Phosphuranylite
Piret P, Piret-Meunier J
European Journal of Mineralogy 3 (1991) 69-77
Composition chimique et structure cristalline
de la phosphuranylite Ca(UO2)[(UO2)3(OH)2(PO4)2]2.12H2O
_database_code_amcsd 0006412
CELL PARAMETERS: 15.8350 17.3240 13.7240 90.000 90.000 90.000
SPACE GROUP: Bmmb
X-RAY WAVELENGTH: 1.541838
Cell Volume: 3764.844
Density (g/cm3): 4.615
MAX. ABS. INTENSITY / VOLUME**2: 95.36218874
RIR: 6.728
RIR based on corundum from Acta Crystallographica A38 (1982) 733-739
2-THETA INTENSITY D-SPACING H K L Multiplicity
8.53 21.68 10.3710 1 0 1 4
9.94 4.98 8.8983 1 1 1 8
10.21 4.14 8.6620 0 2 0 2
11.18 100.00 7.9175 2 0 0 2
12.90 4.51 6.8620 0 0 2 2
13.32 3.72 6.6482 1 2 1 8
13.88 5.39 6.3798 0 1 2 4
15.16 46.10 5.8440 2 2 0 4
16.48 3.26 5.3787 0 2 2 4
17.10 2.70 5.1855 2 0 2 4
17.86 6.38 4.9677 2 1 2 8
18.73 11.29 4.7386 3 1 1 8
19.96 6.23 4.4492 2 2 2 8
20.10 23.29 4.4183 0 3 2 4
20.74 9.48 4.2824 3 2 1 8
20.85 1.76 4.2600 1 1 3 8
22.24 7.14 3.9965 1 4 1 8
22.46 36.26 3.9588 4 0 0 2
22.69 3.37 3.9193 1 2 3 8
23.05 29.22 3.8582 2 3 2 8
23.41 14.48 3.7997 2 4 0 4
24.30 2.81 3.6625 0 4 2 4
25.77 4.41 3.4570 3 0 3 4
25.97 17.79 3.4310 0 0 4 2
26.29 5.63 3.3902 3 1 3 8
26.50 10.14 3.3638 4 1 2 8
27.97 7.57 3.1899 0 2 4 4
28.35 51.40 3.1481 2 0 4 4
28.87 42.95 3.0929 0 5 2 4
28.93 5.26 3.0859 5 0 1 4
29.40 5.88 3.0381 5 1 1 8
30.21 1.20 2.9588 2 2 4 8
30.31 11.62 2.9484 4 3 2 8
30.60 1.52 2.9220 4 4 0 4
31.04 47.12 2.8809 2 5 2 8
31.57 1.44 2.8341 3 5 1 8
33.16 3.39 2.7018 3 4 3 8
33.32 1.68 2.6894 0 4 4 4
33.33 1.27 2.6884 4 4 2 8
33.97 1.19 2.6392 6 0 0 2
34.60 4.13 2.5927 4 0 4 4
34.75 2.64 2.5816 1 2 5 8
34.84 2.90 2.5750 5 1 3 8
35.59 2.05 2.5226 2 6 2 8
35.73 5.51 2.5132 5 4 1 8
36.02 2.41 2.4937 5 2 3 8
36.06 5.89 2.4910 3 6 1 8
36.16 6.75 2.4839 4 2 4 8
36.86 6.16 2.4387 6 1 2 8
36.88 11.85 2.4372 4 5 2 8
37.26 1.08 2.4132 1 6 3 8
39.78 2.33 2.2657 6 3 2 8
40.01 4.01 2.2537 6 4 0 4
40.38 1.64 2.2335 2 7 2 8
40.55 7.74 2.2246 4 4 4 8
40.76 3.75 2.2137 7 1 1 8
40.80 1.02 2.2115 3 7 1 8
41.42 1.46 2.1800 2 1 6 8
41.71 7.39 2.1655 0 8 0 2
41.79 3.62 2.1614 7 2 1 8
42.51 3.98 2.1266 0 3 6 4
42.59 5.52 2.1227 3 4 5 8
42.65 1.17 2.1198 1 8 1 8
43.25 9.28 2.0919 6 0 4 4
43.32 5.52 2.0888 2 8 0 4
44.09 9.68 2.0538 2 3 6 8
44.94 2.80 2.0172 5 2 5 8
45.01 1.85 2.0140 7 1 3 8
45.16 6.88 2.0076 6 5 2 8
