Eudialyte Johnsen O, Grice J D The Canadian Mineralogist 37 (1999) 865-891 The crystal chemistry of the eudialyte group Locality: Kipawa alkaline complex, Villedieu township, Temiscaminque County, Quebec, Canada Sample: #7 Note: additional sites with low but unreported occupancies excluded _database_code_amcsd 0005613 CELL PARAMETERS: 14.2560 14.2560 30.3510 90.000 90.000 120.000 SPACE GROUP: R-3m X-RAY WAVELENGTH: 1.541838 Cell Volume: 5341.939 Density (g/cm3): 2.879 MAX. ABS. INTENSITY / VOLUME**2: 7.368875519 RIR: 0.833 RIR based on corundum from Acta Crystallographica A38 (1982) 733-739 2-THETA INTENSITY D-SPACING H K L Multiplicity 7.73 14.22 11.4361 1 0 1 6 12.42 51.94 7.1280 1 1 0 6 13.70 20.28 6.4645 1 0 4 6 14.64 21.57 6.0492 0 2 1 6 15.50 40.14 5.7181 2 0 2 6 16.27 5.71 5.4474 0 1 5 6 17.53 2.65 5.0585 0 0 6 2 19.24 2.22 4.6122 2 1 1 12 20.52 54.77 4.3282 2 0 5 6 21.54 14.54 4.1253 1 1 6 12 21.59 4.98 4.1154 3 0 0 6 21.72 6.15 4.0909 1 0 7 6 22.37 22.40 3.9749 2 1 4 12 23.34 27.00 3.8120 3 0 3 6 24.05 3.98 3.6996 1 2 5 12 24.55 10.40 3.6265 0 1 8 6 24.98 15.76 3.5640 2 2 0 6 25.10 21.27 3.5481 0 2 7 6 26.19 33.51 3.4026 1 3 1 12 26.52 4.67 3.3615 2 2 3 12 26.69 8.63 3.3402 3 1 2 12 27.60 30.94 3.2322 2 0 8 6 27.95 4.82 3.1923 0 3 6 6 27.95 3.72 3.1923 3 0 6 6 28.09 18.65 3.1763 2 1 7 12 29.30 23.82 3.0484 1 1 9 12 29.53 9.28 3.0246 0 4 2 6 29.96 78.11 2.9824 3 1 5 12 30.33 1.12 2.9473 1 0 10 6 30.36 8.88 2.9437 1 2 8 12 30.69 12.70 2.9135 2 2 6 12 31.29 100.00 2.8590 4 0 4 6 32.15 1.43 2.7843 2 3 2 12 32.54 1.21 2.7513 0 4 5 6 32.88 12.92 2.7237 0 2 10 6 33.25 9.73 2.6941 4 1 0 12 33.27 1.26 2.6928 0 1 11 6 33.34 21.64 2.6872 1 3 7 12 33.78 10.95 2.6535 3 2 4 12 34.38 23.30 2.6084 0 3 9 6 34.38 3.72 2.6084 3 0 9 6 34.45 1.74 2.6034 1 4 3 12 34.45 1.61 2.6034 4 1 3 12 35.28 3.79 2.5443 2 1 10 12 35.31 2.21 2.5419 3 1 8 12 35.49 7.13 2.5292 0 0 12 2 36.51 10.89 2.4611 0 5 1 6 36.69 4.65 2.4496 2 2 9 12 37.57 9.28 2.3943 0 4 8 6 37.83 3.87 2.3779 1 4 6 12 37.87 2.96 2.3760 3 3 0 6 38.71 11.55 2.3263 2 4 1 12 38.94 1.53 2.3131 3 3 3 12 39.06 1.92 2.3061 4 2 2 12 39.27 1.47 2.2940 1 0 13 6 39.68 2.17 2.2713 1 3 10 12 39.71 4.51 2.2696 2 3 8 12 40.80 4.13 2.2115 5 1 1 12 41.14 7.23 2.1941 1 5 2 12 41.46 6.85 2.1778 4 2 5 12 41.74 22.00 2.1641 4 0 10 6 42.01 2.68 2.1506 3 3 6 12 42.06 5.48 2.1485 3 1 11 12 42.11 1.15 2.1457 0 5 7 6 42.33 4.08 2.1353 0 1 14 6 42.47 7.19 2.1284 5 1 4 12 42.97 2.01 2.1049 1 4 9 12 43.71 3.74 2.0708 3 2 10 12 43.74 1.14 2.0695 5 0 8 6 43.89 2.03 2.0626 2 2 12 12 44.08 3.25 2.0546 2 4 7 12 44.75 4.46 2.0252 4 3 1 12 44.96 3.44 2.0164 0 6 3 6 45.65 11.51 1.9874 4 2 8 12 46.17 1.29 1.9661 1 2 14 12 46.30 3.20 1.9607 4 3 4 12 46.66 1.50 1.9465 1 1 15 12 46.77 6.59 1.9423 3 3 9 12 46.82 1.80 1.9403 2 5 3 12 47.11 3.27 1.9290 1 3 13 12 47.22 1.16 1.9249 3 4 5 12 47.72 2.61 1.9060 0 6 6 6 47.72 7.63 1.9060 6 0 6 6 48.44 2.87 1.8791 1 6 1 12 48.56 1.25 1.8749 1 0 16 6 48.74 1.99 1.8684 6 1 2 12 49.26 3.71 1.8498 2 4 10 12 49.43 3.01 1.8440 1 4 12 12 49.43 3.88 