Izoklakeite
Armbruster T, Hummel W
American Mineralogist 72 (1987) 821-831
(Sb,Bi,Pb) ordering in sulfosalts: Crystal-structure refinement of a Bi-rich
izoklakeite
_database_code_amcsd 0001112
CELL PARAMETERS: 34.2210 37.9330 4.0630 90.000 90.000 90.000
SPACE GROUP: Pnnm
X-RAY WAVELENGTH: 1.541838
Cell Volume: 5274.202
Density (g/cm3): 6.876
MAX. ABS. INTENSITY / VOLUME**2: 54.40965525
RIR: 2.576
RIR based on corundum from Acta Crystallographica A38 (1982) 733-739
2-THETA INTENSITY D-SPACING H K L Multiplicity
3.48 21.40 25.4092 1 1 0 4
4.66 2.13 18.9665 0 2 0 2
5.67 1.00 15.5972 2 1 0 4
10.34 1.06 8.5553 4 0 0 2
10.44 1.29 8.4697 3 3 0 4
13.14 2.78 6.7354 5 1 0 4
13.94 1.19 6.3523 4 4 0 4
14.94 1.44 5.9303 2 6 0 4
15.54 3.39 5.7035 6 0 0 2
15.71 1.01 5.6401 6 1 0 4
17.44 1.09 5.0845 4 6 0 4
19.39 1.15 4.5779 4 7 0 4
19.47 1.86 4.5589 6 5 0 4
20.44 2.20 4.3453 7 4 0 4
20.77 11.95 4.2776 8 0 0 2
20.90 1.42 4.2507 8 1 0 4
20.98 1.55 4.2349 6 6 0 4
21.72 2.63 4.0924 2 9 0 4
22.03 1.45 4.0347 1 0 1 4
22.16 1.15 4.0120 1 1 1 8
22.49 2.83 3.9535 3 9 0 4
22.53 2.39 3.9464 1 2 1 8
22.61 6.55 3.9318 2 1 1 8
22.63 2.29 3.9285 6 7 0 4
22.81 1.06 3.8993 8 4 0 4
22.82 17.23 3.8976 5 8 0 4
23.24 17.71 3.8275 3 0 1 4
23.45 1.15 3.7933 0 10 0 2
23.51 15.25 3.7834 9 1 0 4
23.53 28.55 3.7809 4 9 0 4
23.72 2.08 3.7518 3 2 1 8
23.87 2.78 3.7282 9 2 0 4
23.97 2.93 3.7126 1 4 1 8
24.37 13.98 3.6531 4 1 1 8
24.40 8.26 3.6488 2 4 1 8
24.73 35.03 3.5995 3 10 0 4
25.00 16.43 3.5622 1 5 1 8
25.09 18.47 3.5493 3 4 1 8
25.14 1.75 3.5429 8 6 0 4
25.23 2.47 3.5292 9 4 0 4
25.41 4.65 3.5057 2 5 1 8
25.50 6.03 3.4938 5 0 1 4
25.60 2.41 3.4790 5 1 1 8
25.69 29.43 3.4677 4 10 0 4
26.03 9.63 3.4228 4 4 1 8
26.04 100.00 3.4221 10 0 0 2
26.08 62.15 3.4172 3 5 1 8
26.15 1.04 3.4083 10 1 0 4
26.18 4.63 3.4036 7 8 0 4
26.20 6.01 3.4011 1 6 1 8
26.29 76.66 3.3897 6 9 0 4
26.36 5.97 3.3805 2 11 0 4
26.47 2.71 3.3676 5 3 1 8
26.87 9.65 3.3178 5 10 0 4
26.99 49.22 3.3038 4 5 1 8
27.01 10.47 3.3009 3 11 0 4
27.05 1.21 3.2967 6 1 1 8
27.24 10.09 3.2742 3 6 1 8
27.95 6.76 3.1922 7 9 0 4
28.09 1.46 3.1761 8 8 0 4
28.11 3.70 3.1741 4 6 1 8
28.25 32.61 3.1585 6 10 0 4
28.57 11.90 3.1247 7 0 1 4
28.57 5.01 3.1244 6 4 1 8
28.72 3.30 3.1085 2 12 0 4
28.79 3.55 3.1006 11 1 0 4
28.99 1.45 3.0796 5 11 0 4
29.06 1.32 3.0728 1 8 1 8
29.42 15.70 3.0363 2 8 1 8
29.45 42.34 3.0332 6 5 1 8
