Paderaite
Topa D, Makovicky E
The Canadian Mineralogist 44 (2006) 481-495
The crystal structure of paderaite, Cu7(X0.33Pb1.33Bi11.33)Sum13S22,
with X = Cu or Ag: New data and interpretation
Locality: Swartberg, South Africa
_database_code_amcsd 0006088
CELL PARAMETERS: 17.5730 3.9426 28.4230 90.000 105.525 90.000
SPACE GROUP: P2_1/m
X-RAY WAVELENGTH: 1.541838
Cell Volume: 1897.389
Density (g/cm3): 6.682
MAX. ABS. INTENSITY / VOLUME**2: 62.45352351
RIR: 3.043
RIR based on corundum from Acta Crystallographica A38 (1982) 733-739
2-THETA INTENSITY D-SPACING H K L Multiplicity
6.45 9.63 13.6930 0 0 2 2
6.83 1.65 12.9359 1 0 1 2
9.33 1.22 9.4786 1 0 2 2
9.69 1.66 9.1287 0 0 3 2
9.70 2.24 9.1193 -1 0 3 2
10.45 1.30 8.4659 2 0 0 2
11.74 1.33 7.5389 2 0 1 2
13.69 1.55 6.4680 2 0 2 2
14.30 22.84 6.1957 -2 0 4 2
16.18 3.26 5.4772 0 0 5 2
16.76 3.89 5.2895 -2 0 5 2
16.87 2.07 5.2566 3 0 1 2
17.49 3.44 5.0719 -3 0 4 2
18.31 5.07 4.8453 1 0 5 2
18.54 1.72 4.7862 3 0 2 2
18.72 2.58 4.7393 2 0 4 2
19.33 2.88 4.5927 -3 0 5 2
19.47 1.26 4.5596 -2 0 6 2
20.23 7.22 4.3892 -4 0 2 2
20.35 5.82 4.3633 -4 0 1 2
20.99 2.96 4.2330 4 0 0 2
21.48 6.14 4.1375 1 0 6 2
21.51 1.05 4.1305 -3 0 6 2
21.55 6.51 4.1228 2 0 5 2
21.91 2.50 4.0575 -1 0 7 2
22.09 14.71 4.0239 4 0 1 2
22.34 11.88 3.9802 -2 0 7 2
22.73 10.67 3.9123 0 0 7 2
22.79 1.61 3.9024 0 1 1 4
23.19 1.05 3.8348 -1 1 1 4
23.48 1.46 3.7887 0 1 2 4
23.59 7.97 3.7713 1 1 1 4
23.60 1.89 3.7695 4 0 2 2
23.96 8.39 3.7143 -3 0 7 2
24.45 3.95 3.6403 1 1 2 4
24.56 71.72 3.6249 -4 0 6 2
24.60 24.00 3.6189 -1 1 3 4
24.75 1.28 3.5965 -2 1 1 4
25.12 2.60 3.5447 -1 0 8 2
25.45 8.02 3.4993 4 0 3 2
25.50 7.79 3.4937 2 1 1 4
25.63 11.54 3.4760 -5 0 1 2
25.71 1.73 3.4651 1 1 3 4
25.72 1.77 3.4636 -2 1 3 4
26.32 21.17 3.3864 5 0 0 2
26.48 16.83 3.3665 2 1 2 4
26.57 1.22 3.3554 -4 0 7 2
26.60 4.11 3.3516 -3 0 8 2
26.80 1.87 3.3263 -2 1 4 4
27.28 30.80 3.2687 -3 1 1 4
27.36 11.04 3.2593 -3 1 2 4
27.39 4.07 3.2563 5 0 1 2
27.55 25.96 3.2379 -1 1 5 4
27.56 46.69 3.2368 2 0 7 2
27.58 9.48 3.2340 4 0 4 2
27.60 25.56 3.2321 3 1 0 4
27.82 8.68 3.2073 2 1 3 4
27.83 2.37 3.2053 -3 1 3 4
27.88 1.39 3.1998 0 1 5 4
27.94 1.45 3.1934 1 0 8 2
28.30 30.14 3.1540 3 1 1 4
28.39 17.35 3.1439 -2 0 9 2
28.80 2.01 3.0997 5 0 2 2
29.35 24.86 3.0431 3 1 2 4
29.35 3.77 3.0429 0 0 9 2
29.47 4.38 3.0309 2 1 4 4
29.48 100.00 3.0304 -1 1 6 4
29.87 1.24 2.9915 -3 1 5 4
29.93 2.07 2.9850 4 0 5 2
29.95 1.59 2.9836 0 1 6 4
