Mathesiusite
Plasil J, Veselovsky F, Hlousek J, Skoda R, Novak M, Sejkora J, Cejka J,
Skacha P, Kasatkin A V
American Mineralogist 99 (2014) 625-632
Mathesiusite, K5(UO2)4(SO4)4(VO5)(H2O)4, a new uranyl vanadate-sulfate from
Jachymov, Czech Republic
Locality: Jachymov, Czech Republic
_database_code_amcsd 0020031
CELL PARAMETERS: 14.9704 14.9704 6.8170 90.000 90.000 90.000
SPACE GROUP: P4/n
X-RAY WAVELENGTH: 1.541838
Cell Volume: 1527.777
Density (g/cm3): 4.049
MAX. ABS. INTENSITY / VOLUME**2: 57.17795492
RIR: 4.598
RIR based on corundum from Acta Crystallographica A38 (1982) 733-739
2-THETA INTENSITY D-SPACING H K L Multiplicity
8.35 75.97 10.5857 1 1 0 4
11.82 4.96 7.4852 2 0 0 4
12.99 72.87 6.8170 0 0 1 2
14.28 100.00 6.2041 1 0 1 8
15.46 5.68 5.7314 1 1 1 8
16.75 19.36 5.2928 2 2 0 4
17.60 1.86 5.0401 2 0 1 8
18.58 4.83 4.7766 2 1 1 8
18.74 45.23 4.7341 3 1 0 4
21.25 14.79 4.1807 2 2 1 8
22.08 1.60 4.0266 3 0 1 8
22.87 39.64 3.8884 3 1 1 8
22.87 2.30 3.8884 1 3 1 8
25.11 36.13 3.5461 3 2 1 8
25.11 2.25 3.5461 2 3 1 8
25.24 3.57 3.5286 3 3 0 4
26.63 39.26 3.3475 2 4 0 4
26.63 9.04 3.3475 4 2 0 4
26.83 38.02 3.3234 1 0 2 8
27.49 1.25 3.2445 1 1 2 8
27.84 17.26 3.2046 4 1 1 8
27.84 42.97 3.2046 1 4 1 8
28.48 16.23 3.1337 3 3 1 8
29.41 10.13 3.0375 2 1 2 8
29.41 7.57 3.0375 1 2 2 8
29.73 17.13 3.0048 4 2 1 8
29.73 25.25 3.0048 2 4 1 8
30.45 1.95 2.9359 5 1 0 4
30.45 23.88 2.9359 1 5 0 4
31.79 4.46 2.8146 3 0 2 8
32.67 1.61 2.7413 4 3 1 8
32.67 1.98 2.7413 3 4 1 8
33.22 3.30 2.6965 5 1 1 8
33.22 12.51 2.6965 1 5 1 8
34.03 15.65 2.6345 3 2 2 8
34.85 1.52 2.5741 5 2 1 8
34.85 9.81 2.5741 2 5 1 8
34.95 9.06 2.5674 5 3 0 4
34.95 2.05 2.5674 3 5 0 4
36.15 13.16 2.4851 4 1 2 8
36.15 8.80 2.4851 1 4 2 8
38.01 6.52 2.3670 6 2 0 4
38.01 4.28 2.3670 2 6 0 4
38.91 1.68 2.3149 6 1 1 8
39.66 1.61 2.2723 0 0 3 2
40.08 2.27 2.2495 3 4 2 8
40.14 2.11 2.2466 1 0 3 8
40.33 4.60 2.2361 6 2 1 8
40.61 1.50 2.2217 1 1 3 8
40.80 1.41 2.2115 5 4 1 8
41.94 17.31 2.1543 2 5 2 8
41.99 2.51 2.1518 2 1 3 8
42.63 14.31 2.1209 6 3 1 8
42.71 1.75 2.1171 7 1 0 4
42.71 3.50 2.1171 1 7 0 4
42.71 4.00 2.1171 5 5 0 4
43.33 4.97 2.0880 2 2 3 8
43.60 6.71 2.0760 6 4 0 4
43.60 7.72 2.0760 4 6 0 4
43.77 1.07 2.0680 3 0 3 8
44.21 6.34 2.0486 3 1 3 8
44.39 3.99 2.0406 7 0 1 8
44.83 3.42 2.0219 1 7 1 8
45.46 1.93 1.9953 1 6 2 8
45.50 7.70 1.9933 3 2 3 8
45.68 3.76 1.9860 6 4 1 8
45.68 4.34 1.9860 4 6 1 8
46.11 2.64 1.9687 7 2 1 8
46.18 6.79 1.9657 7 3 0 4
47.14 3.14 1.9280 4 5 2 8
47.18 2.99 1.9262 4 1 3 8
