Belovite-(La)
Kabalov Y K, Sokolova E V, Pekov I V
Soviet Physics Doklady 42 (1997) 344-348
Crystal structure of belovite-(La)
Locality: Mt. Kukisvumchorr, Khibiny alkaline massif, Kola Peninsula, Russia
_database_code_amcsd 0015622
CELL PARAMETERS: 9.6641 9.6641 7.1825 90.000 90.000 120.000
SPACE GROUP: P-3
X-RAY WAVELENGTH: 1.541838
Cell Volume: 580.937
Density (g/cm3): 4.149
MAX. ABS. INTENSITY / VOLUME**2: 33.84116533
RIR: 2.656
RIR based on corundum from Acta Crystallographica A38 (1982) 733-739
2-THETA INTENSITY D-SPACING H K L Multiplicity
10.57 2.31 8.3694 1 0 0 6
12.32 5.48 7.1825 0 0 1 2
16.26 1.44 5.4505 0 1 1 6
16.26 5.77 5.4505 1 0 1 6
21.23 14.51 4.1847 2 0 0 6
22.17 1.20 4.0092 2 -1 1 6
22.17 17.14 4.0092 1 1 1 6
24.62 2.00 3.6158 0 2 1 6
24.79 22.90 3.5912 0 0 2 2
27.02 10.49 3.3003 0 1 2 6
27.02 18.24 3.3003 1 0 2 6
28.21 4.92 3.1633 1 2 0 6
28.21 25.19 3.1633 2 1 0 6
30.89 13.38 2.8950 1 2 1 6
30.89 41.16 2.8950 -1 3 1 6
30.89 16.60 2.8950 3 -1 1 6
30.89 28.87 2.8950 2 1 1 6
31.03 29.00 2.8824 1 1 2 6
31.03 31.16 2.8824 2 -1 2 6
32.08 53.79 2.7898 3 0 0 6
32.86 2.09 2.7253 2 0 2 6
32.86 5.82 2.7253 0 2 2 6
34.49 2.92 2.6005 0 3 1 6
34.49 1.13 2.6005 3 0 1 6
37.57 1.26 2.3942 0 0 3 2
38.79 7.71 2.3212 1 3 0 6
38.79 3.24 2.3212 3 1 0 6
39.13 1.34 2.3018 1 0 3 6
39.35 3.02 2.2899 2 2 1 6
40.86 2.08 2.2088 1 3 1 6
40.96 1.27 2.2031 0 3 2 6
40.96 2.06 2.2031 3 0 2 6
42.12 2.71 2.1453 1 1 3 6
42.12 5.99 2.1453 2 -1 3 6
43.24 2.50 2.0923 4 0 0 6
43.55 2.11 2.0781 2 0 3 6
45.13 1.12 2.0088 4 0 1 6
45.23 10.62 2.0046 4 -2 2 6
45.23 9.31 2.0046 2 2 2 6
46.59 2.51 1.9495 -1 4 2 6
46.59 8.40 1.9495 1 3 2 6
46.59 5.76 1.9495 4 -1 2 6
47.34 2.63 1.9201 2 3 0 6
47.34 1.12 1.9201 3 2 0 6
47.64 1.94 1.9090 3 -1 3 6
47.64 5.24 1.9090 1 2 3 6
47.64 14.05 1.9090 2 1 3 6
47.64 5.28 1.9090 -1 3 3 6
49.11 3.36 1.8549 2 3 1 6
49.11 4.39 1.8549 -2 5 1 6
49.11 5.23 1.8549 3 2 1 6
49.11 1.10 1.8549 5 -2 1 6
49.94 11.01 1.8263 1 4 0 6
49.94 4.54 1.8263 4 1 0 6
50.48 6.08 1.8079 0 4 2 6
50.48 10.14 1.8079 4 0 2 6
50.85 10.16 1.7956 0 0 4 2
51.64 1.94 1.7700 -1 5 1 6
55.70 1.12 1.6501 0 2 4 6
56.53 1.00 1.6279 -1 5 2 6
57.19 1.03 1.6107 3 3 0 6
58.34 2.75 1.5817 2 4 0 6
58.75 2.24 1.5717 6 -3 1 6
59.17 2.04 1.5616 3 -1 4 6
59.17 1.15 1.5616 2 1 4 6
59.17 1.30 1.5616 -1 3 4 6
61.08 3.12 1.5172 0 5 2 6
61.08 1.98 1.5172 5 0 2 6
61.40 2.95 1.5099 0 3 4 6
61.40 2.75 1.5099 3 0 4 6
61.71 1.86 1.5032 5 1 0 6
61.95 3.07 1.4979 -2 5 3 6
61.95 1.36 1.4979 3 2 3 6
63.20 2.29 1.4713 -1 6 1 6
63.20 1.40 1.4713 5 1 1 6
63.28 1.47 1.4696 6 -3 2 6
63.28 2.06 1.4696 3 3 2 6
69.57 1.13 1.3513 4 3 1 6
70.23 1.41 1.3402 5 2 0 6
71.49 1.34 1.3197 2 4 3 6
71.63 1.32 1.3174 2 5 1 6
72.23 1.07 1.3080 2 1 5 6
72.73 1.22 1.3003 6 0 2 6
74.04 2.13 1.2804 5 -1 4 6
74.04 2.03 1.2804 1 4 4 6
74.54 1.41 1.2731 5 1 3 6
75.76 1.75 1.2556 2 5 2 6
75.76 1.84 1.2556 7 -2 2 6
83.13 1.21 1.1620 2 -1 6 6
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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.