29.57 2.59 3.0209 11 3 0 4
29.81 21.87 2.9969 7 10 0 4
30.11 11.35 2.9678 7 4 1 8
30.43 10.88 2.9371 8 1 1 8
30.49 31.19 2.9319 6 6 1 8
30.68 17.13 2.9145 1 9 1 8
30.95 83.59 2.8892 7 5 1 8
31.09 1.53 2.8764 2 13 0 4
31.17 2.33 2.8691 8 3 1 8
31.37 9.38 2.8518 12 0 0 2
31.58 38.09 2.8335 3 9 1 8
31.68 4.20 2.8242 6 7 1 8
31.75 11.29 2.8179 7 11 0 4
31.81 2.78 2.8133 8 4 1 8
31.95 33.07 2.8012 7 6 1 8
32.60 2.33 2.7470 9 2 1 8
32.61 5.55 2.7462 8 5 1 8
32.72 25.66 2.7370 2 10 1 8
32.79 1.21 2.7309 12 4 0 4
33.01 2.96 2.7137 6 8 1 8
33.38 5.43 2.6847 8 11 0 4
33.99 7.87 2.6376 4 10 1 8
34.14 3.79 2.6261 13 1 0 4
34.37 1.09 2.6091 7 8 1 8
34.40 8.88 2.6072 9 5 1 8
35.31 3.49 2.5419 9 6 1 8
35.32 1.62 2.5409 10 10 0 4
35.60 1.34 2.5220 1 15 0 4
35.89 7.26 2.5023 8 8 1 8
36.10 2.85 2.4883 1 12 1 8
36.37 1.48 2.4701 11 0 1 4
36.39 3.52 2.4688 2 12 1 8
37.55 1.32 2.3951 4 12 1 8
38.10 1.00 2.3619 12 9 0 4
38.32 5.50 2.3487 11 5 1 8
38.70 5.30 2.3267 8 10 1 8
38.84 17.13 2.3185 9 9 1 8
39.14 1.17 2.3015 13 8 0 4
39.15 4.63 2.3007 11 6 1 8
39.32 4.74 2.2915 10 8 1 8
39.77 3.98 2.2665 12 4 1 8
40.09 9.01 2.2494 1 14 1 8
40.51 5.95 2.2266 1 17 0 4
40.85 1.17 2.2092 13 0 1 4
40.92 1.99 2.2055 13 1 1 8
41.07 3.48 2.1976 12 11 0 4
41.23 1.26 2.1897 12 6 1 8
41.77 14.92 2.1627 13 10 0 4
41.92 2.78 2.1551 8 12 1 8
41.94 5.74 2.1543 10 10 1 8
41.99 22.74 2.1516 13 4 1 8
42.09 42.49 2.1470 0 15 1 4
42.17 1.07 2.1428 1 15 1 8
42.25 1.73 2.1388 16 0 0 2
42.38 1.71 2.1326 7 13 1 8
42.42 1.90 2.1311 11 9 1 8
42.43 2.13 2.1303 2 15 1 8
42.62 24.34 2.1211 13 5 1 8
42.70 2.82 2.1174 12 12 0 4
42.86 1.56 2.1099 3 15 1 8
42.92 7.88 2.1074 0 18 0 2
42.95 1.26 2.1057 9 15 0 4
43.24 10.66 2.0924 13 11 0 4
43.26 2.05 2.0913 14 1 1 8
43.38 1.31 2.0860 9 12 1 8
43.39 2.58 2.0856 13 6 1 8
43.46 1.78 2.0824 4 15 1 8
44.07 10.21 2.0547 14 10 0 4
44.27 1.20 2.0462 4 18 0 4
44.29 3.55 2.0452 14 4 1 8
44.32 8.70 2.0440 1 16 1 8
44.56 4.48 2.0332 2 16 1 8
44.60 57.30 2.0315 0 0 2 2
44.89 15.33 2.0190 14 5 1 8
45.12 1.04 2.0093 6 15 1 8
45.51 2.62 1.9931 1 19 0 4
45.60 1.07 1.9895 16 7 0 4
45.60 7.31 1.9893 15 0 1 4
45.63 1.07 1.9883 14 6 1 8
45.63 2.83 1.9880 12 10 1 8
46.16 2.27 1.9666 3 19 0 4
46.18 1.85 1.9658 7 15 1 8
46.41 7.48 1.9567 13 9 1 8
46.43 1.01 1.9558 0 17 1 4
46.51 4.19 1.9526 1 17 1 8
46.85 4.20 1.9391 9 14 1 8
46.99 1.18 1.9337 14 12 0 4
47.38 2.18 1.9188 8 15 1 8
