Behounekite
Plasil J, Fejfarova K, Novak M, Dusek M, Skoda R, Hlousek J, Cejka J,
Majzlan J, Sejkora J, Machovic V, Talla D
Mineralogical Magazine 75 (2011) 2739-2753
Behounekite, U(SO4)2(H2O)4, From Jachymov (St Joachimsthal), Czech Republic:
the first natural U4+ sulphate
Locality: Jachymov, Czech Republic
_database_code_amcsd 0018561
CELL PARAMETERS: 14.6464 11.0786 5.6910 90.000 90.000 90.000
SPACE GROUP: Pnma
X-RAY WAVELENGTH: 1.541838
Cell Volume: 923.431
Density (g/cm3): 3.612
MAX. ABS. INTENSITY / VOLUME**2: 40.71880971
RIR: 3.671
RIR based on corundum from Acta Crystallographica A38 (1982) 733-739
2-THETA INTENSITY D-SPACING H K L Multiplicity
12.09 55.10 7.3232 2 0 0 2
14.50 81.81 6.1091 2 1 0 4
16.00 30.25 5.5393 0 2 0 2
16.71 4.39 5.3046 1 0 1 4
17.52 78.97 5.0622 0 1 1 4
18.55 100.00 4.7844 1 1 1 8
19.76 98.54 4.4936 2 0 1 4
20.10 16.27 4.4178 2 2 0 4
21.34 9.42 4.1641 2 1 1 8
23.22 30.47 3.8312 1 2 1 8
24.02 9.51 3.7055 3 0 1 4
24.31 15.13 3.6616 4 0 0 2
25.52 13.07 3.4897 2 2 1 8
25.62 24.82 3.4766 4 1 0 4
27.04 50.53 3.2973 2 3 0 4
28.82 27.99 3.0978 0 3 1 4
28.99 68.26 3.0799 3 2 1 8
29.00 15.97 3.0793 4 0 1 4
29.47 5.72 3.0308 1 3 1 8
30.12 2.16 2.9668 4 1 1 8
31.35 11.52 2.8531 2 3 1 8
32.04 7.24 2.7933 1 0 2 4
32.32 6.10 2.7696 0 4 0 2
33.07 10.39 2.7085 1 1 2 8
33.29 7.62 2.6914 4 2 1 8
34.43 2.84 2.6045 5 0 1 4
34.49 13.49 2.6001 4 3 0 4
34.63 5.80 2.5906 2 4 0 4
35.40 8.50 2.5354 5 1 1 8
36.01 37.09 2.4941 1 2 2 8
36.55 2.27 2.4584 3 0 2 4
36.60 1.37 2.4551 1 4 1 8
36.82 7.65 2.4411 6 0 0 2
37.47 39.96 2.4000 3 1 2 8
37.74 1.30 2.3839 6 1 0 4
38.05 2.17 2.3650 4 3 1 8
38.17 5.62 2.3578 2 4 1 8
38.18 6.26 2.3570 5 2 1 8
40.38 11.69 2.2338 6 2 0 4
40.49 5.48 2.2278 1 3 2 8
40.67 16.06 2.2184 3 4 1 8
40.85 1.30 2.2089 4 4 0 4
41.05 14.88 2.1988 6 1 1 8
42.47 9.36 2.1284 5 3 1 8
42.63 2.83 2.1208 2 5 0 4
43.85 5.96 2.0647 0 5 1 4
43.97 9.48 2.0592 4 4 1 8
44.26 22.71 2.0464 3 3 2 8
44.30 8.98 2.0445 1 5 1 8
44.38 2.08 2.0410 5 0 2 4
45.17 9.21 2.0073 5 1 2 8
45.65 2.93 1.9873 2 5 1 8
46.16 11.45 1.9667 1 4 2 8
46.99 4.99 1.9337 7 1 1 8
47.42 10.18 1.9173 6 3 1 8
47.47 19.87 1.9152 5 2 2 8
47.95 5.91 1.8974 5 4 1 8
47.99 6.74 1.8957 4 5 0 4
48.70 4.08 1.8698 0 1 3 4
49.12 5.01 1.8547 1 1 3 8
49.23 1.37 1.8509 7 2 1 8
49.36 9.44 1.8464 0 6 0 2
49.58 2.30 1.8386 3 4 2 8
49.64 4.29 1.8364 2 0 3 4
49.79 13.13 1.8313 6 4 0 4
49.81 1.29 1.8308 8 0 0 2
50.37 1.18 1.8117 2 1 3 8
50.53 5.63 1.8063 8 1 0 4
51.01 2.55 1.7904 2 6 0 4
51.13 4.00 1.7864 5 3 2 8
51.29 1.90 1.7814 1 2 3 8
51.70 2.10 1.7682 3 0 3 4
52.50 2.36 1.7431 2 2 3 8
52.51 3.40 1.7428 8 0 1 4
52.65 3.49 1.7383 8 2 0 4
52.73 2.26 1.7359 1 5 2 8
52.80 6.86 1.7339 7 3 1 8
53.20 4.76 1.7217 8 1 1 8
53.67 6.86 1.7079 2 6 1 8
54.36 7.14 1.6876 5 5 1 8
54.37 3.27 1.6874 0 3 3 4
54.43 2.07 1.6857 7 0 2 4
54.47 9.78 1.6845 3 2 3 8
54.48 3.48 1.6844 4 0 3 4
54.76 4.08 1.6763 1 3 3 8
55.16 1.37 1.6652 4 1 3 8
55.25 1.84 1.6625 8 2 1 8
55.61 3.53 1.6526 3 6 1 8
55.76 1.88 1.6487 4 6 0 4
