Osumilite
Miyashiro A
American Mineralogist 41 (1956) 104-116
Osumilite, a new silicate mineral, and its crystal structure
_database_code_amcsd 0000078
CELL PARAMETERS: 10.1700 10.1700 14.3400 90.000 90.000 120.000
SPACE GROUP: P6/mcc
X-RAY WAVELENGTH: 1.541838
Cell Volume: 1284.463
Density (g/cm3): 2.627
MAX. ABS. INTENSITY / VOLUME**2: 10.46899990
RIR: 1.297
RIR based on corundum from Acta Crystallographica A38 (1982) 733-739
2-THETA INTENSITY D-SPACING H K L Multiplicity
10.04 6.13 8.8075 1 0 0 6
12.34 26.42 7.1700 0 0 2 2
15.94 25.39 5.5604 1 0 2 12
17.44 67.40 5.0850 1 1 0 6
20.16 7.86 4.4037 2 0 0 6
21.42 23.29 4.1478 1 1 2 12
23.71 46.85 3.7525 2 0 2 12
24.84 23.79 3.5850 0 0 4 2
26.78 3.95 3.3289 2 1 0 12
26.85 17.90 3.3205 1 0 4 12
27.51 100.00 3.2427 2 1 1 24
29.59 10.98 3.0194 2 1 2 24
30.45 3.46 2.9358 3 0 0 6
30.51 48.03 2.9300 1 1 4 12
32.20 55.06 2.7802 2 0 4 12
32.78 15.32 2.7317 2 1 3 24
35.30 19.48 2.5425 2 2 0 6
36.79 1.81 2.4428 3 1 0 12
36.85 1.99 2.4394 2 1 4 24
37.34 2.02 2.4081 3 1 1 24
37.53 12.16 2.3963 2 2 2 12
37.64 1.51 2.3900 0 0 6 2
38.95 1.44 2.3122 3 1 2 24
41.52 2.16 2.1752 3 1 3 24
42.97 4.07 2.1049 4 0 2 12
43.64 2.48 2.0739 2 2 4 12
44.86 2.98 2.0206 3 2 0 12
44.90 14.83 2.0187 3 1 4 24
45.33 1.77 2.0008 3 2 1 24
46.79 3.95 1.9415 2 1 6 24
47.30 5.19 1.9219 4 1 0 12
47.74 11.18 1.9049 4 1 1 24
48.52 3.71 1.8762 4 0 4 12
48.98 9.66 1.8596 3 1 5 24
49.07 2.38 1.8564 4 1 2 24
49.16 3.74 1.8535 3 0 6 12
50.95 11.16 1.7925 0 0 8 2
51.91 8.52 1.7615 5 0 0 6
52.45 2.57 1.7447 2 1 7 24
52.55 20.67 1.7414 2 2 6 12
54.11 4.30 1.6950 3 3 0 6
54.15 2.42 1.6939 4 1 4 24
54.26 1.78 1.6905 1 1 8 12
55.18 5.99 1.6645 4 2 0 12
56.86 2.67 1.6194 4 0 6 12
57.74 2.22 1.5966 4 1 5 24
58.37 1.59 1.5810 5 0 4 12
58.72 1.50 1.5723 5 1 1 24
59.88 1.65 1.5447 5 1 2 24
59.95 2.04 1.5430 3 2 6 24
60.41 6.15 1.5324 3 3 4 12
60.52 1.69 1.5299 3 0 8 12
61.41 1.39 1.5097 4 2 4 24
61.96 1.46 1.4977 4 1 6 24
63.50 10.55 1.4650 2 2 8 12
64.37 2.14 1.4472 5 1 4 24
64.76 5.79 1.4396 4 2 5 24
64.83 7.04 1.4381 6 0 2 12
64.88 1.02 1.4372 2 1 9 24
66.27 6.87 1.4103 5 2 0 12
66.63 3.11 1.4036 5 2 1 24
66.74 1.03 1.4017 4 1 7 24
67.64 1.70 1.3851 5 1 5 24
67.91 2.52 1.3802 1 1 10 12
68.72 1.85 1.3659 4 2 6 24
68.86 3.58 1.3635 2 0 10 12
69.15 6.39 1.3584 6 0 4 12
70.19 1.70 1.3409 3 2 8 24
70.57 5.17 1.3345 3 1 9 24
71.66 1.42 1.3170 2 1 10 24
71.95 5.76 1.3124 5 2 4 24
73.23 1.43 1.2926 4 3 5 24
75.05 1.68 1.2656 5 2 5 24
75.70 1.01 1.2564 5 0 8 12
76.03 2.36 1.2517 4 4 2 12
77.88 2.94 1.2266 4 1 9 24
78.28 1.63 1.2214 6 2 0 12
78.40 3.06 1.2197 4 2 8 24
78.61 1.91 1.2170 6 2 1 24
78.66 1.35 1.2164 6 1 5 24
78.80 4.48 1.2146 5 2 6 24
78.85 1.96 1.2139 2 1 11 24
79.63 1.55 1.2040 6 2 2 24
79.82 1.04 1.2016 4 0 10 12
80.10 6.44 1.1982 4 4 4 12
80.99 1.53 1.1872 7 0 4 12
81.30 1.54 1.1834 6 2 3 24
83.90 1.61 1.1533 2 0 12 12
83.99 1.44 1.1522 5 3 5 24
84.10 1.49 1.1510 4 2 9 24
86.38 1.41 1.1264 4 3 8 24
87.65 1.17 1.1134 7 0 6 12
88.14 4.78 1.1084 5 2 8 24
88.89 1.07 1.1009 8 0 0 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.