Agrinierite
Cahill C L, Burns P C
American Mineralogist 85 (2000) 1294-1297
The structure of agrinierite: a Sr-containing uranyl oxide hydrate mineral
_database_code_amcsd 0002511
CELL PARAMETERS: 14.0940 14.1270 24.1060 90.000 90.000 90.000
SPACE GROUP: F2mm
X-RAY WAVELENGTH: 1.541838
Cell Volume: 4799.648
Density (g/cm3): 5.579
MAX. ABS. INTENSITY / VOLUME**2: 212.2139916
RIR: 12.386
RIR based on corundum from Acta Crystallographica A38 (1982) 733-739
2-THETA INTENSITY D-SPACING H K L Multiplicity
12.53 100.00 7.0635 0 2 0 2
14.56 7.53 6.0835 2 0 2 2
14.70 1.45 6.0265 0 0 4 2
19.26 3.70 4.6096 2 2 2 4
20.22 3.91 4.3916 1 3 1 4
25.22 26.47 3.5317 0 4 0 2
25.28 18.40 3.5235 4 0 0 1
25.52 40.14 3.4903 2 0 6 2
27.06 1.64 3.2947 3 3 1 4
27.22 1.97 3.2764 1 3 5 4
28.31 27.52 3.1530 4 2 0 2
28.53 66.34 3.1291 2 2 6 4
29.24 1.91 3.0544 2 4 2 4
29.36 2.99 3.0418 4 0 4 2
32.04 7.31 2.7937 4 2 4 4
32.53 2.17 2.7522 1 5 1 4
36.01 7.74 2.4944 4 4 0 2
36.18 15.81 2.4825 2 4 6 4
37.33 1.44 2.4091 3 5 1 4
38.22 3.86 2.3545 0 6 0 2
39.07 4.52 2.3056 6 0 2 2
39.08 1.35 2.3048 4 4 4 4
39.34 1.31 2.2900 4 0 8 2
39.51 2.90 2.2808 2 0 10 2
41.19 4.12 2.1918 6 2 2 4
41.45 2.31 2.1784 4 2 8 4
41.61 2.13 2.1705 2 2 10 4
41.85 1.21 2.1585 1 5 7 4
44.69 9.04 2.0278 6 0 6 2
45.13 6.38 2.0088 0 0 12 2
45.56 2.28 1.9909 1 7 1 4
46.38 5.55 1.9577 4 6 0 2
46.53 13.02 1.9519 2 6 6 4
46.60 8.76 1.9491 6 2 6 4
47.03 6.14 1.9322 0 2 12 4
47.07 3.29 1.9306 6 4 2 4
47.31 1.10 1.9215 4 4 8 4
47.45 1.70 1.9160 2 4 10 4
48.92 1.82 1.8619 4 6 4 4
49.29 1.67 1.8488 3 7 1 4
49.38 1.46 1.8456 1 7 5 4
49.43 1.50 1.8438 5 5 5 4
51.77 2.95 1.7659 0 8 0 2
52.00 7.25 1.7586 6 4 6 4
52.40 5.17 1.7461 0 4 12 4
52.43 4.16 1.7451 4 0 12 2
52.99 1.04 1.7280 1 7 7 4
53.61 2.13 1.7094 8 2 0 2
54.13 6.79 1.6942 4 2 12 4
54.25 2.36 1.6910 8 0 4 2
54.55 2.34 1.6823 6 0 10 2
55.81 1.18 1.6473 6 6 2 4
55.91 4.05 1.6445 8 2 4 4
56.21 3.14 1.6366 6 2 10 4
56.54 1.36 1.6276 2 2 14 4
58.46 1.98 1.5787 4 8 0 2
58.58 3.95 1.5757 2 8 6 4
59.04 3.90 1.5646 4 4 12 4
60.23 2.34 1.5365 6 6 6 4
60.59 1.95 1.5282 0 6 12 4
60.72 2.46 1.5252 8 4 4 4
61.00 2.39 1.5188 6 4 10 4
62.50 1.30 1.4859 3 9 1 4
66.72 2.58 1.4020 4 6 12 4
68.29 1.62 1.3735 8 6 4 4
68.31 1.47 1.3732 10 2 2 4
68.55 1.32 1.3688 6 6 10 4
69.10 1.35 1.3594 4 2 16 4
70.75 1.79 1.3317 6 8 6 4
71.08 1.43 1.3263 0 8 12 4
71.53 1.10 1.3191 5 9 5 4
71.74 1.21 1.3157 2 0 18 2
72.13 1.71 1.3095 2 10 6 4
72.62 1.16 1.3018 8 2 12 4
72.65 1.02 1.3014 10 4 2 4
73.17 2.46 1.2934 2 2 18 4
76.79 1.28 1.2413 4 8 12 4
77.41 1.46 1.2329 2 4 18 4
80.02 1.96 1.1990 10 2 10 4
84.16 1.48 1.1504 10 4 10 4
84.32 1.31 1.1485 2 6 18 4
85.31 1.37 1.1378 12 2 4 4
86.01 1.62 1.1303 8 2 16 4
89.41 1.25 1.0959 12 4 4 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.