47.18 6.39 1.9262 1 4 3 8
47.60 1.39 1.9105 3 3 3 8
48.18 5.19 1.8888 7 3 1 8
48.42 7.66 1.8801 4 2 3 8
48.42 5.16 1.8801 2 4 3 8
48.66 6.50 1.8713 8 0 0 4
48.77 14.83 1.8671 6 3 2 8
49.39 5.53 1.8452 5 6 1 8
50.37 5.52 1.8116 7 0 2 8
50.58 7.54 1.8045 8 0 1 8
50.81 2.76 1.7970 1 5 3 8
50.97 1.29 1.7916 8 1 1 8
50.97 3.55 1.7916 1 8 1 8
50.97 1.95 1.7916 7 4 1 8
50.97 1.55 1.7916 4 7 1 8
51.98 3.62 1.7594 2 5 3 8
52.59 2.85 1.7403 5 7 0 4
53.66 1.51 1.7080 6 6 1 8
53.79 4.20 1.7042 0 0 4 2
54.04 2.14 1.6970 3 8 1 8
54.41 4.25 1.6862 5 7 1 8
54.54 1.01 1.6826 1 1 4 8
54.96 9.74 1.6707 5 6 2 8
56.11 2.60 1.6392 6 2 3 8
56.43 2.92 1.6306 8 1 2 8
56.43 6.50 1.6306 1 8 2 8
56.43 1.91 1.6306 7 4 2 8
56.43 3.19 1.6306 4 7 2 8
56.75 3.09 1.6222 2 2 4 8
56.99 1.01 1.6160 9 0 1 8
57.47 5.51 1.6035 3 1 4 8
57.92 3.30 1.5922 6 3 3 8
58.43 1.09 1.5796 2 9 1 8
58.49 3.01 1.5780 3 9 0 4
59.30 1.67 1.5583 3 8 2 8
59.34 1.64 1.5574 7 0 3 8
60.19 2.80 1.5374 3 9 1 8
60.40 1.68 1.5327 4 6 3 8
61.01 3.09 1.5188 4 2 4 8
61.01 5.77 1.5188 2 4 4 8
62.09 1.28 1.4949 9 0 2 8
62.47 1.95 1.4866 7 3 3 8
62.62 1.55 1.4836 9 4 1 8
62.62 2.36 1.4836 4 9 1 8
63.07 4.88 1.4739 1 5 4 8
63.36 1.28 1.4680 10 2 0 4
63.50 2.37 1.4651 5 6 3 8
63.98 1.60 1.4553 10 1 1 8
64.04 1.70 1.4541 9 5 0 4
64.51 3.68 1.4445 8 0 3 8
64.85 1.60 1.4378 1 8 3 8
65.66 2.22 1.4221 9 5 1 8
65.77 1.79 1.4199 5 3 4 8
66.65 1.41 1.4032 3 10 1 8
67.37 1.59 1.3900 10 4 0 4
67.47 2.09 1.3882 4 9 2 8
67.47 2.89 1.3882 9 4 2 8
67.75 1.97 1.3831 6 2 4 8
67.83 2.14 1.3816 5 7 3 8
67.97 2.15 1.3792 8 7 1 8
67.97 1.02 1.3792 7 8 1 8
68.78 2.74 1.3650 10 1 2 8
68.95 1.10 1.3619 10 4 1 8
69.33 1.29 1.3554 11 1 0 4
71.00 1.29 1.3276 5 5 4 8
71.27 1.62 1.3232 8 8 0 4
71.36 1.72 1.3217 3 10 2 8
71.64 1.02 1.3172 6 4 4 8
71.64 2.11 1.3172 4 6 4 8
71.85 1.24 1.3139 11 2 1 8
72.64 1.88 1.3016 8 7 2 8
72.64 1.13 1.3016 7 8 2 8
72.81 1.39 1.2990 8 8 1 8
72.99 1.72 1.2961 3 9 3 8
73.05 1.63 1.2954 3 2 5 8
73.55 1.84 1.2877 7 3 4 8
74.31 1.62 1.2764 1 4 5 8
75.21 1.07 1.2634 9 4 3 8
75.26 1.25 1.2627 2 4 5 8
75.44 3.12 1.2600 8 0 4 8
76.42 1.92 1.2463 10 5 2 8
76.42 2.33 1.2463 11 2 2 8
78.02 1.03 1.2248 9 5 3 8
78.07 1.27 1.2241 2 5 5 8
78.56 1.86 1.2176 5 7 4 8
79.08 1.33 1.2110 2 12 1 8
80.18 1.07 1.1970 8 7 3 8
82.61 1.47 1.1680 1 12 2 8
82.95 1.02 1.1640 11 1 3 8
83.00 1.44 1.1635 6 3 5 8
83.49 1.76 1.1579 3 9 4 8
83.83 1.13 1.1540 7 10 2 8
86.27 2.71 1.1275 6 11 2 8
88.36 1.34 1.1062 9 5 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.