Stibnite
Kyono A, Kimata M, Matsuhisa M, Miyashita Y, Okamoto K
Physics and Chemistry of Minerals 29 (2002) 254-260
Low-temperature crystal structures of stibnite implying orbital
overlap of Sb 5s2 inert pair electrons
Sample: T = 128 K
_database_code_amcsd 0008633
CELL PARAMETERS: 11.2920 3.8280 11.2050 90.000 90.000 90.000
SPACE GROUP: Pnma
X-RAY WAVELENGTH: 1.541838
Cell Volume: 484.345
Density (g/cm3): 4.658
MAX. ABS. INTENSITY / VOLUME**2: 39.40505249
RIR: 2.755
RIR based on corundum from Acta Crystallographica A38 (1982) 733-739
2-THETA INTENSITY D-SPACING H K L Multiplicity
11.12 9.39 7.9537 1 0 1 4
15.70 31.13 5.6460 2 0 0 2
15.82 8.48 5.6025 0 0 2 2
17.59 55.44 5.0421 2 0 1 4
17.67 2.87 5.0187 1 0 2 4
22.36 27.37 3.9769 2 0 2 4
24.58 22.24 3.6224 0 1 1 4
24.96 62.29 3.5681 3 0 1 4
25.11 64.53 3.5461 1 0 3 4
25.83 26.47 3.4493 1 1 1 8
28.16 12.55 3.1684 2 1 0 4
28.57 23.69 3.1244 3 0 2 4
28.66 13.92 3.1151 2 0 3 4
29.29 18.60 3.0489 2 1 1 8
29.34 91.02 3.0437 1 1 2 8
32.46 100.00 2.7579 2 1 2 8
32.94 2.84 2.7188 1 0 4 4
33.52 43.90 2.6733 0 1 3 4
33.81 1.46 2.6512 3 0 3 4
34.36 3.67 2.6101 3 1 1 8
34.48 20.07 2.6014 1 1 3 8
35.61 43.97 2.5210 4 0 2 4
35.78 11.16 2.5094 2 0 4 4
37.14 18.67 2.4205 3 1 2 8
39.67 24.39 2.2720 4 1 0 4
40.04 4.20 2.2521 4 0 3 4
40.13 7.77 2.2472 3 0 4 4
40.51 28.58 2.2267 4 1 1 8
40.70 9.42 2.2166 1 1 4 8
41.06 3.14 2.1981 1 0 5 4
41.43 3.60 2.1795 3 1 3 8
42.96 2.22 2.1055 4 1 2 8
43.10 17.68 2.0986 2 1 4 8
43.19 16.03 2.0946 5 0 2 4
43.45 9.32 2.0829 2 0 5 4
45.62 6.90 1.9884 4 0 4 4
46.80 4.88 1.9411 4 1 3 8
46.88 42.71 1.9380 3 1 4 8
46.98 28.07 1.9340 0 1 5 4
47.02 1.71 1.9326 5 0 3 4
47.20 16.73 1.9256 3 0 5 4
47.44 7.20 1.9165 5 1 1 8
47.50 33.73 1.9140 0 2 0 2
47.71 2.32 1.9062 1 1 5 8
48.36 5.70 1.8820 6 0 0 2
48.76 5.38 1.8675 0 0 6 2
49.08 3.21 1.8560 6 0 1 4
49.47 5.83 1.8425 1 0 6 4
49.61 3.08 1.8375 5 1 2 8
50.34 2.84 1.8127 2 2 0 4
51.04 5.76 1.7894 2 2 1 8
51.20 1.37 1.7840 6 0 2 4
51.55 3.11 1.7730 2 0 6 4
52.11 4.00 1.7552 4 0 5 4
53.08 19.82 1.7252 5 1 3 8
53.10 5.12 1.7246 2 2 2 8
53.25 9.77 1.7202 3 1 5 8
54.32 28.95 1.6889 6 1 0 4
54.40 13.66 1.6867 3 2 1 8
54.48 14.72 1.6843 1 2 3 8
54.61 5.92 1.6807 6 0 3 4
55.34 1.88 1.6602 1 1 6 8
56.37 5.59 1.6321 3 2 2 8
