Mimetite
Baikie T, Ferraris C, Klooster W T, Madhavi S, Pramana S S, Pring A, Schmidt G,
White T J
Acta Crystallographica B64 (2008) 34-41
Crystal chemistry of mimetite, Pb10(AsO4)6Cl1.48O0.26, and finnemanite, Pb10(AsO3)6Cl2
Note: T = 298 K
Locality: Synthetic
_database_code_amcsd 0020319
CELL PARAMETERS: 10.2055 10.2055 7.4483 90.000 90.000 120.000
SPACE GROUP: P6_3/m
X-RAY WAVELENGTH: 1.541838
Cell Volume: 671.825
Density (g/cm3): 7.320
MAX. ABS. INTENSITY / VOLUME**2: 178.4561038
RIR: 7.938
RIR based on corundum from Acta Crystallographica A38 (1982) 733-739
2-THETA INTENSITY D-SPACING H K L Multiplicity
10.01 1.21 8.8382 1 0 0 6
17.38 3.45 5.1027 1 1 0 6
20.09 19.40 4.4191 2 0 0 6
21.10 16.17 4.2096 1 1 1 12
23.41 2.21 3.8005 2 0 1 12
23.89 12.69 3.7241 0 0 2 2
25.96 24.66 3.4319 1 0 2 12
26.69 15.10 3.3405 1 2 0 6
26.69 21.93 3.3405 2 1 0 6
29.30 41.31 3.0480 1 2 1 12
29.30 58.69 3.0480 2 1 1 12
29.70 96.17 3.0082 1 1 2 12
30.34 50.77 2.9461 3 0 0 6
31.41 2.53 2.8478 2 0 2 12
35.17 2.19 2.5514 2 2 0 6
37.25 1.37 2.4137 2 2 1 12
38.67 1.98 2.3284 1 3 1 12
38.98 2.22 2.3105 3 0 2 12
40.40 6.56 2.2325 1 1 3 12
40.84 4.90 2.2096 4 0 0 6
42.97 33.17 2.1048 2 2 2 12
44.24 4.91 2.0475 1 3 2 12
44.24 6.21 2.0475 3 1 2 12
44.69 4.09 2.0276 2 3 0 6
45.52 16.41 1.9927 1 2 3 12
45.52 15.44 1.9927 2 1 3 12
46.41 10.86 1.9564 2 3 1 12
46.41 7.72 1.9564 3 2 1 12
47.12 9.86 1.9287 1 4 0 6
47.12 9.58 1.9287 4 1 0 6
47.87 24.40 1.9003 4 0 2 12
48.91 12.15 1.8621 0 0 4 2
51.30 1.88 1.7808 3 2 2 12
52.46 1.57 1.7443 1 3 3 12
53.39 1.89 1.7160 2 0 4 12
53.51 1.61 1.7126 1 4 2 12
53.51 1.70 1.7126 4 1 2 12
54.97 4.47 1.6703 2 4 0 6
54.97 2.64 1.6703 4 2 0 6
55.41 7.54 1.6582 3 3 1 12
56.59 4.44 1.6265 1 2 4 12
56.59 3.93 1.6265 2 1 4 12
57.73 9.16 1.5969 5 0 2 12
58.11 1.42 1.5874 1 5 0 6
58.11 2.22 1.5874 5 1 0 6
58.65 12.02 1.5740 3 0 4 12
58.80 5.58 1.5705 3 2 3 12
58.80 2.75 1.5705 2 3 3 12
59.55 2.70 1.5525 1 5 1 12
59.55 5.57 1.5525 5 1 1 12
59.77 9.10 1.5472 3 3 2 12
65.56 2.12 1.4239 4 0 4 12
66.01 1.42 1.4152 5 2 0 6
66.65 2.75 1.4032 3 3 3 12
67.35 1.53 1.3904 2 5 1 12
67.35 3.12 1.3904 5 2 1 12
68.40 1.84 1.3715 2 3 4 12
68.50 5.73 1.3698 6 0 2 12
69.03 2.26 1.3605 1 2 5 12
69.03 5.07 1.3605 2 1 5 12
69.43 2.81 1.3536 3 4 2 12
69.78 1.66 1.3478 1 6 0 6
69.78 1.25 1.3478 6 1 0 6
70.27 5.31 1.3396 1 4 4 12
70.27 5.03 1.3396 4 1 4 12
70.40 1.57 1.3374 1 5 3 12
70.40 2.51 1.3374 5 1 3 12
71.08 1.28 1.3263 1 6 1 12
71.29 4.95 1.3229 2 5 2 12
71.29 3.45 1.3229 5 2 2 12
74.36 4.69 1.2757 4 4 0 6
76.64 2.32 1.2434 2 4 4 12
76.64 2.24 1.2434 4 2 4 12
77.66 1.00 1.2295 2 5 3 12
77.66 1.94 1.2295 5 2 3 12
77.67 1.05 1.2293 1 0 6 12
79.31 1.96 1.2080 5 1 4 12
79.45 4.62 1.2062 1 1 6 12
79.91 2.19 1.2005 2 3 5 12
80.29 1.30 1.1958 7 0 2 12
80.29 3.10 1.1958 3 5 2 12
80.29 1.38 1.1958 5 3 2 12
82.38 1.93 1.1707 1 7 0 6
82.38 1.08 1.1707 7 1 0 6
86.93 1.53 1.1206 3 3 5 12
87.36 2.79 1.1163 2 2 6 12
89.84 1.14 1.0918 6 1 4 12
89.84 1.71 1.0918 1 6 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.