Behounekite
Kierkegaard P
Acta Chemica Scandinavica 10 (1956) 599-616
The crystal structure of U(SO4)2*4H2O
Locality: synthetic
_database_code_amcsd 0018327
CELL PARAMETERS: 14.6740 11.0930 5.6880 90.000 90.000 90.000
SPACE GROUP: Pnma
X-RAY WAVELENGTH: 1.541838
Cell Volume: 925.885
Density (g/cm3): 3.664
MAX. ABS. INTENSITY / VOLUME**2: 40.24349567
RIR: 3.576
RIR based on corundum from Acta Crystallographica A38 (1982) 733-739
2-THETA INTENSITY D-SPACING H K L Multiplicity
12.06 58.76 7.3370 2 0 0 2
14.47 91.60 6.1196 2 1 0 4
15.98 30.07 5.5465 0 2 0 2
16.72 3.77 5.3035 1 0 1 4
17.52 43.84 5.0614 0 1 1 4
18.54 100.00 4.7848 1 1 1 8
19.75 58.13 4.4953 2 0 1 4
20.07 17.78 4.4245 2 2 0 4
21.33 19.24 4.1662 2 1 1 8
23.20 22.93 3.8332 1 2 1 8
24.00 9.58 3.7086 3 0 1 4
24.26 18.68 3.6685 4 0 0 2
25.51 10.29 3.4923 2 2 1 8
25.58 18.20 3.4830 4 1 0 4
27.00 50.49 3.3020 2 3 0 4
28.80 43.85 3.1002 0 3 1 4
28.96 74.26 3.0830 3 2 1 8
28.96 23.99 3.0829 4 0 1 4
29.45 6.33 3.0332 1 3 1 8
30.09 1.80 2.9703 4 1 1 8
31.32 7.05 2.8557 2 3 1 8
32.06 2.05 2.7920 1 0 2 4
32.28 6.21 2.7733 0 4 0 2
33.08 2.00 2.7076 1 1 2 8
33.25 5.65 2.6946 4 2 1 8
34.24 1.81 2.6185 3 3 1 8
34.39 1.72 2.6081 5 0 1 4
34.44 11.64 2.6043 4 3 0 4
34.58 5.59 2.5941 2 4 0 4
35.35 11.09 2.5389 5 1 1 8
36.01 31.33 2.4939 1 2 2 8
36.56 1.27 2.4575 1 4 1 8
36.75 6.07 2.4457 6 0 0 2
37.47 44.09 2.4004 3 1 2 8
37.66 1.12 2.3883 6 1 0 4
38.00 3.35 2.3679 4 3 1 8
38.13 12.72 2.3602 2 4 1 8
38.13 7.78 2.3602 5 2 1 8
40.30 10.70 2.2378 6 2 0 4
40.48 11.10 2.2282 1 3 2 8
40.62 19.57 2.2210 3 4 1 8
40.99 17.86 2.2021 6 1 1 8
42.41 10.04 2.1313 5 3 1 8
42.57 1.66 2.1236 2 5 0 4
43.80 6.36 2.0669 0 5 1 4
43.91 2.20 2.0618 4 4 1 8
44.24 22.61 2.0473 3 3 2 8
44.25 6.44 2.0467 1 5 1 8
44.35 4.86 2.0424 5 0 2 4
45.14 15.24 2.0086 5 1 2 8
45.60 2.24 1.9895 2 5 1 8
46.13 14.41 1.9676 1 4 2 8
46.91 3.29 1.9367 7 1 1 8
47.34 4.87 1.9201 6 3 1 8
47.44 20.05 1.9166 5 2 2 8
47.88 6.71 1.8999 5 4 1 8
47.92 5.85 1.8984 4 5 0 4
48.72 3.79 1.8689 0 1 3 4
49.14 4.12 1.8539 1 1 3 8
49.15 1.80 1.8538 7 2 1 8
49.29 10.60 1.8488 0 6 0 2
49.66 3.34 1.8357 2 0 3 4
49.70 12.68 1.8343 6 4 0 4
49.71 1.85 1.8342 8 0 0 2
50.39 1.79 1.8111 2 1 3 8
50.43 5.50 1.8097 8 1 0 4
50.94 1.98 1.7928 2 6 0 4
51.09 1.49 1.7878 5 3 2 8
51.30 1.16 1.7808 1 2 3 8
51.71 1.52 1.7678 3 0 3 4
52.41 3.99 1.7457 8 0 1 4
52.51 2.64 1.7427 2 2 3 8
52.55 4.09 1.7415 8 2 0 4
52.70 2.91 1.7370 1 5 2 8
52.71 6.08 1.7365 7 3 1 8
53.11 3.54 1.7245 8 1 1 8
53.60 5.68 1.7099 2 6 1 8
54.28 7.62 1.6899 5 5 1 8
54.37 1.42 1.6874 7 0 2 4
54.38 5.33 1.6871 0 3 3 4
54.48 8.19 1.6843 3 2 3 8