56.42 3.59 1.6308 2 2 3 8
57.26 1.24 1.6088 2 1 6 8
57.79 1.83 1.5955 4 1 5 8
59.02 1.15 1.5651 1 2 4 8
59.33 2.48 1.5575 4 0 6 4
59.64 2.06 1.5502 7 0 2 4
60.08 10.91 1.5400 2 0 7 4
60.13 2.04 1.5389 6 1 3 8
60.39 2.35 1.5329 3 1 6 8
60.76 16.22 1.5244 4 2 2 8
60.87 4.10 1.5218 2 2 4 8
62.74 5.68 1.4809 7 0 3 4
63.09 3.49 1.4736 7 1 1 8
63.82 1.87 1.4584 4 2 3 8
63.89 3.55 1.4571 3 2 4 8
64.56 1.49 1.4435 1 2 5 8
64.60 2.54 1.4427 4 1 6 8
64.68 5.70 1.4412 6 0 5 4
64.78 1.79 1.4392 5 0 6 4
64.90 1.75 1.4368 7 1 2 8
65.31 8.90 1.4287 2 1 7 8
66.13 8.07 1.4130 5 2 2 8
66.32 4.58 1.4093 2 2 5 8
66.79 2.23 1.4006 0 0 8 2
66.80 1.79 1.4004 8 0 1 4
66.94 4.30 1.3979 7 0 4 4
67.37 1.06 1.3900 1 0 8 4
67.86 1.16 1.3812 7 1 3 8
67.98 3.74 1.3790 4 2 4 8
69.07 1.00 1.3599 5 2 3 8
69.21 9.50 1.3575 3 2 5 8
69.72 5.88 1.3488 6 1 5 8
70.13 3.36 1.3419 6 2 0 4
70.44 3.24 1.3367 0 2 6 4
70.70 1.97 1.3324 6 2 1 8
71.01 3.51 1.3274 1 2 6 8
72.19 14.76 1.3086 4 1 7 8
72.32 5.93 1.3065 1 1 8 8
72.70 2.04 1.3007 2 2 6 8
73.16 2.62 1.2936 4 2 5 8
73.48 6.68 1.2888 8 1 2 8
75.24 4.14 1.2629 6 2 3 8
75.45 1.16 1.2599 1 3 1 8
75.97 3.54 1.2526 6 1 6 8
76.38 1.13 1.2469 9 0 1 4
76.97 2.47 1.2388 7 1 5 8
77.07 1.89 1.2375 1 0 9 4
77.10 1.11 1.2370 2 3 1 8
77.13 4.66 1.2367 1 3 2 8
78.05 1.15 1.2243 9 0 2 4
78.77 6.08 1.2150 2 3 2 8
79.31 1.98 1.2081 4 2 6 8
79.35 2.79 1.2075 0 3 3 4
79.58 1.65 1.2046 7 2 2 8
79.90 1.35 1.2006 1 3 3 8
79.96 8.71 1.1999 2 2 7 8
80.17 3.85 1.1973 8 1 4 8
80.73 3.25 1.1903 5 0 8 4
81.12 3.73 1.1856 9 1 1 8
81.25 4.21 1.1840 0 1 9 4
81.42 2.05 1.1820 3 0 9 4
81.48 1.55 1.1813 3 3 2 8
82.32 4.83 1.1713 7 2 3 8
82.76 1.88 1.1661 9 1 2 8
83.03 4.27 1.1631 7 1 6 8
83.06 2.36 1.1627 4 3 0 4
83.61 2.89 1.1565 4 3 1 8
83.73 1.01 1.1551 1 3 4 8
84.07 5.08 1.1513 6 2 5 8
84.16 1.54 1.1503 5 2 6 8
84.64 3.49 1.1451 9 0 4 4
85.09 1.39 1.1401 8 1 5 8
85.34 2.00 1.1374 2 3 4 8
86.01 2.10 1.1303 0 2 8 4
86.02 1.66 1.1302 8 2 1 8
86.09 1.09 1.1294 3 1 9 8
86.11 1.10 1.1292 10 0 0 2
86.14 4.05 1.1289 7 2 4 8
86.66 1.54 1.1235 10 0 1 4
88.02 5.91 1.1096 3 3 4 8
88.09 3.89 1.1089 0 3 5 4
88.28 1.04 1.1069 10 0 2 4
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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.