Ottensite
Sabelli C, Nakai I, Katsura S
American Mineralogist 73 (1988) 398-404
Crystal structures of cetineite and its synthetic Na analogue
Na3.6(Sb2O3)3(SbS3)(OH)0.6.2.4(H2O)
Sample: Synthetic Na analogue
_database_code_amcsd 0001145
CELL PARAMETERS: 14.1520 14.1520 5.5758 90.000 90.000 120.000
SPACE GROUP: P6_3
X-RAY WAVELENGTH: 1.541838
Cell Volume: 967.105
Density (g/cm3): 4.244
MAX. ABS. INTENSITY / VOLUME**2: 48.51371460
RIR: 3.722
RIR based on corundum from Acta Crystallographica A38 (1982) 733-739
2-THETA INTENSITY D-SPACING H K L Multiplicity
7.21 96.91 12.2560 1 0 0 6
12.51 7.86 7.0760 1 1 0 6
17.47 6.76 5.0753 1 0 1 6
19.16 27.34 4.6323 1 2 0 6
20.28 13.43 4.3795 1 1 1 6
21.55 41.88 4.1241 2 0 1 6
21.75 24.44 4.0853 3 0 0 6
24.99 29.84 3.5631 1 2 1 6
24.99 6.91 3.5631 2 1 1 6
26.22 11.50 3.3992 1 3 0 6
26.22 9.58 3.3992 3 1 0 6
27.06 22.40 3.2954 3 0 1 6
29.15 6.23 3.0640 4 0 0 6
29.91 67.23 2.9874 2 2 1 6
30.81 73.18 2.9024 1 3 1 6
30.81 26.82 2.9024 3 1 1 6
31.83 3.26 2.8117 2 3 0 6
32.11 33.84 2.7879 0 0 2 1
32.95 3.65 2.7185 1 0 2 6
33.37 8.10 2.6853 4 0 1 6
33.51 3.30 2.6745 1 4 0 6
33.51 19.25 2.6745 4 1 0 6
34.58 4.33 2.5938 1 1 2 6
35.37 1.17 2.5376 2 0 2 6
36.66 2.82 2.4512 5 0 0 6
37.29 1.06 2.4114 1 4 1 6
37.66 4.68 2.3887 1 2 2 6
37.66 1.58 2.3887 2 1 2 6
38.15 1.03 2.3587 3 3 0 6
38.88 1.24 2.3162 2 4 0 6
38.88 9.72 2.3162 4 2 0 6
41.00 2.25 2.2012 1 5 0 6
41.00 4.07 2.2012 5 1 0 6
41.23 1.80 2.1898 2 2 2 6
41.57 4.70 2.1723 3 3 1 6
41.91 12.18 2.1556 1 3 2 6
41.91 1.20 2.1556 3 1 2 6
42.25 1.15 2.1390 2 4 1 6
42.25 2.64 2.1390 4 2 1 6
43.91 1.61 2.0621 4 0 2 6
44.24 14.30 2.0475 1 5 1 6
44.35 1.85 2.0427 6 0 0 6
44.99 4.82 2.0149 3 4 0 6
45.84 6.96 1.9797 2 3 2 6
46.26 2.68 1.9625 2 5 0 6
46.26 5.30 1.9625 5 2 0 6
47.09 4.63 1.9300 1 4 2 6
47.09 6.07 1.9300 4 1 2 6
48.01 1.42 1.8949 4 3 1 6
48.72 6.75 1.8690 6 1 0 6
49.22 4.36 1.8512 2 5 1 6
49.52 5.47 1.8409 5 0 2 6
49.61 4.11 1.8376 1 0 3 6
50.79 1.08 1.7976 1 1 3 6
51.28 2.32 1.7816 2 4 2 6
51.28 13.79 1.7816 4 2 2 6
51.57 9.60 1.7721 1 6 1 6
51.57 1.27 1.7721 6 1 1 6
52.25 2.28 1.7509 7 0 0 6
52.25 8.67 1.7509 5 3 0 6
53.00 3.71 1.7276 1 5 2 6
53.00 1.81 1.7276 5 1 2 6
54.22 2.06 1.6918 3 0 3 6
54.41 3.69 1.6862 4 4 1 6
55.88 7.62 1.6454 2 2 3 6
56.34 2.16 1.6330 3 4 2 6
56.42 5.12 1.6308 1 3 3 6
56.42 7.80 1.6308 3 1 3 6
57.42 1.54 1.6048 5 2 2 6
58.04 3.64 1.5891 4 0 3 6
58.85 1.89 1.5692 5 4 0 6
59.29 4.61 1.5586 1 7 1 6
59.55 3.52 1.5524 6 1 2 6
61.38 6.78 1.5105 5 4 1 6
62.14 1.88 1.4937 4 4 2 6
62.40 4.28 1.4881 3 6 1 6
62.66 3.72 1.4827 7 0 2 6
62.66 12.12 1.4827 5 3 2 6
62.74 1.06 1.4810 5 0 3 6
62.91 5.17 1.4773 8 0 1 6
63.75 1.16 1.4598 3 3 3 6
64.26 1.56 1.4496 2 4 3 6
64.43 1.58 1.4461 2 7 1 6
64.43 3.35 1.4461 7 2 1 6
65.76 1.35 1.4201 1 5 3 6
65.76 1.36 1.4201 5 1 3 6
66.01 1.29 1.4152 5 5 0 6
67.15 2.46 1.3939 0 0 4 1
67.41 1.14 1.3892 8 1 1 6
68.62 2.09 1.3677 1 1 4 6
68.63 2.24 1.3675 5 4 2 6
69.60 1.02 1.3508 6 3 2 6
69.68 1.08 1.3495 2 5 3 6
70.33 1.25 1.3386 3 7 1 6
70.41 4.18 1.3372 2 8 0 6
70.56 2.24 1.3348 1 2 4 6
71.60 1.75 1.3179 6 1 3 6
71.60 1.13 1.3179 1 6 3 6
73.97 1.30 1.2814 4 4 3 6
76.24 1.62 1.2489 2 3 4 6
76.95 1.05 1.2391 4 7 1 6
77.17 1.59 1.2361 1 4 4 6
78.18 1.67 1.2226 1 7 3 6
78.80 1.18 1.2145 8 3 1 6
79.02 1.28 1.2117 5 0 4 6
79.49 2.14 1.2057 2 8 2 6
80.03 1.24 1.1990 5 4 3 6
80.95 1.38 1.1877 3 6 3 6
81.56 2.22 1.1803 9 2 1 6
82.78 1.41 1.1660 2 7 3 6
88.24 1.31 1.1074 3 7 3 6
89.97 3.41 1.0905 5 3 4 6
89.97 1.30 1.0905 7 0 4 6
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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.