Hutchinsonite
Takeuchi Y, Ghose S, Nowacki W
Zeitschrift fur Kristallographie 121 (1965) 321-348
The crystal structure of hutchinsonite, (Tl,Pb)2As5S9
Locality: Lengenbach, Binnatal, Valais, Switzerland
_database_code_amcsd 0010621
CELL PARAMETERS: 10.8100 35.3600 8.1600 90.000 90.000 90.000
SPACE GROUP: Pbca
X-RAY WAVELENGTH: 1.541838
Cell Volume: 3119.092
Density (g/cm3): 4.577
MAX. ABS. INTENSITY / VOLUME**2: 55.46308991
RIR: 3.946
RIR based on corundum from Acta Crystallographica A38 (1982) 733-739
2-THETA INTENSITY D-SPACING H K L Multiplicity
5.00 100.00 17.6800 0 2 0 2
11.95 3.62 7.4089 0 2 1 4
14.49 1.29 6.1113 1 2 1 8
14.77 3.75 5.9960 0 4 1 4
15.03 6.93 5.8933 0 6 0 2
15.54 7.80 5.7004 1 3 1 8
16.59 20.60 5.3429 2 1 0 4
16.91 1.19 5.2434 1 4 1 8
18.57 5.21 4.7776 0 6 1 4
19.86 21.92 4.4700 2 1 1 8
20.09 8.74 4.4200 0 8 0 2
20.32 28.67 4.3698 1 6 1 8
20.34 8.41 4.3665 2 2 1 8
20.68 4.87 4.2944 2 5 0 4
21.11 1.15 4.2090 2 3 1 8
21.78 1.08 4.0800 0 0 2 2
23.30 25.74 3.8172 1 0 2 4
23.41 1.60 3.8002 2 5 1 8
23.44 8.98 3.7951 1 1 2 8
23.85 10.81 3.7312 1 2 2 8
24.02 1.73 3.7045 0 4 2 4
24.11 41.01 3.6906 2 7 0 4
24.34 2.17 3.6573 1 8 1 8
24.87 6.03 3.5796 2 6 1 8
25.19 2.59 3.5360 0 10 0 2
26.04 4.76 3.4216 2 8 0 4
26.49 1.28 3.3641 1 9 1 8
26.51 9.21 3.3626 2 7 1 8
26.57 1.02 3.3545 0 6 2 4
27.17 6.77 3.2820 3 1 1 8
27.49 3.01 3.2445 0 10 1 4
27.51 4.33 3.2427 2 1 2 8
27.53 2.46 3.2404 3 2 1 8
27.85 7.73 3.2038 1 6 2 8
28.08 21.28 3.1780 2 9 0 4
28.11 4.74 3.1745 3 3 1 8
29.33 63.53 3.0454 1 7 2 8
29.80 1.43 2.9980 0 8 2 4
29.91 7.71 2.9877 3 5 1 8
30.20 2.40 2.9590 2 10 0 4
30.22 4.74 2.9579 2 5 2 8
30.33 1.47 2.9467 0 12 0 2
30.95 20.90 2.8890 1 8 2 8
32.18 1.31 2.7818 2 10 1 8
32.30 1.71 2.7715 0 12 1 4
32.40 1.96 2.7628 2 11 0 4
32.71 40.24 2.7378 1 9 2 8
32.72 2.51 2.7370 2 7 2 8
33.15 28.38 2.7025 4 0 0 2
33.17 2.12 2.7008 3 0 2 4
33.25 2.97 2.6946 4 1 0 4
33.27 18.87 2.6930 3 1 2 8
33.33 1.67 2.6884 0 2 3 4
33.55 5.12 2.6715 4 2 0 4
33.57 1.25 2.6698 3 2 2 8
34.03 1.66 2.6341 4 3 0 4
34.08 2.81 2.6305 1 1 3 8
34.27 2.37 2.6169 2 11 1 8
34.37 4.14 2.6089 1 2 3 8
34.50 5.85 2.5997 0 4 3 4
34.71 3.20 2.5844 4 4 0 4
35.07 4.65 2.5587 4 1 1 8
35.54 7.39 2.5257 0 14 0 2
35.82 1.09 2.5072 2 9 2 8
35.82 1.84 2.5068 4 3 1 8
37.00 4.72 2.4297 2 13 0 4
37.28 5.05 2.4117 4 5 1 8
37.29 1.12 2.4111 3 10 1 8
37.35 1.49 2.4076 1 6 3 8
37.66 1.44 2.3888 0 12 2 4
37.75 2.27 2.3829 4 7 0 4
37.77 25.10 2.3818 3 7 2 8
37.81 1.32 2.3797 2 3 3 8
38.22 2.24 2.3548 1 14 1 8
38.26 1.12 2.3522 4 6 1 8
38.67 3.51 2.3287 2 13 1 8
38.88 1.37 2.3165 0 8 3 4
39.07 2.44 2.3057 4 8 0 4
40.53 12.56 2.2257 3 9 2 8
40.70 1.38 2.2166 1 15 1 8
40.83 11.28 2.2100 0 16 0 2
40.96 1.45 2.2032 2 14 1 8
41.68 3.43 2.1668 3 1 3 8
