Sn12In19(Se,S)41
Topa D, Makovicky E
The Canadian Mineralogist 50 (2012) 397-422
Structures and classification of indium sulfosalts, and the crystal structure
of Sn12In19(Se,S)41
Locality: synthetic
_database_code_amcsd 0019198
CELL PARAMETERS: 56.2900 3.9240 15.9160 90.000 102.560 90.000
SPACE GROUP: C2/m
X-RAY WAVELENGTH: 1.541838
Cell Volume: 3431.426
Density (g/cm3): 5.733
MAX. ABS. INTENSITY / VOLUME**2: 34.18901064
RIR: 1.942
RIR based on corundum from Acta Crystallographica A38 (1982) 733-739
2-THETA INTENSITY D-SPACING H K L Multiplicity
7.61 1.70 11.6204 -4 0 1 2
9.48 1.50 9.3324 4 0 1 2
10.09 2.43 8.7666 -6 0 1 2
12.89 8.75 6.8679 8 0 0 2
16.49 1.83 5.3749 6 0 2 2
18.98 29.56 4.6762 -12 0 1 2
19.39 2.18 4.5786 12 0 0 2
21.47 4.00 4.1384 6 0 3 2
22.12 1.24 4.0181 -14 0 1 2
22.39 5.61 3.9701 -4 0 4 2
22.66 3.46 3.9245 14 0 0 2
22.72 2.55 3.9140 1 1 0 4
22.84 6.92 3.8927 -6 0 4 2
22.90 1.24 3.8838 0 0 4 2
22.96 1.71 3.8735 -12 0 3 2
23.18 1.54 3.8369 3 1 0 4
23.35 1.47 3.8094 -1 1 1 4
23.66 14.70 3.7603 8 0 3 2
23.74 13.32 3.7479 -8 0 4 2
24.14 2.04 3.6861 3 1 1 4
24.35 3.44 3.6558 -5 1 1 4
24.62 1.11 3.6154 12 0 2 2
25.18 2.31 3.5374 5 1 1 4
25.32 33.37 3.5181 -16 0 1 2
25.32 2.57 3.5176 -14 0 3 2
25.38 3.95 3.5098 7 1 0 4
25.42 1.76 3.5041 -3 1 2 4
25.64 7.96 3.4738 1 1 2 4
26.09 11.70 3.4158 10 0 3 2
26.37 1.18 3.3795 3 1 2 4
26.58 1.07 3.3541 7 1 1 4
26.67 7.84 3.3419 -12 0 4 2
26.81 13.06 3.3250 6 0 4 2
26.84 1.88 3.3220 -7 1 2 4
26.95 4.55 3.3089 -9 1 1 4
27.48 6.70 3.2462 5 1 2 4
28.10 5.16 3.1753 -9 1 2 4
28.19 1.29 3.1652 -2 0 5 2
28.25 2.18 3.1587 -6 0 5 2
28.31 26.21 3.1523 -3 1 3 4
28.37 13.00 3.1460 -1 1 3 4
28.55 1.65 3.1265 -18 0 1 2
28.70 1.50 3.1108 12 0 3 2
28.80 9.53 3.0994 1 1 3 4
28.94 9.07 3.0857 11 1 0 4
29.01 2.51 3.0779 -18 0 2 2
29.32 18.12 3.0462 -7 1 3 4
29.60 1.43 3.0178 3 1 3 4
29.63 2.72 3.0150 2 0 5 2
29.68 5.07 3.0098 -11 1 2 4
30.35 1.85 2.9449 -9 1 3 4
30.59 1.60 2.9222 -18 0 3 2
30.67 6.51 2.9150 16 0 2 2
30.77 3.26 2.9056 -13 1 1 4
30.95 33.16 2.8891 10 0 4 2
31.54 4.97 2.8369 -13 1 2 4
31.70 100.00 2.8227 -11 1 3 4
31.82 29.66 2.8121 -20 0 1 2
32.11 2.18 2.7875 -20 0 2 2
32.17 9.04 2.7824 7 1 3 4
32.19 14.10 2.7807 -5 1 4 4
32.22 53.39 2.7785 -1 1 4 4
32.60 2.23 2.7471 20 0 0 2
32.64 1.55 2.7436 -14 0 5 2
32.73 4.17 2.7358 1 1 4 4
33.03 6.23 2.7118 -15 1 1 4
33.50 13.29 2.6752 -9 1 4 4
33.57 31.51 2.6694 3 1 4 4
34.46 1.62 2.6026 -16 0 5 2
