Stibnite
Lundegaard L F, Miletich R, Balic-Zunic T, Makovicky E
Physics and Chemistry of Minerals 30 (2003) 463-468
Equation of state and crystal structure of Sb2S3 between 0 and 10 GPa
Sample: Romania, P = 2.118 GPa
_database_code_amcsd 0008828
CELL PARAMETERS: 10.9590 3.8060 10.9830 90.000 90.000 90.000
SPACE GROUP: Pnma
X-RAY WAVELENGTH: 1.541838
Cell Volume: 458.100
Density (g/cm3): 4.925
MAX. ABS. INTENSITY / VOLUME**2: 38.54727766
RIR: 2.549
RIR based on corundum from Acta Crystallographica A38 (1982) 733-739
2-THETA INTENSITY D-SPACING H K L Multiplicity
11.41 6.26 7.7577 1 0 1 4
16.14 8.23 5.4915 0 0 2 2
16.18 28.47 5.4795 2 0 0 2
18.07 5.17 4.9096 1 0 2 4
18.09 44.14 4.9032 2 0 1 4
22.93 35.13 3.8788 2 0 2 4
24.76 23.55 3.5962 0 1 1 4
25.65 65.60 3.4724 1 0 3 4
25.70 70.65 3.4663 3 0 1 4
26.08 29.21 3.4169 1 1 1 8
28.56 17.53 3.1259 2 1 0 4
29.34 15.56 3.0441 2 0 3 4
29.37 20.86 3.0415 3 0 2 4
29.70 100.00 3.0080 1 1 2 8
29.71 22.21 3.0065 2 1 1 8
32.97 96.25 2.7166 2 1 2 8
33.65 2.92 2.6634 1 0 4 4
33.98 47.99 2.6385 0 1 3 4
34.69 1.81 2.5859 3 0 3 4
34.98 24.47 2.5652 1 1 3 8
35.01 1.11 2.5627 3 1 1 8
36.61 13.46 2.4548 2 0 4 4
36.66 45.34 2.4516 4 0 2 4
37.87 19.59 2.3760 3 1 2 8
40.57 24.13 2.2236 4 1 0 4
41.13 5.04 2.1949 3 0 4 4
41.15 4.96 2.1935 4 0 3 4
41.38 10.57 2.1822 1 1 4 8
41.43 35.14 2.1793 4 1 1 8
41.95 3.36 2.1538 1 0 5 4
42.25 2.65 2.1389 3 1 3 8
43.89 16.03 2.0629 2 1 4 8
43.93 5.38 2.0610 4 1 2 8
44.43 11.53 2.0389 2 0 5 4
44.51 12.45 2.0356 5 0 2 4
46.84 6.31 1.9394 4 0 4 4
47.80 35.69 1.9030 0 2 0 2
47.81 28.04 1.9025 0 1 5 4
47.84 47.98 1.9014 3 1 4 8
47.86 4.02 1.9005 4 1 3 8
48.35 16.53 1.8825 3 0 5 4
48.40 4.59 1.8805 5 0 3 4
48.57 1.69 1.8744 1 1 5 8
48.65 8.98 1.8716 5 1 1 8
49.81 5.02 1.8305 0 0 6 2
49.93 8.52 1.8265 6 0 0 2
50.55 6.73 1.8055 1 0 6 4
50.67 2.08 1.8018 6 0 1 4
50.79 2.44 1.7977 2 2 0 4
50.87 6.11 1.7950 5 1 2 8
51.51 4.46 1.7741 2 2 1 8
52.72 3.62 1.7362 2 0 6 4
52.82 1.39 1.7331 6 0 2 4
53.47 4.00 1.7138 4 0 5 4
53.65 6.26 1.7085 2 2 2 8
54.37 7.07 1.6874 3 1 5 8
54.42 13.64 1.6860 5 1 3 8
55.03 14.22 1.6688 1 2 3 8
55.05 15.30 1.6681 3 2 1 8
55.83 20.82 1.6467 6 1 0 4
