Bismuthinite
Kyono A, Kimata M
American Mineralogist 89 (2004) 932-940
Structural variations induced by difference of the inert pair effect
in the stibnite-bismuthinite solid solution series (Sb,Bi)2S3
Sample: Sb0.320Bi1.680S3
_database_code_amcsd 0003561
CELL PARAMETERS: 11.3180 3.9547 11.1631 90.000 90.000 90.000
SPACE GROUP: Pnma
X-RAY WAVELENGTH: 1.541838
Cell Volume: 499.652
Density (g/cm3): 6.463
MAX. ABS. INTENSITY / VOLUME**2: 80.86533543
RIR: 4.074
RIR based on corundum from Acta Crystallographica A38 (1982) 733-739
2-THETA INTENSITY D-SPACING H K L Multiplicity
11.13 2.93 7.9477 1 0 1 4
15.66 28.94 5.6590 2 0 0 2
15.88 8.23 5.5816 0 0 2 2
17.57 29.82 5.0475 2 0 1 4
17.72 6.80 5.0059 1 0 2 4
22.37 50.46 3.9739 2 0 2 4
23.87 28.73 3.7277 0 1 1 4
24.91 90.77 3.5741 3 0 1 4
25.15 47.95 3.5406 1 1 1 8
25.19 83.56 3.5349 1 0 3 4
27.52 21.15 3.2416 2 1 0 4
28.56 11.96 3.1256 3 0 2 4
28.68 40.38 3.1130 2 1 1 8
28.71 13.26 3.1091 2 0 3 4
28.77 100.00 3.1032 1 1 2 8
31.93 82.34 2.8031 2 1 2 8
33.05 34.06 2.7100 0 1 3 4
33.06 5.74 2.7096 1 0 4 4
33.80 1.23 2.6516 3 1 1 8
33.84 1.38 2.6492 3 0 3 4
34.02 24.21 2.6355 1 1 3 8
35.57 41.85 2.5237 4 0 2 4
35.88 12.40 2.5030 2 0 4 4
36.65 16.01 2.4522 3 1 2 8
39.15 25.13 2.3012 4 1 0 4
40.00 37.29 2.2538 4 1 1 8
40.03 4.76 2.2523 4 0 3 4
40.19 3.56 2.2436 3 0 4 4
40.35 12.62 2.2353 1 1 4 8
41.01 2.29 2.2010 3 1 3 8
41.21 3.28 2.1904 1 0 5 4
42.49 6.48 2.1274 4 1 2 8
42.75 15.82 2.1150 2 1 4 8
43.12 10.29 2.0977 5 0 2 4
43.58 9.10 2.0768 2 0 5 4
45.66 6.74 1.9869 4 0 4 4
45.89 33.23 1.9773 0 2 0 2
46.39 2.32 1.9571 4 1 3 8
46.54 54.46 1.9514 3 1 4 8
46.72 27.97 1.9442 0 1 5 4
46.96 10.37 1.9348 5 1 1 8
46.99 9.01 1.9339 5 0 3 4
47.31 16.70 1.9214 3 0 5 4
47.45 2.78 1.9161 1 1 5 8
48.24 11.93 1.8863 6 0 0 2
48.79 2.91 1.8667 2 2 0 4
48.96 6.80 1.8605 0 0 6 2
48.97 2.01 1.8600 6 0 1 4
49.17 10.33 1.8531 5 1 2 8
49.51 3.44 1.8411 2 2 1 8
49.66 6.09 1.8359 1 0 6 4
51.11 1.37 1.7870 6 0 2 4
51.63 9.89 1.7703 2 2 2 8
51.72 4.32 1.7674 2 0 6 4
52.19 4.70 1.7527 4 0 5 4
52.69 15.88 1.7373 5 1 3 8
52.92 21.11 1.7302 3 2 1 8
52.98 4.13 1.7282 3 1 5 8
53.07 20.18 1.7257 1 2 3 8
53.85 13.22 1.7026 6 1 0 4
54.52 2.95 1.6831 6 1 1 8
54.54 2.26 1.6825 6 0 3 4
54.95 2.97 1.6710 3 2 2 8
55.04 3.67 1.6685 2 2 3 8
