Merrillite
Xie X, Yang H, Gu X, Downs R T
American Mineralogist 100 (2015) 2753-2756
Chemical composition and crystal structure of merrillite from the Suizhou meteorite
Locality: Suizhou meteorite
_database_code_amcsd 0020386
CELL PARAMETERS: 10.3444 10.3444 37.0182 90.000 90.000 120.000
SPACE GROUP: R3c
X-RAY WAVELENGTH: 1.541838
Cell Volume: 3430.493
Density (g/cm3): 3.118
MAX. ABS. INTENSITY / VOLUME**2: 11.66104558
RIR: 1.218
RIR based on corundum from Acta Crystallographica A38 (1982) 733-739
2-THETA INTENSITY D-SPACING H K L Multiplicity
10.97 7.25 8.0637 0 1 2 3
13.76 18.57 6.4367 1 0 4 3
14.36 4.32 6.1697 0 0 6 1
17.14 24.78 5.1722 1 1 0 6
20.40 8.68 4.3536 2 0 2 3
21.62 1.08 4.1112 0 1 8 3
22.05 8.65 4.0318 0 2 4 3
26.04 24.92 3.4212 1 0 10 3
26.43 3.82 3.3719 2 1 1 6
26.77 10.23 3.3307 1 2 2 6
27.71 3.86 3.2193 1 1 9 6
27.72 2.80 3.2184 2 0 8 3
28.06 48.23 3.1798 2 1 4 6
29.92 14.04 2.9862 3 0 0 3
31.35 100.00 2.8535 0 2 10 3
32.77 18.45 2.7326 1 2 8 6
33.33 4.63 2.6879 0 3 6 3
33.33 4.22 2.6879 3 0 6 3
33.83 5.38 2.6494 1 1 12 6
34.69 62.74 2.5861 2 2 0 6
35.39 5.42 2.5360 0 1 14 3
35.47 6.34 2.5311 2 2 3 6
35.94 13.89 2.4985 2 1 10 6
36.24 3.64 2.4791 1 3 1 6
37.48 1.57 2.3997 1 3 4 6
37.69 1.99 2.3869 1 2 11 6
37.72 5.96 2.3851 2 2 6 6
38.21 4.81 2.3555 3 1 5 6
39.58 1.47 2.2770 2 0 14 3
40.26 8.02 2.2401 1 0 16 3
40.50 2.81 2.2273 1 1 15 6
40.57 1.91 2.2234 0 4 2 3
41.43 1.29 2.1793 2 1 13 6
41.48 11.31 2.1768 4 0 4 3
42.12 1.46 2.1456 0 3 12 3
42.12 13.70 2.1456 3 0 12 3
43.42 1.92 2.0840 1 2 14 6
43.89 3.71 2.0630 1 3 10 6
44.03 2.12 2.0566 0 0 18 1
44.05 1.12 2.0556 0 2 16 3
44.13 2.45 2.0521 3 2 1 6
44.35 4.20 2.0427 2 3 2 6
44.97 6.63 2.0159 0 4 8 3
45.19 4.38 2.0063 3 2 4 6
45.37 1.22 1.9989 3 1 11 6
45.78 3.28 1.9818 2 2 12 6
47.06 1.68 1.9308 1 4 3 6
47.45 20.45 1.9162 4 0 10 3
48.46 17.89 1.8783 2 3 8 6
48.87 7.80 1.8636 1 4 6 6
48.87 6.24 1.8636 4 1 6 6
50.34 4.77 1.8126 0 1 20 3
50.81 5.48 1.7969 3 2 10 6
51.23 5.72 1.7834 5 0 2 3
51.78 1.03 1.7656 1 4 9 6
51.78 3.93 1.7656 4 1 9 6
51.99 7.34 1.7590 0 5 4 3
53.12 3.07 1.7241 3 3 0 6
53.57 25.05 1.7106 2 0 20 3
54.15 1.89 1.6938 0 3 18 3
54.15 4.97 1.6938 3 0 18 3
54.17 2.05 1.6932 1 3 16 6
54.32 1.33 1.6887 2 1 19 6
54.96 4.89 1.6708 5 0 8 3
55.15 1.51 1.6654 2 4 4 6
55.66 1.43 1.6513 1 4 12 6
55.66 1.42 1.6513 4 1 12 6
56.68 1.60 1.6241 1 2 20 6
56.73 2.53 1.6227 2 3 14 6
57.11 1.62 1.6127 0 5 10 3
57.25 1.82 1.6092 4 0 16 3
58.00 2.63 1.5900 3 3 9 6
58.01 3.93 1.5899 4 2 8 6
58.20 2.16 1.5852 5 1 4 6
58.60 1.11 1.5752 0 2 22 3
60.10 6.63 1.5396 2 4 10 6
60.23 7.97 1.5365 3 2 16 6
60.96 2.60 1.5197 1 5 8 6
61.54 3.22 1.5068 2 1 22 6
61.63 1.43 1.5050 3 3 12 6
62.17 2.78 1.4931 6 0 0 3
64.02 3.65 1.4545 4 3 4 6
65.01 1.60 1.4345 5 2 0 6
65.41 2.10 1.4267 0 4 20 3
65.92 1.74 1.4169 1 4 18 6
66.64 2.68 1.4034 3 4 8 6
66.97 1.52 1.3972 2 5 6 6
66.97 3.47 1.3972 5 2 6 6
68.18 4.49 1.3754 2 3 20 6
68.76 1.30 1.3652 1 6 1 6
71.18 1.81 1.3247 2 2 24 6
71.39 1.27 1.3212 3 3 18 6
71.94 1.89 1.3125 1 2 26 6
72.23 1.09 1.3079 1 0 28 3
72.69 1.20 1.3007 5 2 12 6
73.20 2.48 1.2931 4 4 0 6
74.13 2.51 1.2790 3 5 1 6
74.29 2.75 1.2767 5 3 2 6
76.21 3.32 1.2492 4 2 20 6
76.71 1.28 1.2424 4 3 16 6
76.84 1.21 1.2406 5 1 19 6
76.92 2.86 1.2395 2 6 2 6
77.33 1.33 1.2339 0 0 30 1
77.36 1.42 1.2335 5 3 8 6
77.53 1.40 1.2313 6 2 4 6
79.19 1.08 1.2095 3 5 10 6
79.29 1.31 1.2082 6 0 18 3
79.96 1.03 1.1998 2 6 8 6
80.55 1.92 1.1925 4 4 12 6
81.04 2.17 1.1866 7 1 0 6
81.87 2.37 1.1766 2 5 18 6
82.40 1.23 1.1704 2 3 26 6
83.05 1.01 1.1629 5 1 22 6
87.01 3.10 1.1199 7 0 16 3
87.51 2.53 1.1147 5 0 26 3
87.61 5.10 1.1137 2 2 30 6
87.79 1.75 1.1119 3 2 28 6
88.23 1.37 1.1075 7 1 12 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.