56.29 4.53 1.6344 6 0 3 4
56.41 1.65 1.6312 1 1 6 8
56.51 1.77 1.6285 6 1 1 8
57.08 3.98 1.6136 2 2 3 8
57.09 4.70 1.6133 3 2 2 8
59.12 1.07 1.5627 4 1 5 8
59.72 1.17 1.5484 1 2 4 8
60.86 3.27 1.5220 4 0 6 4
61.47 9.15 1.5084 2 0 7 4
61.60 1.07 1.5056 7 0 2 4
61.67 4.78 1.5040 2 2 4 8
61.70 2.64 1.5034 3 1 6 8
61.71 16.34 1.5033 4 2 2 8
61.77 2.79 1.5018 6 1 3 8
64.76 7.21 1.4395 7 0 3 4
64.85 2.19 1.4378 3 2 4 8
64.87 2.19 1.4374 4 2 3 8
64.97 4.67 1.4354 7 1 1 8
65.45 1.47 1.4261 1 2 5 8
66.12 1.71 1.4132 4 1 6 8
66.56 1.38 1.4050 5 0 6 4
66.59 3.35 1.4044 6 0 5 4
66.70 9.46 1.4023 2 1 7 8
66.82 2.98 1.4000 7 1 2 8
67.30 5.66 1.3912 2 2 5 8
67.36 6.11 1.3902 5 2 2 8
68.32 2.15 1.3729 0 0 8 2
68.93 1.02 1.3622 1 0 8 4
69.06 4.38 1.3600 7 0 4 4
69.10 1.26 1.3593 8 0 1 4
69.16 3.34 1.3583 4 2 4 8
70.34 9.04 1.3383 3 2 5 8
70.39 2.51 1.3376 5 2 3 8
71.52 2.85 1.3192 0 2 6 4
71.61 4.92 1.3177 6 2 0 4
71.62 8.69 1.3176 6 1 5 8
72.11 4.00 1.3098 1 2 6 8
72.20 1.18 1.3084 6 2 1 8
73.20 1.32 1.2929 6 0 6 4
73.89 2.20 1.2826 2 2 6 8
73.89 5.74 1.2826 1 1 8 8
73.93 14.18 1.2820 4 1 7 8
74.51 2.54 1.2735 4 2 5 8
75.81 5.95 1.2548 8 1 2 8
76.01 1.21 1.2520 1 3 1 8
76.89 3.13 1.2399 6 2 3 8
77.75 4.50 1.2283 1 3 2 8
77.76 1.09 1.2282 2 3 1 8
78.06 1.98 1.2242 6 1 6 8
78.93 1.55 1.2128 1 0 9 4
79.14 2.22 1.2103 9 0 1 4
79.24 2.20 1.2089 7 1 5 8
79.48 5.44 1.2058 2 3 2 8
80.05 2.83 1.1987 0 3 3 4
80.62 1.59 1.1916 1 3 3 8
80.87 2.46 1.1886 4 2 6 8
81.41 7.16 1.1821 2 2 7 8
82.36 1.37 1.1709 3 3 2 8
82.71 3.53 1.1668 8 1 4 8
83.00 2.77 1.1635 5 0 8 4
83.12 3.98 1.1621 0 1 9 4
83.53 2.05 1.1575 3 0 9 4
83.89 2.19 1.1533 9 1 1 8
84.08 2.17 1.1512 4 3 0 4
84.37 6.05 1.1480 7 2 3 8
84.65 3.18 1.1450 4 3 1 8
85.51 4.21 1.1356 7 1 6 8
86.01 1.18 1.1303 5 2 6 8
86.04 2.91 1.1300 6 2 5 8
86.32 1.73 1.1270 2 3 4 8
87.64 1.94 1.1134 0 2 8 4
87.67 2.24 1.1131 9 0 4 4
87.71 1.19 1.1127 5 1 8 8
87.81 1.53 1.1117 8 1 5 8
88.33 4.02 1.1065 7 2 4 8
88.37 1.12 1.1061 8 2 1 8
89.13 3.56 1.0986 0 3 5 4
89.15 6.09 1.0984 3 3 4 8
89.76 1.27 1.0926 5 3 1 8
89.97 1.28 1.0905 10 0 1 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.