACE GROUP: Pmcn X-RAY WAVELENGTH: 1.541838 Cell Volume: 1149.220 Density (g/cm3): 3.031 MAX. ABS. INTENSITY / VOLUME**2: 5.620407104 RIR: 0.604 RIR based on corundum from Acta Crystallographica A38 (1982) 733-739 2-THETA INTENSITY D-SPACING H K L Multiplicity 8.60 5.38 10.2854 1 1 0 4 8.67 11.24 10.2000 0 2 0 2 14.88 58.28 5.9550 2 0 0 2 15.00 100.00 5.9053 1 3 0 4 17.24 18.27 5.1427 2 2 0 4 17.39 8.67 5.1000 0 4 0 2 19.26 1.03 4.6078 0 1 1 4 20.67 12.56 4.2974 1 1 1 8 20.70 6.97 4.2911 0 2 1 4 22.02 4.71 4.0370 1 2 1 8 22.82 8.38 3.8969 3 1 0 4 22.90 2.77 3.8830 0 3 1 4 22.96 6.05 3.8736 2 4 0 4 23.04 13.73 3.8598 1 5 0 4 24.43 3.03 3.6442 2 1 1 8 25.59 30.34 3.4814 2 2 1 8 25.69 15.29 3.4681 0 4 1 4 25.99 12.23 3.4285 3 3 0 4 26.21 1.68 3.4000 0 6 0 2 26.77 11.58 3.3298 1 4 1 8 27.42 45.56 3.2526 2 3 1 8 28.90 27.88 3.0895 0 5 1 4 29.70 2.27 3.0076 3 1 1 8 29.81 1.08 2.9969 2 4 1 8 29.88 1.67 2.9905 1 5 1 8 30.01 13.59 2.9775 4 0 0 2 30.27 24.74 2.9526 2 6 0 4 30.68 37.32 2.9141 3 2 1 8 31.44 3.20 2.8453 3 5 0 4 32.65 4.93 2.7424 2 5 1 8 33.31 13.59 2.6895 1 6 1 8 34.89 15.72 2.5714 4 4 0 4 35.19 7.21 2.5500 0 8 0 2 35.91 10.29 2.5008 4 1 1 8 36.20 15.22 2.4812 0 7 1 4 36.74 2.97 2.4463 4 2 1 8 36.87 8.60 2.4382 3 5 1 8 37.01 3.31 2.4290 1 7 1 8 38.03 1.04 2.3659 5 1 0 4 38.05 5.39 2.3650 0 0 2 2 38.09 20.71 2.3628 4 3 1 8 38.31 1.58 2.3493 0 1 2 4 38.31 1.14 2.3493 3 7 0 4 39.08 1.14 2.3049 1 1 2 8 39.91 16.41 2.2591 4 4 1 8 40.18 7.30 2.2446 0 8 1 4 40.91 6.47 2.2058 1 8 1 8 41.06 7.06 2.1980 2 0 2 4 41.11 10.87 2.1955 1 3 2 8 42.05 1.69 2.1487 2 2 2 8 42.15 6.49 2.1439 4 5 1 8 42.73 21.99 2.1160 5 1 1 8 42.99 19.90 2.1040 3 7 1 8 43.07 23.92 2.1003 2 8 1 8 43.45 4.25 2.0826 5 2 1 8 44.60 2.99 2.0318 3 0 2 4 44.63 1.77 2.0304 5 3 1 8 44.83 4.35 2.0218 3 1 2 8 44.91 1.88 2.0185 2 4 2 8 44.95 3.17 2.0166 1 5 2 8 45.00 1.51 2.0146 1 9 1 8 45.52 1.68 1.9927 3 2 2 8 46.24 4.12 1.9635 5 4 1 8 46.61 1.08 1.9484 6 2 0 4 46.66 4.03 1.9468 3 3 2 8 46.96 6.57 1.9351 2 5 2 8 47.00 4.03 1.9334 2 9 1 8 47.45 3.12 1.9162 1 6 2 8 48.21 6.21 1.8875 3 4 2 8 49.24 7.41 1.8505 1 10 1 8 49.64 9.22 1.8364 0 7 2 4 50.03 4.70 1.8230 6 1 1 8 50.61 8.23 1.8035 5 6 1 8 50.67 1.97 1.8016 6 2 1 8 51.12 12.44 1.7868 4 3 2 8 51.72 4.52 1.7674 6 3 1 8 52.12 6.39 1.7548 2 7 2 8 52.46 6.72 1.7441 3 6 2 8 52.58 5.70 1.7407 4 4 2 8 52.79 2.32 1.7340 0 8 2 4 53.31 1.35 1.7183 5 7 1 8 54.41 2.37 1.6863 4 5 2 8 54.53 2.58 1.6829 4 10 