47.45 2.99 1.9159 14 8 1 8
47.68 14.22 1.9073 16 9 0 4
47.70 1.09 1.9066 4 17 1 8
47.84 2.10 1.9012 18 0 0 2
48.04 1.39 1.8937 1 20 0 4
48.13 2.81 1.8904 8 18 0 4
48.35 1.81 1.8825 10 14 1 8
48.48 1.74 1.8777 12 12 1 8
48.67 7.15 1.8710 3 20 0 4
48.89 5.13 1.8631 16 10 0 4
49.08 1.21 1.8560 16 4 1 8
49.21 1.39 1.8517 4 20 0 4
49.30 1.75 1.8483 7 19 0 4
49.34 2.99 1.8470 8 16 1 8
49.37 9.66 1.8461 3 18 1 8
49.65 3.16 1.8363 16 5 1 8
49.68 2.26 1.8351 8 0 2 4
49.73 3.96 1.8336 14 10 1 8
49.96 2.18 1.8254 11 14 1 8
50.16 27.29 1.8187 10 15 1 8
50.23 1.29 1.8165 17 9 0 4
50.32 2.32 1.8132 11 17 0 4
50.33 6.23 1.8131 16 6 1 8
50.63 3.30 1.8029 9 16 1 8
50.67 3.16 1.8015 5 8 2 8
50.73 1.59 1.7997 6 20 0 4
50.75 3.55 1.7991 19 1 0 4
50.75 3.16 1.7990 15 9 1 8
50.89 4.24 1.7944 10 18 0 4
50.93 1.04 1.7930 19 2 0 4
51.03 3.63 1.7898 9 1 2 8
51.04 6.11 1.7895 4 9 2 8
51.12 2.51 1.7868 16 7 1 8
51.37 2.31 1.7787 8 17 1 8
51.66 1.53 1.7695 19 4 0 4
51.67 8.63 1.7692 3 10 2 8
51.70 5.17 1.7682 7 20 0 4
51.72 1.51 1.7674 4 21 0 4
52.05 1.09 1.7571 10 16 1 8
52.12 7.77 1.7548 17 5 1 8
52.18 7.61 1.7529 4 10 2 8
52.37 5.43 1.7472 7 18 1 8
52.38 25.72 1.7469 10 0 2 4
52.46 1.03 1.7444 7 8 2 8
52.52 19.32 1.7425 6 9 2 8
52.56 1.57 1.7413 2 11 2 8
52.62 1.93 1.7392 9 17 1 8
52.78 3.22 1.7345 17 6 1 8
52.80 1.04 1.7339 8 20 0 4
52.83 1.97 1.7330 18 9 0 4
52.84 2.43 1.7325 5 10 2 8
52.92 3.26 1.7301 3 11 2 8
53.19 3.81 1.7220 6 21 0 4
53.46 1.86 1.7139 7 9 2 8
53.56 8.83 1.7111 20 0 0 2
53.62 1.14 1.7093 20 1 0 4
53.64 9.31 1.7086 6 10 2 8
53.92 1.02 1.7005 2 12 2 8
54.11 3.96 1.6948 12 18 0 4
54.13 2.43 1.6944 7 21 0 4
54.57 6.62 1.6816 7 10 2 8
54.62 1.76 1.6802 11 19 0 4
54.68 1.08 1.6786 9 18 1 8
55.54 2.74 1.6546 12 0 2 4
55.61 1.38 1.6527 8 19 1 8
55.69 1.17 1.6505 6 22 0 4
55.79 3.75 1.6479 7 11 2 8
55.83 1.44 1.6466 19 0 1 4
56.83 1.88 1.6200 8 11 2 8
56.85 1.99 1.6194 11 20 0 4
57.34 1.23 1.6068 13 1 2 8
60.13 3.15 1.5388 13 20 0 4
60.74 1.18 1.5249 13 18 1 8
61.82 2.58 1.5007 1 17 2 8
61.92 1.47 1.4985 14 20 0 4
62.23 1.69 1.4918 12 11 2 8
62.75 7.43 1.4807 13 10 2 8
63.33 1.09 1.4685 17 15 1 8
63.46 1.45 1.4659 12 12 2 8
63.62 3.88 1.4626 0 18 2 4
63.86 5.64 1.4575 13 11 2 8
63.93 1.03 1.4561 20 10 1 8
64.41 2.13 1.4466 15 18 1 8
64.50 5.53 1.4446 14 10 2 8
65.58 2.74 1.4236 21 9 1 8
65.59 2.98 1.4233 18 15 1 8
65.62 1.30 1.4227 1 19 2 8
