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 = 225 K
_database_code_amcsd 0008635
CELL PARAMETERS: 11.3050 3.8360 11.2230 90.000 90.000 90.000
SPACE GROUP: Pnma
X-RAY WAVELENGTH: 1.541838
Cell Volume: 486.696
Density (g/cm3): 4.636
MAX. ABS. INTENSITY / VOLUME**2: 38.18802920
RIR: 2.682
RIR based on corundum from Acta Crystallographica A38 (1982) 733-739
2-THETA INTENSITY D-SPACING H K L Multiplicity
11.11 9.31 7.9647 1 0 1 4
15.68 31.63 5.6525 2 0 0 2
15.79 8.45 5.6115 0 0 2 2
17.57 56.75 5.0484 2 0 1 4
17.65 2.97 5.0263 1 0 2 4
22.32 27.54 3.9823 2 0 2 4
24.52 22.38 3.6298 0 1 1 4
24.93 62.85 3.5723 3 0 1 4
25.07 64.79 3.5516 1 0 3 4
25.78 26.70 3.4560 1 1 1 8
28.11 12.53 3.1741 2 1 0 4
28.53 24.01 3.1284 3 0 2 4
28.61 14.25 3.1196 2 0 3 4
29.24 18.64 3.0543 2 1 1 8
29.29 92.31 3.0494 1 1 2 8
32.41 100.00 2.7628 2 1 2 8
32.89 2.91 2.7231 1 0 4 4
33.46 44.19 2.6782 0 1 3 4
33.76 1.51 2.6549 3 0 3 4
34.30 3.63 2.6143 3 1 1 8
34.41 19.77 2.6061 1 1 3 8
35.57 43.64 2.5242 4 0 2 4
35.73 11.25 2.5132 2 0 4 4
37.08 18.45 2.4244 3 1 2 8
39.61 24.23 2.2754 4 1 0 4
39.98 4.13 2.2551 4 0 3 4
40.07 7.78 2.2505 3 0 4 4
40.45 28.44 2.2300 4 1 1 8
40.63 9.38 2.2205 1 1 4 8
40.99 3.14 2.2016 1 0 5 4
41.36 3.64 2.1830 3 1 3 8
42.89 2.15 2.1086 4 1 2 8
43.03 17.13 2.1022 2 1 4 8
43.14 15.93 2.0972 5 0 2 4
43.37 9.26 2.0861 2 0 5 4
45.56 6.64 1.9912 4 0 4 4
46.73 4.86 1.9440 4 1 3 8
46.80 41.99 1.9411 3 1 4 8
46.90 27.52 1.9373 0 1 5 4
46.96 1.68 1.9350 5 0 3 4
47.13 16.03 1.9284 3 0 5 4
47.37 6.90 1.9191 5 1 1 8
47.40 33.07 1.9180 0 2 0 2
47.62 2.12 1.9095 1 1 5 8
48.30 5.47 1.8842 6 0 0 2
48.68 5.15 1.8705 0 0 6 2
49.02 3.14 1.8582 6 0 1 4
49.39 5.73 1.8454 1 0 6 4
49.54 2.99 1.8401 5 1 2 8
50.23 2.78 1.8163 2 2 0 4
50.93 5.65 1.7930 2 2 1 8
51.14 1.32 1.7862 6 0 2 4
51.46 3.12 1.7758 2 0 6 4
52.03 3.91 1.7577 4 0 5 4
52.99 4.90 1.7280 2 2 2 8
53.00 18.90 1.7277 5 1 3 8
53.16 9.40 1.7230 3 1 5 8
54.24 27.97 1.6912 6 1 0 4
54.29 13.07 1.6898 3 2 1 8
54.36 14.08 1.6876 1 2 3 8
54.53 5.71 1.6828 6 0 3 4
55.24 1.73 1.6630 1 1 6 8