34.61 8.54 2.5915 -11 1 4 4
34.64 2.09 2.5892 0 0 6 2
34.71 2.10 2.5845 5 1 4 4
34.83 4.63 2.5756 13 1 2 4
35.13 2.32 2.5543 -22 0 1 2
35.20 19.97 2.5495 -15 1 3 4
35.28 1.95 2.5442 -22 0 2 2
35.82 16.74 2.5068 11 1 3 4
35.89 20.63 2.5019 14 0 4 2
35.91 4.36 2.5005 -17 1 2 4
36.01 5.87 2.4943 -13 1 4 4
36.12 1.30 2.4865 7 1 4 4
36.37 4.36 2.4703 -3 1 5 4
36.39 1.43 2.4688 -5 1 5 4
37.22 1.82 2.4159 15 1 2 4
37.31 4.04 2.4102 18 0 3 2
37.46 12.73 2.4009 17 1 1 4
38.07 3.48 2.3636 -19 1 1 4
38.48 8.83 2.3394 -24 0 1 2
38.50 1.05 2.3381 -24 0 2 2
38.68 3.58 2.3279 19 1 0 4
39.22 2.09 2.2969 5 1 5 4
39.42 1.10 2.2858 -13 1 5 4
39.52 1.64 2.2802 -17 1 4 4
39.57 3.58 2.2776 -19 1 3 4
39.71 2.72 2.2700 -4 0 7 2
39.76 1.41 2.2670 17 1 2 4
40.04 4.83 2.2517 -2 0 7 2
40.30 2.67 2.2377 15 1 3 4
40.49 8.34 2.2279 -18 0 6 2
40.65 2.92 2.2193 0 0 7 2
41.19 1.28 2.1917 -24 0 4 2
41.41 1.57 2.1805 18 0 4 2
41.48 2.10 2.1768 21 1 0 4
41.53 4.62 2.1745 2 0 7 2
41.59 12.46 2.1713 -19 1 4 4
42.44 2.73 2.1297 19 1 2 4
42.49 2.31 2.1274 -17 1 5 4
42.99 19.73 2.1041 21 1 1 4
43.52 1.66 2.0795 22 0 3 2
43.58 2.27 2.0768 24 0 2 2
43.72 1.68 2.0706 -24 0 5 2
43.84 2.24 2.0649 -21 1 4 4
44.11 1.06 2.0531 -26 0 4 2
44.60 10.84 2.0318 -22 0 6 2
45.13 1.54 2.0091 -28 0 2 2
45.25 2.05 2.0040 21 1 2 4
45.43 6.84 1.9965 19 1 3 4
46.06 1.41 1.9705 -10 0 8 2
46.07 1.10 1.9701 13 1 5 4
46.14 7.16 1.9674 -2 0 8 2
46.15 5.81 1.9671 -5 1 7 4
46.22 1.60 1.9640 -7 1 7 4
46.27 52.19 1.9620 0 2 0 2
46.40 16.82 1.9570 -21 1 5 4
46.45 1.23 1.9551 17 1 4 4
46.55 1.20 1.9510 -9 1 7 4
46.74 29.57 1.9435 -1 1 7 4
46.95 3.84 1.9353 26 0 2 2
47.40 1.94 1.9180 10 0 7 2
47.41 1.57 1.9175 25 1 0 4
47.66 1.83 1.9081 2 0 8 2
47.75 1.81 1.9048 -19 1 6 4
47.93 1.39 1.8980 -13 1 7 4
48.17 2.05 1.8892 23 1 2 4
48.19 2.12 1.8884 21 1 3 4
48.27 1.85 1.8855 15 1 5 4
48.30 12.33 1.8842 3 1 7 4
48.86 8.98 1.8640 11 1 6 4
48.96 11.67 1.8606 25 1 1 4
48.97 5.23 1.8601 -15 1 7 4
49.02 1.17 1.8584 19 1 4 4
49.02 2.07 1.8583 -30 0 3 2
49.23 4.18 1.8507 -28 0 5 2
49.38 3.71 1.8455 -26 0 6 2
49.55 1.01 1.8396 -27 1 2 4
49.60 1.10 1.8380 -21 1 6 4
49.67 10.31 1.8355 -27 1 1 4
49.79 1.08 1.8314 30 0 0 2
50.17 1.08 1.8183 -27 1 3 4
50.23 1.95 1.8164 -17 1 7 4
50.44 3.52 1.8092 -12 2 1 4
50.97 3.52 1.7916 18 0 6 2
51.00 2.41 1.7906 -25 1 5 4
51.07 9.70 1.7885 23 1 3 4
51.19 1.45 1.7845 25 1 2 4
51.51 1.81 1.7741 -27 1 4 4
