Saleeite
Yakubovich O V, Steele I M, Atencio D, Menezes L A, Chukanov N V
Crystallography Reports 53 (2008) 764-770
Crystal structure of the (Mg,Fe)[UO2(P,As)O4]2*10H2O solid solution-
a novel mineral variety of saleeite
Locality: Eduardo Mine, Galileia County, Minas Gerais, Brazil
_database_code_amcsd 0012411
CELL PARAMETERS: 6.9520 19.8650 6.9690 90.000 90.806 90.000
SPACE GROUP: P2_1/n
X-RAY WAVELENGTH: 1.541838
Cell Volume: 962.334
Density (g/cm3): 3.345
MAX. ABS. INTENSITY / VOLUME**2: 95.31603055
RIR: 9.278
RIR based on corundum from Acta Crystallographica A38 (1982) 733-739
2-THETA INTENSITY D-SPACING H K L Multiplicity
8.90 100.00 9.9325 0 2 0 2
13.47 2.07 6.5755 0 1 1 4
13.50 9.87 6.5612 1 1 0 4
15.56 1.94 5.6951 1 2 0 4
17.86 12.83 4.9662 0 4 0 2
17.90 8.94 4.9563 -1 0 1 2
18.15 6.30 4.8871 1 0 1 2
18.48 27.14 4.8001 0 3 1 4
18.51 14.31 4.7945 1 3 0 4
18.70 2.34 4.7456 1 1 1 4
20.02 13.58 4.4348 -1 2 1 4
20.25 15.40 4.3850 1 2 1 4
22.00 2.26 4.0409 1 4 0 4
25.57 16.79 3.4842 0 0 2 2
25.63 13.67 3.4757 2 0 0 2
25.81 15.05 3.4514 0 5 1 4
25.83 21.31 3.4494 1 5 0 4
25.96 1.01 3.4318 0 1 2 4
26.03 10.09 3.4236 2 1 0 4
27.12 19.63 3.2877 0 2 2 4
27.18 10.95 3.2806 2 2 0 4
28.85 4.44 3.0943 -1 1 2 4
28.96 1.06 3.0834 0 3 2 4
29.01 3.76 3.0775 2 3 0 4
29.22 1.20 3.0561 2 1 1 4
29.89 1.21 2.9891 1 6 0 4
30.27 2.91 2.9530 2 2 1 4
31.36 4.33 2.8522 0 4 2 4
31.42 3.75 2.8476 2 4 0 4
31.60 4.44 2.8316 -1 3 2 4
31.64 1.69 2.8282 -2 3 1 4
31.90 2.39 2.8056 1 3 2 4
31.94 3.80 2.8023 2 3 1 4
34.11 6.42 2.6283 0 7 1 4
34.13 3.47 2.6273 1 7 0 4
34.15 1.61 2.6254 2 4 1 4
36.17 1.39 2.4831 0 8 0 2
36.25 3.83 2.4782 -2 0 2 2
36.53 3.02 2.4599 -1 5 2 4
36.54 1.76 2.4591 -2 1 2 4
36.56 1.83 2.4576 -2 5 1 4
36.78 1.61 2.4435 2 0 2 2
36.79 2.00 2.4428 1 5 2 4
37.07 4.30 2.4253 2 1 2 4
37.40 5.56 2.4044 -2 2 2 4
37.92 3.52 2.3728 2 2 2 4
39.30 2.48 2.2924 2 3 2 4
39.89 1.78 2.2601 2 6 1 4
39.95 1.33 2.2565 3 2 0 4
40.64 1.88 2.2201 -1 8 1 4
40.69 2.11 2.2174 -2 4 2 4
40.76 2.52 2.2138 1 8 1 4
40.79 2.13 2.2124 -1 0 3 2
40.87 1.84 2.2081 -3 0 1 2
41.13 2.06 2.1945 -3 1 1 4
41.15 1.97 2.1938 1 0 3 2
41.17 1.26 2.1925 2 4 2 4
41.19 4.62 2.1918 0 3 3 4
41.28 1.04 2.1871 3 3 0 4
41.41 1.39 2.1805 1 1 3 4
41.49 3.73 2.1764 3 1 1 4
41.83 5.27 2.1595 -1 2 3 4
42.19 1.49 2.1421 1 2 3 4
42.27 1.90 2.1382 3 2 1 4
42.98 1.91 2.1042 0 9 1 4
42.99 2.86 2.1037 1 9 0 4
43.01 4.59 2.1031 -1 7 2 4
43.04 1.60 2.1017 -2 7 1 4
43.08 3.92 2.0998 3 4 0 4
43.24 1.34 2.0924 1 7 2 4
43.27 3.85 2.0910 2 7 1 4
43.54 1.21 2.0788 3 3 1 4
45.22 3.46 2.0052 0 5 3 4
45.31 2.38 2.0016 3 5 0 4
45.67 2.76 1.9865 0 10 0 2
46.92 1.28 1.9363 2 8 1 4
47.92 2.24 1.8984 3 6 0 4
48.83 1.96 1.8652 -2 3 3 4
49.43 3.24 1.8439 -1 10 1 4
49.53 2.43 1.8403 1 10 1 4
50.46 1.51 1.8087 -3 4 2 4
50.59 1.13 1.8043 -1 9 2 4
50.80 2.65 1.7974 0 7 3 4
51.03 1.81 1.7898 2 4 3 4
51.07 1.49 1.7884 3 4 2 4
52.40 1.24 1.7461 -2 5 3 4
52.44 1.61 1.7447 -3 5 2 4
52.53 2.02 1.7421 0 0 4 2
52.89 3.38 1.7312 4 1 0 4
53.07 1.46 1.7257 0 10 2 4
53.10 1.50 1.7247 2 10 0 4
53.40 1.89 1.7159 0 2 4 4
54.14 1.31 1.6941 3 8 0 4
54.60 1.27 1.6809 4 3 0 4
54.80 1.00 1.6751 -3 6 2 4
55.34 1.36 1.6601 2 6 3 4
55.38 1.37 1.6590 3 6 2 4
55.64 1.80 1.6519 -1 8 3 4
55.93 1.18 1.6441 1 8 3 4
56.70 1.71 1.6236 3 1 3 4
57.46 1.31 1.6037 -2 7 3 4
57.93 1.14 1.5920 4 4 1 4
58.81 2.66 1.5702 -1 12 1 4
58.90 2.44 1.5679 1 12 1 4
58.97 1.30 1.5662 -2 0 4 2
59.26 1.43 1.5594 -1 5 4 4
59.27 2.17 1.5591 -4 1 2 4
59.46 1.37 1.5544 3 9 1 4
59.62 1.06 1.5507 1 5 4 4
59.77 1.04 1.5471 -2 2 4 4
59.91 2.07 1.5440 2 1 4 4
60.00 1.87 1.5418 4 1 2 4
61.49 1.06 1.5080 2 3 4 4
61.92 1.18 1.4986 4 6 1 4
62.07 1.15 1.4952 0 12 2 4
62.87 1.96 1.4781 -1 10 3 4
63.14 1.07 1.4725 1 10 3 4
63.97 1.03 1.4555 -1 7 4 4
67.20 1.68 1.3932 3 11 1 4
71.13 2.24 1.3255 -1 12 3 4
72.05 1.02 1.3107 3 9 3 4
79.19 1.04 1.2096 3 11 3 4
================================================================================
XPOW Copyright 1993 Bob Downs, Ranjini Swaminathan and Kurt Bartelmehs
For reference, see Downs et al. (1993) American Mineralogist 78, 1104-1107.