Fayalite
Kudoh Y, Takeda H
Physica B 140 (1986) 333-336
Single crystal X-ray diffraction study on the bond compressibility
of fayalite, Fe2SiO4 and rutile, TiO2 under high pressure
Sample: P = 0.001 kbar
_database_code_amcsd 0014999
CELL PARAMETERS: 4.8220 10.4880 6.0940 90.000 90.000 90.000
SPACE GROUP: Pbnm
X-RAY WAVELENGTH: 1.541838
Cell Volume: 308.193
Density (g/cm3): 4.391
MAX. ABS. INTENSITY / VOLUME**2: 22.46269173
RIR: 1.666
RIR based on corundum from Acta Crystallographica A38 (1982) 733-739
2-THETA INTENSITY D-SPACING H K L Multiplicity
16.91 8.43 5.2440 0 2 0 2
20.27 10.05 4.3811 1 1 0 4
22.37 8.77 3.9749 0 2 1 4
23.53 4.42 3.7814 1 0 1 4
25.03 61.59 3.5573 1 1 1 8
25.09 5.52 3.5495 1 2 0 4
29.11 3.33 3.0671 1 2 1 8
29.31 5.91 3.0470 0 0 2 2
31.61 93.07 2.8304 1 3 0 4
34.03 34.35 2.6346 0 2 2 4
34.20 11.76 2.6220 0 4 0 2
34.95 64.63 2.5670 1 3 1 8
35.90 100.00 2.5015 1 1 2 8
37.30 16.05 2.4110 2 0 0 2
37.34 13.53 2.4085 0 4 1 4
38.31 6.34 2.3497 2 1 0 4
38.96 11.23 2.3120 1 2 2 8
39.11 11.12 2.3035 1 4 0 4
41.17 6.41 2.1924 2 1 1 8
43.65 6.03 2.0737 1 3 2 8
43.92 1.80 2.0614 2 2 1 8
45.65 2.25 1.9875 0 4 2 4
47.26 2.65 1.9235 1 5 0 4
49.46 10.84 1.8429 1 1 3 8
49.70 6.38 1.8343 1 5 1 8
51.37 72.53 1.7786 2 2 2 8
51.49 22.03 1.7747 2 4 0 4
51.86 2.22 1.7630 1 2 3 8
53.80 11.62 1.7040 2 4 1 8
54.62 12.47 1.6802 0 6 1 4
55.70 15.29 1.6503 1 3 3 8
56.58 18.35 1.6265 1 5 2 8
57.38 7.22 1.6058 0 4 3 4
58.05 4.24 1.5888 3 1 0 4
60.19 5.91 1.5374 3 1 1 8
60.22 1.20 1.5368 3 2 0 4
60.22 1.07 1.5367 2 1 3 8
60.36 3.46 1.5336 2 4 2 8
60.44 2.34 1.5317 2 5 1 8
60.80 20.49 1.5235 0 0 4 2
61.12 24.35 1.5162 0 6 2 4
62.31 1.12 1.4901 3 2 1 8
63.73 6.23 1.4604 3 3 0 4
65.20 13.63 1.4308 1 7 0 4
65.75 7.56 1.4202 3 3 1 8
66.35 10.25 1.4088 3 1 2 8
67.00 1.65 1.3967 1 5 3 8
68.01 3.36 1.3785 2 6 1 8
68.37 6.31 1.3721 3 2 2 8
68.47 1.34 1.3703 3 4 0 4
70.15 13.41 1.3415 1 3 4 8
70.43 2.55 1.3370 3 4 1 8
70.45 2.28 1.3365 2 4 3 8
71.16 4.68 1.3250 0 6 3 4
71.64 2.86 1.3173 0 4 4 4
73.54 5.87 1.2879 2 0 4 4
73.83 5.17 1.2835 2 6 2 8
76.05 1.49 1.2515 3 1 3 8
76.27 1.46 1.2484 2 5 3 8
79.51 4.47 1.2055 4 0 0 2
79.61 1.15 1.2043 0 8 2 4
80.41 1.13 1.1943 1 5 4 8
81.11 3.77 1.1858 3 3 3 8
81.85 8.09 1.1768 3 5 2 8
82.07 1.32 1.1743 2 7 2 8
82.07 1.23 1.1742 1 1 5 8
83.20 1.96 1.1612 2 6 3 8
83.66 7.13 1.1560 2 4 4 8
84.03 2.65 1.1517 2 8 0 4
85.47 2.01 1.1360 3 4 3 8
85.88 2.06 1.1317 2 8 1 8
87.05 3.84 1.1194 1 3 5 8
87.52 1.92 1.1146 4 1 2 8
89.03 1.68 1.0996 3 1 4 8
89.38 6.14 1.0962 4 2 2 8
89.40 5.13 1.0960 3 7 0 4
89.47 2.76 1.0953 4 4 0 4
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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.