Eudialyte Johnsen O, Grice J D The Canadian Mineralogist 37 (1999) 865-891 The crystal chemistry of the eudialyte group Locality: Gardiner complex, East Greenland Sample: #12 Note: additional sites with low but unreported occupancies excluded _database_code_amcsd 0005618 CELL PARAMETERS: 14.2691 14.2691 30.1630 90.000 90.000 120.000 SPACE GROUP: R-3m X-RAY WAVELENGTH: 1.541838 Cell Volume: 5318.612 Density (g/cm3): 2.868 MAX. ABS. INTENSITY / VOLUME**2: 6.645489223 RIR: 0.754 RIR based on corundum from Acta Crystallographica A38 (1982) 733-739 2-THETA INTENSITY D-SPACING H K L Multiplicity 7.73 5.61 11.4350 1 0 1 6 12.41 58.39 7.1346 1 1 0 6 13.76 23.21 6.4369 1 0 4 6 14.63 12.33 6.0530 0 2 1 6 15.50 56.77 5.7175 2 0 2 6 16.35 2.65 5.4211 0 1 5 6 17.64 4.33 5.0272 0 0 6 2 18.57 1.62 4.7793 0 2 4 6 19.23 3.25 4.6157 2 1 1 12 20.58 47.98 4.3164 2 0 5 6 21.57 2.14 4.1191 3 0 0 6 21.63 18.39 4.1095 1 1 6 12 21.84 6.25 4.0687 1 0 7 6 22.39 20.91 3.9707 2 1 4 12 23.34 1.76 3.8117 0 3 3 6 23.34 21.93 3.8117 3 0 3 6 24.10 4.58 3.6931 1 2 5 12 24.69 11.71 3.6063 0 1 8 6 24.96 22.25 3.5673 2 2 0 6 25.20 15.19 3.5344 0 2 7 6 26.17 43.31 3.4054 1 3 1 12 26.51 3.42 3.3619 2 2 3 12 26.67 10.91 3.3421 3 1 2 12 27.72 35.88 3.2185 2 0 8 6 28.00 8.16 3.1862 0 3 6 6 28.00 6.11 3.1862 3 0 6 6 28.18 18.54 3.1671 2 1 7 12 29.45 24.40 3.0334 1 1 9 12 29.51 9.03 3.0265 0 4 2 6 29.99 87.22 2.9800 3 1 5 12 30.47 10.51 2.9338 1 2 8 12 30.73 15.07 2.9092 2 2 6 12 31.29 100.00 2.8587 4 0 4 6 32.13 1.39 2.7862 2 3 2 12 32.56 1.31 2.7498 0 4 5 6 33.05 16.96 2.7106 0 2 10 6 33.22 10.40 2.6966 4 1 0 12 33.41 22.82 2.6823 1 3 7 12 33.78 9.85 2.6536 3 2 4 12 34.43 1.09 2.6046 1 4 3 12 34.43 1.01 2.6046 4 1 3 12 34.50 25.98 2.5997 0 3 9 6 34.50 3.60 2.5997 3 0 9 6 35.39 1.66 2.5361 3 1 8 12 35.43 3.62 2.5339 2 1 10 12 35.72 6.37 2.5136 0 0 12 2 36.48 10.88 2.4632 0 5 1 6 36.80 3.68 2.4426 2 2 9 12 37.64 7.18 2.3896 0 4 8 6 37.83 4.51 2.3782 3 3 0 6 37.86 3.36 2.3763 1 4 6 12 38.67 12.32 2.3284 2 4 1 12 38.92 1.25 2.3143 3 3 3 12 39.03 2.05 2.3078 4 2 2 12 39.52 1.11 2.2804 1 0 13 6 39.78 5.22 2.2659 2 3 8 12 39.81 2.35 2.2643 1 3 10 12 40.76 3.70 2.2135 5 1 1 12 41.11 7.81 2.1958 1 5 2 12 41.46 7.26 2.1778 4 2 5 12 41.86 18.86 2.1582 4 0 10 6 42.03 2.35 2.1498 3 3 6 12 42.15 1.44 2.1439 0 5 7 6 42.21 5.27 2.1411 3 1 11 12 42.46 6.70 2.1291 5 1 4 12 42.60 5.14 2.1225 0 1 14 6 43.05 2.07 2.1010 1 4 9 12 43.44 1.81 2.0830 1 5 5 12 43.80 1.92 2.0670 5 0 8 6 43.82 4.52 2.0658 3 2 10 12 44.07 2.56 2.0547 2 2 12 12 44.11 4.86 2.0532 2 4 7 12 44.71 3.34 2.0270 4 3 1 12 44.93 3.84 2.0177 0 6 3 6 45.70 13.85 1.9853 4 2 8 12 46.28 2.85 1.9616 4 3 4 12 46.41 1.14 1.9564 1 2 14 12 46.79 2.08 1.9415 2 5 3 12 46.84 7.71 1.9395 3 3 9 12 46.95 2.10 1.9355 1 1 15 12 47.31 2.78 1.9214 1 3 13 12 47.72 2.82 1.9058 0 6 6 6 47.72 9.41 1.9058 6 0 6 6 48.40 3.59 1.8808 1 6 1 12 48.69 2.18 1.8699 6 1 2 12 48.87 2.12 1.8636 1 0 16 6 49.35 4.19 1.8466 2 4 10 12 49.50 6.85 1.8413 2 5 6 12 