Parapierrotite
Engel P
Zeitschrift fur Kristallographie 151 (1980) 203-216
Die kristallstruktur von synthetischem parapierrotit, TlSb5S8
Locality: synthetic
_database_code_amcsd 0010823
CELL PARAMETERS: 8.0980 19.4150 9.0590 90.000 91.960 90.000
SPACE GROUP: Pn
X-RAY WAVELENGTH: 1.541838
Cell Volume: 1423.447
Density (g/cm3): 4.991
MAX. ABS. INTENSITY / VOLUME**2: 29.10540803
RIR: 1.899
RIR based on corundum from Acta Crystallographica A38 (1982) 733-739
2-THETA INTENSITY D-SPACING H K L Multiplicity
9.11 1.48 9.7075 0 2 0 2
11.85 1.23 7.4702 1 1 0 2
13.37 2.03 6.6210 0 2 1 2
14.25 7.23 6.2163 1 2 0 2
14.43 7.97 6.1391 -1 0 1 1
14.93 1.43 5.9339 1 0 1 1
15.14 7.01 5.8535 -1 1 1 2
15.62 14.41 5.6748 1 1 1 2
16.84 2.06 5.2649 0 3 1 2
17.09 2.11 5.1886 -1 2 1 2
17.52 3.98 5.0629 1 2 1 2
17.55 7.97 5.0544 1 3 0 2
18.28 1.64 4.8538 0 4 0 2
19.93 2.81 4.4539 -1 3 1 2
20.14 27.11 4.4086 0 1 2 2
20.76 9.88 4.2778 0 4 1 2
21.35 61.27 4.1626 1 4 0 2
21.96 10.41 4.0466 2 0 0 1
22.44 28.99 3.9615 2 1 0 2
22.64 14.26 3.9268 -1 1 2 2
23.30 15.22 3.8184 1 1 2 2
23.36 7.15 3.8075 -1 4 1 2
23.82 7.19 3.7351 2 2 0 2
23.99 27.59 3.7094 0 3 2 2
24.01 54.15 3.7060 -1 2 2 2
24.22 6.64 3.6747 -2 1 1 2
24.63 61.46 3.6145 1 2 2 2
24.95 3.14 3.5686 0 5 1 2
25.44 100.00 3.5009 1 5 0 2
25.51 1.94 3.4919 -2 2 1 2
25.97 38.42 3.4311 2 3 0 2
26.09 5.39 3.4150 2 2 1 2
26.14 13.94 3.4085 -1 3 2 2
26.72 24.39 3.3369 1 3 2 2
27.17 11.41 3.2817 -1 5 1 2
27.53 3.49 3.2397 -2 3 1 2
27.57 1.65 3.2358 0 6 0 2
28.72 41.41 3.1081 2 4 0 2
28.88 8.33 3.0913 -1 4 2 2
29.09 15.41 3.0696 -2 0 2 1
29.31 5.40 3.0471 0 6 1 2
29.40 13.20 3.0376 1 4 2 2
29.73 3.80 3.0046 1 6 0 2
29.96 2.99 2.9821 0 1 3 2
30.12 10.49 2.9669 2 0 2 1
30.33 7.13 2.9473 0 5 2 2
30.48 15.00 2.9329 2 1 2 2
30.54 62.95 2.9267 -2 2 2 2
30.66 3.55 2.9163 2 4 1 2
31.03 3.02 2.8818 0 2 3 2
31.25 20.33 2.8625 -1 6 1 2
31.28 7.34 2.8599 -1 0 3 1
31.53 74.03 2.8374 2 2 2 2
31.62 20.33 2.8294 -1 1 3 2
31.94 17.94 2.8018 2 5 0 2
