Ominelite
Dzikowski T J, Groat L A, Grew E S
American Mineralogist 92 (2007) 863-872
The geometric effects of VFe2+ for VMg substitution on the crystal structures
of the grandidierite-ominelite series
Sample: G9
Locality: Almgjotheii, Rogaland, Norway
_database_code_amcsd 0004354
CELL PARAMETERS: 10.3450 11.0519 5.7656 90.000 90.000 90.000
SPACE GROUP: Pbnm
X-RAY WAVELENGTH: 1.541838
Cell Volume: 659.192
Density (g/cm3): 3.069
MAX. ABS. INTENSITY / VOLUME**2: 9.679052377
RIR: 1.027
RIR based on corundum from Acta Crystallographica A38 (1982) 733-739
2-THETA INTENSITY D-SPACING H K L Multiplicity
11.72 2.77 7.5526 1 1 0 4
16.04 48.50 5.5259 0 2 0 2
17.14 79.13 5.1725 2 0 0 2
17.61 100.00 5.0362 1 0 1 4
18.20 6.25 4.8742 1 2 0 4
18.94 3.72 4.6848 2 1 0 4
22.28 1.63 3.9895 0 2 1 4
23.56 8.17 3.7763 2 2 0 4
23.91 37.93 3.7223 1 2 1 8
25.67 12.43 3.4705 1 3 0 4
27.09 1.77 3.2918 3 1 0 4
28.25 7.83 3.1590 2 2 1 8
30.05 1.09 2.9734 1 3 1 8
30.20 20.25 2.9594 3 0 1 4
30.56 3.81 2.9255 3 2 0 4
31.02 13.90 2.8828 0 0 2 2
31.29 5.28 2.8587 3 1 1 8
32.40 51.29 2.7630 0 4 0 2
33.57 1.64 2.6694 1 4 0 4
33.67 4.17 2.6618 2 3 1 8
34.38 22.75 2.6088 3 2 1 8
34.69 10.41 2.5863 4 0 0 2
35.11 20.35 2.5559 0 2 2 4
35.65 7.86 2.5181 2 0 2 4
36.05 2.38 2.4916 0 4 1 4
36.20 1.43 2.4813 1 2 2 8
36.60 2.69 2.4552 2 1 2 8
37.11 2.12 2.4224 1 4 1 8
38.43 5.82 2.3424 4 2 0 4
39.32 17.84 2.2914 2 2 2 8
40.69 9.83 2.2175 1 3 2 8
41.62 4.27 2.1701 4 2 1 8
41.64 19.30 2.1687 3 1 2 8
41.79 18.16 2.1616 1 5 0 4
44.10 3.99 2.0534 3 2 2 8
44.55 7.63 2.0337 5 1 0 4
44.78 1.42 2.0240 1 5 1 8
44.88 3.46 2.0196 3 4 1 8
46.36 2.01 1.9587 1 4 2 8
46.64 10.83 1.9474 5 0 1 4
46.89 1.16 1.9376 5 2 0 4
47.21 9.00 1.9251 4 0 2 4
47.40 5.18 1.9179 5 1 1 8
47.43 10.25 1.9169 2 5 1 8
48.16 11.57 1.8895 1 0 3 4
48.94 3.89 1.8611 2 4 2 8
48.95 1.73 1.8609 3 5 0 4
49.48 3.45 1.8420 0 6 0 2
50.60 3.78 1.8040 5 3 0 4
51.39 1.17 1.7781 2 1 3 8
52.75 1.11 1.7352 2 6 0 4
52.93 4.80 1.7299 1 6 1 8
52.94 11.72 1.7294 1 5 2 8
53.20 2.08 1.7217 5 3 1 8
53.50 2.49 1.7128 2 2 3 8
53.81 1.96 1.7036 6 1 0 4
54.67 2.00 1.6787 3 0 3 4
55.28 3.79 1.6618 5 1 2 8
55.29 2.10 1.6616 2 6 1 8
55.86 8.03 1.6459 6 2 0 4
56.31 1.71 1.6337 6 1 1 8
56.65 3.04 1.6247 3 6 0 4
56.89 2.95 1.6184 2 3 3 8
57.09 2.24 1.6132 4 5 1 8
57.36 6.47 1.6063 3 2 3 8
58.43 9.79 1.5795 4 4 2 8
58.50 1.29 1.5777 0 4 3 4
59.07 1.37 1.5638 3 6 1 8
59.09 2.55 1.5635 3 5 2 8
59.16 2.14 1.5616 6 3 0 4
59.24 2.83 1.5597 1 4 3 8
59.56 12.14 1.5522 0 6 2 4
60.55 1.66 1.5292 5 3 2 8
61.38 1.22 1.5105 5 5 0 4
61.84 1.90 1.5003 4 6 0 4
62.47 9.51 1.4867 2 6 2 8
62.80 18.90 1.4797 6 0 2 4
63.42 1.15 1.4666 6 1 2 8
63.71 2.20 1.4608 2 7 1 8
64.14 5.70 1.4520 4 6 1 8
64.67 15.61 1.4414 0 0 4 2
66.00 3.59 1.4154 3 6 2 8
66.39 1.80 1.4081 5 0 3 4
67.02 1.19 1.3965 2 5 3 8
67.45 2.90 1.3885 2 0 4 4
67.84 1.97 1.3815 0 8 0 2
68.31 2.56 1.3731 6 3 2 8
70.35 1.42 1.3382 5 6 1 8
70.56 1.97 1.3347 2 8 0 4
70.58 1.35 1.3344 7 3 1 8
70.80 5.74 1.3309 4 6 2 8
71.96 1.86 1.3122 4 7 1 8
72.46 11.99 1.3044 6 4 2 8
73.73 1.09 1.2850 3 7 2 8
74.21 5.47 1.2780 0 4 4 4
74.42 1.29 1.2748 6 1 3 8
74.67 1.11 1.2711 7 4 1 8
75.10 2.18 1.2650 4 5 3 8
75.51 1.83 1.2591 8 2 0 4
75.51 1.42 1.2591 4 0 4 4
75.53 4.82 1.2588 6 6 0 4
76.03 1.97 1.2518 3 8 1 8
76.99 2.87 1.2386 7 3 2 8
77.80 2.40 1.2276 4 2 4 8
80.01 3.38 1.1992 1 5 4 8
80.45 1.37 1.1937 8 3 1 8
80.97 1.91 1.1874 2 7 3 8
81.36 2.29 1.1826 4 6 3 8
81.92 1.08 1.1760 5 1 4 8
82.44 1.20 1.1699 2 9 1 8
83.87 1.55 1.1536 6 6 2 8
86.70 2.40 1.1231 1 9 2 8
86.76 1.56 1.1224 4 8 2 8
87.12 1.39 1.1187 5 6 3 8
================================================================================
XPOW Copyright 1993 Bob Downs, Ranjini Swaminathan and Kurt Bartelmehs
For reference, see Downs et al. (1993) American Mineralogist 78, 1104-1107.