Curite
Li Y, Burns P C
The Canadian Mineralogist 38 (2000) 727-735
Investigations of crystal-chemical variability in lead uranyl oxide hydrates. I. Curite
Note: sample CMNMC 81093
Locality: Shinkolobwe, Democratic Republic of Congo
_database_code_amcsd 0005663
CELL PARAMETERS: 12.5360 13.0170 8.3940 90.000 90.000 90.000
SPACE GROUP: Pnam
X-RAY WAVELENGTH: 1.541838
Cell Volume: 1369.742
Density (g/cm3): 6.665
MAX. ABS. INTENSITY / VOLUME**2: 136.6614122
RIR: 6.676
RIR based on corundum from Acta Crystallographica A38 (1982) 733-739
2-THETA INTENSITY D-SPACING H K L Multiplicity
9.80 4.51 9.0295 1 1 0 4
13.61 7.27 6.5085 0 2 0 2
14.13 100.00 6.2680 2 0 0 2
15.34 5.54 5.7764 1 2 0 4
15.69 4.01 5.6474 2 1 0 4
19.66 1.44 4.5148 2 2 0 4
21.17 1.88 4.1970 0 0 2 2
22.34 34.40 3.9787 3 1 0 4
22.36 3.15 3.9761 2 2 1 8
24.76 1.03 3.5953 3 1 1 8
24.96 27.32 3.5676 2 3 0 4
25.25 52.16 3.5272 0 2 2 4
25.33 5.99 3.5163 3 2 0 4
26.25 51.32 3.3954 1 2 2 8
26.46 40.98 3.3686 2 1 2 8
27.16 1.53 3.2833 2 3 1 8
28.33 51.46 3.1498 1 4 0 4
28.48 4.47 3.1340 4 0 0 2
29.05 56.06 3.0739 2 2 2 8
29.31 8.72 3.0469 4 1 0 4
29.68 2.56 3.0098 3 3 0 4
30.48 6.00 2.9330 1 3 2 8
30.96 2.93 2.8882 2 4 0 4
30.97 7.37 2.8875 3 1 2 8
31.58 1.43 2.8332 3 3 1 8
32.74 1.37 2.7355 0 1 3 4
33.24 15.45 2.6954 3 2 2 8
34.89 10.74 2.5717 0 4 2 4
34.95 8.84 2.5675 3 4 0 4
35.33 23.19 2.5406 4 3 0 4
35.64 1.20 2.5193 1 4 2 8
36.44 13.49 2.4657 4 1 2 8
36.50 7.88 2.4619 5 1 0 4
36.74 3.14 2.4459 3 3 2 8
38.42 1.85 2.3428 4 2 2 8
41.45 2.47 2.1787 1 5 2 8
41.60 1.22 2.1708 5 3 0 4
41.63 2.63 2.1695 0 6 0 2
42.28 1.50 2.1377 1 6 0 4
42.57 4.56 2.1236 5 1 2 8
43.11 19.34 2.0985 0 0 4 2
43.37 4.31 2.0862 2 5 2 8
44.18 5.41 2.0502 2 6 0 4
45.27 1.40 2.0033 6 1 1 8
45.28 1.03 2.0026 4 5 0 4
45.59 8.69 1.9899 2 0 4 4
46.02 1.08 1.9724 1 2 4 8
46.44 14.94 1.9552 3 5 2 8
47.13 6.50 1.9282 5 3 2 8
47.16 1.00 1.9272 0 6 2 4
47.75 15.64 1.9049 1 6 2 8
48.10 1.25 1.8917 3 4 3 8
48.30 1.84 1.8843 1 5 3 8
48.35 13.58 1.8825 6 3 0 4
49.08 6.33 1.8561 3 1 4 8
49.22 14.76 1.8514 6 1 2 8
49.48 3.23 1.8421 2 6 2 8
49.56 2.10 1.8394 1 7 0 4
50.45 7.62 1.8088 2 3 4 8
50.50 12.46 1.8074 4 5 2 8
50.66 1.21 1.8020 3 2 4 8
50.79 2.09 1.7976 6 2 2 8
51.51 2.89 1.7741 7 1 0 4
52.27 4.70 1.7501 3 6 2 8
52.39 16.36 1.7464 1 4 4 8
52.48 1.73 1.7437 4 0 4 4
52.98 2.58 1.7283 4 1 4 8
53.97 6.25 1.6989 3 7 0 4
55.39 8.14 1.6589 5 5 2 8
56.30 1.35 1.6341 7 1 2 8
56.65 3.14 1.6248 3 4 4 8
56.91 9.78 1.6179 4 3 4 8
57.73 4.18 1.5971 5 1 4 8
57.73 1.27 1.5968 7 2 2 8
58.61 1.62 1.5749 2 8 0 4
58.86 2.04 1.5690 7 4 0 4
58.94 2.61 1.5670 8 0 0 2
60.08 2.16 1.5399 7 3 2 8
61.00 3.55 1.5190 6 5 2 8
61.47 1.29 1.5083 0 6 4 4
61.58 5.24 1.5061 1 8 2 8
62.15 6.19 1.4936 5 7 0 4
63.04 1.09 1.4745 2 8 2 8
63.08 1.72 1.4738 8 3 0 4
63.43 3.06 1.4665 2 6 4 8
63.80 1.60 1.4588 8 1 2 8
65.14 4.04 1.4320 8 2 2 8
65.45 1.39 1.4260 3 8 2 8
66.76 7.37 1.4013 6 3 4 8
67.26 4.22 1.3920 7 5 2 8
67.74 1.09 1.3833 1 7 4 8
68.62 2.12 1.3678 0 2 6 4
69.08 2.05 1.3597 1 2 6 8
69.18 1.61 1.3580 2 1 6 8
69.36 2.07 1.3548 7 1 4 8
70.35 1.03 1.3382 8 4 2 8
70.47 2.85 1.3363 2 2 6 8
71.44 4.00 1.3204 3 7 4 8
71.98 1.48 1.3119 7 6 2 8
72.75 1.20 1.2999 3 2 6 8
72.77 3.15 1.2996 3 9 2 8
73.03 2.09 1.2955 9 2 2 8
73.09 1.82 1.2947 1 10 0 4
73.40 1.70 1.2899 7 7 0 4
74.03 2.26 1.2805 9 4 0 4
74.65 1.38 1.2714 4 1 6 8
75.47 1.26 1.2596 2 8 4 8
75.69 1.38 1.2566 7 4 4 8
75.76 2.12 1.2556 8 0 4 4
75.90 1.18 1.2536 10 0 0 2
75.92 1.80 1.2533 4 9 2 8
76.68 1.07 1.2428 3 10 0 4
78.62 5.23 1.2168 5 7 4 8
79.46 1.44 1.2061 8 3 4 8
79.91 3.91 1.2005 5 9 2 8
81.42 1.80 1.1820 3 5 6 8
81.48 2.47 1.1812 10 2 2 8
82.38 1.88 1.1706 1 6 6 8
83.49 2.02 1.1579 6 1 6 8
84.47 1.75 1.1469 4 5 6 8
84.72 1.08 1.1442 6 9 2 8
86.14 1.46 1.1289 9 6 2 8
88.27 1.14 1.1071 4 11 0 4
88.38 1.45 1.1060 5 5 6 8
88.80 2.00 1.1019 1 10 4 8
89.10 1.91 1.0989 7 7 4 8
89.70 2.20 1.0931 9 4 4 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.