32.00 1.67 2.7966 1 0 3 1
32.09 1.89 2.7894 -1 5 2 2
32.28 39.07 2.7734 -2 3 2 2
32.56 3.13 2.7497 1 5 2 2
32.64 11.65 2.7433 -1 2 3 2
32.74 4.58 2.7351 0 3 3 2
33.22 34.16 2.6970 2 3 2 2
33.25 4.06 2.6946 -2 5 1 2
33.34 1.85 2.6873 1 2 3 2
33.54 16.41 2.6721 3 1 0 2
34.17 12.61 2.6238 1 7 0 2
34.28 4.61 2.6159 -1 3 3 2
34.51 10.47 2.5992 3 2 0 2
34.57 8.41 2.5943 -2 4 2 2
35.01 2.83 2.5629 0 4 3 2
35.34 2.32 2.5395 3 1 1 2
35.46 5.67 2.5315 2 4 2 2
35.52 6.29 2.5276 -1 7 1 2
35.52 5.23 2.5272 2 6 0 2
35.65 3.69 2.5181 -1 6 2 2
35.73 1.36 2.5126 1 7 1 2
36.07 1.08 2.4901 3 3 0 2
36.09 4.14 2.4888 1 6 2 2
36.27 2.45 2.4768 3 2 1 2
36.46 1.40 2.4640 -1 4 3 2
37.14 1.31 2.4208 2 6 1 2
37.14 2.66 2.4205 -3 3 1 2
37.34 1.44 2.4080 -2 5 2 2
37.73 1.53 2.3845 -2 2 3 2
37.75 3.14 2.3828 0 5 3 2
37.77 2.11 2.3818 3 3 1 2
38.05 78.75 2.3650 0 7 2 2
38.17 11.49 2.3580 3 4 0 2
38.40 2.26 2.3441 0 8 1 2
38.54 1.42 2.3360 -3 1 2 2
38.74 15.76 2.3246 1 8 0 2
39.19 5.35 2.2987 -3 4 1 2
39.39 1.40 2.2878 2 7 0 2
39.51 8.09 2.2810 -1 7 2 2
39.79 4.00 2.2654 3 4 1 2
39.83 31.75 2.2634 0 0 4 1
39.90 5.73 2.2592 1 7 2 2
39.95 2.24 2.2569 -1 8 1 2
40.11 3.61 2.2482 0 1 4 2
40.37 1.77 2.2342 2 3 3 2
40.59 3.54 2.2227 3 2 2 2
40.80 4.53 2.2115 -3 3 2 2
40.87 1.84 2.2079 2 7 1 2
40.94 4.86 2.2043 0 2 4 2
41.96 5.75 2.1533 3 3 2 2
42.13 2.64 2.1450 -1 2 4 2
42.17 1.48 2.1429 -1 6 3 2
42.25 2.56 2.1389 0 8 2 2
42.27 1.52 2.1382 3 5 1 2
42.74 1.55 2.1159 1 6 3 2
42.88 1.27 2.1091 1 2 4 2
43.11 2.31 2.0985 0 9 1 2
43.41 1.75 2.0844 1 9 0 2
43.46 1.07 2.0824 -1 3 4 2
43.59 4.17 2.0762 -1 8 2 2
43.68 7.91 2.0721 3 6 0 2
43.82 2.34 2.0661 3 4 2 2
43.96 2.94 2.0597 1 8 2 2
44.00 1.64 2.0579 -2 7 2 2
44.19 3.08 2.0495 1 3 4 2
44.49 1.68 2.0362 -2 8 1 2
44.52 5.35 2.0351 -3 1 3 2
44.60 1.95 2.0315 -3 6 1 2
44.70 1.49 2.0274 1 9 1 2
44.73 2.33 2.0261 2 7 2 2
44.79 2.17 2.0233 4 0 0 1
44.86 1.03 2.0206 2 8 1 2
45.05 8.16 2.0124 -3 5 2 2
45.05 2.45 2.0124 4 1 0 2
45.23 1.35 2.0048 -2 0 4 1
