Nepheline Hassan I, Antao S M, Hersi A A M The Canadian Mineralogist 41 (2003) 759-783 Single-crystal XRD, TEM, and thermal studies of the satellite reflection in nepheline _database_code_amcsd 0005859 CELL PARAMETERS: 9.9853 9.9853 8.3689 90.000 90.000 120.000 SPACE GROUP: P6_3 X-RAY WAVELENGTH: 1.541838 Cell Volume: 722.639 Density (g/cm3): 2.627 MAX. ABS. INTENSITY / VOLUME**2: 7.621722729 RIR: 0.945 RIR based on corundum from Acta Crystallographica A38 (1982) 733-739 2-THETA INTENSITY D-SPACING H K L Multiplicity 10.23 1.47 8.6475 1 0 0 6 17.77 7.12 4.9927 1 1 0 6 20.54 17.24 4.3238 2 0 0 6 20.72 7.65 4.2876 1 1 1 6 21.23 51.19 4.1845 0 0 2 1 23.15 81.17 3.8414 2 0 1 6 23.62 4.01 3.7666 1 0 2 6 27.29 45.31 3.2685 1 2 0 6 27.29 10.40 3.2685 2 1 0 6 29.34 1.57 3.0445 1 2 1 6 29.34 9.94 3.0445 2 1 1 6 29.71 100.00 3.0069 2 0 2 6 31.02 45.97 2.8825 3 0 0 6 33.76 1.09 2.6549 1 0 3 6 34.83 20.78 2.5758 1 2 2 6 34.83 4.29 2.5758 2 1 2 6 35.98 16.99 2.4963 2 2 0 6 36.91 2.10 2.4353 1 1 3 6 37.50 1.64 2.3984 1 3 0 6 37.50 11.03 2.3984 3 1 0 6 37.60 2.58 2.3922 2 2 1 6 37.90 1.71 2.3738 3 0 2 6 38.40 45.40 2.3441 2 0 3 6 39.07 16.90 2.3056 1 3 1 6 39.07 9.84 2.3056 3 1 1 6 41.78 4.01 2.1619 4 0 0 6 42.15 1.02 2.1438 2 2 2 6 42.61 3.25 2.1219 1 2 3 6 42.61 4.62 2.1219 2 1 3 6 43.22 1.16 2.0932 4 0 1 6 43.24 13.21 2.0922 0 0 4 1 43.49 2.22 2.0808 3 1 2 6 43.49 5.25 2.0808 1 3 2 6 44.56 1.21 2.0336 1 0 4 6 45.73 3.56 1.9839 2 3 0 6 47.08 1.63 1.9304 2 3 1 6 47.08 8.59 1.9304 3 2 1 6 47.33 4.59 1.9207 4 0 2 6 48.23 2.94 1.8870 1 4 0 6 48.33 4.25 1.8833 2 0 4 6 49.52 2.36 1.8408 4 1 1 6 50.94 6.84 1.7926 2 3 2 6 51.89 1.11 1.7621 1 2 4 6 51.89 1.04 1.7621 2 1 4 6 52.94 1.55 1.7295 5 0 0 6 53.25 1.43 1.7202 1 4 2 6 53.63 3.48 1.7088 4 0 3 6 54.15 6.03 1.6937 5 0 1 6 54.17 1.57 1.6932 3 0 4 6 56.29 2.84 1.6342 2 4 0 6 56.29 2.50 1.6342 4 2 0 6 56.96 2.26 1.6167 2 3 3 6 56.96 10.05 1.6167 3 2 3 6 57.45 1.80 1.6039 4 2 1 6 57.67 6.41 1.5984 5 0 2 6 58.13 1.14 1.5870 1 1 5 6 59.11 6.00 1.5630 1 4 3 6 59.11 3.45 1.5630 4 1 3 6 59.19 16.57 1.5609 2 0 5 6 59.52 3.49 1.5531 5 1 0 6 59.80 1.76 1.5464 3 3 2 6 60.64 1.51 1.5271 5 1 1 6 60.85 4.09 1.5223 4 2 2 6 61.70 1.02 1.5034 4 0 4 6 62.32 1.07 1.4898 2 1 5 6 63.26 7.47 1.4699 5 0 3 6 63.94 2.40 1.4561 5 1 2 6 64.76 1.01 1.4396 3 2 4 6 65.29 10.90 1.4292 3 3 3 6 67.11 3.46 1.3948 0 0 6 1 67.66 6.33 1.3847 2 5 0 6 67.66 14.36 1.3847 5 2 0 6 68.34 4.49 1.3726 1 3 5 6 68.34 2.43 1.3726 3 1 5 6 69.88 1.26 1.3461 3 4 2 6 71.25 1.46 1.3235 4 0 5 6 71.81 4.64 1.3146 5 2 2 6 74.11 1.63 1.2793 2 3 5 6 74.11 6.62 1.2793 3 2 5 6 74.98 3.08 1.2666 3 4 3 6 75.76 3.49 1.2555 3 0 6 6 78.56 3.44 1.2176 2 2 6 6 79.49 1.27 1.2057 1 3 6 6 79.49 1.96 1.2057 3 1 6 6 79.73 5.95 1.2028 5 0 5 6 81.01 1.30 1.1869 6 0 4 6 81.18 5.66 1.1848 7 0 2 6 81.57 1.04 1.1801 3 3 5 6 83.77 1.04 1.1547 5 2 4 6 85.16 1.21 1.1393 4 4 3 6 85.24 1.18 1.1385 5 1 5 6 86.08 3.62 1.1296 7 0 3 6 ================================================================================ XPOW Copyright 1993 Bob Downs, Ranjini Swaminathan and Kurt Bartelmehs For reference, see Downs et al. (1993) American Mineralogist 78, 1104-1107.