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, type sample, determined by the Vienna group refinement based on F2 _database_code_amcsd 0001963 CELL PARAMETERS: 5.0905 5.0905 23.1020 90.000 90.000 120.000 SPACE GROUP: P6_3/mmc X-RAY WAVELENGTH: 1.541838 Cell Volume: 518.443 Density (g/cm3): 4.737 MAX. ABS. INTENSITY / VOLUME**2: 61.33470339 RIR: 4.216 RIR based on corundum from Acta Crystallographica A38 (1982) 733-739 2-THETA INTENSITY D-SPACING H K L Multiplicity 7.65 2.14 11.5510 0 0 2 2 15.34 2.91 5.7755 0 0 4 2 20.14 1.96 4.4085 1 0 0 6 20.51 29.91 4.3304 1 0 1 12 21.58 44.10 4.1187 1 0 2 12 23.10 20.90 3.8503 0 0 6 2 23.25 16.85 3.8259 1 0 3 12 25.42 53.75 3.5043 1 0 4 12 27.97 100.00 3.1896 1 0 5 12 30.83 23.51 2.9000 1 0 6 12 30.97 1.98 2.8877 0 0 8 2 33.93 1.76 2.6420 1 0 7 12 35.26 69.08 2.5452 1 1 0 6 38.99 5.72 2.3102 0 0 10 2 40.67 16.22 2.2183 1 0 9 12 41.14 16.48 2.1943 2 0 1 12 41.72 27.79 2.1652 2 0 2 12 42.58 20.43 2.1233 1 1 6 12 42.67 3.51 2.1191 2 0 3 12 43.97 13.57 2.0594 2 0 4 12 44.26 34.17 2.0463 1 0 10 12 45.60 32.96 1.9895 2 0 5 12 47.21 4.48 1.9252 0 0 12 2 47.62 30.32 1.9094 1 1 8 12 47.98 1.29 1.8960 1 0 11 12 49.74 4.58 1.8330 2 0 7 12 51.82 2.10 1.7643 1 0 12 12 53.57 7.68 1.7106 1 1 10 12 54.90 3.38 1.6723 2 0 9 12 55.27 4.26 1.6619 2 1 1 24 55.70 2.16 1.6501 0 0 14 2 55.74 9.42 1.6492 2 1 2 24 55.77 4.33 1.6482 1 0 13 12 56.51 6.12 1.6286 2 1 3 24 57.57 11.47 1.6010 2 1 4 24 57.82 9.05 1.5948 2 0 10 12 58.92 14.99 1.5674 2 1 5 24 60.28 5.24 1.5354 1 1 12 12 60.55 2.07 1.5292 2 1 6 24 60.93 1.53 1.5205 2 0 11 12 63.28 9.98 1.4695 3 0 0 6 64.04 7.38 1.4540 1 0 15 12 66.95 5.58 1.3976 2 1 9 24 67.67 7.70 1.3846 1 1 14 12 68.32 4.61 1.3729 3 0 6 12 68.37 1.80 1.3722 1 0 16 12 69.56 14.11 1.3514 2 1 10 24 72.12 7.65 1.3097 3 0 8 12 72.40 1.42 1.3053 2 1 11 24 74.57 10.61 1.2726 2 2 0 6 75.27 2.80 1.2625 2 0 15 12 76.89 2.24 1.2399 3 0 10 12 77.45 3.28 1.2323 1 0 18 12 78.31 1.81 1.2210 3 1 1 24 78.70 2.78 1.2159 3 1 2 24 78.73 4.34 1.2155 2 1 13 24 79.29 3.32 1.2083 2 2 6 12 79.33 2.10 1.2078 2 0 16 12 79.35 1.16 1.2076 3 1 3 24 80.25 3.75 1.1962 3 1 4 24 81.42 7.81 1.1820 3 1 5 24 82.25 2.16 1.1721 1 0 19 12 82.60 1.71 1.1681 3 0 12 12 82.90 1.78 1.1646 2 2 8 12 85.94 6.31 1.1310 2 1 15 24 87.51 2.13 1.1147 2 2 10 12 88.06 2.51 1.1091 2 0 18 12 88.59 2.50 1.1039 3 1 9 24 88.90 1.09 1.1009 4 0 1 12 89.25 3.62 1.0974 3 0 14 12 89.28 1.77 1.0971 4 0 2 12 89.90 1.49 1.0912 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.