Widenmannite
Plasil J, Palatinus L, Rohlicek J, Houdkovaq L, Klementova M, Golias V, Skacha P
American Mineralogist 99 (2014) 276-282
Crystal structure of lead uranyl carbonate mineral widenmannite:
Precession electron-diffraction and synchrotron powder-diffraction study
Note: data collected at synchrotron
Locality: Brezove Hory deposit, Pribram ore district, Czech Republic
_database_code_amcsd 0020039
CELL PARAMETERS: 4.9770 9.3869 8.9597 90.000 90.000 90.000
SPACE GROUP: Pmmn
X-RAY WAVELENGTH: 1.541838
Cell Volume: 418.585
Density (g/cm3): 6.389
MAX. ABS. INTENSITY / VOLUME**2: 110.7999429
RIR: 5.646
RIR based on corundum from Acta Crystallographica A38 (1982) 733-739
2-THETA INTENSITY D-SPACING H K L Multiplicity
13.66 9.10 6.4812 0 1 1 4
20.19 30.01 4.3972 1 1 0 4
20.41 18.82 4.3508 1 0 1 4
21.37 74.35 4.1576 0 2 1 4
21.98 14.87 4.0430 0 1 2 4
22.52 25.82 3.9474 1 1 1 8
26.77 65.96 3.3297 1 0 2 4
27.52 28.76 3.2406 0 2 2 4
27.96 100.00 3.1907 1 2 1 8
28.44 6.93 3.1381 1 1 2 8
29.92 19.47 2.9866 0 0 3 2
30.26 5.54 2.9540 0 3 1 4
31.43 7.10 2.8460 0 1 3 4
32.98 6.72 2.7157 1 2 2 8
33.84 4.10 2.6490 1 3 0 4
35.04 17.39 2.5609 1 0 3 4
35.33 4.34 2.5403 1 3 1 8
35.63 13.76 2.5197 0 2 3 4
36.09 29.86 2.4885 2 0 0 2
38.36 29.15 2.3467 0 4 0 2
38.76 1.27 2.3231 2 1 1 8
39.52 5.59 2.2802 1 3 2 8
40.11 4.31 2.2480 1 2 3 8
40.26 3.81 2.2399 0 0 4 2
41.05 2.31 2.1986 2 2 0 4
41.44 8.42 2.1788 0 1 4 4
41.81 3.38 2.1604 0 3 3 4
42.33 20.25 2.1352 2 2 1 8
42.66 14.48 2.1192 2 1 2 8
43.83 4.41 2.0654 1 4 1 8
45.98 17.33 1.9737 2 2 2 8
47.39 23.07 1.9182 1 4 2 8
47.56 7.98 1.9118 2 0 3 4
47.79 2.49 1.9032 2 3 1 8
48.60 6.17 1.8734 2 1 3 8
48.61 29.22 1.8729 1 2 4 8
49.39 6.52 1.8452 0 4 3 4
50.08 4.12 1.8213 0 3 4 4
50.96 3.59 1.7919 0 0 5 2
51.14 2.47 1.7861 2 3 2 8
51.62 6.71 1.7706 2 2 3 8
51.95 1.53 1.7602 0 1 5 4
52.06 4.08 1.7566 1 5 0 4
52.88 2.81 1.7315 0 5 2 4
52.92 5.83 1.7301 1 4 3 8
53.13 2.52 1.7238 1 5 1 8
53.69 11.40 1.7073 2 4 0 4
54.42 6.25 1.6860 1 0 5 4
55.17 1.37 1.6648 2 0 4 4
55.36 2.58 1.6594 1 1 5 8
56.11 2.77 1.6392 2 1 4 8
56.31 1.86 1.6337 3 1 0 4
56.40 3.89 1.6314 2 3 3 8
56.82 1.64 1.6203 0 4 4 4
57.33 2.52 1.6072 3 1 1 8
58.03 1.41 1.5894 0 5 3 4
59.41 4.64 1.5557 3 0 2 4
60.03 2.93 1.5412 0 6 1 4
60.04 5.82 1.5409 3 2 1 8
62.68 4.68 1.4822 2 4 3 8
62.93 2.31 1.4770 0 6 2 4
63.16 6.46 1.4722 1 6 1 8
63.27 1.62 1.4697 2 3 4 8
64.03 2.20 1.4542 2 0 5 4
64.22 2.26 1.4503 3 0 3 4
64.41 1.10 1.4465 3 3 1 8
64.80 1.55 1.4388 0 5 4 4
64.89 1.05 1.4370 2 1 5 8
65.54 2.77 1.4242 0 4 5 4
65.61 3.73 1.4230 0 2 6 4
65.70 4.99 1.4213 2 5 2 8
66.08 1.27 1.4140 1 1 6 8
67.20 1.03 1.3931 3 3 2 8
67.61 1.01 1.3856 3 2 3 8
68.53 3.93 1.3692 1 4 5 8
70.27 2.05 1.3395 2 5 3 8
70.54 1.95 1.3351 1 6 3 8
72.08 2.76 1.3102 2 6 1 8
72.69 1.70 1.3008 1 3 6 8
72.96 4.13 1.2967 3 4 2 8
73.90 5.48 1.2824 3 2 4 8
73.97 1.04 1.2815 1 7 1 8
74.74 3.22 1.2701 2 6 2 8
75.84 1.44 1.2544 1 5 5 8
76.57 2.47 1.2443 4 0 0 2
76.65 1.06 1.2432 3 5 0 4
76.73 4.49 1.2420 1 6 4 8
76.91 1.17 1.2396 1 0 7 4
77.17 2.16 1.2361 2 4 5 8
77.23 5.76 1.2353 2 2 6 8
77.35 1.60 1.2337 3 4 3 8
77.70 1.33 1.2290 1 1 7 8
78.58 1.62 1.2174 3 0 5 4
80.59 2.08 1.1920 4 2 1 8
82.15 1.24 1.1734 0 8 0 2
83.16 1.21 1.1616 4 2 2 8
84.14 1.08 1.1506 0 7 4 4
85.27 1.07 1.1382 2 0 7 4
86.12 1.47 1.1291 3 6 1 8
88.31 1.89 1.1067 1 8 2 8
89.06 2.33 1.0993 4 4 0 4
89.39 1.05 1.0961 1 4 7 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.