55.86 15.45 1.6459 3 5 2 8
55.92 4.32 1.6443 2 3 3 8
55.96 6.15 1.6431 5 4 2 8
56.07 2.85 1.6403 8 3 0 4
57.12 10.82 1.6127 7 2 2 8
57.16 1.81 1.6115 4 2 3 8
58.26 4.56 1.5836 4 6 1 8
58.55 3.39 1.5764 6 5 1 8
58.57 2.83 1.5761 5 1 3 8
59.04 1.46 1.5647 9 0 1 4
59.78 3.77 1.5469 2 7 0 4
60.07 3.95 1.5403 1 6 2 8
60.49 2.18 1.5305 2 4 3 8
60.50 1.78 1.5303 5 2 3 8
60.63 2.00 1.5273 8 4 0 4
60.74 2.62 1.5248 0 7 1 4
61.10 2.28 1.5166 1 7 1 8
61.57 1.53 1.5063 5 6 1 8
61.59 4.33 1.5057 9 2 1 8
61.80 3.55 1.5012 5 5 2 8
62.30 4.14 1.4904 3 4 3 8
62.58 2.54 1.4844 6 1 3 8
63.02 3.52 1.4751 8 4 1 8
63.14 3.75 1.4726 6 6 0 4
63.28 2.73 1.4697 7 5 1 8
63.64 2.41 1.4621 5 3 3 8
64.10 2.73 1.4528 4 7 0 4
64.14 3.87 1.4520 10 1 0 4
64.69 1.08 1.4410 0 5 3 4
64.74 5.50 1.4400 7 4 2 8
64.78 2.77 1.4391 4 4 3 8
65.04 2.69 1.4341 1 5 3 8
65.62 3.97 1.4227 0 0 4 2
65.85 1.44 1.4184 10 0 1 4
66.08 1.14 1.4139 2 5 3 8
66.15 1.44 1.4127 9 0 2 4
66.22 1.48 1.4113 8 5 0 4
66.75 6.00 1.4013 9 1 2 8
67.01 1.24 1.3966 2 0 4 4
67.14 2.42 1.3942 7 1 3 8
67.48 4.22 1.3880 6 3 3 8
67.61 3.23 1.3857 2 1 4 8
67.65 1.12 1.3848 0 8 0 2
67.90 1.71 1.3804 5 4 3 8
68.03 1.51 1.3780 0 2 4 4
68.26 2.20 1.3741 10 2 1 8
68.50 1.44 1.3698 8 5 1 8
68.53 2.15 1.3693 5 6 2 8
68.93 1.98 1.3623 9 4 1 8
68.98 1.39 1.3615 10 3 0 4
69.40 1.36 1.3543 2 2 4 8
70.15 1.77 1.3416 7 5 2 8
70.25 1.71 1.3399 1 8 1 8
70.80 3.50 1.3307 3 7 2 8
71.09 1.08 1.3262 4 0 4 4
71.26 1.28 1.3234 2 8 1 8
71.51 3.15 1.3194 9 3 2 8
71.63 1.33 1.3174 8 0 3 4
71.67 3.15 1.3168 4 1 4 8
71.88 1.72 1.3135 7 3 3 8
72.22 1.78 1.3081 8 1 3 8
72.33 4.42 1.3063 2 3 4 8
72.61 1.60 1.3021 2 6 3 8
72.93 3.89 1.2972 3 8 1 8
73.18 3.41 1.2932 6 7 1 8
73.20 2.16 1.2930 5 5 3 8
73.55 1.79 1.2877 11 1 1 8
74.27 1.75 1.2771 3 6 3 8
74.93 1.96 1.2674 8 6 1 8
75.06 1.62 1.2655 0 4 4 4
75.27 1.59 1.2625 10 4 1 8
76.11 1.78 1.2507 5 7 2 8
76.29 3.43 1.2481 4 3 4 8
76.37 1.39 1.2471 2 4 4 8
76.52 1.89 1.2449 7 6 2 8
76.56 2.25 1.2444 4 6 3 8
76.83 3.98 1.2407 1 8 2 8
77.45 1.18 1.2323 7 7 1 8
77.68 2.09 1.2292 6 0 4 4
78.24 1.42 1.2218 10 5 0 4
78.34 1.35 1.2205 12 0 0 2
78.75 1.23 1.2153 0 7 3 4
78.85 1.38 1.2139 2 9 0 4
79.51 2.27 1.2055 9 2 3 8
79.95 2.40 1.2000 6 2 4 8
80.02 1.44 1.1991 1 9 1 8
80.03 1.22 1.1989 11 1 2 8
80.16 1.82 1.1973 8 7 0 4
80.45 1.17 1.1937 9 6 1 8
80.66 3.71 1.1912 9 5 2 8
80.79 1.20 1.1896 8 4 3 8
81.02 1.20 1.1868 7 5 3 8
81.04 1.52 1.1865 12 1 1 8
81.72 2.92 1.1784 11 2 2 8
84.52 3.15 1.1464 11 3 2 8
84.56 3.66 1.1460 5 8 2 8
85.29 2.16 1.1379 4 5 4 8
85.59 1.46 1.1347 10 2 3 8
86.14 1.57 1.1289 1 1 5 8
86.22 1.55 1.1281 9 4 3 8
86.32 2.32 1.1270 0 6 4 4
86.38 1.06 1.1264 1 9 2 8
86.53 1.24 1.1248 10 6 1 8
86.54 1.01 1.1247 2 0 5 4
86.65 3.52 1.1235 6 4 4 8
87.22 1.42 1.1177 8 1 4 8
87.59 1.10 1.1139 2 6 4 8
88.41 1.49 1.1057 11 4 2 8
88.89 1.48 1.1010 8 2 4 8
88.92 3.35 1.1007 3 9 2 8
89.01 1.26 1.0997 13 1 1 8
90.00 2.29 1.0903 3 8 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.