Clerite
Bente K, Edenharter A
Zeitschrift fur Kristallographie 185 (1989) 31-33
Rontgenographische strukturanalyse von MnSb2S4 und strukturverfeinerung
von berthierit, FeSb2S4
_database_code_amcsd 0010988
CELL PARAMETERS: 11.4590 14.3510 3.8230 90.000 90.000 90.000
SPACE GROUP: Pnam
X-RAY WAVELENGTH: 1.541838
Cell Volume: 628.685
Density (g/cm3): 4.508
MAX. ABS. INTENSITY / VOLUME**2: 24.55159218
RIR: 1.773
RIR based on corundum from Acta Crystallographica A38 (1982) 733-739
2-THETA INTENSITY D-SPACING H K L Multiplicity
12.34 41.74 7.1755 0 2 0 2
14.57 4.09 6.0816 1 2 0 4
15.47 4.15 5.7295 2 0 0 2
16.66 9.19 5.3211 2 1 0 4
20.11 53.38 4.4144 1 3 0 4
24.11 91.18 3.6912 3 1 0 4
24.24 54.32 3.6720 2 3 0 4
24.82 17.98 3.5877 0 4 0 2
25.33 32.10 3.5160 1 1 1 8
26.02 42.16 3.4239 1 4 0 4
26.43 2.04 3.3717 3 2 0 4
27.56 93.88 3.2366 1 2 1 8
28.75 36.76 3.1048 2 1 1 8
29.37 60.62 3.0408 2 4 0 4
29.94 7.11 2.9849 3 3 0 4
30.75 96.46 2.9073 2 2 1 8
30.94 1.00 2.8899 1 3 1 8
32.15 1.57 2.7842 1 5 0 4
33.69 1.45 2.6605 4 2 0 4
33.75 100.00 2.6554 3 1 1 8
33.85 86.93 2.6483 2 3 1 8
34.29 2.26 2.6151 3 4 0 4
34.96 34.15 2.5662 2 5 0 4
35.19 19.99 2.5505 1 4 1 8
35.50 9.93 2.5287 3 2 1 8
36.56 2.23 2.4577 4 3 0 4
37.61 1.93 2.3918 0 6 0 2
37.80 11.29 2.3798 2 4 1 8
38.26 4.56 2.3527 3 3 1 8
38.45 8.00 2.3414 1 6 0 4
39.25 4.82 2.2953 0 5 1 4
39.26 7.50 2.2946 3 5 0 4
39.30 8.07 2.2925 4 0 1 4
39.82 19.78 2.2638 4 1 1 8
39.83 1.11 2.2631 5 1 0 4
40.06 16.03 2.2506 1 5 1 8
40.29 1.96 2.2387 4 4 0 4
40.89 5.69 2.2072 2 6 0 4
41.34 18.12 2.1838 4 2 1 8
41.36 27.98 2.1832 5 2 0 4
41.85 2.15 2.1584 3 4 1 8
42.42 3.75 2.1307 2 5 1 8
43.79 32.19 2.0674 4 3 1 8
43.80 4.40 2.0668 5 3 0 4
44.69 16.55 2.0276 4 5 0 4
44.70 15.20 2.0272 3 6 0 4
44.92 6.51 2.0181 1 7 0 4
45.42 2.01 1.9967 1 6 1 8
46.14 4.25 1.9674 3 5 1 8
47.04 4.29 1.9318 4 4 1 8
47.05 25.92 1.9314 5 4 0 4
47.08 1.75 1.9303 2 7 0 4
47.57 10.17 1.9115 2 6 1 8
47.57 46.45 1.9115 0 0 2 2
47.61 2.24 1.9098 6 0 0 2
47.99 6.26 1.8958 5 2 1 8
49.34 2.30 1.8471 0 2 2 4
50.18 30.16 1.8181 5 3 1 8
50.52 42.26 1.8067 0 7 1 4
50.75 1.03 1.7989 2 1 2 8
50.98 3.26 1.7913 4 5 1 8
50.99 24.35 1.7910 3 6 1 8
51.18 17.95 1.7847 1 7 1 8
52.14 6.66 1.7541 1 3 2 8
53.13 6.72 1.7239 5 4 1 8
53.15 3.56 1.7231 2 7 1 8
53.53 2.23 1.7119 2 8 0 4
53.64 16.17 1.7085 6 0 1 4
54.02 16.83 1.6974 3 1 2 8
54.09 10.36 1.6955 2 3 2 8
54.38 3.62 1.6870 0 4 2 4
55.02 8.41 1.6690 1 4 2 8
55.08 1.39 1.6672 4 7 0 4
