Spinelloid
Woodland A B, Angel R J, Koch M
European Journal of Mineralogy 24 (2012) 657-668
Structural systematics of spinel and spinelloid phases in the system
MFe2O4-M2SiO4 with M = Fe2+ and Mg
Sample: 4f8b1195, Spinelloid-II
Locality: synthetic
_database_code_amcsd 0019351
CELL PARAMETERS: 5.8506 17.9793 8.3779 90.000 90.000 90.000
SPACE GROUP: Imma
X-RAY WAVELENGTH: 1.541838
Cell Volume: 881.269
Density (g/cm3): 4.901
MAX. ABS. INTENSITY / VOLUME**2: 25.56534656
RIR: 1.699
RIR based on corundum from Acta Crystallographica A38 (1982) 733-739
2-THETA INTENSITY D-SPACING H K L Multiplicity
9.84 2.47 8.9896 0 2 0 2
11.65 18.35 7.5939 0 1 1 4
18.20 1.30 4.8743 0 3 1 4
18.50 15.54 4.7967 1 0 1 4
26.64 14.23 3.3464 1 1 2 8
26.98 5.82 3.3044 0 5 1 4
29.82 10.96 2.9965 0 6 0 2
30.18 8.29 2.9612 1 3 2 8
30.56 9.38 2.9253 2 0 0 2
32.44 48.35 2.7595 0 1 3 4
32.81 61.88 2.7298 2 1 1 8
35.32 100.00 2.5414 1 6 1 8
35.46 7.16 2.5313 0 3 3 4
35.62 37.50 2.5202 1 0 3 4
35.80 13.79 2.5083 2 3 1 8
36.33 17.08 2.4728 1 5 2 8
36.59 5.10 2.4557 0 7 1 4
36.88 10.91 2.4372 0 6 2 4
37.50 14.80 2.3984 2 0 2 4
40.92 8.10 2.2056 0 5 3 4
41.22 22.97 2.1903 2 5 1 8
43.19 22.95 2.0945 0 0 4 2
43.22 56.30 2.0932 2 6 0 4
44.16 5.39 2.0507 1 7 2 8
46.32 3.53 1.9602 1 1 4 8
47.12 3.00 1.9288 1 6 3 8
47.89 1.25 1.8994 3 0 1 4
48.13 3.98 1.8905 0 7 3 4
48.40 11.58 1.8808 2 7 1 8
51.92 2.87 1.7611 2 5 3 8
51.97 1.71 1.7595 3 1 2 8
52.96 4.73 1.7290 1 5 4 8
53.15 1.50 1.7232 1 9 2 8
53.37 1.52 1.7167 0 6 4 4
53.83 5.69 1.7030 2 0 4 4
54.08 1.35 1.6957 3 3 2 8
55.04 1.25 1.6684 0 1 5 4
56.65 1.35 1.6248 0 9 3 4
56.89 3.29 1.6186 2 9 1 8
57.08 1.69 1.6137 0 3 5 4
57.19 8.52 1.6108 1 0 5 4
57.44 20.41 1.6043 3 6 1 8
57.65 8.06 1.5989 3 0 3 4
58.10 3.40 1.5878 2 7 3 8
58.14 3.93 1.5866 3 5 2 8
59.06 3.12 1.5641 1 7 4 8
61.01 6.58 1.5188 0 5 5 4
61.93 21.73 1.4983 0 12 0 2
62.76 73.36 1.4806 2 6 4 8
63.09 1.56 1.4736 1 11 2 8
63.62 20.02 1.4626 4 0 0 2
63.92 1.65 1.4563 3 7 2 8
64.27 4.33 1.4492 2 1 5 8
66.26 5.38 1.4106 0 11 3 4
66.47 6.62 1.4066 2 11 1 8
66.64 4.44 1.4034 0 7 5 4
69.39 2.61 1.3543 1 1 6 8
70.63 1.17 1.3335 2 12 0 4
71.06 1.58 1.3266 3 5 4 8
71.82 1.31 1.3144 4 6 0 4
73.24 6.80 1.2923 4 1 3 8
73.54 6.45 1.2879 1 12 3 8
74.69 3.44 1.2709 3 0 5 4
74.70 4.85 1.2707 2 12 2 8
75.00 1.13 1.2664 4 3 3 8
75.05 2.11 1.2657 0 6 6 4
75.86 3.54 1.2541 4 6 2 8
76.33 1.20 1.2476 3 7 4 8
76.93 2.51 1.2394 0 13 3 4
77.13 3.15 1.2366 2 13 1 8
78.46 1.80 1.2190 4 5 3 8
78.49 4.55 1.2186 0 12 4 4
80.01 4.14 1.1992 4 0 4 4
83.58 1.21 1.1568 4 7 3 8
85.75 1.39 1.1331 3 1 6 8
86.52 2.18 1.1249 2 12 4 8
89.29 3.85 1.0971 1 12 5 8
89.68 3.59 1.0933 3 12 3 8
89.82 1.42 1.0919 1 6 7 8
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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.