55.16 3.28 1.6652 1 1 6 8
57.36 1.37 1.6064 5 1 4 8
57.72 2.26 1.5973 1 2 4 8
59.38 16.20 1.5565 4 2 2 8
59.46 3.17 1.5546 4 0 6 4
59.58 4.84 1.5516 2 2 4 8
59.73 3.38 1.5482 6 1 3 8
60.19 3.03 1.5374 3 1 6 8
60.30 7.60 1.5349 2 0 7 4
62.50 2.21 1.4860 4 2 3 8
62.62 1.68 1.4835 3 2 4 8
62.63 6.70 1.4833 7 1 1 8
62.65 8.28 1.4829 7 0 3 4
63.37 1.61 1.4678 1 2 5 8
64.40 2.37 1.4468 4 1 6 8
64.46 4.79 1.4455 7 1 2 8
64.69 2.26 1.4409 6 0 5 4
64.79 5.33 1.4389 5 2 2 8
64.87 1.97 1.4373 5 0 6 4
65.14 4.66 1.4321 2 2 5 8
65.20 11.60 1.4309 2 1 7 8
66.63 1.52 1.4035 8 0 1 4
66.74 3.75 1.4016 4 2 4 8
66.88 4.91 1.3990 7 0 4 4
67.07 1.77 1.3954 0 0 8 2
67.65 1.29 1.3849 1 0 8 4
67.78 5.25 1.3826 5 2 3 8
68.04 9.72 1.3780 3 2 5 8
68.78 7.16 1.3649 6 2 0 4
69.35 4.17 1.3550 0 2 6 4
69.37 1.24 1.3548 6 2 1 8
69.42 10.48 1.3538 6 1 5 8
69.92 3.77 1.3454 1 2 6 8
71.18 2.35 1.3246 6 0 6 4
71.30 1.56 1.3227 8 1 1 8
71.61 2.85 1.3178 2 2 6 8
72.00 3.11 1.3116 4 2 5 8
72.05 14.40 1.3107 4 1 7 8
72.15 1.03 1.3091 0 3 1 4
72.29 6.28 1.3071 1 1 8 8
72.71 2.00 1.3005 1 3 1 8
73.02 6.85 1.2957 8 1 2 8
73.97 1.59 1.2814 6 2 3 8
74.38 2.22 1.2755 2 3 1 8
74.42 5.07 1.2748 1 3 2 8
75.73 2.02 1.2560 6 1 6 8
76.07 4.95 1.2512 2 3 2 8
76.18 2.99 1.2497 9 0 1 4
76.65 2.74 1.2431 7 1 5 8
76.69 2.15 1.2426 0 3 3 4
77.24 1.65 1.2351 1 3 3 8
77.40 1.57 1.2330 1 0 9 4
78.22 2.51 1.2221 4 2 6 8
78.79 1.29 1.2146 3 3 2 8
78.96 6.06 1.2125 2 2 7 8
79.77 3.52 1.2022 8 1 4 8
80.36 2.35 1.1949 4 3 0 4
80.63 1.81 1.1916 9 1 1 8
80.91 3.63 1.1881 4 3 1 8
80.93 2.74 1.1878 5 0 8 4
81.06 6.97 1.1864 7 2 3 8
81.14 1.27 1.1854 1 3 4 8
81.29 4.08 1.1835 0 1 9 4
81.73 2.10 1.1783 3 0 9 4
82.75 1.75 1.1664 2 3 4 8
82.77 3.56 1.1661 7 1 6 8
82.91 1.98 1.1645 6 2 5 8
83.07 1.69 1.1626 5 2 6 8
84.50 1.85 1.1465 9 0 4 4
84.69 1.37 1.1445 8 2 1 8
84.74 1.10 1.1439 8 1 5 8
84.91 4.52 1.1421 7 2 4 8
85.09 1.64 1.1401 0 2 8 4
85.32 1.87 1.1376 5 1 8 8
85.42 7.24 1.1366 3 3 4 8
85.47 1.01 1.1360 4 0 9 4
85.55 3.72 1.1351 0 3 5 4
85.63 1.18 1.1344 1 2 8 8
85.73 1.38 1.1333 5 3 1 8
86.41 1.08 1.1260 10 0 1 4
87.37 1.54 1.1161 5 3 2 8
88.06 1.48 1.1092 10 0 2 4
88.87 2.94 1.1012 9 1 4 8
88.94 2.36 1.1005 6 2 6 8
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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.