Mimetite
Sokolova E V, Egorov-Tismenko Y K
Vestnik Moskovskogo Universiteta Geologiya 37 (1982) 50-56
Study of crystalline structures of rare arsentates: duftite and mimetite
Locality: Cassiterite-sulfide field, Festivalnyi, East Siberia, Russia
_database_code_amcsd 0020489
CELL PARAMETERS: 10.2480 10.2480 7.4410 90.000 90.000 120.000
SPACE GROUP: P6_3/m
X-RAY WAVELENGTH: 1.541838
Cell Volume: 676.769
Density (g/cm3): 7.302
MAX. ABS. INTENSITY / VOLUME**2: 185.4454434
RIR: 8.269
RIR based on corundum from Acta Crystallographica A38 (1982) 733-739
2-THETA INTENSITY D-SPACING H K L Multiplicity
9.97 1.60 8.8750 1 0 0 6
17.31 3.85 5.1240 1 1 0 6
20.01 16.43 4.4375 2 0 0 6
21.05 17.66 4.2202 1 1 1 12
23.34 1.92 3.8112 2 0 1 12
23.92 11.31 3.7205 0 0 2 2
25.97 23.77 3.4312 1 0 2 12
26.57 20.06 3.3544 1 2 0 6
26.57 12.52 3.3544 2 1 0 6
29.20 60.13 3.0581 1 2 1 12
29.20 39.87 3.0581 2 1 1 12
29.67 89.92 3.0106 1 1 2 12
30.21 50.68 2.9583 3 0 0 6
31.38 2.92 2.8510 2 0 2 12
35.02 2.13 2.5620 2 2 0 6
37.11 1.04 2.4224 2 2 1 12
38.52 2.40 2.3369 3 1 1 12
38.89 2.17 2.3155 3 0 2 12
40.40 6.16 2.2325 1 1 3 12
40.66 4.56 2.2188 4 0 0 6
42.86 31.02 2.1101 2 2 2 12
44.11 6.93 2.0529 1 3 2 12
44.11 4.32 2.0529 3 1 2 12
44.50 4.66 2.0361 3 2 0 6
45.48 13.87 1.9944 1 2 3 12
45.48 15.27 1.9944 2 1 3 12
46.23 7.80 1.9639 2 3 1 12
46.23 10.94 1.9639 3 2 1 12
46.91 10.01 1.9367 1 4 0 6
46.91 9.16 1.9367 4 1 0 6
47.73 25.12 1.9056 4 0 2 12
48.97 12.29 1.8602 0 0 4 2
51.14 2.25 1.7861 2 3 2 12
52.37 1.87 1.7472 3 1 3 12
53.33 1.91 1.7179 1 4 2 12
53.33 1.51 1.7179 4 1 2 12
53.41 2.42 1.7156 2 0 4 12
54.73 2.61 1.6772 2 4 0 6
54.73 4.17 1.6772 4 2 0 6
55.17 7.00 1.6647 3 3 1 12
56.57 4.86 1.6268 1 2 4 12
56.57 4.63 1.6268 2 1 4 12
57.53 9.39 1.6020 5 0 2 12
57.85 2.40 1.5940 1 5 0 6
57.85 1.35 1.5940 5 1 0 6
58.62 11.48 1.5748 3 0 4 12
58.66 2.71 1.5737 3 2 3 12
58.66 4.93 1.5737 2 3 3 12
59.29 5.58 1.5586 1 5 1 12
59.29 2.39 1.5586 5 1 1 12
59.56 9.03 1.5522 3 3 2 12
65.48 1.73 1.4255 4 0 4 12
65.70 1.26 1.4211 2 5 0 6
66.46 3.10 1.4067 3 3 3 12
67.05 3.11 1.3959 2 5 1 12
67.05 1.29 1.3959 5 2 1 12
68.23 6.04 1.3745 6 0 2 12
68.30 2.22 1.3734 3 2 4 12
69.04 5.23 1.3603 1 2 5 12
69.04 2.11 1.3603 2 1 5 12
69.16 3.34 1.3583 4 3 2 12
69.45 1.26 1.3534 1 6 0 6
69.45 1.76 1.3534 6 1 0 6
70.15 4.38 1.3416 1 4 4 12
70.15 4.70 1.3416 4 1 4 12
70.19 1.76 1.3410 5 1 3 12
70.19 2.34 1.3410 1 5 3 12
70.75 1.18 1.3316 6 1 1 12
71.00 3.03 1.3276 2 5 2 12
71.00 4.74 1.3276 5 2 2 12
74.00 4.87 1.2810 4 4 0 6
76.47 2.90 1.2457 4 2 4 12
76.47 2.46 1.2457 2 4 4 12
77.39 2.02 1.2331 2 5 3 12
77.76 1.17 1.2282 1 0 6 12
79.12 2.16 1.2104 1 5 4 12
79.12 1.18 1.2104 5 1 4 12
79.52 4.24 1.2054 1 1 6 12
79.83 2.39 1.2015 3 2 5 12
79.94 3.63 1.2001 5 3 2 12
79.94 1.60 1.2001 7 0 2 12
79.94 1.29 1.2001 3 5 2 12
81.96 1.26 1.1755 1 7 0 6
81.96 2.01 1.1755 7 1 0 6
86.80 1.60 1.1220 3 3 5 12
87.36 2.61 1.1163 2 2 6 12
89.56 1.21 1.0944 1 6 4 12
89.56 1.87 1.0944 6 1 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.