Edenharterite
Balic-Zunic T, Engel P
Zeitschrift fur Kristallographie 165 (1983) 261-269
Crystal structure of synthetic PbTlAs3S6
Locality: synthetic
_database_code_amcsd 0010861
CELL PARAMETERS: 47.4530 15.4760 5.8470 90.000 90.000 90.000
SPACE GROUP: Fdd2
X-RAY WAVELENGTH: 1.541838
Cell Volume: 4293.935
Density (g/cm3): 5.127
MAX. ABS. INTENSITY / VOLUME**2: 58.55717444
RIR: 3.719
RIR based on corundum from Acta Crystallographica A38 (1982) 733-739
2-THETA INTENSITY D-SPACING H K L Multiplicity
7.45 17.69 11.8632 4 0 0 2
12.03 16.84 7.3566 2 2 0 4
14.94 5.29 5.9316 8 0 0 2
16.31 15.60 5.4337 1 1 1 4
17.15 13.80 5.1693 3 1 1 4
18.85 10.61 4.7076 8 2 0 4
20.87 2.07 4.2568 7 1 1 4
22.48 19.24 3.9544 12 0 0 2
22.99 19.69 3.8690 0 4 0 2
23.07 34.85 3.8555 1 3 1 4
23.29 33.66 3.8186 2 4 0 4
23.43 100.00 3.7960 9 1 1 4
23.68 19.05 3.7576 3 3 1 4
24.20 1.08 3.6783 4 4 0 4
25.29 6.21 3.5213 12 2 0 4
25.63 1.86 3.4754 6 4 0 4
26.31 36.02 3.3872 11 1 1 4
26.53 13.87 3.3598 7 3 1 4
27.52 14.88 3.2406 8 4 0 4
28.62 21.80 3.1189 9 3 1 4
29.42 1.63 3.0362 13 1 1 4
29.80 9.42 2.9986 10 4 0 4
30.82 24.00 2.9016 2 0 2 2
31.05 48.58 2.8800 11 3 1 4
32.37 52.14 2.7655 12 4 0 4
32.66 1.55 2.7422 6 0 2 2
32.75 54.76 2.7348 0 2 2 2
32.79 9.79 2.7310 1 5 1 4
32.97 8.55 2.7168 2 2 2 4
33.24 3.97 2.6955 3 5 1 4
33.63 9.53 2.6649 4 2 2 4
33.76 34.78 2.6549 13 3 1 4
34.11 6.87 2.6285 5 5 1 4
34.99 1.31 2.5642 2 6 0 4
35.38 10.37 2.5368 7 5 1 4
35.62 4.51 2.5204 4 6 0 4
35.99 5.48 2.4954 18 2 0 4
36.09 1.40 2.4890 10 0 2 2
36.13 2.91 2.4863 17 1 1 4
36.17 7.52 2.4836 8 2 2 4
37.02 6.49 2.4282 9 5 1 4
37.92 19.32 2.3726 20 0 0 2
37.97 8.53 2.3695 10 2 2 4
38.04 1.01 2.3654 8 6 0 4
38.79 2.69 2.3213 2 4 2 4
38.99 14.27 2.3102 11 5 1 4
39.37 4.26 2.2887 4 4 2 4
39.74 1.23 2.2684 20 2 0 4
39.82 3.84 2.2636 17 3 1 4
40.09 18.47 2.2493 12 2 2 4
40.76 3.31 2.2138 14 0 2 2
41.24 8.60 2.1891 13 5 1 4
41.61 5.69 2.1707 8 4 2 4
43.11 4.56 2.0982 19 3 1 4
43.22 1.83 2.0933 10 4 2 4
43.32 5.88 2.0885 21 1 1 4
43.75 1.72 2.0692 15 5 1 4
43.82 21.86 2.0660 1 7 1 4
44.12 4.03 2.0526 14 6 0 4
44.17 1.16 2.0505 3 7 1 4
44.81 2.89 2.0226 20 4 0 4
44.86 2.37 2.0206 5 7 1 4
45.13 2.76 2.0090 12 4 2 4
45.88 3.90 1.9780 7 7 1 4
45.90 9.03 1.9772 24 0 0 2
46.38 5.21 1.9578 18 0 2 2
46.48 1.13 1.9538 17 5 1 4
46.55 5.51 1.9512 21 3 1 4
46.67 2.94 1.9463 16 6 0 4
47.08 3.76 1.9304 23 1 1 4
47.14 3.83 1.9281 2 8 0 4
47.14 10.48 1.9278 2 6 2 4
47.31 6.62 1.9215 14 4 2 4
47.36 4.18 1.9194 3 1 3 4
47.64 1.48 1.9090 4 6 2 4
48.31 9.79 1.8840 22 4 0 4
48.45 1.41 1.8788 6 6 2 4
48.84 6.73 1.8648 11 7 1 4
48.98 5.79 1.8596 7 1 3 4
49.57 4.24 1.8389 8 6 2 4
49.73 1.20 1.8334 16 4 2 4
50.07 1.27 1.8219 1 3 3 4
50.11 1.08 1.8204 23 3 1 4
50.26 4.85 1.8155 9 1 3 4
50.38 2.91 1.8112 3 3 3 4
50.74 5.90 1.7993 13 7 1 4
50.95 12.92 1.7922 20 2 2 4
50.98 7.10 1.7914 10 8 0 4