49.50 1.10 1.8413 5 2 6 12 49.58 2.67 1.8387 1 4 12 12 49.58 3.48 1.8387 4 1 12 12 49.61 3.47 1.8376 4 3 7 12 49.88 1.64 1.8283 1 6 4 12 50.51 1.33 1.8070 0 3 15 6 50.62 1.06 1.8031 0 2 16 6 50.76 1.44 1.7988 6 1 5 12 50.85 1.71 1.7955 3 2 13 12 51.09 4.79 1.7877 5 1 10 12 51.22 22.16 1.7836 4 4 0 6 51.39 8.19 1.7779 4 2 11 12 51.73 10.88 1.7672 0 4 14 6 51.88 3.70 1.7623 3 5 1 12 52.22 2.88 1.7517 2 2 15 12 53.01 1.12 1.7275 3 3 12 12 53.30 1.77 1.7189 7 0 4 6 53.41 4.37 1.7154 2 3 14 12 53.56 1.90 1.7109 6 2 1 12 53.75 1.56 1.7054 2 0 17 6 53.84 6.31 1.7027 2 6 2 12 54.13 2.80 1.6943 0 7 5 6 54.43 1.05 1.6857 6 1 8 12 54.60 13.49 1.6810 4 4 6 12 54.78 1.61 1.6757 0 0 18 2 54.95 1.25 1.6711 6 2 4 12 55.77 6.84 1.6484 2 6 5 12 55.86 6.51 1.6460 2 4 13 12 56.40 4.40 1.6313 1 1 18 12 57.01 2.49 1.6155 1 7 3 12 57.14 1.66 1.6120 4 1 15 12 57.25 13.58 1.6092 4 0 16 6 57.68 5.19 1.5982 1 6 10 12 57.88 1.17 1.5931 6 0 12 6 57.91 3.33 1.5924 6 2 7 12 58.27 2.77 1.5835 4 2 14 12 58.83 7.39 1.5698 3 2 16 12 59.36 3.57 1.5569 6 3 0 12 59.45 1.87 1.5548 5 2 12 12 59.72 3.65 1.5485 5 4 4 12 59.83 5.48 1.5459 1 5 14 12 60.14 1.29 1.5386 3 6 3 12 60.22 4.01 1.5366 8 0 2 6 60.58 2.00 1.5285 4 3 13 12 61.10 1.05 1.5167 2 2 18 12 61.25 1.53 1.5133 0 8 4 6 61.75 1.15 1.5022 7 2 2 12 61.90 3.44 1.4989 0 5 16 6 62.32 2.38 1.4900 6 2 10 12 62.45 1.03 1.4872 6 3 6 12 62.58 5.46 1.4843 5 3 11 12 62.58 1.08 1.4843 0 7 11 6 62.88 1.80 1.4781 3 4 14 12 63.41 3.57 1.4669 2 4 16 12 63.52 1.11 1.4645 7 2 5 12 64.01 3.59 1.4546 4 4 12 12 64.71 1.50 1.4405 1 3 19 12 64.80 1.73 1.4388 6 0 15 6 64.98 1.72 1.4352 1 2 20 12 65.28 3.40 1.4294 8 0 8 6 65.40 2.81 1.4269 5 5 0 6 65.98 2.64 1.4159 4 6 1 12 66.22 3.19 1.4113 6 4 2 12 66.27 2.18 1.4104 2 5 15 12 66.48 4.31 1.4065 1 8 5 12 67.43 1.72 1.3888 7 3 1 12 68.21 6.34 1.3749 0 8 10 6 68.33 10.62 1.3727 5 5 6 12 68.42 1.59 1.3711 8 1 7 12 69.28 4.03 1.3562 0 3 21 6 69.34 4.61 1.3553 0 4 20 6 69.75 3.73 1.3483 8 2 0 12 69.85 2.49 1.3465 4 6 7 12 70.17 1.98 1.3412 2 6 14 12 70.33 1.11 1.3385 0 2 22 6 70.46 3.26 1.3363 8 2 3 12 70.50 1.59 1.3357 0 5 19 6 70.70 2.27 1.3324 2 2 21 12 72.59 1.03 1.3023 2 8 6 12 72.75 2.25 1.2998 0 6 18 6 73.35 2.21 1.2907 9 1 2 12 73.87 1.12 1.2829 4 6 10 12 74.67 2.69 1.2711 4 7 3 12 75.67 1.64 1.2568 0 0 24 2 76.34 1.07 1.2474 1 5 20 12 76.82 1.28 1.2409 5 5 12 12 78.28 1.98 1.2213 4 4 18 12 78.64 1.51 1.2166 9 2 1 12 78.87 1.40 1.2137 2 9 2 12 79.11 2.58 1.2106 0 10 5 6 79.88 1.38 1.2008 1 0 25 6 80.73 2.36 1.1903 1 9 10 12 81.24 1.74 1.1842 0 2 25 6 81.74 1.29 1.1781 0 6 21 6 82.74 1.53 1.1664 5 1 22 12 82.90 1.46 1.1646 6 2 19 12 83.09 1.73 1.1624 2 5 21 12 84.78 1.58 1.1435 10 0 10 6 84.78 1.29 1.1435 4 2 23 12 85.02 1.31 1.1409 8 3 11 12 85.05 1.01 1.1406 3 6 18 12 85.05 1.06 1.1406 6 3 18 12 86.12 1.48 1.1291 9 2 10 12 87.01 3.24 1.1199 8 2 15 12 87.01 1.59 1.1199 2 8 15 12 88.61 1.10 1.1037 3 8 13 12 89.85 1.09 1.0917 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.