41.81 2.11 2.1608 2 15 0 4
42.06 1.62 2.1481 4 9 1 8
42.08 1.73 2.1472 4 10 0 4
42.37 2.05 2.1332 0 16 1 4
42.77 2.31 2.1143 1 10 3 8
42.94 6.03 2.1064 1 14 2 8
43.12 1.27 2.0980 3 13 1 8
43.59 1.18 2.0765 4 10 1 8
43.61 1.49 2.0754 5 2 1 8
43.78 2.04 2.0678 3 11 2 8
44.41 6.89 2.0400 0 0 4 2
44.72 4.90 2.0266 0 2 4 4
45.17 1.55 2.0073 4 8 2 8
45.21 2.07 2.0057 1 15 2 8
45.48 1.43 1.9945 3 7 3 8
45.54 2.21 1.9919 1 2 4 8
45.92 1.24 1.9762 1 3 4 8
46.08 4.09 1.9697 5 6 1 8
46.21 2.19 1.9644 0 18 0 2
46.80 2.40 1.9412 2 17 0 4
46.87 1.39 1.9383 2 11 3 8
46.96 1.20 1.9349 4 12 1 8
47.14 1.07 1.9278 0 6 4 4
47.41 1.56 1.9175 3 15 1 8
47.54 8.34 1.9126 1 16 2 8
47.60 2.98 1.9104 5 0 2 4
47.72 6.04 1.9058 2 1 4 8
47.87 1.03 1.9001 3 9 3 8
47.89 1.86 1.8993 5 2 2 8
48.59 1.41 1.8736 4 4 3 8
48.80 1.48 1.8663 4 13 1 8
49.19 4.93 1.8522 0 8 4 4
49.25 1.80 1.8503 4 5 3 8
49.39 4.47 1.8453 4 14 0 4
49.40 2.13 1.8448 3 14 2 8
50.20 2.47 1.8173 5 6 2 8
50.36 2.67 1.8120 2 13 3 8
50.95 1.03 1.7924 4 7 3 8
51.12 3.49 1.7869 5 7 2 8
51.16 5.05 1.7854 2 7 4 8
51.45 2.38 1.7760 3 15 2 8
51.99 1.12 1.7591 3 17 1 8
51.99 1.40 1.7588 4 8 3 8
52.05 1.51 1.7571 6 1 1 8
52.16 2.49 1.7536 5 8 2 8
52.24 1.05 1.7510 2 14 3 8
52.25 1.55 1.7506 6 2 1 8
52.41 1.40 1.7459 6 5 0 4
53.16 1.66 1.7230 6 6 0 4
53.16 1.17 1.7229 4 9 3 8
53.20 1.13 1.7218 3 5 4 8
53.32 1.85 1.7180 5 9 2 8
53.37 1.57 1.7167 2 9 4 8
53.57 3.61 1.7108 4 16 0 4
53.58 1.53 1.7104 3 16 2 8
54.05 2.09 1.6968 3 13 3 8
54.43 2.19 1.6858 6 6 1 8
54.44 1.35 1.6853 4 10 3 8
54.46 1.77 1.6848 5 2 3 8
54.60 1.42 1.6808 5 10 2 8
55.04 2.48 1.6684 6 8 0 4
55.44 1.65 1.6574 1 12 4 8
55.78 3.72 1.6479 3 17 2 8
55.99 1.91 1.6422 5 11 2 8
56.52 1.99 1.6282 4 0 4 4
56.58 1.91 1.6267 5 6 3 8
56.78 3.99 1.6213 4 2 4 8
56.99 1.85 1.6158 2 19 2 8
57.21 1.58 1.6102 5 14 1 8
57.40 1.09 1.6053 6 10 0 4
57.66 1.10 1.5988 1 3 5 8
58.05 2.33 1.5890 4 18 0 4
58.13 1.46 1.5870 0 14 4 4
59.70 1.33 1.5488 2 3 5 8
59.71 1.22 1.5487 3 16 3 8
60.05 1.28 1.5406 1 21 2 8
60.61 2.28 1.5278 4 8 4 8
60.66 1.46 1.5266 5 10 3 8
61.76 1.08 1.5020 6 13 0 4
61.90 3.88 1.4990 0 16 4 4
62.01 1.16 1.4967 6 2 3 8
62.63 4.43 1.4834 2 15 4 8
62.84 3.85 1.4787 2 23 0 4
63.99 1.95 1.4550 2 23 1 8
64.47 2.86 1.4452 5 16 2 8
64.58 1.81 1.4431 7 1 2 8
65.06 1.23 1.4336 7 3 2 8
65.45 1.79 1.4261 1 23 2 8
68.23 1.79 1.3745 1 24 2 8
68.33 1.48 1.3729 7 8 2 8
69.63 1.05 1.3503 8 1 0 4
70.48 1.79 1.3361 3 23 2 8
70.50 1.00 1.3357 8 4 0 4
71.08 1.11 1.3263 1 25 2 8
72.05 2.21 1.3109 4 16 4 8
73.30 1.46 1.2915 6 8 4 8
73.36 1.37 1.2906 1 8 6 8
74.32 1.20 1.2762 1 9 6 8
75.94 1.10 1.2530 3 25 2 8
79.12 1.06 1.2105 3 9 6 8
81.06 1.23 1.1863 7 17 2 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.