Mimetite
Okudera H
American Mineralogist 98 (2013) 1573-1579
Relationships among channel typology and atomic displacements in the structures
of Pb5(BO4)3Cl with B = P (pyromorphite), V (vanadinite), and As (mimetite)
Locality: Pingtouling mine, Guangdong, China
_database_code_amcsd 0020251
CELL PARAMETERS: 10.2396 10.2396 7.4405 90.000 90.000 120.000
SPACE GROUP: P6_3/m
X-RAY WAVELENGTH: 1.541838
Cell Volume: 675.614
Density (g/cm3): 7.232
MAX. ABS. INTENSITY / VOLUME**2: 178.7848572
RIR: 8.050
RIR based on corundum from Acta Crystallographica A38 (1982) 733-739
2-THETA INTENSITY D-SPACING H K L Multiplicity
9.97 1.73 8.8678 1 0 0 6
17.32 4.51 5.1198 1 1 0 6
20.03 16.48 4.4339 2 0 0 6
21.06 19.91 4.2178 1 1 1 12
23.35 1.77 3.8089 2 0 1 12
23.92 10.08 3.7202 0 0 2 2
25.97 22.42 3.4306 1 0 2 12
26.60 12.77 3.3517 1 2 0 6
26.60 19.58 3.3517 2 1 0 6
29.22 40.86 3.0559 1 2 1 12
29.22 59.14 3.0559 2 1 1 12
29.68 93.73 3.0096 1 1 2 12
30.24 50.87 2.9559 3 0 0 6
31.39 2.02 2.8499 2 0 2 12
35.05 2.03 2.5599 2 2 0 6
38.55 2.06 2.3352 1 3 1 12
38.91 2.97 2.3143 3 0 2 12
40.41 6.58 2.2321 1 1 3 12
40.70 4.49 2.2169 4 0 0 6
42.88 31.55 2.1089 2 2 2 12
44.14 4.39 2.0517 1 3 2 12
44.14 6.44 2.0517 3 1 2 12
44.54 4.64 2.0344 2 3 0 6
45.50 14.81 1.9937 1 2 3 12
45.50 12.75 1.9937 2 1 3 12
46.26 10.48 1.9624 2 3 1 12
46.26 7.68 1.9624 3 2 1 12
46.95 8.99 1.9351 1 4 0 6
46.95 10.57 1.9351 4 1 0 6
47.76 23.55 1.9044 4 0 2 12
48.97 12.48 1.8601 0 0 4 2
51.18 1.59 1.7849 3 2 2 12
52.39 1.54 1.7464 1 3 3 12
53.37 1.72 1.7167 1 4 2 12
53.37 1.96 1.7167 4 1 2 12
53.42 1.85 1.7153 2 0 4 12
54.78 3.65 1.6758 2 4 0 6
54.78 2.34 1.6758 4 2 0 6
55.22 6.34 1.6634 3 3 1 12
56.59 3.84 1.6264 1 2 4 12
56.59 3.71 1.6264 2 1 4 12
57.57 7.93 1.6009 5 0 2 12
57.90 1.19 1.5927 1 5 0 6
57.90 2.29 1.5927 5 1 0 6
58.64 11.71 1.5743 3 0 4 12
58.70 2.48 1.5729 2 3 3 12
58.70 4.50 1.5729 3 2 3 12
59.34 2.25 1.5574 1 5 1 12
59.34 5.30 1.5574 5 1 1 12
59.60 9.15 1.5512 3 3 2 12
65.50 1.98 1.4250 4 0 4 12
65.76 1.11 1.4200 5 2 0 6
66.51 2.91 1.4059 3 3 3 12
67.11 1.27 1.3948 2 5 1 12
67.11 2.83 1.3948 5 2 1 12
68.29 5.63 1.3735 6 0 2 12
68.33 1.74 1.3728 2 3 4 12
69.06 2.03 1.3601 1 2 5 12
69.06 4.61 1.3601 2 1 5 12
69.22 2.99 1.3574 3 4 2 12
69.51 1.52 1.3523 1 6 0 6
69.51 1.14 1.3523 6 1 0 6
70.18 4.79 1.3410 1 4 4 12
70.18 4.67 1.3410 4 1 4 12
70.23 2.14 1.3402 5 1 3 12
70.23 1.64 1.3402 1 5 3 12
70.82 1.18 1.3305 1 6 1 12
71.06 4.54 1.3266 2 5 2 12
71.06 2.94 1.3266 5 2 2 12
74.07 4.53 1.2800 4 4 0 6
76.51 1.88 1.2451 4 2 4 12
76.51 2.23 1.2451 2 4 4 12
77.45 1.84 1.2323 5 2 3 12
79.17 1.66 1.2098 5 1 4 12
79.53 4.19 1.2052 1 1 6 12
79.86 2.03 1.2011 2 3 5 12
80.01 1.27 1.1992 7 0 2 12
80.01 2.92 1.1992 3 5 2 12
80.01 1.03 1.1992 5 3 2 12
82.04 1.73 1.1746 1 7 0 6
82.04 1.25 1.1746 7 1 0 6
86.84 1.31 1.1216 3 3 5 12
87.38 2.65 1.1160 2 2 6 12
89.63 1.39 1.0938 1 6 4 12
================================================================================
XPOW Copyright 1993 Bob Downs, Ranjini Swaminathan and Kurt Bartelmehs
For reference, see Downs et al. (1993) American Mineralogist 78, 1104-1107.