45.27 5.49 2.0033 -1 4 4 2
45.29 11.37 2.0024 -3 2 3 2
45.48 2.14 1.9942 -2 1 4 2
45.56 1.36 1.9910 -1 7 3 2
45.81 4.27 1.9807 4 2 0 2
45.98 4.14 1.9739 1 4 4 2
46.09 2.41 1.9693 1 7 3 2
46.12 6.42 1.9683 3 5 2 2
46.37 9.59 1.9583 -2 6 3 2
46.55 6.97 1.9512 -3 3 3 2
46.61 1.19 1.9487 -4 2 1 2
46.64 2.70 1.9474 0 9 2 2
46.64 1.29 1.9472 2 0 4 1
46.79 5.49 1.9415 0 10 0 2
46.89 5.70 1.9375 2 1 4 2
47.48 4.15 1.9151 -2 3 4 2
47.51 13.62 1.9137 -1 5 4 2
47.78 3.24 1.9037 -2 8 2 2
47.78 17.02 1.9036 2 9 0 2
47.79 11.88 1.9031 -3 6 2 2
47.84 1.75 1.9014 -4 3 1 2
47.92 1.41 1.8983 0 10 1 2
48.10 1.72 1.8916 3 3 3 2
48.20 8.82 1.8881 1 5 4 2
48.26 4.83 1.8856 -3 4 3 2
48.46 4.63 1.8785 2 8 2 2
48.66 4.41 1.8712 -4 0 2 1
48.72 1.74 1.8690 -2 9 1 2
48.76 8.91 1.8676 4 4 0 2
48.81 15.85 1.8656 3 6 2 2
48.84 1.71 1.8647 2 3 4 2
48.90 6.88 1.8626 -4 1 2 2
49.06 1.27 1.8569 2 9 1 2
49.39 1.74 1.8452 1 10 1 2
49.52 3.58 1.8406 -4 4 1 2
49.53 2.97 1.8403 -2 7 3 2
49.74 5.03 1.8329 1 8 3 2
49.78 1.15 1.8317 3 4 3 2
50.00 4.62 1.8241 4 0 2 1
50.24 6.84 1.8161 4 1 2 2
50.50 6.77 1.8072 2 4 4 2
50.81 1.80 1.7969 1 6 4 2
50.89 7.73 1.7943 -3 7 2 2
50.89 4.95 1.7943 4 5 0 2
50.94 5.61 1.7927 4 2 2 2
51.33 1.04 1.7800 0 2 5 2
51.41 2.00 1.7773 -3 8 1 2
51.80 1.36 1.7650 -2 9 2 2
51.87 2.94 1.7628 3 7 2 2
52.06 2.30 1.7567 -3 1 4 2
52.09 8.41 1.7557 4 3 2 2
52.14 6.88 1.7543 1 0 5 1
52.26 7.03 1.7505 2 10 0 2
52.27 1.35 1.7500 4 5 1 2
52.36 2.19 1.7474 -1 10 2 2
52.37 3.87 1.7472 1 1 5 2
52.44 1.61 1.7448 2 9 2 2
52.48 2.28 1.7438 0 3 5 2
52.58 4.66 1.7406 2 5 4 2
52.68 3.67 1.7376 1 10 2 2
52.74 4.17 1.7355 -3 2 4 2
52.85 2.66 1.7324 0 11 1 2
53.05 3.11 1.7264 1 2 5 2
53.11 1.42 1.7245 1 11 0 2
53.15 1.57 1.7233 -1 7 4 2
53.41 5.19 1.7155 4 6 0 2
53.66 4.58 1.7081 1 9 3 2
53.78 1.20 1.7045 1 7 4 2
53.89 1.30 1.7012 -4 1 3 2
53.95 1.73 1.6994 2 8 3 2
53.97 5.43 1.6989 3 1 4 2
54.05 1.52 1.6965 0 4 5 2
54.17 1.00 1.6932 1 3 5 2
54.46 2.74 1.6848 3 9 0 2
