Edenharterite
Berlepsch P
Schweizerische Mineralogische und Petrographische Mitteilungen 76 (1996) 147-157
Crystal structure and crystal chemistry of the homeotypes edenharterite
(TlPbAs3S6) and jentschite (TlPbAs2SbS6) from Lengenbach, Binntal (Switzerland)
Locality: Lengenbach quarry, Binntal, Valais, Switzerland
_database_code_amcsd 0015410
CELL PARAMETERS: 15.4764 47.6020 5.8489 90.000 90.000 90.000
SPACE GROUP: Fdd2
X-RAY WAVELENGTH: 1.541838
Cell Volume: 4308.929
Density (g/cm3): 5.129
MAX. ABS. INTENSITY / VOLUME**2: 57.52285932
RIR: 3.651
RIR based on corundum from Acta Crystallographica A38 (1982) 733-739
2-THETA INTENSITY D-SPACING H K L Multiplicity
7.43 17.71 11.9005 0 4 0 2
12.03 16.26 7.3590 2 2 0 4
14.89 4.96 5.9503 0 8 0 2
16.31 15.22 5.4354 1 1 1 4
17.14 13.47 5.1724 1 3 1 4
18.81 10.42 4.7170 2 8 0 4
20.84 2.36 4.2628 1 7 1 4
22.41 20.15 3.9668 0 12 0 2
22.99 20.55 3.8691 4 0 0 2
23.06 35.53 3.8562 3 1 1 4
23.29 34.08 3.8190 4 2 0 4
23.39 100.00 3.8027 1 9 1 4
23.67 20.04 3.7588 3 3 1 4
24.19 1.07 3.6795 4 4 0 4
25.23 6.14 3.5300 2 12 0 4
25.62 2.02 3.4776 4 6 0 4
26.26 37.40 3.3941 1 11 1 4
26.51 13.34 3.3628 3 7 1 4
27.50 14.53 3.2437 4 8 0 4
28.59 20.81 3.1227 3 9 1 4
29.35 1.81 3.0431 1 13 1 4
29.76 9.48 3.0024 4 10 0 4
30.80 24.88 2.9026 0 2 2 2
31.01 48.05 2.8843 3 11 1 4
32.32 53.60 2.7698 4 12 0 4
32.63 1.63 2.7440 0 6 2 2
32.74 54.10 2.7356 2 0 2 2
32.79 9.76 2.7313 5 1 1 4
32.96 7.54 2.7177 2 2 2 4
33.23 3.88 2.6960 5 3 1 4
33.62 9.85 2.6661 2 4 2 4
33.70 35.01 2.6595 3 13 1 4
34.10 6.47 2.6294 5 5 1 4
34.99 1.32 2.5644 6 2 0 4
35.36 10.38 2.5381 5 7 1 4
35.61 4.32 2.5209 6 4 0 4
35.89 5.46 2.5025 2 18 0 4
36.03 2.67 2.4926 1 17 1 4
36.04 1.61 2.4918 0 10 2 2
36.14 7.67 2.4855 2 8 2 4
36.99 6.89 2.4300 5 9 1 4
37.80 18.99 2.3801 0 20 0 2
37.93 9.66 2.3718 2 10 2 4
38.78 2.47 2.3219 4 2 2 4
38.95 14.45 2.3124 5 11 1 4
39.36 4.14 2.2894 4 4 2 4
39.62 1.21 2.2749 2 20 0 4
39.74 3.73 2.2684 3 17 1 4
40.04 19.59 2.2520 2 12 2 4
40.29 1.08 2.2382 4 6 2 4
40.69 3.25 2.2172 0 14 2 2
41.19 8.65 2.1916 5 13 1 4
41.58 5.93 2.1720 4 8 2 4
43.01 4.70 2.1029 3 19 1 4
43.18 2.06 2.0949 4 10 2 4
43.20 6.21 2.0941 1 21 1 4
43.68 1.73 2.0721 5 15 1 4
43.82 22.16 2.0661 7 1 1 4
44.07 3.90 2.0550 6 14 0 4
44.16 1.18 2.0507 7 3 1 4
44.70 2.88 2.0272 4 20 0 4
44.85 2.35 2.0210 7 5 1 4
45.08 2.54 2.0110 4 12 2 4
45.75 9.33 1.9834 0 24 0 2
45.86 3.67 1.9786 7 7 1 4
46.29 4.99 1.9615 0 18 2 2
46.40 1.25 1.9568 5 17 1 4
46.43 5.54 1.9558 3 21 1 4
46.60 2.86 1.9489 6 16 0 4
46.94 3.73 1.9358 1 23 1 4
47.13 3.88 1.9282 8 2 0 4
47.14 10.42 1.9281 6 2 2 4
47.25 6.85 1.9237 4 14 2 4
47.34 4.44 1.9201 1 3 3 4
47.63 1.57 1.9094 6 4 2 4
47.99 1.24 1.8956 1 5 3 4
48.19 9.84 1.8885 4 22 0 4
48.43 1.37 1.8794 6 6 2 4
48.81 6.49 1.8660 7 11 1 4
48.96 5.41 1.8605 1 7 3 4
49.55 4.21 1.8397 6 8 2 4
49.66 1.16 1.8359 4 16 2 4
49.98 1.18 1.8249 3 23 1 4
50.05 1.51 1.8224 3 1 3 4
