Cordylite-(Ce) Giester G, Ni Y, Jarosch D, Hughes J M, Ronsbo J G, Yang Z, Zemann J American Mineralogist 83 (1998) 178-184 Cordylite-(Ce): A crystal chemical investigation of material from four localities, including type material Sample: from Narssarssuk, Greenland, determined by the Vienna group, refinement based on F2 _database_code_amcsd 0001964 CELL PARAMETERS: 5.1011 5.1011 23.0960 90.000 90.000 120.000 SPACE GROUP: P6_3/mmc X-RAY WAVELENGTH: 1.541838 Cell Volume: 520.469 Density (g/cm3): 4.463 MAX. ABS. INTENSITY / VOLUME**2: 46.12777919 RIR: 3.365 RIR based on corundum from Acta Crystallographica A38 (1982) 733-739 2-THETA INTENSITY D-SPACING H K L Multiplicity 7.66 2.71 11.5480 0 0 2 2 15.35 12.15 5.7740 0 0 4 2 20.47 71.17 4.3390 1 0 1 12 21.54 40.90 4.1261 1 0 2 12 23.11 36.79 3.8493 0 0 6 2 23.21 8.14 3.8317 1 0 3 12 25.39 88.29 3.5086 1 0 4 12 27.95 100.00 3.1926 1 0 5 12 30.81 23.31 2.9022 1 0 6 12 30.98 1.16 2.8870 0 0 8 2 35.19 74.71 2.5505 1 1 0 6 37.20 1.05 2.4167 1 0 8 12 38.59 2.30 2.3331 1 1 4 12 39.00 5.15 2.3096 0 0 10 2 40.66 29.74 2.2190 1 0 9 12 41.05 29.44 2.1988 2 0 1 12 41.63 30.12 2.1695 2 0 2 12 42.52 35.84 2.1262 1 1 6 12 42.58 1.94 2.1232 2 0 3 12 43.89 21.44 2.0630 2 0 4 12 44.25 38.24 2.0468 1 0 10 12 45.52 33.74 1.9927 2 0 5 12 47.22 4.10 1.9247 0 0 12 2 47.57 30.61 1.9114 1 1 8 12 47.97 3.36 1.8963 1 0 11 12 49.67 3.08 1.8355 2 0 7 12 51.81 4.00 1.7645 1 0 12 12 53.53 6.17 1.7120 1 1 10 12 54.84 6.79 1.6741 2 0 9 12 55.15 9.27 1.6654 2 1 1 24 55.62 9.31 1.6525 2 1 2 24 55.72 3.61 1.6497 0 0 14 2 55.77 3.68 1.6483 1 0 13 12 56.39 4.67 1.6318 2 1 3 24 57.45 17.74 1.6040 2 1 4 24 57.75 9.80 1.5963 2 0 10 12 58.81 13.78 1.5703 2 1 5 24 60.24 3.93 1.5363 1 1 12 12 60.43 1.64 1.5318 2 1 6 24 60.87 3.08 1.5218 2 0 11 12 63.14 10.39 1.4726 3 0 0 6 64.04 6.89 1.4540 1 0 15 12 64.18 1.24 1.4511 2 0 12 12 64.47 1.01 1.4454 2 1 8 24 66.85 9.87 1.3996 2 1 9 24 67.63 12.38 1.3852 1 1 14 12 68.18 7.73 1.3754 3 0 6 12 68.37 2.77 1.3721 1 0 16 12 69.46 15.25 1.3531 2 1 10 24 71.99 7.55 1.3118 3 0 8 12 72.30 2.95 1.3069 2 1 11 24 74.39 11.24 1.2753 2 2 0 6 75.23 2.43 1.2631 2 0 15 12 75.36 1.46 1.2612 2 1 12 24 76.76 1.74 1.2417 3 0 10 12 77.46 3.49 1.2322 1 0 18 12 78.11 3.49 1.2235 3 1 1 24 78.50 2.67 1.2184 3 1 2 24 78.63 3.95 1.2167 2 1 13 24 79.11 5.37 1.2106 2 2 6 12 79.28 2.96 1.2084 2 0 16 12 80.06 5.60 1.1986 3 1 4 24 81.23 7.42 1.1843 3 1 5 24 82.26 3.50 1.1720 1 0 19 12 82.47 1.20 1.1695 3 0 12 12 82.73 1.54 1.1665 2 2 8 12 85.85 5.76 1.1319 2 1 15 24 87.35 1.72 1.1164 2 2 10 12 88.03 2.60 1.1095 2 0 18 12 88.41 4.27 1.1057 3 1 9 24 88.67 1.86 1.1032 4 0 1 12 89.05 1.72 1.0994 4 0 2 12 89.13 5.54 1.0986 3 0 14 12 89.82 2.26 1.0920 2 1 16 24 ================================================================================ XPOW Copyright 1993 Bob Downs, Ranjini Swaminathan and Kurt Bartelmehs For reference, see Downs et al. (1993) American Mineralogist 78, 1104-1107.