54.94 3.55 1.6712 -1 4 5 2
55.04 3.76 1.6684 2 6 4 2
55.05 2.78 1.6681 -2 1 5 2
55.24 3.39 1.6628 -3 9 1 2
55.42 1.62 1.6578 -3 4 4 2
55.52 1.16 1.6553 0 8 4 2
55.66 1.74 1.6513 -4 3 3 2
55.74 1.21 1.6492 3 3 4 2
55.91 2.93 1.6444 0 11 2 2
56.04 1.38 1.6411 0 5 5 2
56.05 2.53 1.6408 -2 10 2 2
56.28 6.68 1.6346 4 7 0 2
56.46 1.46 1.6297 -1 8 4 2
56.65 1.49 1.6248 -2 7 4 2
56.66 4.25 1.6246 2 10 2 2
56.80 1.84 1.6209 -2 3 5 2
56.90 4.08 1.6181 -1 5 5 2
56.91 2.93 1.6179 0 12 0 2
57.01 3.01 1.6154 -1 11 2 2
57.07 2.55 1.6138 1 8 4 2
57.26 2.03 1.6090 3 4 4 2
57.37 1.02 1.6060 -3 5 4 2
57.49 6.24 1.6029 -5 0 1 1
57.81 1.09 1.5948 1 10 3 2
57.86 2.47 1.5937 2 7 4 2
57.90 1.02 1.5927 0 12 1 2
58.30 1.66 1.5826 2 3 5 2
58.35 2.89 1.5815 -5 2 1 2
58.40 1.68 1.5802 0 6 5 2
58.81 4.67 1.5703 5 3 0 2
58.98 1.79 1.5661 4 4 3 2
59.25 2.64 1.5597 -1 6 5 2
59.48 1.50 1.5541 4 8 0 2
59.70 1.49 1.5488 -3 6 4 2
59.78 1.80 1.5470 2 4 5 2
60.19 1.75 1.5375 -2 5 5 2
60.66 2.94 1.5266 1 9 4 2
60.79 2.58 1.5236 0 11 3 2
61.09 1.77 1.5169 2 11 2 2
61.46 2.18 1.5087 3 6 4 2
61.65 1.89 1.5044 0 1 6 2
61.84 4.83 1.5004 -1 12 2 2
61.94 1.96 1.4981 -1 7 5 2
62.12 3.50 1.4941 1 12 2 2
62.13 1.75 1.4940 5 5 0 2
62.31 1.62 1.4900 5 2 2 2
62.40 1.06 1.4882 -1 1 6 2
62.46 1.11 1.4870 -3 3 5 2
62.62 1.54 1.4835 4 0 4 1
63.01 1.29 1.4753 -1 2 6 2
63.09 3.20 1.4736 0 10 4 2
63.32 5.36 1.4687 -5 4 2 2
63.33 3.90 1.4686 -2 9 4 2
63.43 1.43 1.4664 4 2 4 2
63.64 1.39 1.4621 -3 11 1 2
63.85 1.23 1.4579 3 9 3 2
63.86 1.63 1.4576 1 2 6 2
63.87 3.26 1.4574 -3 4 5 2
64.03 1.46 1.4542 -4 7 3 2
64.17 1.65 1.4513 0 8 5 2
64.32 2.35 1.4483 1 13 1 2
64.46 2.38 1.4455 2 9 4 2
64.53 1.27 1.4441 1 10 4 2
64.74 3.28 1.4400 5 4 2 2
64.86 1.76 1.4375 1 3 6 2
64.97 1.04 1.4354 -1 8 5 2
65.18 1.87 1.4313 -2 12 2 2
65.83 3.20 1.4187 4 4 4 2
65.88 2.01 1.4178 2 11 3 2
66.10 1.09 1.4135 -4 9 2 2
66.25 1.19 1.4107 1 4 6 2
66.52 1.15 1.4056 5 5 2 2
66.77 1.53 1.4011 2 13 0 2
66.92 1.01 1.3983 2 0 6 1
66.93 1.13 1.3980 5 7 0 2
