Metatorbernite
Calos N J, Kennard C H L
Zeitschrift fur Kristallographie 211 (1996) 701-702
Crystal structure of copper bis(uranyl phosphate) octahydrate (metatobernite),
Cu(UO2PO4)2*8(H2O)
Locality: Sonora, Mexico
_database_code_amcsd 0011066
CELL PARAMETERS: 6.9500 6.9500 8.6380 90.000 90.000 90.000
SPACE GROUP: P4/nmm
X-RAY WAVELENGTH: 1.541838
Cell Volume: 417.237
Density (g/cm3): 3.800
MAX. ABS. INTENSITY / VOLUME**2: 80.77585164
RIR: 6.921
RIR based on corundum from Acta Crystallographica A38 (1982) 733-739
2-THETA INTENSITY D-SPACING H K L Multiplicity
10.24 100.00 8.6380 0 0 1 2
16.37 44.02 5.4149 1 0 1 8
18.05 53.61 4.9144 1 1 0 4
20.56 6.71 4.3190 0 0 2 2
20.80 17.61 4.2715 1 1 1 8
24.26 92.68 3.6684 1 0 2 8
25.64 67.69 3.4750 2 0 0 4
27.67 38.43 3.2239 2 0 1 8
30.57 18.51 2.9246 2 1 1 16
33.09 4.65 2.7075 2 0 2 8
33.69 13.34 2.6601 1 0 3 8
35.59 22.01 2.5228 2 1 2 16
36.16 2.94 2.4843 1 1 3 8
36.57 11.31 2.4572 2 2 0 4
38.07 14.05 2.3634 2 2 1 8
40.31 7.29 2.2376 3 0 1 8
41.07 25.15 2.1978 3 1 0 8
41.83 7.68 2.1595 0 0 4 2
42.32 1.37 2.1357 2 2 2 8
42.44 11.04 2.1299 3 1 1 16
42.81 11.77 2.1123 2 1 3 16
43.90 5.04 2.0622 1 0 4 8
44.37 26.42 2.0415 3 0 2 8
45.90 11.70 1.9770 1 1 4 8
48.38 7.28 1.8813 3 2 1 16
49.71 8.84 1.8342 2 0 4 8
50.57 6.72 1.8050 3 0 3 8
51.53 3.48 1.7735 2 1 4 16
51.95 16.44 1.7602 3 2 2 16
52.37 3.00 1.7470 3 1 3 16
52.68 9.21 1.7375 4 0 0 4
53.01 1.78 1.7276 0 0 5 2
53.82 4.42 1.7034 4 0 1 8
55.55 2.38 1.6544 4 1 1 16
56.15 6.36 1.6381 3 3 0 4
56.46 5.68 1.6298 1 1 5 8
56.75 2.62 1.6221 2 2 4 8
57.24 3.19 1.6094 3 3 1 8
57.54 7.42 1.6018 3 2 3 16
58.42 2.55 1.5796 3 0 4 8
58.81 8.65 1.5703 4 1 2 16
59.48 7.36 1.5541 4 2 0 8
59.78 3.96 1.5470 2 0 5 8
60.06 14.90 1.5404 3 1 4 16
60.53 5.22 1.5295 4 2 1 16
64.01 2.97 1.4547 4 1 3 16
64.84 2.41 1.4380 3 2 4 16
66.12 2.29 1.4133 2 2 5 8
66.30 2.90 1.4097 1 0 6 8
67.83 2.04 1.3816 1 1 6 8
68.35 1.05 1.3723 5 0 1 8
68.35 1.94 1.3723 4 3 1 16
68.89 2.65 1.3630 5 1 0 8
69.17 7.78 1.3582 3 1 5 16
69.43 3.24 1.3537 4 0 4 8
69.86 1.68 1.3463 5 1 1 16
70.85 1.20 1.3300 2 0 6 8
70.93 1.48 1.3288 4 1 4 16
71.27 3.11 1.3232 5 0 2 8
71.27 6.87 1.3232 4 3 2 16
72.33 2.55 1.3063 2 1 6 16
72.41 5.02 1.3051 3 3 4 8
74.31 1.34 1.2764 5 2 1 16
75.35 3.00 1.2614 4 2 4 16
76.03 2.72 1.2518 4 3 3 16
76.03 1.44 1.2518 5 0 3 8
77.14 3.05 1.2366 5 2 2 16
77.73 1.75 1.2286 4 4 0 4
77.99 1.48 1.2251 4 0 5 8
78.17 2.18 1.2228 3 0 6 8
78.66 1.12 1.2164 4 4 1 8
78.77 1.39 1.2150 1 0 7 8
79.61 3.19 1.2043 3 1 6 16
80.60 2.33 1.1919 5 3 0 8
80.86 2.92 1.1887 3 3 5 8
81.52 1.52 1.1807 5 3 1 16
81.78 1.94 1.1777 5 2 3 16
82.54 1.18 1.1688 4 3 4 16
83.45 1.97 1.1583 6 0 0 4
83.71 2.02 1.1554 4 2 5 16
83.88 2.41 1.1535 3 2 6 16
83.96 3.59 1.1526 5 1 4 16
84.37 1.61 1.1481 6 0 1 8
84.47 1.92 1.1469 2 1 7 16
85.78 1.17 1.1327 6 1 1 16
88.52 3.18 1.1046 6 1 2 16
89.10 2.52 1.0989 6 2 0 8
89.53 1.72 1.0947 4 1 6 16
================================================================================
XPOW Copyright 1993 Bob Downs, Ranjini Swaminathan and Kurt Bartelmehs
For reference, see Downs et al. (1993) American Mineralogist 78, 1104-1107.