Geschieberite
Niinisto L, Toivonen J, Valkonen J
Acta Chemica Scandinavica A33 (1979) 621-624
Uranyl(VI) compounds. II. The crystal structure of
potassium uranyl sulfate dihydrate, K2UO2(SO4)2*2H2O
Locality: synthetic
_database_code_amcsd 0020637
CELL PARAMETERS: 13.8060 11.5770 7.2920 90.000 90.000 90.000
SPACE GROUP: Pnma
X-RAY WAVELENGTH: 1.541838
Cell Volume: 1165.495
Density (g/cm3): 3.309
MAX. ABS. INTENSITY / VOLUME**2: 53.76254533
RIR: 5.290
RIR based on corundum from Acta Crystallographica A38 (1982) 733-739
2-THETA INTENSITY D-SPACING H K L Multiplicity
12.82 89.31 6.9030 2 0 0 2
14.36 10.63 6.1701 0 1 1 4
15.31 4.19 5.7885 0 2 0 2
15.73 100.00 5.6331 1 1 1 8
19.29 28.22 4.6003 2 1 1 8
20.02 38.33 4.4355 2 2 0 4
23.48 2.97 3.7895 2 2 1 8
24.13 36.54 3.6889 3 1 1 8
25.26 16.10 3.5251 1 0 2 4
25.81 6.62 3.4515 4 0 0 2
26.13 20.49 3.4108 0 3 1 4
26.93 26.68 3.3113 1 3 1 8
26.96 3.34 3.3076 4 1 0 4
27.67 2.07 3.2239 2 0 2 4
28.61 6.50 3.1197 4 0 1 4
28.94 24.76 3.0850 0 2 2 4
29.20 8.04 3.0579 2 3 1 8
29.66 7.60 3.0122 4 1 1 8
29.67 27.14 3.0108 1 2 2 8
30.15 20.38 2.9645 4 2 0 4
30.90 20.19 2.8942 0 4 0 2
31.30 5.72 2.8578 3 0 2 4
31.77 8.71 2.8166 2 2 2 8
32.61 6.87 2.7462 4 2 1 8
32.68 7.89 2.7402 3 3 1 8
33.58 7.77 2.6691 2 4 0 4
35.02 4.24 2.5625 3 2 2 8
35.62 9.83 2.5203 5 1 1 8
37.06 1.50 2.4261 4 3 1 8
37.82 11.20 2.3788 0 1 3 4
39.15 8.13 2.3010 6 0 0 2
39.16 3.37 2.3001 4 2 2 8
40.09 15.94 2.2490 2 1 3 8
40.32 11.08 2.2369 1 4 2 8
40.68 2.50 2.2177 4 4 0 4
41.00 2.76 2.2012 5 0 2 4
41.44 6.77 2.1792 1 5 1 8
41.90 2.56 2.1560 6 1 1 8
41.95 4.09 2.1537 2 4 2 8
42.10 2.54 2.1461 5 3 1 8
42.27 5.35 2.1383 6 2 0 4
42.41 1.28 2.1316 2 2 3 8
43.03 2.07 2.1020 4 3 2 8
43.03 7.44 2.1020 2 5 1 8
44.01 6.76 2.0575 5 2 2 8
44.03 4.86 2.0567 0 3 3 4
44.56 8.04 2.0335 3 4 2 8
45.59 6.08 1.9899 3 5 1 8
45.65 2.04 1.9873 4 0 3 4
46.05 14.18 1.9711 2 3 3 8
46.36 8.03 1.9587 4 1 3 8
47.10 3.15 1.9295 0 6 0 2
47.27 2.06 1.9228 4 5 0 4
47.68 1.89 1.9075 6 3 1 8
48.02 3.03 1.8947 4 4 2 8
48.43 1.62 1.8796 4 2 3 8
48.45 5.87 1.8786 7 1 1 8
48.99 4.89 1.8593 4 5 1 8
49.02 4.63 1.8583 2 6 0 4
49.41 2.51 1.8445 6 2 2 8
50.50 3.07 1.8073 1 0 4 4
50.68 3.72 1.8011 6 4 0 4
51.74 6.58 1.7668 4 3 3 8
52.21 5.20 1.7521 5 4 2 8
52.64 3.47 1.7388 0 2 4 4
52.77 1.93 1.7347 7 0 2 4
53.07 1.41 1.7257 8 0 0 2
53.09 3.91 1.7252 1 2 4 8
53.13 3.07 1.7239 5 5 1 8
