Deloryite
Tali R, Tabachenko V V, Kovba L M
Russian Journal of Inorganic Chemistry 38 (1993) 1350-1352
Crystal structure of Cu4UO2(MoO4)2(OH)6
Locality: synthetic
_database_code_amcsd 0018337
CELL PARAMETERS: 19.8392 5.5108 6.1009 90.000 90.000 104.477
SPACE GROUP: B2/m
X-RAY WAVELENGTH: 1.541838
Cell Volume: 645.832
Density (g/cm3): 4.834
MAX. ABS. INTENSITY / VOLUME**2: 45.27732581
RIR: 3.050
RIR based on corundum from Acta Crystallographica A38 (1982) 733-739
2-THETA INTENSITY D-SPACING H K L Multiplicity
9.21 3.42 9.6046 2 0 0 2
15.24 2.32 5.8147 1 0 1 4
16.61 17.97 5.3358 0 1 0 2
18.48 89.77 4.8023 4 0 0 2
20.10 32.16 4.4170 3 0 1 4
20.97 46.52 4.2364 2 1 0 2
21.58 1.43 4.1179 -4 1 0 2
21.74 98.46 4.0885 1 -1 1 4
23.47 20.50 3.7911 1 1 1 4
23.83 100.00 3.7334 3 -1 1 4
27.44 52.15 3.2510 5 0 1 4
27.87 13.87 3.2015 6 0 0 2
27.93 27.75 3.1944 4 1 0 2
28.71 12.94 3.1096 -6 1 0 2
28.98 23.51 3.0809 5 -1 1 4
29.28 26.28 3.0505 0 0 2 2
30.75 30.77 2.9073 2 0 2 4
32.51 1.14 2.7543 -2 2 0 2
33.59 3.50 2.6679 0 2 0 2
33.85 4.33 2.6482 0 1 2 4
33.98 10.68 2.6382 2 -1 2 4
34.12 36.34 2.6277 -4 2 0 2
34.84 2.75 2.5749 4 0 2 4
35.23 2.38 2.5471 5 1 1 4
35.88 21.22 2.5027 7 0 1 4
35.96 13.39 2.4975 -1 2 1 4
36.00 1.33 2.4950 7 -1 1 4
36.15 5.18 2.4849 6 1 0 2
36.21 2.36 2.4808 3 -2 1 4
36.29 51.74 2.4755 2 1 2 4
37.02 9.82 2.4286 -8 1 0 2
37.45 2.26 2.4012 8 0 0 2
38.16 25.03 2.3582 1 2 1 4
41.47 35.60 2.1776 6 -1 2 4
42.50 9.39 2.1271 3 2 1 4
42.69 13.48 2.1182 4 2 0 2
43.29 5.23 2.0900 7 1 1 4
43.58 2.81 2.0768 7 -2 1 4
43.98 19.99 2.0590 -8 2 0 2
44.31 4.87 2.0443 2 -2 2 4
45.00 8.01 2.0146 9 0 1 4
45.56 16.53 1.9909 4 -2 2 4
46.04 8.08 1.9712 -10 1 0 2
46.87 3.71 1.9382 3 0 3 4
47.18 31.55 1.9266 6 1 2 4
47.67 10.83 1.9078 1 -1 3 4
47.88 3.10 1.9000 8 -1 2 4
48.50 1.58 1.8768 5 2 1 4
48.56 3.08 1.8748 1 1 3 4
48.76 13.42 1.8677 3 -1 3 4
48.79 10.11 1.8667 6 -2 2 4
49.65 1.46 1.8362 6 2 0 2
49.75 4.49 1.8328 -2 3 0 2
49.87 7.97 1.8286 9 -2 1 4
50.04 2.41 1.8229 -4 3 0 2
50.80 8.72 1.7974 5 0 3 4
51.18 1.02 1.7847 -10 2 0 2
51.37 4.05 1.7786 0 3 0 2
51.73 4.50 1.7670 5 -1 3 4
52.18 8.92 1.7530 9 1 1 4
52.60 2.54 1.7399 4 2 2 4
53.22 2.54 1.7212 5 -3 1 4
53.71 2.41 1.7066 8 -2 2 4
54.79 1.05 1.6755 2 3 0 2
55.13 1.79 1.6659 1 3 1 4
55.50 20.09 1.6556 10 -1 2 4
55.67 1.21 1.6511 -12 1 0 2
56.20 6.96 1.6366 7 -3 1 4
56.31 5.84 1.6339 7 0 3 4
56.36 3.74 1.6325 -1 2 3 4
56.62 2.86 1.6255 10 0 2 4
57.39 6.73 1.6055 11 -2 1 4
57.58 8.17 1.6008 12 0 0 2
57.72 11.03 1.5972 8 2 0 2
57.94 6.87 1.5916 1 2 3 4
58.69 4.94 1.5732 6 2 2 4
58.77 25.91 1.5711 -2 3 2 4
59.26 5.23 1.5593 3 3 1 4
59.45 2.70 1.5548 -12 2 0 2
60.72 13.11 1.5252 0 0 4 2
