Cosalite
Srikrishnan T, Nowacki W
Zeitschrift fur Kristallographie 140 (1974) 114-136
A redetermination of the crystal structure of cosalite, Pb2Bi2S5
Locality: Cariboo gold mines, Wells, British Columbia, Canada
_database_code_amcsd 0010765
CELL PARAMETERS: 19.0980 23.8900 4.0570 90.000 90.000 90.000
SPACE GROUP: Pbnm
X-RAY WAVELENGTH: 1.541838
Cell Volume: 1851.011
Density (g/cm3): 7.151
MAX. ABS. INTENSITY / VOLUME**2: 98.05099796
RIR: 4.465
RIR based on corundum from Acta Crystallographica A38 (1982) 733-739
2-THETA INTENSITY D-SPACING H K L Multiplicity
5.92 3.69 14.9173 1 1 0 4
9.26 1.59 9.5490 2 0 0 2
14.40 6.33 6.1514 3 1 0 4
15.77 9.97 5.6180 3 2 0 4
20.03 11.96 4.4335 4 2 0 4
21.70 11.36 4.0949 4 3 0 4
22.33 15.78 3.9817 0 6 0 2
22.40 6.61 3.9684 1 0 1 4
22.81 22.41 3.8979 1 6 0 4
23.28 4.49 3.8214 3 5 0 4
23.86 12.77 3.7293 4 4 0 4
24.12 13.94 3.6892 2 1 1 8
24.47 11.27 3.6381 5 2 0 4
24.99 28.82 3.5639 2 2 1 8
25.07 6.35 3.5518 1 3 1 8
25.87 88.45 3.4439 5 3 0 4
26.04 4.96 3.4213 3 0 1 4
26.31 27.45 3.3867 3 1 1 8
26.36 4.35 3.3808 2 3 1 8
26.39 14.06 3.3773 4 5 0 4
26.40 7.47 3.3758 3 6 0 4
26.53 36.08 3.3596 1 7 0 4
26.56 11.93 3.3560 0 4 1 4
27.11 55.10 3.2890 3 2 1 8
27.72 1.27 3.2178 5 4 0 4
27.76 4.49 3.2138 2 7 0 4
28.03 1.26 3.1830 6 0 0 2
28.19 6.96 3.1661 2 4 1 8
29.03 5.23 3.0757 6 2 0 4
29.20 1.33 3.0579 4 6 0 4
29.25 24.02 3.0528 1 5 1 8
29.85 3.45 2.9930 4 2 1 8
29.92 1.73 2.9862 0 8 0 2
29.95 5.90 2.9835 5 5 0 4
30.24 8.90 2.9556 6 3 0 4
30.29 2.62 2.9504 1 8 0 4
30.38 100.00 2.9421 2 5 1 8
31.03 2.96 2.8820 4 3 1 8
31.39 1.39 2.8501 2 8 0 4
31.48 8.64 2.8417 0 6 1 4
31.84 6.83 2.8108 1 6 1 8
31.86 18.48 2.8090 6 4 0 4
32.18 32.48 2.7817 3 5 1 8
32.41 4.13 2.7624 5 1 1 8
32.61 6.22 2.7456 4 4 1 8
32.88 19.04 2.7237 2 6 1 8
33.70 1.86 2.6598 7 2 0 4
33.84 3.26 2.6490 6 5 0 4
34.15 2.69 2.6255 5 3 1 8
34.56 2.20 2.5956 4 5 1 8
36.06 1.26 2.4906 6 1 1 8
36.20 6.74 2.4816 7 4 0 4
36.81 5.90 2.4419 4 6 1 8
37.21 5.24 2.4162 3 7 1 8
37.65 1.41 2.3889 6 3 1 8
39.32 7.34 2.2913 4 7 1 8
39.40 5.51 2.2867 8 3 0 4
39.82 20.61 2.2640 7 0 1 4
40.00 1.25 2.2539 7 1 1 8
40.08 10.42 2.2498 3 8 1 8
40.32 5.06 2.2367 3 10 0 4
40.56 8.09 2.2244 7 2 1 8
41.47 9.15 2.1777 7 3 1 8
42.07 11.98 2.1479 4 8 1 8
42.30 18.17 2.1365 4 10 0 4
42.32 2.77 2.1355 8 5 0 4
43.13 4.56 2.0972 3 9 1 8
44.18 9.33 2.0499 8 1 1 8
44.44 7.01 2.0386 6 9 0 4
44.67 33.28 2.0285 0 0 2 2
44.69 13.23 2.0276 8 2 1 8
44.74 2.99 2.0255 5 10 0 4
44.89 3.16 2.0190 6 7 1 8
45.01 16.63 2.0140 4 9 1 8
45.05 4.74 2.0124 2 10 1 8
45.54 8.68 1.9921 8 3 1 8
45.90 4.09 1.9769 4 11 0 4
46.35 9.54 1.9587 3 10 1 8
46.60 2.95 1.9489 2 12 0 4
46.69 4.76 1.9453 8 4 1 8
46.85 2.61 1.9393 9 5 0 4
47.34 1.40 1.9202 5 9 1 8
47.59 4.45 1.9107 6 10 0 4
47.61 3.54 1.9098 10 0 0 2
47.66 1.02 1.9079 3 2 2 8
47.78 4.65 1.9037 10 1 0 4
47.81 1.99 1.9025 7 9 0 4
48.14 1.13 1.8904 4 10 1 8
48.15 6.70 1.8897 8 5 1 8
48.41 1.10 1.8803 9 0 1 4
48.49 3.83 1.8774 2 11 1 8
49.41 1.81 1.8446 4 2 2 8
