Fourmarierite
Li Y, Burns P C
The Canadian Mineralogist 38 (2000) 737-749
Investigations of crystal-chemical variability in lead uranyl oxide
hydrates. II. Fourmarierite
Note: sample M30767
Locality: Shinkolobwe, Democratic Republic of Congo
_database_code_amcsd 0005677
CELL PARAMETERS: 14.0200 16.4250 14.3340 90.000 90.000 90.000
SPACE GROUP: Bb2_1m
X-RAY WAVELENGTH: 1.541838
Cell Volume: 3300.812
Density (g/cm3): 5.956
MAX. ABS. INTENSITY / VOLUME**2: 154.3639069
RIR: 8.440
RIR based on corundum from Acta Crystallographica A38 (1982) 733-739
2-THETA INTENSITY D-SPACING H K L Multiplicity
10.34 9.48 8.5557 1 1 1 4
10.77 1.82 8.2125 0 2 0 1
12.35 100.00 7.1670 0 0 2 2
12.63 3.35 7.0100 2 0 0 2
13.73 12.02 6.4474 2 1 0 2
13.94 5.54 6.3524 1 2 1 4
17.70 3.39 5.0114 2 0 2 4
18.47 4.07 4.8049 1 3 1 4
20.37 16.75 4.3603 1 1 3 4
20.58 3.52 4.3149 2 3 0 2
20.76 3.97 4.2778 2 2 2 4
21.64 3.42 4.1062 0 4 0 1
22.76 7.20 3.9079 3 2 1 4
24.07 2.03 3.6966 2 3 2 4
24.85 44.41 3.5835 0 0 4 2
24.99 2.46 3.5629 0 4 2 2
25.13 46.44 3.5431 2 4 0 2
25.41 20.57 3.5050 4 0 0 2
25.55 2.07 3.4868 1 3 3 4
25.99 2.51 3.4278 4 1 0 2
27.24 2.50 3.2739 3 1 3 4
28.09 99.45 3.1762 2 4 2 4
28.34 40.68 3.1486 4 0 2 4
28.50 3.78 3.1322 2 1 4 4
28.60 4.46 3.1216 1 5 1 4
28.85 3.19 3.0947 3 2 3 4
28.87 7.46 3.0923 4 1 2 4
30.04 1.40 2.9746 2 5 0 2
32.48 1.72 2.7568 2 3 4 4
32.71 1.83 2.7375 0 6 0 1
32.81 12.43 2.7295 4 3 2 4
33.18 1.91 2.6999 0 4 4 2
34.37 1.14 2.6093 5 2 1 4
35.63 17.86 2.5195 2 4 4 4
35.84 8.90 2.5057 4 0 4 4
35.94 2.42 2.4990 1 3 5 4
37.65 2.86 2.3890 0 0 6 2
38.43 1.51 2.3422 3 2 5 4
38.63 1.01 2.3307 3 6 1 4
38.82 1.42 2.3198 5 2 3 4
38.93 4.51 2.3134 6 1 0 2
39.87 1.26 2.2613 2 0 6 4
40.42 1.74 2.2315 3 3 5 4
40.54 4.45 2.2251 2 7 0 2
40.61 1.11 2.2216 6 0 2 4
41.00 2.15 2.2015 6 1 2 4
41.42 1.27 2.1802 2 2 6 4
41.51 2.22 2.1754 0 6 4 2
41.87 1.52 2.1574 4 6 0 2
42.04 1.52 2.1491 6 3 0 2
42.34 3.73 2.1348 1 5 5 4
42.70 1.99 2.1175 3 6 3 4
43.82 2.74 2.0659 4 6 2 4
43.99 1.66 2.0586 6 3 2 4
44.11 8.34 2.0531 0 8 0 1
44.62 14.05 2.0309 6 4 0 2
45.08 5.31 2.0110 1 1 7 4
45.59 1.41 1.9898 5 1 5 4
45.81 19.06 1.9808 2 4 6 4
45.97 8.21 1.9741 4 0 6 4
45.98 7.75 1.9737 0 8 2 2
