Chabazite-K
Yakubovich O V, Massa W, Gavrilenko P G, Pekov I V
Crystallography Reports 50 (2005) 544-553
Crystal structure of chabazite K
Locality: Khibiny alkaline massif, Kola Peninsula, Russia
Sample: T = 193 K
_database_code_amcsd 0012392
CELL PARAMETERS: 13.8310 13.8310 15.0230 90.000 90.000 120.000
SPACE GROUP: R-3m
X-RAY WAVELENGTH: 1.541838
Cell Volume: 2488.826
Density (g/cm3): 2.144
MAX. ABS. INTENSITY / VOLUME**2: 6.986152709
RIR: 1.061
RIR based on corundum from Acta Crystallographica A38 (1982) 733-739
2-THETA INTENSITY D-SPACING H K L Multiplicity
9.44 46.97 9.3655 1 0 1 6
12.80 7.98 6.9155 1 1 0 6
13.92 2.62 6.3637 0 1 2 6
15.93 25.72 5.5632 0 2 1 6
17.71 26.13 5.0077 0 0 3 2
18.95 3.74 4.6828 2 0 2 6
20.49 74.63 4.3347 2 1 1 12
22.27 3.42 3.9927 3 0 0 6
22.94 24.73 3.8774 1 2 2 12
24.84 33.70 3.5837 1 0 4 6
25.77 12.97 3.4578 2 2 0 6
27.50 4.35 3.2437 1 3 1 12
28.04 10.51 3.1819 0 2 4 6
28.59 1.31 3.1218 3 0 3 6
29.40 1.58 3.0382 3 1 2 12
30.44 100.00 2.9367 4 0 1 6
30.68 15.01 2.9143 0 1 5 6
30.94 40.82 2.8906 2 1 4 12
31.44 3.88 2.8454 2 2 3 12
32.18 6.26 2.7816 0 4 2 6
33.36 8.09 2.6856 2 0 5 6
34.31 15.25 2.6138 4 1 0 12
34.76 7.24 2.5807 2 3 2 12
35.86 1.96 2.5038 0 0 6 2
35.87 24.68 2.5034 1 2 5 12
38.23 1.34 2.3543 1 1 6 12
38.87 2.29 2.3172 1 4 3 12
39.08 3.76 2.3052 3 3 0 6
42.45 2.52 2.1296 5 1 1 12
42.63 1.13 2.1210 0 4 5 6
43.20 11.36 2.0940 3 3 3 12
43.77 4.35 2.0682 1 5 2 12
44.69 1.16 2.0278 2 3 5 12
44.88 1.97 2.0197 0 5 4 6
45.43 2.03 1.9963 6 0 0 6
46.85 1.50 1.9393 2 1 7 12
47.40 1.68 1.9180 5 2 0 12
48.61 7.60 1.8731 5 0 5 6
49.11 4.95 1.8552 0 1 8 6
50.32 5.48 1.8133 1 6 1 12
50.47 11.29 1.8081 4 1 6 12
50.47 7.05 1.8081 1 4 6 12
50.48 1.53 1.8080 4 2 5 12
50.99 1.82 1.7911 2 5 3 12
51.49 2.88 1.7749 6 1 2 12
52.78 2.57 1.7346 1 2 8 12
52.96 13.52 1.7289 4 4 0 6
53.93 1.32 1.7001 7 0 1 6
54.08 2.47 1.6959 3 3 6 12
55.01 6.09 1.6692 0 0 9 2
55.67 7.18 1.6510 6 2 1 12
55.98 3.55 1.6427 1 6 4 12
57.67 1.40 1.5985 0 5 7 6
57.97 3.73 1.5909 0 4 8 6
59.19 1.38 1.5609 0 6 6 6
59.20 6.18 1.5608 6 1 5 12
60.70 3.45 1.5257 5 4 1 12
60.98 1.82 1.5194 5 1 7 12
60.99 4.43 1.5191 6 2 4 12
62.32 2.63 1.4899 0 8 1 6
63.34 1.26 1.4684 8 0 2 6
63.92 1.05 1.4565 2 7 1 12
64.05 1.32 1.4537 2 6 5 12
65.62 2.00 1.4227 4 4 6 12
65.77 3.32 1.4198 5 4 4 12
66.46 5.46 1.4068 4 1 9 12
66.46 1.71 1.4068 1 4 9 12
67.05 1.01 1.3959 8 1 1 12
67.31 1.55 1.3910 1 6 7 12
68.72 2.57 1.3660 4 5 5 12
70.08 6.73 1.3428 4 0 10 6
70.80 8.58 1.3309 9 0 0 6
71.07 2.11 1.3265 3 7 2 12
71.74 1.08 1.3156 7 2 5 12
71.88 1.29 1.3134 8 1 4 12
73.65 2.46 1.2862 9 0 3 6
73.65 2.91 1.2862 0 9 3 6
74.56 1.81 1.2727 0 5 10 6
74.72 2.07 1.2704 1 8 5 12
74.86 1.66 1.2684 7 3 4 12
76.69 1.69 1.2426 0 4 11 6
77.65 3.81 1.2296 3 7 5 12
78.15 1.13 1.2230 2 3 11 12
79.10 2.04 1.2107 5 5 6 12
79.88 7.03 1.2009 4 4 9 12
82.37 2.03 1.1707 8 0 8 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.