50.22 3.94 1.8167 1 9 3 4
50.36 2.77 1.8118 3 3 3 4
50.70 5.59 1.8007 7 13 1 4
50.85 12.35 1.7956 2 20 2 4
50.95 7.05 1.7922 8 10 0 4
50.96 4.28 1.7921 6 10 2 4
50.99 3.45 1.7912 3 5 3 4
51.77 1.24 1.7660 1 11 3 4
51.80 1.27 1.7650 4 24 0 4
52.29 2.46 1.7495 4 18 2 4
52.30 2.56 1.7492 6 20 0 4
52.42 2.96 1.7455 5 21 1 4
52.64 7.79 1.7387 6 12 2 4
53.12 8.49 1.7241 3 9 3 4
53.58 6.67 1.7104 1 13 3 4
54.04 2.40 1.6971 2 22 2 4
54.61 3.20 1.6806 3 11 3 4
54.70 1.61 1.6781 1 27 1 4
55.12 3.17 1.6661 4 20 2 4
55.75 2.79 1.6488 9 1 1 4
55.76 6.68 1.6487 5 1 3 4
56.04 1.74 1.6409 9 3 1 4
56.76 2.45 1.6218 6 16 2 4
57.23 1.97 1.6098 8 2 2 4
57.38 7.45 1.6058 2 24 2 4
57.44 1.05 1.6043 3 27 1 4
57.48 2.54 1.6033 9 7 1 4
57.48 1.29 1.6032 5 7 3 4
57.65 1.16 1.5988 8 4 2 4
57.81 4.42 1.5949 7 19 1 4
57.95 1.22 1.5915 1 17 3 4
58.36 4.66 1.5812 3 15 3 4
58.73 4.86 1.5722 1 29 1 4
59.35 2.34 1.5572 8 8 2 4
59.57 1.23 1.5518 0 26 2 2
59.89 4.33 1.5444 10 2 0 4
60.01 2.26 1.5416 9 11 1 4
60.02 1.40 1.5415 5 11 3 4
60.59 2.39 1.5282 3 17 3 4
60.61 3.87 1.5278 7 21 1 4
61.35 2.20 1.5111 4 24 2 4
61.35 1.21 1.5111 3 29 1 4
61.66 1.50 1.5042 9 13 1 4
61.67 2.11 1.5041 5 13 3 4
62.10 1.10 1.4946 8 12 2 4
63.19 2.63 1.4714 1 21 3 4
63.60 2.03 1.4629 7 23 1 4
63.67 1.08 1.4616 7 1 3 4
63.93 3.36 1.4561 7 3 3 4
64.17 3.27 1.4513 0 4 4 2
64.63 2.50 1.4422 8 22 0 4
64.63 6.28 1.4421 6 22 2 4
65.03 1.72 1.4342 2 2 4 4
65.27 2.15 1.4296 7 7 3 4
65.39 3.25 1.4272 3 31 1 4
65.85 1.42 1.4183 8 16 2 4
66.12 1.00 1.4132 1 23 3 4
66.78 1.83 1.4008 7 25 1 4
67.11 2.66 1.3948 1 33 1 4
67.11 1.02 1.3947 0 30 2 2
67.45 2.53 1.3885 4 32 0 4
68.04 1.81 1.3779 9 19 1 4
68.05 2.54 1.3778 5 19 3 4
68.26 1.46 1.3740 4 28 2 4
68.37 1.26 1.3720 0 12 4 2
68.61 1.31 1.3679 10 0 2 2
68.74 1.01 1.3656 4 2 4 4
69.12 1.11 1.3590 10 4 2 4
69.13 1.39 1.3589 4 4 4 4
69.18 1.44 1.3580 7 13 3 4
69.55 2.98 1.3516 3 33 1 4
69.76 1.02 1.3480 10 6 2 4
69.77 1.26 1.3479 4 6 4 4
70.18 1.72 1.3411 11 7 1 4
70.30 1.89 1.3390 5 31 1 4
70.50 1.42 1.3357 10 18 0 4
70.51 1.27 1.3355 8 20 2 4
70.62 1.67 1.3338 5 21 3 4
70.66 1.54 1.3330 4 8 4 4
70.87 1.12 1.3297 6 26 2 4
70.97 1.04 1.3281 7 15 3 4
71.20 2.49 1.3243 11 9 1 4
71.80 2.52 1.3147 10 10 2 4
71.81 1.92 1.3146 4 10 4 4
71.95 1.14 1.3123 0 16 4 2
72.30 1.66 1.3068 2 32 2 4
72.46 2.25 1.3043 11 11 1 4
72.99 2.25 1.2962 7 17 3 4
74.81 1.16 1.2691 10 14 2 4
76.04 1.47 1.2516 1 29 3 4
76.59 1.34 1.2439 6 8 4 4
76.68 1.73 1.2428 4 16 4 4
77.18 1.58 1.2359 9 11 3 4
77.41 1.27 1.2329 7 31 1 4
77.86 1.16 1.2268 6 30 2 4
78.38 2.10 1.2201 3 29 3 4
79.58 1.54 1.2046 9 27 1 4
82.86 1.05 1.1651 8 2 4 4
83.50 1.32 1.1578 1 5 5 4
83.62 1.42 1.1564 1 33 3 4
83.82 1.43 1.1541 8 6 4 4
84.99 1.21 1.1412 11 23 1 4
85.77 1.42 1.1328 11 5 3 4
86.46 1.14 1.1255 7 27 3 4
89.42 1.34 1.0958 4 26 4 4
89.51 1.26 1.0949 13 15 1 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.