56.26 5.46 1.6351 3 2 2 8
56.31 3.48 1.6339 2 2 3 8
57.16 1.31 1.6115 2 1 6 8
57.69 1.75 1.5979 4 1 5 8
58.90 1.10 1.5681 1 2 4 8
59.24 2.46 1.5598 4 0 6 4
59.57 1.98 1.5520 7 0 2 4
59.97 10.32 1.5424 2 0 7 4
60.03 1.92 1.5410 6 1 3 8
60.28 2.22 1.5354 3 1 6 8
60.64 15.34 1.5271 4 2 2 8
60.74 3.95 1.5247 2 2 4 8
62.66 5.29 1.4827 7 0 3 4
63.00 3.34 1.4755 7 1 1 8
63.69 1.74 1.4610 4 2 3 8
63.76 3.39 1.4598 3 2 4 8
64.43 1.44 1.4462 1 2 5 8
64.49 2.41 1.4449 4 1 6 8
64.58 5.37 1.4431 6 0 5 4
64.67 1.63 1.4412 5 0 6 4
64.80 1.62 1.4387 7 1 2 8
65.19 8.34 1.4311 2 1 7 8
66.01 7.65 1.4153 5 2 2 8
66.19 4.31 1.4119 2 2 5 8
66.67 2.14 1.4029 0 0 8 2
66.71 1.68 1.4021 8 0 1 4
66.84 4.09 1.3997 7 0 4 4
67.76 1.10 1.3830 7 1 3 8
67.85 3.42 1.3814 4 2 4 8
69.07 8.68 1.3599 3 2 5 8
69.61 5.47 1.3507 6 1 5 8
70.00 3.06 1.3441 6 2 0 4
70.30 2.96 1.3391 0 2 6 4
70.57 1.85 1.3346 6 2 1 8
70.86 3.26 1.3298 1 2 6 8
72.06 13.55 1.3106 4 1 7 8
72.18 5.55 1.3087 1 1 8 8
72.54 1.96 1.3031 2 2 6 8
73.01 2.43 1.2959 4 2 5 8
73.37 6.03 1.2905 8 1 2 8
75.10 3.81 1.2649 6 2 3 8
75.27 1.03 1.2625 1 3 1 8
75.84 3.22 1.2545 6 1 6 8
76.28 1.02 1.2483 9 0 1 4
76.85 2.22 1.2405 7 1 5 8
76.92 1.01 1.2395 2 3 1 8
76.92 1.73 1.2395 1 0 9 4
76.94 4.30 1.2392 1 3 2 8
77.94 1.05 1.2258 9 0 2 4
78.58 5.48 1.2174 2 3 2 8
79.14 1.89 1.2102 4 2 6 8
79.16 2.55 1.2099 0 3 3 4
79.43 1.52 1.2065 7 2 2 8
79.70 1.19 1.2031 1 3 3 8
79.79 7.83 1.2020 2 2 7 8
80.04 3.45 1.1989 8 1 4 8
80.59 2.93 1.1921 5 0 8 4
81.00 3.32 1.1870 9 1 1 8
81.09 3.73 1.1859 0 1 9 4
81.26 1.89 1.1839 3 0 9 4
81.28 1.42 1.1836 3 3 2 8
82.17 4.27 1.1731 7 2 3 8
82.64 1.74 1.1676 9 1 2 8
82.87 2.12 1.1650 4 3 0 4
82.89 3.82 1.1647 7 1 6 8
83.41 2.62 1.1588 4 3 1 8
83.91 4.55 1.1532 6 2 5 8
83.99 1.31 1.1522 5 2 6 8
84.51 3.12 1.1465 9 0 4 4
84.95 1.25 1.1417 8 1 5 8
85.13 1.75 1.1396 2 3 4 8
85.82 1.92 1.1323 0 2 8 4
85.86 1.47 1.1319 8 2 1 8
85.98 3.67 1.1306 7 2 4 8
86.53 1.39 1.1248 10 0 1 4
87.80 5.24 1.1117 3 3 4 8
87.87 3.44 1.1110 0 3 5 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.