30.51 3.43 2.9295 5 0 3 2
30.55 15.07 2.9261 -6 0 3 2
30.68 1.23 2.9141 2 0 8 2
30.87 1.16 2.8964 -6 0 4 2
30.98 20.97 2.8870 -6 0 1 2
31.11 2.08 2.8751 3 0 7 2
31.34 8.45 2.8542 1 1 6 4
31.37 1.33 2.8513 -4 1 4 4
31.39 4.79 2.8494 2 1 5 4
31.53 1.33 2.8375 -2 0 10 2
31.64 36.98 2.8276 -1 1 7 4
31.78 1.61 2.8161 4 1 1 4
31.95 2.40 2.8010 -2 1 7 4
32.29 1.10 2.7725 -3 0 10 2
32.33 1.84 2.7694 -4 1 5 4
32.39 17.58 2.7638 3 1 4 4
32.47 4.45 2.7575 4 0 6 2
32.70 3.39 2.7386 0 0 10 2
32.76 25.80 2.7335 6 0 1 2
32.87 2.29 2.7246 4 1 2 4
33.55 3.39 2.6713 2 1 6 4
33.58 1.10 2.6685 -4 1 6 4
33.89 4.74 2.6447 -4 0 10 2
34.01 30.79 2.6360 -1 1 8 4
34.07 1.09 2.6313 3 0 8 2
34.16 4.28 2.6248 -2 1 8 4
34.26 2.55 2.6171 4 1 3 4
34.40 5.81 2.6073 -5 1 1 4
34.70 1.98 2.5849 0 1 8 4
34.72 8.07 2.5839 -5 1 4 4
34.93 7.65 2.5689 5 1 0 4
35.40 4.96 2.5360 -6 0 8 2
35.46 11.43 2.5318 -5 1 5 4
35.76 1.74 2.5107 5 1 1 4
35.92 1.14 2.5004 4 1 4 4
36.08 1.90 2.4896 0 0 11 2
36.44 1.75 2.4655 3 1 6 4
36.49 2.07 2.4626 -5 1 6 4
36.55 2.88 2.4586 -1 1 9 4
36.56 2.06 2.4581 -2 1 9 4
36.89 6.20 2.4367 5 1 2 4
37.11 1.13 2.4227 2 0 10 2
37.35 2.19 2.4073 -3 1 9 4
37.79 1.45 2.3805 -5 1 7 4
37.97 1.38 2.3696 4 0 8 2
38.28 3.69 2.3515 5 1 3 4
38.31 4.03 2.3497 -6 1 3 4
38.33 1.01 2.3480 -6 1 2 4
38.57 4.94 2.3342 -6 1 4 4
39.23 4.00 2.2965 -1 1 10 4
39.23 7.24 2.2963 -6 0 10 2
39.75 1.72 2.2679 -3 1 10 4
39.90 6.19 2.2596 4 1 6 4
39.95 7.17 2.2568 -6 1 6 4
41.04 5.71 2.1993 -6 1 7 4
41.12 3.10 2.1951 -8 0 3 2
41.13 7.42 2.1948 -5 1 9 4
41.25 4.78 2.1886 3 1 8 4
41.30 22.71 2.1860 -2 0 13 2
41.39 1.51 2.1816 -8 0 2 2
41.42 1.32 2.1801 -8 0 5 2
41.45 1.05 2.1785 -6 0 11 2
41.65 4.73 2.1683 1 1 10 4
41.76 4.57 2.1630 5 1 5 4
41.81 1.04 2.1606 -2 1 11 4
41.92 2.90 2.1550 -8 0 1 2
42.17 2.27 2.1427 4 1 7 4
42.74 1.76 2.1155 -7 0 10 2
42.82 3.41 2.1117 -7 1 4 4
42.84 1.17 2.1109 -7 1 2 4
42.86 1.04 2.1102 7 0 4 2
43.11 3.06 2.0982 -5 1 10 4
43.22 4.15 2.0934 -7 1 5 4
43.77 1.03 2.0681 8 0 1 2
43.81 6.30 2.0665 5 1 6 4
43.87 1.35 2.0639 -7 1 6 4
43.88 13.17 2.0633 3 1 9 4
43.91 1.80 2.0617 7 1 0 4
43.95 4.00 2.0604 -6 1 9 4
44.61 2.14 2.0310 4 1 8 4
44.63 1.56 2.0304 -2 1 12 4
44.67 3.10 2.0288 -2 0 14 2
44.77 7.75 2.0244 -7 1 7 4
44.96 2.02 2.0163 -1 1 12 4
44.98 8.34 2.0155 -3 1 12 4
45.28 1.01 2.0025 -5 1 11 4
45.72 2.94 1.9843 -6 1 10 4
45.91 13.24 1.9767 -7 1 8 4
45.95 2.80 1.9751 0 1 12 4
46.04 13.68 1.9715 5 1 7 4
46.04 46.34 1.9713 0 2 0 2
46.09 1.13 1.9692 6 1 5 4