51.54 1.45 1.7732 -5 1 8 4
51.63 1.94 1.7704 -23 1 6 4
51.99 2.74 1.7591 -32 0 2 2
52.62 1.97 1.7395 8 2 3 4
52.66 1.65 1.7382 -8 2 4 4
52.84 1.42 1.7326 -13 1 8 4
53.47 5.48 1.7135 -16 2 1 4
53.73 1.28 1.7061 29 1 0 4
53.89 1.86 1.7013 10 2 3 4
54.06 1.60 1.6964 25 1 3 4
54.21 1.29 1.6920 -12 2 4 4
54.29 3.10 1.6898 6 2 4 4
54.82 1.46 1.6747 -17 1 8 4
54.95 2.21 1.6709 -24 0 8 2
56.48 2.18 1.6292 22 0 6 2
56.54 1.79 1.6277 16 2 2 4
56.71 8.18 1.6231 10 2 4 4
57.25 7.31 1.6091 -20 2 1 4
57.94 2.45 1.5915 -8 0 10 2
57.97 2.46 1.5910 -22 0 9 2
58.30 1.63 1.5826 -4 0 10 2
58.44 3.06 1.5793 -12 0 10 2
59.76 1.64 1.5474 -16 0 10 2
59.91 7.28 1.5439 14 2 4 4
60.40 1.82 1.5327 33 1 0 4
60.88 1.20 1.5216 18 2 3 4
61.70 3.39 1.5033 -24 2 1 4
62.82 1.59 1.4792 -2 2 7 4
63.14 3.26 1.4724 -18 2 6 4
63.26 1.10 1.4699 0 2 7 4
63.60 1.88 1.4630 -38 0 4 2
63.73 1.49 1.4603 29 1 4 4
63.91 1.63 1.4567 2 2 7 4
64.45 1.36 1.4457 -10 0 11 2
64.51 2.84 1.4445 20 0 8 2
65.16 1.13 1.4318 -14 0 11 2
65.95 1.53 1.4164 10 0 10 2
66.22 4.80 1.4114 -22 2 6 4
66.34 1.06 1.4090 -37 1 1 4
66.50 2.22 1.4060 -40 0 2 2
67.41 3.57 1.3892 -2 2 8 4
68.05 1.62 1.3778 26 2 2 4
69.42 1.14 1.3538 -39 1 2 4
69.46 3.82 1.3531 -29 1 9 4
69.69 1.06 1.3492 -30 2 3 4
69.87 1.83 1.3463 -28 2 5 4
69.92 1.75 1.3454 -3 1 11 4
69.99 2.27 1.3443 -26 2 6 4
70.02 1.25 1.3437 24 0 8 2
71.28 1.63 1.3230 18 2 6 4
71.35 1.19 1.3219 1 1 11 4
72.12 1.40 1.3097 -32 2 2 4
73.85 1.26 1.2832 19 1 9 4
74.04 1.44 1.2804 -33 1 9 4
74.60 1.39 1.2721 -24 2 8 4
75.91 1.42 1.2534 22 2 6 4
76.51 3.87 1.2451 -11 3 3 4
76.79 2.22 1.2412 -1 3 4 4
77.18 1.79 1.2360 -8 2 10 4
77.20 1.70 1.2357 -22 2 9 4
77.49 1.10 1.2318 -4 2 10 4
77.55 1.54 1.2310 3 3 4 4
77.60 1.87 1.2303 -12 2 10 4
77.80 1.74 1.2277 35 1 5 4
78.12 1.43 1.2235 1 1 12 4
78.36 3.28 1.2203 -43 1 5 4
78.49 1.23 1.2186 -15 3 3 4
78.77 1.15 1.2150 -16 2 10 4
80.00 1.92 1.1994 13 1 11 4
81.83 3.03 1.1771 41 1 3 4
82.19 1.37 1.1728 -38 2 4 4
83.02 2.25 1.1633 20 2 8 4
83.46 1.64 1.1582 21 3 1 4
84.27 2.07 1.1491 17 1 11 4
84.33 1.12 1.1484 10 2 10 4
84.84 1.80 1.1429 -40 2 2 4
85.70 1.49 1.1335 -45 1 7 4
85.87 1.75 1.1318 -21 3 5 4
86.11 2.57 1.1292 -1 3 7 4
86.37 4.87 1.1265 -23 1 13 4
87.27 1.56 1.1172 3 3 7 4
87.69 1.03 1.1129 11 3 6 4
87.76 1.59 1.1122 25 3 1 4
88.11 1.16 1.1086 24 2 8 4
88.30 1.11 1.1068 -27 3 1 4
89.38 1.25 1.0962 23 3 3 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.