Grimselite
Plasil J, Fejfarova K, Skala R, Skoda R, Meisser N, Hlousek J, Cisarova I,
Dusek M, Veselovsky F, Cejka J, Sejkora J, Ondrus P
Mineralogical Magazine 76 (2012) 443-453
The crystal chemistry of the uranyl carbonate mineral grimselite,
(K,Na)3Na[(UO2)(CO3)3](H2O), from Jachymov, Czech Republic
Note: Sample B
Locality: Jachymov, Czech Republic
_database_code_amcsd 0018909
CELL PARAMETERS: 9.3000 9.3000 8.2940 90.000 90.000 120.000
SPACE GROUP: P-62c
X-RAY WAVELENGTH: 1.541838
Cell Volume: 621.242
Density (g/cm3): 3.263
MAX. ABS. INTENSITY / VOLUME**2: 73.13878811
RIR: 7.298
RIR based on corundum from Acta Crystallographica A38 (1982) 733-739
2-THETA INTENSITY D-SPACING H K L Multiplicity
10.99 41.18 8.0540 1 0 0 6
15.33 100.00 5.7780 1 0 1 12
19.09 27.72 4.6500 1 1 0 3
21.43 18.37 4.1470 0 0 2 2
22.07 10.57 4.0270 2 0 0 6
24.14 20.05 3.6870 1 0 2 12
24.57 27.36 3.6226 2 0 1 12
28.85 41.45 3.0950 1 1 2 6
29.34 9.12 3.0441 2 1 0 6
30.95 2.09 2.8890 2 0 2 12
31.30 27.39 2.8577 2 1 1 12
33.38 30.79 2.6847 3 0 0 6
34.29 10.41 2.6149 1 0 3 12
36.62 4.49 2.4540 2 1 2 12
38.73 15.00 2.3250 2 2 0 3
39.54 5.89 2.2792 2 0 3 12
40.01 4.07 2.2536 3 0 2 12
40.38 2.50 2.2338 3 1 0 6
41.88 14.43 2.1569 3 1 1 12
43.65 8.09 2.0735 0 0 4 2
44.26 8.04 2.0466 2 1 3 12
44.68 21.35 2.0280 2 2 2 6
45.15 3.61 2.0080 1 0 4 12
46.16 8.42 1.9666 3 1 2 12
46.41 4.41 1.9567 4 0 1 12
48.04 3.26 1.8938 1 1 4 6
49.32 5.38 1.8477 3 2 0 6
49.44 3.17 1.8435 2 0 4 12
50.38 3.71 1.8113 4 0 2 12
50.61 10.38 1.8035 3 2 1 12
52.03 6.31 1.7575 4 1 0 6
52.68 5.69 1.7375 3 1 3 12
53.47 4.21 1.7137 2 1 4 12
54.36 2.05 1.6878 3 2 2 12
56.04 8.41 1.6410 3 0 4 12
56.54 1.92 1.6276 4 0 3 12
56.65 3.27 1.6247 1 0 5 12
56.90 7.90 1.6182 4 1 2 12
58.36 2.00 1.5813 5 0 1 12
59.65 3.46 1.5500 3 3 0 3
59.76 5.08 1.5475 2 2 4 6
60.24 4.81 1.5362 3 2 3 12
60.35 2.33 1.5338 2 0 5 12
60.97 1.98 1.5197 3 1 4 12
61.99 3.46 1.4971 4 2 1 12
63.91 3.69 1.4566 2 1 5 12
64.14 1.71 1.4519 3 3 2 6
64.41 1.28 1.4465 5 1 0 6
65.50 2.81 1.4250 5 1 1 12
67.27 1.05 1.3918 5 0 3 12
67.95 3.63 1.3795 3 2 4 12
70.10 2.17 1.3423 6 0 0 6
70.20 3.43 1.3407 4 1 4 12
70.65 1.91 1.3334 4 2 3 12
70.74 2.93 1.3318 3 1 5 12
71.16 2.41 1.3250 1 1 6 6
72.26 2.11 1.3075 4 3 1 12
73.42 1.90 1.2897 5 2 0 6
73.95 1.62 1.2817 5 1 3 12
74.05 1.12 1.2803 4 0 5 12
74.26 1.72 1.2771 6 0 2 12
75.35 1.75 1.2613 4 3 2 12
76.77 2.28 1.2415 3 3 4 6
77.30 2.63 1.2344 3 2 5 12
77.51 3.26 1.2315 5 2 2 12
78.77 2.11 1.2150 6 1 1 12
80.42 1.32 1.1942 4 3 3 12
80.91 2.52 1.1882 2 2 6 6
81.05 1.28 1.1864 5 1 4 12
81.78 1.29 1.1777 6 1 2 12
81.97 1.16 1.1755 3 1 6 12
85.13 1.09 1.1397 7 0 1 12
86.34 1.82 1.1268 6 0 4 12
86.76 1.41 1.1224 6 1 3 12
86.85 1.38 1.1215 4 2 5 12
89.49 1.74 1.0951 5 2 4 12
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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.