54.48 5.25 1.6843 4 0 3 4
54.77 1.58 1.6761 1 3 3 8
55.05 1.67 1.6682 7 1 2 8
55.16 1.91 1.6652 8 2 1 8
55.54 3.55 1.6546 3 6 1 8
55.67 2.04 1.6510 4 6 0 4
55.81 13.92 1.6471 3 5 2 8
55.91 3.82 1.6445 5 4 2 8
55.92 1.94 1.6442 2 3 3 8
55.96 2.78 1.6432 8 3 0 4
57.05 8.66 1.6144 7 2 2 8
57.15 1.36 1.6117 4 2 3 8
58.18 3.18 1.5856 4 6 1 8
58.46 2.04 1.5787 6 5 1 8
58.46 1.57 1.5786 8 3 1 8
58.55 2.14 1.5764 5 1 3 8
58.93 1.29 1.5673 9 0 1 4
59.69 4.03 1.5490 2 7 0 4
60.01 2.99 1.5415 1 6 2 8
60.48 4.01 1.5307 2 4 3 8
60.48 1.90 1.5307 5 2 3 8
60.52 1.72 1.5299 8 4 0 4
60.66 2.14 1.5266 0 7 1 4
61.02 2.07 1.5184 1 7 1 8
61.48 1.27 1.5083 5 6 1 8
61.48 3.61 1.5083 9 2 1 8
61.73 2.46 1.5026 5 5 2 8
62.10 1.11 1.4946 2 7 1 8
62.28 3.57 1.4907 3 4 3 8
62.55 4.47 1.4850 6 1 3 8
62.91 2.12 1.4774 8 4 1 8
63.03 2.90 1.4748 6 6 0 4
63.17 2.36 1.4718 7 5 1 8
63.61 1.86 1.4627 5 3 3 8
64.00 1.66 1.4548 4 7 0 4
64.00 3.77 1.4547 10 1 0 4
64.66 3.31 1.4415 7 4 2 8
64.67 2.23 1.4414 0 5 3 4
65.02 1.31 1.4345 1 5 3 8
65.66 4.96 1.4220 0 0 4 2
66.09 1.64 1.4137 8 5 0 4
66.66 3.66 1.4031 9 1 2 8
67.10 1.13 1.3950 7 1 3 8
67.44 2.56 1.3887 6 3 3 8
67.55 1.11 1.3866 0 8 0 2
67.64 2.91 1.3851 2 1 4 8
67.86 1.77 1.3810 5 4 3 8
68.07 1.43 1.3775 0 2 4 4
68.12 1.67 1.3764 10 2 1 8
68.38 1.95 1.3719 8 5 1 8
68.45 2.11 1.3706 5 6 2 8
68.80 1.29 1.3645 9 4 1 8
70.06 1.04 1.3431 7 5 2 8
70.15 1.23 1.3415 1 8 1 8
70.73 3.34 1.3320 3 7 2 8
71.40 2.49 1.3211 9 3 2 8
71.58 1.91 1.3183 8 0 3 4
71.69 1.63 1.3165 4 1 4 8
72.16 1.29 1.3091 8 1 3 8
72.35 3.63 1.3060 2 3 4 8
72.57 1.68 1.3027 2 6 3 8
72.82 3.56 1.2988 3 8 1 8
72.82 1.19 1.2988 11 0 1 4
73.07 3.38 1.2950 6 7 1 8
73.15 2.14 1.2938 5 5 3 8
73.40 1.45 1.2899 11 1 1 8
74.22 1.31 1.2777 3 6 3 8
74.80 1.62 1.2693 8 6 1 8
75.07 1.17 1.2654 0 4 4 4
75.13 1.90 1.2646 10 4 1 8
76.01 2.41 1.2520 5 7 2 8
76.30 2.32 1.2481 4 3 4 8
76.51 1.98 1.2451 4 6 3 8
76.74 1.89 1.2419 1 8 2 8
77.68 1.41 1.2293 6 0 4 4
78.08 1.01 1.2239 10 5 0 4
78.16 1.00 1.2228 12 0 0 2
78.69 1.08 1.2159 0 7 3 4
78.73 1.28 1.2155 2 9 0 4
79.42 1.38 1.2066 9 2 3 8
79.90 1.27 1.2006 1 9 1 8
79.93 1.93 1.2002 6 2 4 8
80.01 1.60 1.1992 8 7 0 4
80.54 3.34 1.1927 9 5 2 8
81.58 2.74 1.1801 11 2 2 8
84.37 4.12 1.1481 11 3 2 8
84.44 3.96 1.1472 5 8 2 8
85.28 1.45 1.1381 4 5 4 8
85.49 1.01 1.1359 10 2 3 8
86.20 1.36 1.1283 1 1 5 8
86.31 2.49 1.1272 0 6 4 4
86.62 3.36 1.1238 6 4 4 8
87.18 1.39 1.1181 8 1 4 8
88.25 1.70 1.1073 11 4 2 8
88.80 3.31 1.1018 3 9 2 8
88.81 1.00 1.1017 13 1 1 8
88.84 1.32 1.1015 8 2 4 8
89.92 1.51 1.0910 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.