46.38 3.26 1.9579 -6 0 13 2
46.42 3.13 1.9561 0 0 14 2
46.66 1.78 1.9465 -9 0 5 2
46.77 1.31 1.9425 2 1 11 4
46.89 5.29 1.9377 6 0 8 2
46.99 1.22 1.9338 7 0 6 2
47.04 1.07 1.9319 4 0 11 2
47.06 4.07 1.9310 -9 0 6 2
47.20 5.71 1.9256 4 1 9 4
47.28 4.67 1.9226 -7 1 9 4
47.37 9.72 1.9192 7 1 3 4
47.40 3.29 1.9179 -8 1 3 4
47.41 1.92 1.9175 -8 1 4 4
47.57 2.19 1.9115 1 1 12 4
47.62 11.51 1.9095 -5 1 12 4
47.64 4.78 1.9089 -8 1 2 4
47.67 1.13 1.9079 -8 1 5 4
47.79 1.98 1.9033 -3 1 13 4
48.09 3.05 1.8921 -2 0 15 2
48.29 4.64 1.8847 8 0 4 2
48.43 5.03 1.8796 5 1 8 4
48.46 1.87 1.8785 -2 2 4 4
48.65 2.54 1.8717 -4 1 13 4
48.84 1.80 1.8648 8 1 0 4
49.03 1.39 1.8580 0 1 13 4
49.17 2.56 1.8531 -7 0 13 2
49.31 2.78 1.8480 7 0 7 2
49.79 2.23 1.8314 8 1 1 4
49.92 1.65 1.8268 4 1 10 4
50.11 1.17 1.8204 3 0 13 2
50.24 2.68 1.8160 4 0 12 2
50.63 1.34 1.8030 2 0 14 2
50.63 4.44 1.8028 -7 1 11 4
50.68 11.96 1.8014 1 1 13 4
50.77 1.11 1.7983 -4 2 2 4
51.10 1.38 1.7874 -1 1 14 4
51.34 1.08 1.7796 1 2 6 4
51.38 1.17 1.7785 2 2 5 4
51.43 3.61 1.7766 -4 1 14 4
51.63 2.81 1.7703 4 2 1 4
51.75 2.21 1.7665 -2 2 7 4
51.86 1.65 1.7632 -6 0 15 2
51.94 2.08 1.7604 0 2 7 4
52.28 3.28 1.7497 -9 1 4 4
52.34 2.66 1.7480 8 1 3 4
52.38 1.46 1.7469 -9 1 3 4
52.42 1.94 1.7456 6 0 10 2
52.56 1.78 1.7413 -3 2 7 4
52.66 1.45 1.7380 -10 0 2 2
52.69 4.19 1.7370 -9 1 2 4
52.72 1.73 1.7362 7 1 6 4
52.79 6.18 1.7341 -9 1 6 4
52.87 15.95 1.7318 -4 2 6 4
53.24 2.17 1.7205 -9 1 1 4
53.31 1.04 1.7185 -10 0 1 2
53.34 1.82 1.7175 4 2 3 4
53.38 2.75 1.7163 -9 1 7 4
53.43 2.67 1.7147 -5 2 1 4
53.54 3.51 1.7116 0 0 16 2
53.65 1.05 1.7085 5 1 10 4
53.81 5.14 1.7037 5 2 0 4
53.88 1.00 1.7017 1 1 14 4
53.96 1.04 1.6992 -3 2 8 4
54.31 1.12 1.6891 -1 1 15 4
54.41 1.06 1.6864 5 2 1 4
54.41 1.23 1.6863 7 0 9 2
54.50 13.09 1.6836 2 2 7 4
54.51 4.70 1.6833 -10 0 9 2
54.52 2.50 1.6832 4 2 4 4
54.71 4.40 1.6777 -8 0 14 2
54.87 3.99 1.6733 7 1 7 4
54.98 4.82 1.6701 -2 2 9 4
55.32 1.13 1.6606 -4 0 17 2
55.36 2.43 1.6595 6 0 11 2
55.51 1.29 1.6553 -5 1 15 4
55.55 1.02 1.6545 0 2 9 4
55.66 1.08 1.6514 -10 0 10 2
56.25 1.03 1.6355 5 2 3 4
56.27 4.68 1.6349 -6 2 3 4
56.45 1.02 1.6302 -9 1 10 4
56.53 6.10 1.6280 -6 2 1 4
56.88 1.58 1.6187 -3 1 16 4
56.89 3.75 1.6184 4 0 14 2
57.02 1.45 1.6151 3 0 15 2
57.47 1.46 1.6036 4 2 6 4
57.61 1.15 1.5999 0 2 10 4
57.65 8.68 1.5989 6 2 1 4
57.74 1.30 1.5967 2 0 16 2
57.87 1.75 1.5933 -9 1 11 4
58.39 1.67 1.5805 -4 2 10 4