0 4 54.69 2.14 1.6783 5 0 2 4 54.89 3.12 1.6726 5 1 2 8 55.10 3.67 1.6667 3 7 2 8 55.17 4.62 1.6649 2 8 2 8 55.41 4.73 1.6583 2 11 1 8 55.49 2.82 1.6560 5 2 2 8 55.69 2.09 1.6505 7 3 0 4 56.00 1.38 1.6420 5 9 0 4 56.21 1.64 1.6364 0 9 2 4 56.32 6.65 1.6336 5 8 1 8 56.48 1.22 1.6294 5 3 2 8 56.59 3.13 1.6263 4 6 2 8 56.79 1.62 1.6212 1 9 2 8 57.84 1.30 1.5942 5 4 2 8 58.34 3.40 1.5816 7 2 1 8 58.80 5.82 1.5704 7 5 0 4 58.97 5.25 1.5664 6 8 0 4 59.41 7.05 1.5558 1 13 0 4 59.60 1.40 1.5512 5 9 1 8 59.65 4.95 1.5500 6 7 1 8 61.12 2.99 1.5162 6 1 2 8 61.27 2.58 1.5129 3 9 2 8 61.93 2.34 1.4984 4 8 2 8 62.07 1.84 1.4952 2 10 2 8 62.34 3.26 1.4894 0 13 1 4 62.37 7.38 1.4887 8 0 0 2 62.60 3.94 1.4839 3 12 1 8 62.61 1.32 1.4838 6 3 2 8 62.96 10.74 1.4763 4 12 0 4 63.14 4.73 1.4724 5 10 1 8 63.67 6.20 1.4616 3 1 3 8 63.73 5.35 1.4603 2 4 3 8 63.76 6.67 1.4596 1 5 3 8 63.78 1.52 1.4594 3 13 0 4 64.31 4.39 1.4485 7 6 1 8 64.76 6.14 1.4396 3 10 2 8 65.04 5.54 1.4341 4 9 2 8 65.90 4.97 1.4174 2 11 2 8 65.94 1.08 1.4166 8 1 1 8 66.65 2.08 1.4032 7 7 1 8 66.72 2.30 1.4019 5 8 2 8 67.23 1.44 1.3926 0 14 1 4 67.36 1.37 1.3901 8 3 1 8 67.55 1.32 1.3867 0 7 3 4 67.97 2.42 1.3791 3 5 3 8 68.42 1.52 1.3712 4 10 2 8 68.56 4.99 1.3687 7 2 2 8 68.77 1.96 1.3650 4 3 3 8 69.02 1.90 1.3607 7 9 0 4 69.30 1.28 1.3560 2 14 1 8 70.00 19.62 1.3441 4 4 3 8 70.17 1.18 1.3412 8 5 1 8 70.18 9.05 1.3410 0 8 3 4 71.84 1.20 1.3141 3 14 1 8 72.07 8.62 1.3104 4 11 2 8 72.21 1.37 1.3083 2 8 3 8 72.21 1.06 1.3082 7 5 2 8 72.29 6.25 1.3070 0 15 1 4 72.36 1.04 1.3059 6 8 2 8 72.57 1.44 1.3027 6 11 1 8 72.76 1.19 1.2998 1 13 2 8 73.44 1.06 1.2893 4 6 3 8 73.69 1.86 1.2857 8 8 0 4 74.09 1.38 1.2796 7 6 2 8 74.29 5.53 1.2767 2 15 1 8 74.30 7.63 1.2766 8 7 1 8 75.13 1.45 1.2646 9 2 1 8 75.48 5.16 1.2595 7 10 1 8 75.62 4.02 1.2575 8 1 2 8 75.99 1.12 1.2523 4 12 2 8 76.06 1.80 1.2514 5 5 3 8 76.74 1.55 1.2419 3 13 2 8 77.15 3.08 1.2364 9 4 1 8 80.49 1.28 1.1933 9 6 1 8 80.67 1.33 1.1910 10 0 0 2 81.50 2.40 1.1811 5 15 0 4 82.52 1.04 1.1690 1 2 4 8 83.61 1.51 1.1565 2 15 2 8 84.76 1.54 1.1437 7 10 2 8 86.39 1.08 1.1263 9 4 2 8 88.96 1.26 1.1003 5 14 2 8 89.43 1.19 1.0957 0 7 4 4 89.66 1.58 1.0935 9 6 2 8 89.85 1.43 1.0916 6 15 1 8 ================================================================================ XPOW Copyright 1993 Bob Downs, Ranjini Swaminathan and Kurt Bartelmehs For reference, see Downs et al. (1993) American Mineralogist 78, 1104-1107.