50.99 4.64 1.7911 10 6 2 4
51.01 3.70 1.7905 5 3 3 4
51.81 1.65 1.7646 11 1 3 4
51.94 1.21 1.7606 24 4 0 4
52.37 2.63 1.7469 18 4 2 4
52.40 2.60 1.7462 20 6 0 4
52.53 3.12 1.7422 21 5 1 4
52.68 7.74 1.7375 12 6 2 4
53.15 8.65 1.7231 9 3 3 4
53.64 6.97 1.7088 13 1 3 4
54.16 2.80 1.6936 22 2 2 4
54.65 3.33 1.6794 11 3 3 4
54.87 1.66 1.6733 27 1 1 4
55.22 3.37 1.6633 20 4 2 4
55.76 2.84 1.6487 1 9 1 4
55.77 6.80 1.6483 1 5 3 4
56.05 1.84 1.6408 3 9 1 4
56.83 2.41 1.6201 16 6 2 4
57.24 2.18 1.6096 2 8 2 4
57.49 2.77 1.6029 7 9 1 4
57.51 1.31 1.6025 7 5 3 4
57.52 7.36 1.6023 24 2 2 4
57.60 1.07 1.6001 27 3 1 4
57.67 1.39 1.5986 4 8 2 4
57.89 4.59 1.5928 19 7 1 4
58.02 1.26 1.5896 17 1 3 4
58.42 4.87 1.5797 15 3 3 4
58.91 4.98 1.5677 29 1 1 4
59.37 2.11 1.5567 8 8 2 4
59.73 1.28 1.5482 26 0 2 2
59.89 4.56 1.5443 2 10 0 4
60.04 2.21 1.5409 11 9 1 4
60.06 1.63 1.5405 11 5 3 4
60.67 2.14 1.5265 17 3 3 4
60.71 3.99 1.5255 21 7 1 4
61.48 2.15 1.5082 24 4 2 4
61.53 1.26 1.5070 29 3 1 4
61.70 1.47 1.5033 13 9 1 4
61.72 2.31 1.5030 13 5 3 4
62.14 1.08 1.4938 12 8 2 4
62.65 1.03 1.4829 32 0 0 2
63.30 2.18 1.4692 21 1 3 4
63.66 1.05 1.4618 0 0 4 1
63.68 1.01 1.4613 1 7 3 4
63.72 2.02 1.4606 23 7 1 4
63.95 3.47 1.4558 3 7 3 4
64.20 3.28 1.4508 4 0 4 2
64.73 2.45 1.4401 22 8 0 4
64.74 6.24 1.4400 22 6 2 4
65.06 1.86 1.4337 2 2 4 4
65.29 2.35 1.4292 7 7 3 4
65.59 3.48 1.4234 31 3 1 4
65.91 1.50 1.4172 16 8 2 4
66.91 1.82 1.3984 25 7 1 4
67.33 2.74 1.3907 33 1 1 4
67.66 2.66 1.3847 32 4 0 4
68.12 1.79 1.3765 19 9 1 4
68.13 2.72 1.3763 19 5 3 4
68.43 1.11 1.3711 12 0 4 2
68.43 1.50 1.3711 28 4 2 4
68.61 1.39 1.3678 0 10 2 2
68.77 1.37 1.3651 2 4 4 4
69.13 1.12 1.3588 4 10 2 4
69.15 1.46 1.3584 4 4 4 4
69.22 1.52 1.3572 13 7 3 4
69.77 3.02 1.3479 33 3 1 4
69.78 1.08 1.3478 6 10 2 4
69.80 1.26 1.3474 6 4 4 4
70.19 1.80 1.3408 7 11 1 4
70.50 1.93 1.3358 31 5 1 4
70.57 1.57 1.3346 18 10 0 4
70.60 1.35 1.3341 20 8 2 4
70.70 1.58 1.3325 8 4 4 4
70.72 1.96 1.3322 21 5 3 4
71.01 1.11 1.3274 26 6 2 4
71.03 1.02 1.3271 15 7 3 4
71.22 2.62 1.3240 9 11 1 4
71.83 2.55 1.3143 10 10 2 4
71.85 1.73 1.3139 10 4 4 4
72.03 1.24 1.3111 16 0 4 2
72.49 2.34 1.3039 11 11 1 4
72.51 1.71 1.3036 32 2 2 4
73.06 2.35 1.2951 17 7 3 4
74.86 1.20 1.2684 14 10 2 4
75.35 1.19 1.2613 18 2 4 4
76.22 1.59 1.2491 29 1 3 4
76.63 1.33 1.2435 8 6 4 4
76.75 1.61 1.2418 16 4 4 4
77.22 1.65 1.2354 11 9 3 4
77.60 1.32 1.2303 31 7 1 4
78.04 1.02 1.2245 30 8 0 4
78.04 1.27 1.2244 30 6 2 4
78.55 2.26 1.2178 29 3 3 4
79.72 1.68 1.2028 27 9 1 4
82.88 1.02 1.1648 2 8 4 4
83.53 1.37 1.1574 5 1 5 4
83.84 1.60 1.1539 33 1 3 4
83.85 1.56 1.1538 6 8 4 4
85.10 1.24 1.1401 23 11 1 4
85.79 1.53 1.1326 5 11 3 4
86.61 1.27 1.1240 27 7 3 4
89.56 1.38 1.0945 15 13 1 4
89.57 1.43 1.0943 26 4 4 4
89.60 1.07 1.0941 15 1 5 4
89.66 1.02 1.0935 23 9 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.