1.8440 4 1 12 12 49.50 6.03 1.8413 2 5 6 12 49.50 1.11 1.8413 5 2 6 12 49.59 4.24 1.8382 4 3 7 12 49.91 1.06 1.8273 1 6 4 12 50.25 1.00 1.8158 0 3 15 6 50.32 1.01 1.8133 0 2 16 6 50.67 1.27 1.8016 3 2 13 12 50.77 1.35 1.7982 6 1 5 12 51.01 4.87 1.7905 5 1 10 12 51.27 22.50 1.7820 4 4 0 6 51.28 7.91 1.7816 4 2 11 12 51.51 11.17 1.7740 0 4 14 6 51.93 3.97 1.7608 3 5 1 12 51.97 3.69 1.7596 2 2 15 12 52.07 1.20 1.7565 6 0 9 6 52.87 1.80 1.7317 3 3 12 12 53.21 4.71 1.7215 2 3 14 12 53.33 1.11 1.7179 7 0 4 6 53.42 1.91 1.7151 2 0 17 6 53.62 1.99 1.7094 6 2 1 12 53.89 5.36 1.7013 2 6 2 12 54.15 2.78 1.6937 0 7 5 6 54.41 1.54 1.6862 0 0 18 2 54.60 13.99 1.6808 4 4 6 12 55.37 1.10 1.6593 1 3 16 12 55.70 5.62 1.6503 2 4 13 12 55.79 6.67 1.6478 2 6 5 12 56.05 4.00 1.6409 1 1 18 12 56.91 1.68 1.6179 4 1 15 12 56.98 13.65 1.6161 4 0 16 6 57.05 3.07 1.6143 1 7 3 12 57.61 4.74 1.5999 1 6 10 12 57.91 3.94 1.5924 6 2 7 12 58.08 1.79 1.5882 4 2 14 12 58.57 5.89 1.5761 3 2 16 12 59.33 2.08 1.5576 5 2 12 12 59.42 3.20 1.5555 6 3 0 12 59.65 5.74 1.5502 1 5 14 12 59.76 3.69 1.5475 5 4 4 12 60.19 1.47 1.5374 3 6 3 12 60.28 4.23 1.5353 8 0 2 6 60.44 2.71 1.5318 4 3 13 12 60.77 1.06 1.5242 2 2 18 12 61.30 1.93 1.5123 0 8 4 6 61.66 2.94 1.5043 0 5 16 6 61.81 1.15 1.5009 7 2 2 12 62.26 2.01 1.4912 6 2 10 12 62.50 1.29 1.4861 0 7 11 6 62.50 5.35 1.4861 5 3 11 12 62.71 1.62 1.4817 3 4 14 12 62.81 1.03 1.4794 2 7 4 12 63.17 3.29 1.4719 2 4 16 12 63.90 3.34 1.4567 4 4 12 12 64.35 1.69 1.4476 1 3 19 12 64.58 1.85 1.4432 1 2 20 12 64.60 1.76 1.4427 6 0 15 6 65.27 3.47 1.4295 8 0 8 6 65.47 2.27 1.4256 5 5 0 6 66.04 2.58 1.4147 4 6 1 12 66.07 2.09 1.4141 2 5 15 12 66.29 2.77 1.4101 6 4 2 12 66.52 3.86 1.4057 1 8 5 12 67.50 1.49 1.3876 7 3 1 12 68.17 6.99 1.3756 0 8 10 6 68.37 9.56 1.3722 5 5 6 12 68.44 1.45 1.3709 8 1 7 12 68.85 4.33 1.3636 0 3 21 6 68.96 4.89 1.3618 0 4 20 6 69.82 2.94 1.3471 8 2 0 12 69.87 2.84 1.3462 4 6 7 12 70.03 1.32 1.3436 2 6 14 12 70.17 1.27 1.3412 0 5 19 6 70.21 1.11 1.3405 3 4 17 12 70.28 2.29 1.3393 2 2 21 12 70.53 3.45 1.3353 8 2 3 12 72.47 2.38 1.3042 0 6 18 6 73.43 2.02 1.2895 9 1 2 12 74.74 3.00 1.2701 4 7 3 12 75.12 1.79 1.2646 0 0 24 2 75.99 1.22 1.2523 1 5 20 12 76.09 1.05 1.2510 2 8 9 12 76.74 1.14 1.2419 5 5 12 12 78.02 2.44 1.2248 4 4 18 12 78.73 1.27 1.2155 9 2 1 12 78.95 1.26 1.2126 2 9 2 12 79.17 2.26 1.2098 0 10 5 6 79.30 1.30 1.2082 1 0 25 6 80.66 1.89 1.1912 0 2 25 6 80.72 2.24 1.1905 1 9 10 12 81.36 1.07 1.1827 0 6 21 6 82.31 1.43 1.1714 5 1 22 12 82.61 1.45 1.1680 6 2 19 12 82.71 1.59 1.1667 2 5 21 12 84.31 1.29 1.1486 4 2 23 12 84.77 1.40 1.1436 10 0 10 6 84.80 1.02 1.1433 6 3 18 12 84.98 1.57 1.1413 8 3 11 12 86.11 1.67 1.1292 9 2 10 12 86.87 1.62 1.1213 2 8 15 12 86.87 3.28 1.1213 8 2 15 12 88.54 1.19 1.1044 3 8 13 12 89.53 1.13 1.0947 4 5 20 12 ================================================================================ XPOW Copyright 1993 Bob Downs, Ranjini Swaminathan and Kurt Bartelmehs For reference, see Downs et al. (1993) American Mineralogist 78, 1104-1107.