58.74 1.10 1.5719 -4 0 18 2
59.38 1.88 1.5564 -6 2 8 4
59.70 1.83 1.5489 -8 0 16 2
60.12 1.19 1.5390 -3 1 17 4
60.89 1.17 1.5214 0 0 18 2
61.21 1.21 1.5143 11 0 1 2
62.05 3.22 1.4958 -6 2 10 4
62.24 2.18 1.4917 7 1 10 4
62.40 1.52 1.4881 -8 0 17 2
63.42 1.49 1.4667 -8 2 3 4
63.55 10.77 1.4639 -2 2 13 4
63.55 2.84 1.4639 -10 1 12 4
64.01 1.40 1.4545 -8 2 1 4
64.56 5.02 1.4435 -12 0 2 2
65.20 1.33 1.4309 -10 1 13 4
66.09 1.64 1.4138 -2 2 14 4
66.38 1.02 1.4083 10 1 5 4
66.46 2.53 1.4068 6 1 13 4
66.47 1.38 1.4066 -10 0 16 2
66.90 7.74 1.3986 -3 1 19 4
67.41 1.82 1.3892 -6 2 13 4
67.45 1.73 1.3885 0 2 14 4
67.64 1.01 1.3851 -9 2 5 4
67.68 3.73 1.3844 -7 1 18 4
67.82 2.97 1.3819 6 2 8 4
67.95 2.33 1.3794 -9 2 6 4
68.08 2.06 1.3772 -1 1 19 4
68.53 1.15 1.3693 0 0 20 2
68.65 1.14 1.3672 -12 1 7 4
68.77 1.77 1.3651 -2 2 15 4
68.93 2.73 1.3623 8 2 4 4
69.10 1.40 1.3594 -12 1 8 4
69.64 1.54 1.3502 -7 2 13 4
69.75 1.68 1.3482 7 2 7 4
70.36 2.91 1.3381 11 1 4 4
70.41 1.63 1.3372 10 1 7 4
70.51 1.67 1.3356 4 2 12 4
71.18 2.30 1.3246 -11 1 14 4
71.83 1.05 1.3142 -6 2 15 4
72.14 1.85 1.3094 11 1 5 4
72.20 3.39 1.3084 9 1 10 4
72.28 3.81 1.3072 5 1 16 4
72.30 1.27 1.3069 6 2 10 4
72.68 1.46 1.3010 10 1 8 4
72.86 2.86 1.2981 -8 1 19 4
73.04 1.54 1.2954 -11 1 15 4
73.24 2.34 1.2924 0 2 16 4
73.58 1.56 1.2873 2 1 19 4
73.92 1.42 1.2822 -3 3 1 4
74.05 1.16 1.2803 -1 3 5 4
74.06 3.20 1.2801 -10 2 9 4
74.07 1.23 1.2800 3 3 0 4
74.11 1.59 1.2793 -3 1 21 4
74.23 3.04 1.2776 -8 2 14 4
74.33 2.66 1.2761 -13 1 7 4
74.41 1.46 1.2750 3 3 1 4
74.69 2.15 1.2709 -13 1 8 4
74.78 1.69 1.2696 6 2 11 4
74.94 1.23 1.2673 3 3 2 4
75.00 5.00 1.2664 -1 3 6 4
75.89 1.26 1.2537 -8 1 20 4
75.95 1.48 1.2529 -13 1 10 4
75.96 1.09 1.2528 10 0 11 2
76.10 2.74 1.2509 4 2 14 4
76.14 2.12 1.2503 -1 3 7 4
76.17 1.55 1.2499 -13 1 1 4
76.20 1.06 1.2493 3 2 15 4
76.55 1.07 1.2446 3 3 4 4
77.46 2.06 1.2322 -1 3 8 4
78.54 1.41 1.2179 -8 2 16 4
80.22 3.16 1.1967 3 1 20 4
80.95 1.24 1.1877 -8 2 17 4
81.48 1.17 1.1812 -9 1 21 4
82.90 4.33 1.1646 -12 2 2 4
83.17 2.09 1.1615 -14 0 15 2
83.74 1.49 1.1550 3 3 9 4
84.02 1.01 1.1519 9 1 14 4
84.51 1.01 1.1465 -3 3 12 4
84.64 1.24 1.1450 -10 2 16 4
84.70 1.93 1.1443 -9 1 22 4
85.18 1.65 1.1392 -7 3 8 4
85.27 1.71 1.1382 5 3 7 4
86.24 1.29 1.1278 7 3 3 4
86.43 1.54 1.1258 -5 3 12 4
86.55 1.06 1.1246 0 2 20 4
88.74 1.80 1.1024 1 3 13 4
89.28 1.34 1.0971 11 1 12 4
89.95 1.62 1.0907 -5 1 25 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.