66.13 1.41 1.4130 3 19 2 8
66.26 1.79 1.4105 3 25 1 8
66.44 2.30 1.4071 19 14 1 8
66.70 5.41 1.4022 4 25 1 8
67.19 1.12 1.3933 18 16 1 8
67.34 8.26 1.3905 16 9 2 8
67.47 1.27 1.3881 18 0 2 4
67.64 1.16 1.3851 23 10 0 4
67.70 1.64 1.3839 8 18 2 8
67.80 4.40 1.3822 23 4 1 8
67.90 1.28 1.3804 17 20 0 4
67.92 1.03 1.3800 16 21 0 4
67.97 3.90 1.3792 6 25 1 8
68.13 4.44 1.3762 3 20 2 8
68.26 3.18 1.3740 23 5 1 8
68.31 3.18 1.3731 16 10 2 8
68.56 3.68 1.3687 2 26 1 8
68.65 1.11 1.3671 7 19 2 8
68.71 1.43 1.3661 23 11 0 4
68.78 2.13 1.3649 7 25 1 8
68.87 1.25 1.3633 3 26 1 8
69.49 1.34 1.3527 11 17 2 8
69.51 1.68 1.3524 19 16 1 8
69.82 1.03 1.3471 6 20 2 8
69.83 2.33 1.3469 19 1 2 8
69.95 2.53 1.3449 10 18 2 8
70.36 9.86 1.3381 20 15 1 8
70.56 1.19 1.3347 24 10 0 4
70.62 3.48 1.3338 7 20 2 8
70.64 1.00 1.3334 4 21 2 8
71.16 1.45 1.3249 19 17 1 8
71.17 1.06 1.3248 24 5 1 8
71.21 2.92 1.3242 3 5 3 8
71.35 1.47 1.3220 7 26 1 8
71.54 1.14 1.3189 3 27 1 8
71.57 1.25 1.3185 18 9 2 8
71.63 2.36 1.3174 4 5 3 8
71.87 2.61 1.3136 6 21 2 8
71.91 1.85 1.3130 20 16 1 8
72.18 6.05 1.3087 20 0 2 4
72.26 2.31 1.3074 8 26 1 8
72.65 2.59 1.3014 12 18 2 8
72.67 1.69 1.3012 7 21 2 8
72.86 2.22 1.2983 6 5 3 8
72.92 1.07 1.2972 25 0 1 4
73.08 1.13 1.2948 11 19 2 8
73.40 1.69 1.2900 6 6 3 8
73.54 1.88 1.2878 20 17 1 8
73.65 4.95 1.2863 7 5 3 8
73.96 1.22 1.2816 2 28 1 8
73.98 1.86 1.2812 3 9 3 8
74.19 1.93 1.2782 7 6 3 8
74.40 1.06 1.2751 21 16 1 8
74.62 1.45 1.2719 2 10 3 8
75.00 1.48 1.2663 11 20 2 8
75.13 1.72 1.2644 0 30 0 2
75.70 1.16 1.2564 26 9 0 4
75.90 1.49 1.2536 9 27 1 8
76.05 1.17 1.2515 22 18 0 4
76.10 1.53 1.2507 13 25 1 8
77.09 1.20 1.2372 12 26 1 8
77.72 4.03 1.2288 14 25 1 8
77.75 1.91 1.2283 26 6 1 8
77.88 2.51 1.2266 13 20 2 8
78.30 1.38 1.2211 9 9 3 8
78.38 1.42 1.2200 26 7 1 8
78.58 1.87 1.2174 13 26 1 8
79.48 1.20 1.2059 14 20 2 8
79.65 1.45 1.2037 12 27 1 8
80.36 1.18 1.1948 27 5 1 8
80.37 2.49 1.1947 13 4 3 8
80.44 4.49 1.1939 0 15 3 4
80.81 2.66 1.1894 13 5 3 8
80.89 1.16 1.1884 27 6 1 8
81.08 2.08 1.1861 10 30 0 4
81.98 1.13 1.1753 1 16 3 8
82.39 1.85 1.1705 14 5 3 8
84.41 1.28 1.1476 15 27 1 8
84.70 1.06 1.1444 23 10 2 8
84.94 1.23 1.1418 17 20 2 8
85.69 1.25 1.1337 3 18 3 8
85.69 1.38 1.1336 23 11 2 8
86.30 4.22 1.1273 10 15 3 8
87.44 1.19 1.1155 24 10 2 8
87.82 1.36 1.1116 17 5 3 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.