45.84 2.20 1.9794 8 0 0 2
45.98 2.17 1.9738 1 6 5 8
46.13 1.92 1.9677 4 1 6 8
46.33 1.39 1.9597 2 4 6 8
46.63 1.26 1.9480 6 6 0 4
46.99 2.32 1.9337 5 6 3 8
47.64 10.43 1.9089 0 5 6 4
47.88 4.96 1.8998 4 8 0 4
48.13 8.39 1.8905 8 1 2 8
48.32 1.98 1.8837 6 4 4 8
48.60 3.17 1.8734 4 3 6 8
49.09 13.33 1.8557 2 5 6 8
49.64 3.29 1.8365 7 4 3 8
49.79 2.76 1.8313 0 8 4 4
49.90 1.41 1.8276 3 1 7 8
50.53 1.06 1.8064 8 3 2 8
50.58 2.85 1.8046 2 9 2 8
50.71 2.00 1.8003 8 4 0 4
51.20 8.37 1.7842 2 8 4 8
51.56 1.22 1.7726 5 8 1 8
51.77 3.43 1.7659 7 6 1 8
52.72 1.09 1.7364 9 1 1 8
52.85 1.92 1.7324 0 10 0 2
53.26 3.03 1.7200 6 1 6 8
53.28 7.35 1.7194 4 5 6 8
53.41 3.88 1.7155 0 0 8 2
54.14 2.65 1.6940 6 6 4 8
54.20 5.23 1.6924 2 10 0 4
54.47 3.17 1.6846 5 6 5 8
54.68 2.63 1.6785 4 9 2 8
54.75 3.24 1.6766 2 0 8 4
55.08 1.28 1.6672 8 5 2 8
55.27 2.39 1.6620 4 8 4 8
55.49 1.81 1.6559 6 3 6 8
55.85 1.85 1.6460 2 2 8 8
56.36 1.96 1.6326 8 6 0 4
56.87 2.45 1.6191 7 4 5 8
56.88 2.24 1.6187 9 4 1 8
57.84 6.69 1.5941 8 4 4 8
58.65 4.09 1.5741 4 0 8 4
59.08 1.72 1.5635 2 4 8 8
59.41 1.09 1.5557 5 4 7 8
59.79 2.43 1.5467 6 5 6 8
59.80 4.88 1.5464 0 10 4 4
60.21 5.03 1.5369 10 1 2 8
61.05 3.05 1.5178 2 10 4 8
61.10 2.13 1.5167 6 9 2 8
61.65 3.35 1.5045 6 8 4 8
62.26 2.50 1.4912 8 1 6 8
62.45 3.41 1.4872 10 4 0 4
63.06 1.52 1.4742 8 6 4 8
64.32 1.26 1.4483 6 10 0 4
64.71 3.85 1.4404 4 10 4 8
67.46 1.13 1.3884 10 6 0 4
67.90 1.68 1.3803 4 9 6 8
68.77 2.65 1.3650 6 4 8 8
68.80 2.83 1.3645 10 4 4 8
69.48 2.88 1.3529 8 9 2 8
69.96 1.58 1.3447 0 8 8 4
71.11 1.25 1.3257 2 8 8 8
72.22 1.68 1.3082 0 13 2 4
72.85 2.28 1.2983 10 1 6 8
73.25 2.43 1.2922 12 1 2 8
73.35 2.63 1.2907 2 13 2 8
73.60 2.14 1.2870 10 6 4 8
73.66 1.19 1.2861 6 9 6 8
74.34 1.56 1.2760 0 5 10 4
74.53 2.34 1.2732 4 8 8 8
75.47 2.95 1.2597 2 5 10 8
76.73 1.54 1.2421 4 13 2 8
76.74 1.02 1.2419 8 4 8 8
78.81 1.90 1.2144 4 5 10 8
79.57 2.85 1.2048 2 10 8 8
79.63 2.99 1.2039 10 9 2 8
81.20 2.75 1.1847 12 4 4 8
81.36 1.44 1.1826 8 6 8 8
81.45 1.83 1.1816 8 9 6 8
82.25 1.27 1.1721 6 13 2 8
84.04 1.12 1.1517 2 14 4 8
84.06 1.05 1.1514 0 13 6 4
85.05 1.30 1.1405 12 1 6 8
85.15 1.67 1.1395 2 13 6 8
85.86 1.69 1.1319 2 0 12 4
86.29 1.30 1.1273 2 15 2 8
86.47 1.07 1.1254 8 1 10 8
86.63 2.20 1.1237 10 4 8 8
87.61 1.09 1.1137 14 1 2 8
88.42 1.37 1.1056 4 13 6 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.