Khanneshite
Belovitskaya Y V, Pekov I V, Gobechiya E R, Kabalov Y K, Schneider J
Crystallography Reports 47 (2002) 39-42
Determination of the crystal structure of khanneshite by the Rietveld method
Locality: Khibiny massif, Kola Peninsula, Russia
_database_code_amcsd 0012375
CELL PARAMETERS: 10.5790 10.5790 6.5446 90.000 90.000 120.000
SPACE GROUP: P6_3mc
X-RAY WAVELENGTH: 1.541838
Cell Volume: 634.312
Density (g/cm3): 3.748
MAX. ABS. INTENSITY / VOLUME**2: 22.81846314
RIR: 1.983
RIR based on corundum from Acta Crystallographica A38 (1982) 733-739
2-THETA INTENSITY D-SPACING H K L Multiplicity
9.65 32.23 9.1617 1 0 0 6
16.65 39.32 5.3254 1 0 1 6
16.76 37.33 5.2895 1 1 0 6
19.38 32.91 4.5808 2 0 0 6
23.71 100.00 3.7529 2 0 1 6
25.73 10.39 3.4628 2 1 0 12
27.25 39.26 3.2723 0 0 2 1
28.97 4.68 3.0816 1 0 2 6
29.18 68.38 3.0608 2 1 1 12
29.24 15.81 3.0539 3 0 0 6
32.17 14.18 2.7828 1 1 2 6
32.35 20.16 2.7674 3 0 1 6
33.66 79.47 2.6627 2 0 2 6
33.89 84.65 2.6448 2 2 0 6
35.32 3.17 2.5410 3 1 0 12
37.83 1.72 2.3784 2 1 2 12
37.99 16.96 2.3687 3 1 1 12
39.34 8.76 2.2904 4 0 0 6
40.40 11.21 2.2327 3 0 2 6
41.78 79.14 2.1619 4 0 1 6
42.60 18.07 2.1222 1 0 3 6
43.03 1.50 2.1018 3 2 0 12
44.02 48.38 2.0569 2 2 2 6
45.18 9.22 2.0070 3 1 2 12
45.32 9.65 2.0012 3 2 1 12
45.36 9.15 1.9992 4 1 0 12
46.08 43.51 1.9696 2 0 3 6
47.56 2.71 1.9120 4 1 1 12
48.52 23.24 1.8764 4 0 2 6
49.37 6.28 1.8458 2 1 3 12
51.48 4.03 1.7751 3 0 3 6
51.69 11.12 1.7685 3 2 2 12
51.81 17.08 1.7645 5 0 1 6
52.88 1.80 1.7314 4 2 0 12
53.73 6.67 1.7060 4 1 2 12
54.85 41.47 1.6738 4 2 1 12
55.52 4.64 1.6552 3 1 3 12
56.22 3.36 1.6362 0 0 4 1
57.77 5.38 1.5958 5 1 1 12
58.42 12.85 1.5797 4 0 3 6
59.10 1.29 1.5631 1 1 4 6
59.56 2.63 1.5522 3 3 2 6
60.04 5.94 1.5408 2 0 4 6
60.50 11.97 1.5304 4 2 2 12
60.65 7.42 1.5269 6 0 0 6
61.24 2.46 1.5136 3 2 3 12
63.37 7.23 1.4678 4 3 1 12
63.40 2.73 1.4670 5 2 0 12
64.63 3.27 1.4422 3 0 4 6
65.17 3.85 1.4315 5 2 1 12
66.98 2.55 1.3971 6 1 0 12
67.29 17.24 1.3914 2 2 4 6
67.72 11.25 1.3837 6 0 2 6
68.17 2.52 1.3756 3 1 4 12
69.28 15.85 1.3562 4 2 3 12
70.32 2.28 1.3387 5 2 2 12
70.77 3.52 1.3314 4 0 4 6
71.32 8.39 1.3224 4 4 0 6
71.87 1.39 1.3137 5 1 3 12
73.02 1.30 1.2958 1 0 5 6
73.33 3.33 1.2911 3 2 4 12
73.74 2.63 1.2849 6 1 2 12
73.84 2.04 1.2834 5 3 1 12
74.71 1.62 1.2705 6 2 0 12
75.01 2.46 1.2662 4 1 4 12
75.55 7.68 1.2586 2 0 5 6
76.36 10.72 1.2472 6 2 1 12
76.92 3.62 1.2395 4 3 3 12
77.92 8.06 1.2260 4 4 2 6
78.05 3.09 1.2244 2 1 5 12
78.58 6.75 1.2174 5 2 3 12
78.75 3.18 1.2152 7 0 2 6
80.82 4.69 1.1892 4 2 4 12
81.22 3.92 1.1844 6 2 2 12
82.99 1.27 1.1636 3 1 5 12
85.31 1.17 1.1378 7 1 2 12
85.43 4.82 1.1364 4 0 5 6
86.22 6.22 1.1281 8 0 1 6
87.35 7.12 1.1163 6 0 4 6
88.66 1.67 1.1033 7 2 1 12
89.21 8.39 1.0979 6 2 3 12
89.79 2.11 1.0923 5 2 4 12
89.95 1.95 1.0908 0 0 6 1
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XPOW Copyright 1993 Bob Downs, Ranjini Swaminathan and Kurt Bartelmehs
For reference, see Downs et al. (1993) American Mineralogist 78, 1104-1107.