Kelyanite
Pervukhina N V, Borisov S V, Magarill S A, Naumov D Y, Vasilev V I
American Mineralogist 93 (2008) 1666-1669
The crystal structure of kelyanite (Hg2)6(SbO6)BrCl2
Locality: Kelyana deposit, Buryatia, Russia
_database_code_amcsd 0004681
CELL PARAMETERS: 13.5600 13.5600 10.0040 90.000 90.000 120.000
SPACE GROUP: P3
X-RAY WAVELENGTH: 1.541838
Cell Volume: 1593.029
Density (g/cm3): 8.679
MAX. ABS. INTENSITY / VOLUME**2: 148.5937775
RIR: 5.575
RIR based on corundum from Acta Crystallographica A38 (1982) 733-739
2-THETA INTENSITY D-SPACING H K L Multiplicity
11.62 18.52 7.6153 1 0 1 3
13.06 1.05 6.7800 1 1 0 3
15.09 1.15 5.8717 2 0 0 3
15.79 4.27 5.6125 1 1 1 3
15.79 5.81 5.6125 2 -1 1 3
17.51 14.88 5.0639 0 2 1 3
19.29 5.14 4.6019 0 1 2 3
20.00 2.31 4.4386 1 2 0 3
20.00 1.89 4.4386 2 1 0 3
21.91 1.07 4.0572 1 2 1 3
21.91 2.99 4.0572 3 -1 1 3
21.91 3.09 4.0572 2 1 1 3
22.08 13.05 4.0251 1 1 2 3
22.08 11.53 4.0251 2 -1 2 3
22.72 29.13 3.9144 3 0 0 3
23.36 1.18 3.8077 0 2 2 3
23.36 64.08 3.8077 2 0 2 3
24.42 1.02 3.6453 0 3 1 3
26.29 36.65 3.3900 2 2 0 3
26.73 13.00 3.3347 0 0 3 1
26.85 47.03 3.3199 -1 3 2 3
26.85 2.96 3.3199 3 -1 2 3
26.85 47.52 3.3199 1 2 2 3
26.85 2.49 3.3199 2 1 2 3
27.38 22.88 3.2570 1 3 0 3
27.38 24.17 3.2570 3 1 0 3
27.79 2.24 3.2107 4 -2 1 3
27.79 3.16 3.2107 2 2 1 3
28.83 3.57 3.0970 -1 4 1 3
28.83 3.55 3.0970 1 3 1 3
28.83 3.60 3.0970 3 1 1 3
28.83 4.25 3.0970 4 -1 1 3
28.96 2.34 3.0827 0 3 2 3
30.45 1.48 2.9358 4 0 0 3
31.76 10.52 2.8170 4 0 1 3
31.89 10.19 2.8062 2 2 2 3
31.89 12.05 2.8062 4 -2 2 3
32.81 10.20 2.7294 -1 4 2 3
32.81 24.46 2.7294 4 -1 2 3
32.81 9.72 2.7294 1 3 2 3
32.81 24.36 2.7294 3 1 2 3
33.26 1.87 2.6941 3 2 0 3
33.26 2.14 2.6941 2 3 0 3
34.48 8.38 2.6014 5 -2 1 3
34.48 8.63 2.6014 3 2 1 3
35.02 1.09 2.5626 4 1 0 3
35.36 12.28 2.5384 0 3 3 3
35.36 29.12 2.5384 3 0 3 3
35.45 1.34 2.5319 0 4 2 3
36.18 1.34 2.4824 -1 5 1 3
36.18 1.25 2.4824 1 4 1 3
36.18 4.05 2.4824 5 -1 1 3
36.18 4.50 2.4824 4 1 1 3
36.74 7.47 2.4461 1 0 4 3
37.84 2.89 2.3773 2 2 3 3
37.84 2.78 2.3773 4 -2 3 3
37.93 10.30 2.3719 -2 5 2 3
37.93 10.57 2.3719 2 3 2 3
38.32 1.21 2.3487 5 0 0 3
38.36 1.17 2.3464 1 1 4 3
38.36 1.17 2.3464 2 -1 4 3
38.64 4.39 2.3300 3 1 3 3
38.64 3.82 2.3300 4 -1 3 3
39.15 22.43 2.3010 0 2 4 3
39.41 4.98 2.2865 0 5 1 3
39.41 2.86 2.2865 5 0 1 3
40.94 2.57 2.2044 6 -3 1 3
40.94 2.61 2.2044 3 3 1 3
41.44 4.30 2.1789 2 1 4 3
41.44 4.67 2.1789 3 -1 4 3
41.69 2.55 2.1666 6 -2 1 3