67.11 2.61 1.3947 -2 10 4 2
67.21 1.66 1.3929 4 9 2 2
67.30 1.21 1.3912 -5 6 2 2
67.54 1.09 1.3869 0 9 5 2
67.55 1.18 1.3867 -4 6 4 2
67.83 1.54 1.3816 -3 6 5 2
68.18 1.71 1.3755 5 7 1 2
68.20 1.55 1.3751 -3 12 1 2
68.67 1.86 1.3669 1 14 0 2
68.67 1.12 1.3668 5 6 2 2
69.00 1.49 1.3611 1 9 5 2
69.71 1.68 1.3489 6 0 0 1
70.45 1.02 1.3365 -3 11 3 2
70.48 1.31 1.3360 6 2 0 2
70.85 1.02 1.3301 4 11 0 2
71.13 1.13 1.3255 0 7 6 2
71.30 1.09 1.3227 -2 9 5 2
71.41 1.58 1.3210 -4 4 5 2
71.71 1.05 1.3162 0 12 4 2
71.97 1.20 1.3121 -1 10 5 2
71.99 2.04 1.3117 4 11 1 2
72.05 1.31 1.3107 -5 3 4 2
72.06 1.21 1.3106 -1 14 2 2
72.22 1.37 1.3081 4 7 4 2
72.24 1.25 1.3077 2 11 4 2
72.32 2.27 1.3066 3 13 0 2
72.72 1.42 1.3004 -2 14 1 2
73.09 1.19 1.2947 5 9 0 2
73.62 1.00 1.2866 -5 9 1 2
73.80 2.24 1.2839 -4 11 2 2
73.86 4.49 1.2830 -5 7 3 2
73.97 1.57 1.2814 0 8 6 2
73.98 1.46 1.2812 -1 1 7 2
74.20 1.21 1.2781 1 15 0 2
74.86 1.93 1.2684 4 11 2 2
75.18 1.08 1.2638 -3 5 6 2
75.38 1.15 1.2609 -3 13 2 2
75.48 1.82 1.2595 -1 3 7 2
76.17 1.05 1.2499 3 13 2 2
76.39 1.74 1.2468 -3 9 5 2
77.37 1.98 1.2334 3 14 0 2
77.68 2.38 1.2292 5 5 4 2
77.75 1.14 1.2283 1 15 2 2
77.79 3.43 1.2278 -5 0 5 1
77.84 1.24 1.2271 0 5 7 2
78.39 1.21 1.2198 2 15 1 2
79.56 1.61 1.2048 3 6 6 2
80.36 1.30 1.1949 -4 8 5 2
81.69 1.72 1.1788 4 10 4 2
82.14 1.15 1.1735 -3 2 7 2
82.38 2.18 1.1706 4 3 6 2
83.06 2.42 1.1628 6 7 2 2
83.17 2.50 1.1615 -2 6 7 2
83.74 1.90 1.1550 1 7 7 2
84.25 1.09 1.1494 -6 8 2 2
84.28 1.39 1.1490 3 1 7 2
84.67 1.02 1.1447 3 8 6 2
84.95 3.02 1.1417 6 0 4 1
85.32 1.26 1.1376 -4 14 1 2
86.65 1.01 1.1236 3 13 4 2
87.33 1.29 1.1166 -6 9 2 2
87.53 1.29 1.1145 -2 13 5 2
87.66 1.25 1.1132 1 16 3 2
88.86 1.26 1.1013 6 9 2 2
89.53 1.37 1.0947 1 9 7 2
================================================================================
XPOW Copyright 1993 Bob Downs, Ranjini Swaminathan and Kurt Bartelmehs
For reference, see Downs et al. (1993) American Mineralogist 78, 1104-1107.