56.59 7.29 1.6265 7 1 0 4
56.69 3.09 1.6237 3 8 0 4
56.76 5.79 1.6218 5 5 1 8
56.90 14.44 1.6183 2 4 2 8
57.23 1.72 1.6097 3 3 2 8
57.26 4.95 1.6090 6 3 1 8
57.77 10.45 1.5960 7 2 0 4
58.01 1.96 1.5900 6 5 0 4
58.44 8.60 1.5793 1 9 0 4
59.13 7.67 1.5624 2 8 1 8
59.97 5.53 1.5425 6 4 1 8
60.38 10.72 1.5330 2 5 2 8
60.94 8.49 1.5204 4 8 0 4
62.01 4.38 1.4966 7 1 1 8
62.11 1.65 1.4945 3 8 1 8
62.75 3.13 1.4807 1 6 2 8
63.13 2.20 1.4728 7 2 1 8
63.19 2.93 1.4715 3 9 0 4
63.32 3.07 1.4687 3 5 2 8
64.49 2.34 1.4450 2 6 2 8
64.83 12.26 1.4381 5 2 2 8
65.12 1.01 1.4324 8 0 0 2
65.49 1.66 1.4253 8 1 0 4
65.56 1.05 1.4240 1 10 0 4
65.82 4.69 1.4189 5 7 1 8
66.15 1.35 1.4126 5 8 0 4
66.57 1.98 1.4047 8 2 0 4
66.64 1.90 1.4033 5 3 2 8
66.96 5.13 1.3974 6 7 0 4
67.25 2.22 1.3921 2 10 0 4
67.32 7.72 1.3909 4 5 2 8
67.33 7.30 1.3907 3 6 2 8
67.35 2.13 1.3903 6 6 1 8
67.49 3.18 1.3878 1 7 2 8
67.49 3.78 1.3877 7 4 1 8
68.36 3.21 1.3722 8 3 0 4
69.14 13.19 1.3586 5 4 2 8
69.59 1.11 1.3510 6 0 2 4
69.59 1.60 1.3509 7 6 0 4
70.04 1.62 1.3434 3 10 0 4
70.58 1.58 1.3344 1 10 1 8
70.68 5.53 1.3328 7 5 1 8
72.17 1.74 1.3089 5 9 0 4
72.22 1.68 1.3081 2 10 1 8
73.30 2.60 1.2915 8 3 1 8
73.86 2.98 1.2831 4 10 0 4
74.39 1.34 1.2753 2 8 2 8
74.49 3.29 1.2737 7 6 1 8
74.93 5.31 1.2674 3 10 1 8
75.33 1.07 1.2616 1 1 3 8
76.35 3.64 1.2472 1 2 3 8
76.93 1.52 1.2393 2 1 3 8
76.98 4.88 1.2387 7 1 2 8
77.00 6.30 1.2383 5 9 1 8
77.06 2.09 1.2375 3 8 2 8
77.27 6.18 1.2347 0 11 1 4
77.80 2.38 1.2276 1 11 1 8
77.95 4.12 1.2257 2 2 3 8
77.99 7.18 1.2251 7 2 2 8
78.20 1.37 1.2224 6 5 2 8
78.57 5.91 1.2175 1 9 2 8
78.75 3.00 1.2152 8 5 1 8
79.39 1.35 1.2070 2 11 1 8
79.58 5.54 1.2046 3 1 3 8
79.64 4.91 1.2039 2 3 3 8
79.65 6.32 1.2037 9 1 1 8
80.41 1.25 1.1943 1 4 3 8
80.66 1.69 1.1912 9 2 1 8
80.77 6.32 1.1899 4 8 2 8
82.78 2.22 1.1660 3 9 2 8
83.26 1.58 1.1605 4 1 3 8
83.41 1.27 1.1587 1 5 3 8
84.25 1.49 1.1493 4 2 3 8
84.56 1.16 1.1459 10 0 0 2
84.86 1.37 1.1426 8 1 2 8
85.47 1.15 1.1360 5 8 2 8
85.86 1.65 1.1319 8 2 2 8
85.89 1.41 1.1316 10 2 0 4
85.91 3.17 1.1313 4 3 3 8
86.22 4.29 1.1281 6 7 2 8
86.48 1.90 1.1253 2 10 2 8
86.62 2.28 1.1239 9 6 0 4
86.76 2.10 1.1224 8 7 1 8
87.51 2.77 1.1147 8 3 2 8
87.64 2.83 1.1134 9 5 1 8
88.62 1.11 1.1036 2 6 3 8
88.66 1.47 1.1032 7 6 2 8
89.08 1.46 1.0991 3 10 2 8
89.11 1.07 1.0988 1 13 0 4
89.56 5.95 1.0944 7 9 1 8
89.65 3.91 1.0936 3 12 1 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.