41.69 3.03 2.1666 4 2 1 3
42.88 2.45 2.1092 1 5 0 3
42.88 2.23 2.1092 5 1 0 3
43.87 1.63 2.0638 5 1 1 3
43.87 1.58 2.0638 6 -1 1 3
43.96 3.17 2.0595 6 -3 2 3
43.96 3.63 2.0595 3 3 2 3
44.67 7.74 2.0286 6 -2 2 3
44.67 7.79 2.0286 4 2 2 3
45.05 1.40 2.0126 2 2 4 3
45.05 1.78 2.0126 4 -2 4 3
45.74 4.60 1.9836 1 3 4 3
45.74 7.55 1.9836 3 1 4 3
45.74 4.54 1.9836 -1 4 4 3
45.74 7.98 1.9836 4 -1 4 3
46.39 17.04 1.9572 6 0 0 3
47.07 3.30 1.9306 3 4 0 3
47.07 3.34 1.9306 4 3 0 3
47.33 1.35 1.9208 6 0 1 3
47.77 9.50 1.9038 4 0 4 3
47.99 4.15 1.8956 3 4 1 3
47.99 2.24 1.8956 4 3 1 3
47.99 4.37 1.8956 -3 7 1 3
47.99 2.24 1.8956 7 -3 1 3
48.41 1.92 1.8804 2 5 0 3
48.41 1.93 1.8804 5 2 0 3
49.31 2.14 1.8481 7 -2 1 3
49.31 2.10 1.8481 5 2 1 3
49.32 1.46 1.8475 -2 6 3 3
49.32 1.57 1.8475 2 4 3 3
50.04 1.04 1.8227 0 6 2 3
51.00 1.09 1.7908 1 6 0 3
51.25 3.44 1.7825 1 5 3 3
51.25 1.04 1.7825 5 1 3 3
51.25 3.12 1.7825 -1 6 3 3
51.87 3.93 1.7628 1 6 1 3
51.87 1.41 1.7628 6 1 1 3
51.87 3.83 1.7628 -1 7 1 3
51.87 1.54 1.7628 7 -1 1 3
51.95 1.98 1.7602 2 5 2 3
51.95 1.97 1.7602 -2 7 2 3
53.77 2.17 1.7048 1 3 5 3
53.77 4.56 1.7048 3 1 5 3
53.77 2.32 1.7048 -1 4 5 3
53.77 4.69 1.7048 4 -1 5 3
54.11 3.30 1.6950 4 4 0 3
54.35 1.04 1.6880 0 6 3 3
54.35 2.17 1.6880 6 0 3 3
54.42 2.73 1.6860 -1 7 2 3
54.42 2.86 1.6860 1 6 2 3
54.71 1.23 1.6776 7 0 0 3
54.94 1.45 1.6712 8 -4 1 3
54.94 1.39 1.6712 4 4 1 3
54.96 1.05 1.6708 4 3 3 3
55.08 5.14 1.6673 0 0 6 1
55.35 6.78 1.6600 -2 6 4 3
55.35 6.73 1.6600 2 4 4 3
55.54 1.67 1.6545 3 5 1 3
55.54 1.72 1.6545 -3 8 1 3
55.54 1.01 1.6545 0 7 1 3
55.59 5.32 1.6534 0 4 5 3
57.98 1.52 1.5905 8 -3 2 3
57.98 1.49 1.5905 5 3 2 3
58.50 1.56 1.5777 1 6 3 3
58.50 2.57 1.5777 6 1 3 3
58.50 1.77 1.5777 -1 7 3 3
58.50 2.73 1.5777 7 -1 3 3
60.34 5.76 1.5340 0 3 6 3
60.59 1.54 1.5282 -3 7 4 3
60.59 1.49 1.5282 3 4 4 3
60.82 1.21 1.5231 5 0 5 3
61.92 1.21 1.4987 7 0 3 3
62.59 1.66 1.4842 1 3 6 3
62.59 1.70 1.4842 -1 4 6 3
63.36 1.23 1.4679 8 0 0 3
63.58 1.04 1.4633 6 2 3 3
63.58 1.15 1.4633 8 -2 3 3
67.41 1.36 1.3893 4 3 5 3
67.41 1.28 1.3893 7 -3 5 3
67.45 4.28 1.3886 0 2 7 3
68.24 1.03 1.3744 1 8 0 3
68.24 1.05 1.3744 8 1 0 3
69.51 1.41 1.3524 -3 9 3 3
69.51 1.40 1.3524 3 6 3 3
69.51 1.02 1.3524 9 -3 3 3
72.11 1.03 1.3099 -3 10 1 3
78.15 1.23 1.2231 2 0 8 3
78.76 1.51 1.2151 0 9 3 3
78.76 1.42 1.2151 9 0 3 3
82.75 1.25 1.1663 10 0 1 3
87.82 1.00 1.1116 0 0 9 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.