60.79 4.50 1.5236 9 -3 1 4
60.99 4.11 1.5191 6 -3 2 4
61.20 3.16 1.5145 3 2 3 4
61.79 5.99 1.5015 11 1 1 4
61.81 1.80 1.5010 7 1 3 4
62.79 3.53 1.4799 13 -1 1 4
63.15 2.57 1.4723 9 0 3 4
63.23 4.74 1.4706 10 1 2 4
63.33 7.88 1.4685 2 3 2 4
64.05 5.14 1.4537 4 0 4 4
64.56 1.52 1.4435 8 -3 2 4
64.86 4.65 1.4375 5 3 1 4
64.99 3.63 1.4351 2 1 4 4
65.90 5.12 1.4175 12 0 2 4
65.96 3.35 1.4163 13 -2 1 4
66.03 4.98 1.4150 8 2 2 4
66.80 1.58 1.4004 11 -3 1 4
67.11 3.01 1.3948 9 -2 3 4
68.09 1.26 1.3770 6 0 4 4
68.13 3.97 1.3764 4 1 4 4
68.34 1.40 1.3726 -12 3 0 2
68.52 1.88 1.3694 6 -1 4 4
69.04 3.52 1.3604 9 1 3 4
69.61 2.26 1.3506 10 -3 2 4
69.92 1.13 1.3454 5 -3 3 4
70.08 4.14 1.3427 -3 4 1 4
70.40 3.19 1.3375 5 -4 1 4
70.61 3.13 1.3340 0 4 0 2
71.21 1.03 1.3241 0 2 4 4
71.33 2.07 1.3222 -1 4 1 4
71.52 7.42 1.3191 4 -2 4 4
71.78 2.59 1.3151 7 3 1 4
71.86 2.97 1.3138 -8 4 0 2
72.50 3.22 1.3038 7 -3 3 4
72.75 1.38 1.2999 6 1 4 4
73.23 3.65 1.2925 15 -1 1 4
73.29 2.57 1.2916 8 -1 4 4
73.52 1.85 1.2882 11 2 1 4
73.54 3.10 1.2879 11 -2 3 4
73.72 1.74 1.2852 14 -1 2 4
74.50 1.94 1.2736 10 2 2 4
75.19 2.45 1.2637 3 3 3 4
75.78 1.20 1.2553 14 1 0 2
75.92 1.02 1.2533 15 0 1 4
76.06 1.48 1.2513 14 0 2 4
76.32 1.59 1.2477 -14 3 0 2
76.56 2.12 1.2445 9 -3 3 4
77.05 3.66 1.2377 4 2 4 4
77.45 2.94 1.2323 11 1 3 4
77.96 5.40 1.2256 8 -2 4 4
78.21 1.50 1.2222 0 4 2 4
78.36 1.82 1.2203 13 -1 3 4
78.82 2.36 1.2143 -16 2 0 2
79.18 2.82 1.2097 4 4 0 2
79.42 1.55 1.2067 8 -4 2 4
79.45 2.67 1.2063 10 -1 4 4
79.90 1.76 1.2006 16 0 0 2
80.25 2.41 1.1962 5 3 3 4
80.65 2.10 1.1913 1 -1 5 4
81.26 1.75 1.1839 13 -2 3 4
81.47 2.55 1.1813 3 -1 5 4
81.58 2.31 1.1801 -12 4 0 2
81.66 2.93 1.1791 2 4 2 4
82.23 1.96 1.1724 -2 3 4 4
82.45 1.04 1.1698 4 -3 4 4
82.64 1.07 1.1676 10 3 0 2
83.04 2.03 1.1629 5 0 5 4
83.22 3.94 1.1609 14 1 2 4
83.45 1.81 1.1583 10 -4 2 4
83.49 1.82 1.1578 0 3 4 4
83.76 5.33 1.1548 14 -3 2 4
83.78 1.04 1.1546 5 -1 5 4
83.92 2.14 1.1530 13 2 1 4
84.61 1.25 1.1454 17 -1 1 4
85.11 2.37 1.1399 -3 4 3 4
85.41 1.83 1.1367 5 -4 3 4
86.21 1.83 1.1282 16 -2 2 4
86.30 1.14 1.1272 -1 4 3 4
86.56 1.22 1.1245 4 4 2 4
86.72 1.51 1.1229 7 3 3 4
87.49 1.57 1.1149 7 0 5 4
87.53 1.02 1.1145 -1 2 5 4
87.87 1.29 1.1111 17 0 1 4
88.11 2.20 1.1087 15 -1 3 4
88.38 1.10 1.1060 11 2 3 4
88.56 4.32 1.1042 12 0 4 4
88.68 5.47 1.1031 8 2 4 4
88.86 1.95 1.1012 1 2 5 4
88.93 1.91 1.1006 12 -4 2 4
89.97 3.42 1.0905 10 3 2 4
================================================================================
XPOW Copyright 1993 Bob Downs, Ranjini Swaminathan and Kurt Bartelmehs
For reference, see Downs et al. (1993) American Mineralogist 78, 1104-1107.