53.68 4.25 1.7074 7 3 1 8
53.75 1.37 1.7054 0 6 2 4
54.19 6.54 1.6925 1 6 2 8
54.41 1.78 1.6861 2 2 4 8
54.48 3.06 1.6842 4 6 0 4
54.75 5.54 1.6765 0 5 3 4
55.27 2.37 1.6620 8 1 1 8
55.28 3.91 1.6617 7 2 2 8
55.50 1.21 1.6556 2 6 2 8
55.57 5.08 1.6539 6 1 3 8
55.57 4.27 1.6538 8 2 0 4
56.14 1.03 1.6383 4 4 3 8
56.49 4.70 1.6291 2 5 3 8
56.58 3.01 1.6266 3 2 4 8
57.03 1.90 1.6148 6 4 2 8
57.11 2.12 1.6129 0 7 1 4
57.53 3.42 1.6020 1 7 1 8
57.64 1.55 1.5991 3 6 2 8
57.90 1.95 1.5927 6 5 1 8
59.24 1.66 1.5598 8 0 2 4
59.53 1.21 1.5529 4 2 4 8
60.36 4.08 1.5334 6 3 3 8
60.38 2.14 1.5330 1 4 4 8
60.86 2.33 1.5221 3 7 1 8
61.49 2.63 1.5080 4 5 3 8
62.38 2.62 1.4887 9 1 1 8
62.41 2.59 1.4879 7 4 2 8
62.86 2.38 1.4785 6 6 0 4
63.19 2.14 1.4714 5 2 4 8
63.23 2.01 1.4706 7 5 1 8
63.62 1.19 1.4625 3 4 4 8
64.19 1.94 1.4510 5 6 2 8
64.38 1.09 1.4471 0 8 0 2
64.78 1.80 1.4391 1 1 5 8
65.95 1.70 1.4163 2 8 0 4
66.08 1.28 1.4139 9 0 2 4
66.88 2.16 1.3990 9 3 1 8
66.99 2.89 1.3969 8 1 3 8
67.22 1.38 1.3927 5 7 1 8
67.90 1.83 1.3803 3 1 5 8
68.29 1.24 1.3736 9 2 2 8
68.31 1.98 1.3731 8 4 2 8
69.09 3.07 1.3594 8 5 1 8
69.20 3.35 1.3576 1 3 5 8
69.35 2.40 1.3550 6 5 3 8
69.85 1.17 1.3466 5 4 4 8
70.07 1.15 1.3429 10 2 0 4
70.17 3.21 1.3413 2 7 3 8
70.32 1.15 1.3387 1 8 2 8
70.57 1.17 1.3346 4 8 0 4
71.34 5.52 1.3220 8 3 3 8
71.53 1.53 1.3190 1 6 4 8
72.23 1.69 1.3080 3 3 5 8
72.46 1.82 1.3043 7 2 4 8
73.33 1.05 1.2910 3 8 2 8
73.40 2.18 1.2900 7 6 2 8
73.64 1.75 1.2863 8 6 0 4
73.96 1.06 1.2816 5 1 5 8
74.66 2.66 1.2712 4 7 3 8
74.72 1.74 1.2704 9 4 2 8
75.34 1.59 1.2615 1 9 1 8
75.47 1.22 1.2596 9 5 1 8
75.92 1.03 1.2533 8 0 4 4
76.26 1.60 1.2486 7 7 1 8
78.00 1.01 1.2250 6 8 0 4
78.15 1.33 1.2231 5 3 5 8
78.28 1.12 1.2213 3 9 1 8
78.74 1.19 1.2153 0 0 6 2
79.22 1.04 1.2092 5 8 2 8
80.43 1.48 1.1941 10 1 3 8
80.60 1.50 1.1919 3 5 5 8
81.97 1.73 1.1755 6 7 3 8
82.25 1.63 1.1721 2 2 6 8
82.72 1.07 1.1667 7 1 5 8
84.16 1.09 1.1503 9 2 4 8
84.53 1.51 1.1463 10 3 3 8
85.06 1.13 1.1405 9 6 2 8
85.39 1.97 1.1369 0 9 3 4
86.07 1.20 1.1296 1 8 4 8
86.56 1.86 1.1245 4 2 6 8
86.80 1.52 1.1220 7 3 5 8
86.82 1.82 1.1218 2 9 3 8
86.94 1.64 1.1206 0 4 6 4
87.82 1.04 1.1115 9 7 1 8
88.37 1.72 1.1061 2 4 6 8
88.93 1.18 1.1005 3 8 4 8
89.00 1.21 1.0999 1 10 2 8
89.19 1.01 1.0980 11 4 2 8
89.98 1.25 1.0904 1 7 5 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.