46.32 1.77 1.9600 4 1 6 4
46.48 9.06 1.9539 6 4 2 4
46.74 3.64 1.9436 6 1 4 4
47.34 1.20 1.9202 3 7 3 4
47.77 1.14 1.9041 6 5 0 2
47.87 1.76 1.9003 1 3 7 4
47.88 2.32 1.8999 2 8 2 4
48.14 3.35 1.8903 2 7 4 4
48.35 1.63 1.8824 5 3 5 4
48.38 1.53 1.8815 4 7 2 4
48.88 1.70 1.8635 3 1 7 4
49.06 3.70 1.8570 4 3 6 4
49.30 1.53 1.8483 4 6 4 4
49.45 1.40 1.8431 6 3 4 4
49.53 2.11 1.8403 6 5 2 4
49.87 1.04 1.8285 3 2 7 4
50.68 1.70 1.8014 5 4 5 4
50.70 1.04 1.8007 1 7 5 4
50.97 4.76 1.7917 0 0 8 2
51.28 7.37 1.7815 0 8 4 2
51.59 5.80 1.7716 4 8 0 2
51.74 12.46 1.7669 6 4 4 4
52.51 1.44 1.7426 8 1 0 2
53.26 8.72 1.7198 4 8 2 4
53.85 3.82 1.7023 8 0 2 4
55.02 2.66 1.6691 8 3 0 2
55.50 2.52 1.6557 6 7 0 2
56.00 1.00 1.6422 0 4 8 2
56.31 1.00 1.6337 7 1 5 4
56.62 3.11 1.6256 8 3 2 4
57.09 2.58 1.6132 6 7 2 4
57.56 1.09 1.6012 4 6 6 4
57.65 4.10 1.5989 2 4 8 4
57.79 2.22 1.5954 4 0 8 4
58.08 5.66 1.5881 4 8 4 4
58.93 1.46 1.5671 8 1 4 4
59.20 3.32 1.5608 2 10 2 4
59.35 2.21 1.5571 0 8 6 2
59.77 2.18 1.5473 6 4 6 4
59.77 1.05 1.5472 3 6 7 4
60.36 1.15 1.5336 1 7 7 4
60.94 1.64 1.5203 1 3 9 4
61.26 2.98 1.5130 8 3 4 4
61.72 2.75 1.5030 6 7 4 4
63.50 1.39 1.4651 3 7 7 4
63.73 1.14 1.4604 2 10 4 4
65.47 1.20 1.4257 1 5 9 4
65.61 3.16 1.4230 4 8 6 4
66.13 1.35 1.4131 8 0 6 4
68.42 1.70 1.3711 10 1 2 4
68.59 1.21 1.3682 8 3 6 4
69.01 1.10 1.3608 6 7 6 4
69.65 2.12 1.3500 0 8 8 2
69.70 1.96 1.3492 4 11 2 4
70.03 3.30 1.3436 6 4 8 4
70.04 1.34 1.3434 2 12 0 2
70.09 1.20 1.3426 5 3 9 4
70.92 1.64 1.3289 2 10 6 4
70.93 2.91 1.3288 2 4 10 4
71.05 1.23 1.3267 4 0 10 4
71.44 3.09 1.3204 2 12 2 4
71.96 1.21 1.3122 5 4 9 4
72.07 2.37 1.3105 8 8 2 4
75.46 1.77 1.2598 4 8 8 4
75.57 1.40 1.2582 6 10 4 4
75.59 1.75 1.2579 2 12 4 4
79.48 1.10 1.2059 10 1 6 4
80.68 1.09 1.1909 4 11 6 4
81.01 3.05 1.1869 10 7 2 4
82.35 1.68 1.1709 2 12 6 4
82.84 1.33 1.1653 6 12 2 4
82.95 1.27 1.1640 8 8 6 4
84.86 1.14 1.1426 12 3 0 2
85.02 1.08 1.1409 10 7 4 4
85.42 1.20 1.1366 8 11 0 2
86.19 1.05 1.1284 12 3 2 4
86.75 1.54 1.1225 8 11 2 4
86.83 1.27 1.1217 6 12 4 4
87.49 1.07 1.1150 0 14 4 2
89.05 1.29 1.0994 4 14 2 4
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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.