49.85 2.77 1.8292 1 13 0 4
50.08 6.26 1.8216 6 9 1 8
50.19 1.90 1.8177 4 3 2 8
50.49 3.25 1.8075 0 6 2 4
50.58 2.49 1.8046 2 13 0 4
50.59 11.15 1.8041 7 8 1 8
50.66 2.53 1.8021 9 7 0 4
50.74 4.34 1.7994 1 6 2 8
50.91 3.13 1.7935 9 4 1 8
51.11 4.24 1.7872 0 12 1 4
51.27 2.78 1.7820 4 4 2 8
51.35 10.98 1.7795 1 12 1 8
51.53 1.17 1.7734 10 5 0 4
51.59 2.39 1.7717 5 2 2 8
51.89 3.28 1.7620 8 7 1 8
52.06 2.83 1.7567 2 12 1 8
52.28 1.16 1.7497 9 5 1 8
52.34 21.82 1.7478 5 3 2 8
52.63 3.40 1.7389 4 5 2 8
52.64 1.86 1.7387 3 6 2 8
52.71 9.39 1.7365 1 7 2 8
52.87 2.33 1.7316 11 1 0 4
52.93 2.53 1.7298 9 8 0 4
53.17 4.43 1.7225 7 9 1 8
53.19 3.25 1.7220 10 6 0 4
53.41 1.29 1.7154 2 7 2 8
53.42 1.56 1.7150 4 13 0 4
53.59 3.44 1.7101 10 2 1 8
53.95 1.23 1.6997 1 14 0 4
54.16 1.47 1.6934 6 2 2 8
54.64 3.89 1.6798 2 14 0 4
54.72 1.63 1.6775 5 5 2 8
54.90 2.53 1.6725 6 3 2 8
55.11 3.68 1.6666 10 7 0 4
55.91 6.04 1.6445 6 4 2 8
57.20 1.03 1.6105 6 5 2 8
58.12 2.44 1.5872 1 15 0 4
58.15 1.04 1.5865 9 10 0 4
58.79 2.58 1.5706 7 4 2 8
61.06 2.30 1.5175 8 3 2 8
61.40 1.02 1.5099 12 5 0 4
61.74 2.26 1.5026 3 10 2 8
62.89 1.12 1.4778 12 6 0 4
63.21 8.84 1.4711 4 10 2 8
63.22 1.33 1.4707 8 5 2 8
63.91 4.30 1.4566 12 3 1 8
63.93 1.05 1.4562 8 13 0 4
64.02 2.07 1.4545 5 14 1 8
64.62 1.10 1.4424 12 7 0 4
64.84 3.53 1.4379 6 9 2 8
65.08 1.52 1.4333 5 10 2 8
65.68 2.66 1.4216 9 11 1 8
65.98 2.45 1.4158 4 15 1 8
65.98 2.34 1.4158 4 11 2 8
66.02 2.04 1.4151 12 5 1 8
66.53 1.60 1.4054 2 12 2 8
66.73 1.41 1.4018 9 5 2 8
67.32 2.59 1.3908 6 10 2 8
67.34 2.07 1.3905 10 0 2 4
67.45 5.10 1.3886 12 6 1 8
67.47 2.72 1.3882 10 1 2 8
67.50 1.16 1.3877 7 9 2 8
67.81 4.33 1.3821 5 15 1 8
67.85 1.84 1.3813 13 0 1 4
67.98 1.67 1.3790 13 1 1 8
68.36 1.33 1.3723 3 17 0 4
69.15 1.78 1.3585 1 13 2 8
69.52 1.51 1.3522 10 11 1 8
69.75 1.52 1.3483 2 13 2 8
69.81 1.56 1.3472 9 7 2 8
70.01 6.71 1.3439 6 15 1 8
70.81 1.01 1.3306 2 2 3 8
70.86 1.18 1.3298 9 14 0 4
71.02 1.44 1.3272 11 10 1 8
71.42 1.18 1.3208 3 1 3 8
71.66 1.50 1.3170 11 1 2 8
71.71 1.70 1.3162 9 8 2 8
71.80 2.42 1.3148 3 2 3 8
71.92 2.13 1.3128 10 6 2 8
72.86 1.13 1.2982 1 5 3 8
73.15 2.60 1.2938 2 14 2 8
73.32 2.06 1.2911 14 1 1 8
73.44 4.98 1.2893 2 5 3 8
73.55 2.57 1.2877 10 7 2 8
73.90 2.48 1.2825 6 16 1 8
74.42 1.77 1.2749 3 5 3 8
74.81 1.20 1.2691 2 6 3 8
75.02 1.07 1.2660 15 2 0 4
75.34 2.53 1.2614 0 18 1 4
75.49 1.01 1.2594 8 15 1 8
76.16 1.73 1.2500 1 15 2 8
76.49 1.70 1.2453 11 12 1 8
76.50 1.56 1.2452 15 4 0 4
77.98 1.01 1.2253 13 9 1 8
78.08 1.11 1.2239 12 11 1 8
79.03 1.75 1.2117 7 0 3 4
79.54 2.06 1.2051 11 13 1 8
80.06 1.74 1.1986 1 19 1 8
80.52 1.18 1.1928 4 8 3 8
81.81 1.02 1.1773 15 5 1 8
82.35 1.48 1.1710 8 2 3 8
82.58 1.76 1.1683 4 9 3 8
83.54 1.08 1.1573 3 10 3 8
83.73 1.06 1.1552 14 11 0 4
85.31 1.10 1.1377 2 20 1 8
85.42 1.17 1.1366 3 17 2 8
86.73 1.50 1.1228 7 8 3 8
87.31 1.58 1.1167 1 12 3 8
87.77 1.14 1.1121 9 14 2 8
90.00 1.49 1.0902 10 17 1 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.