F5 Fe2 H4 O2
Laligant Y, Leblanc M, Pannetier J, Ferey G
Journal of Physics C: Solid State Physics 19 (1986) 1081-1095
Ordered magnetic frustration: IV. The two magnetic structures of the
inverse weberite Fe2 F5 (H2 O)2: an example of the thermal evolution of
the frustration character
_cod_database_code 1000404
_database_code_amcsd 0013173
CELL PARAMETERS: 7.4720 10.9280 6.6060 90.000 90.000 90.000
SPACE GROUP: Imma
X-RAY WAVELENGTH: 1.541838
Cell Volume: 539.406
Density (g/cm3): 2.988
MAX. ABS. INTENSITY / VOLUME**2: 23.40318215
RIR: 2.550
RIR based on corundum from Acta Crystallographica A38 (1982) 733-739
2-THETA INTENSITY D-SPACING H K L Multiplicity
15.68 100.00 5.6533 0 1 1 4
17.92 35.24 4.9491 1 0 1 4
24.26 39.19 3.6681 1 2 1 8
26.99 1.71 3.3030 0 0 2 2
27.97 33.95 3.1899 0 3 1 4
28.64 35.57 3.1169 2 1 1 8
28.95 52.66 3.0840 2 2 0 4
31.65 31.72 2.8267 0 2 2 4
32.78 3.34 2.7320 0 4 0 2
36.30 1.82 2.4746 2 0 2 4
37.61 3.04 2.3918 1 4 1 8
38.72 7.25 2.3254 1 3 2 8
40.92 7.80 2.2053 2 4 0 4
42.15 9.26 2.1437 3 2 1 8
42.81 15.50 2.1122 1 0 3 4
42.96 4.81 2.1052 0 4 2 4
46.07 5.97 1.9701 1 2 3 8
46.41 1.92 1.9565 3 1 2 8
48.30 9.02 1.8844 0 3 3 4
48.72 1.35 1.8691 2 1 3 8
48.75 12.86 1.8680 4 0 0 2
49.71 33.95 1.8341 2 4 2 8
50.30 3.77 1.8140 2 5 1 8
51.53 5.89 1.7737 4 1 1 8
51.54 12.27 1.7730 3 4 1 8
53.62 6.36 1.7093 1 6 1 8
54.54 6.07 1.6825 2 3 3 8
54.95 3.59 1.6710 1 4 3 8
55.65 3.84 1.6515 0 0 4 2
55.72 2.11 1.6497 3 0 3 4
56.18 2.42 1.6371 2 6 0 4
57.14 6.74 1.6119 4 3 1 8
57.81 8.41 1.5949 0 6 2 4
58.44 2.55 1.5793 3 2 3 8
59.30 8.87 1.5584 4 2 2 8
59.60 2.69 1.5512 0 5 3 4
59.99 4.04 1.5420 4 4 0 4
60.98 2.74 1.5193 0 7 1 4
63.86 3.06 1.4576 5 0 1 4
63.95 9.39 1.4559 2 2 4 8
64.99 2.57 1.4351 3 6 1 8
65.11 5.62 1.4326 2 5 3 8
66.11 2.03 1.4133 0 4 4 4
66.17 5.03 1.4122 3 4 3 8
66.38 1.78 1.4083 5 2 1 8
66.43 1.22 1.4074 2 7 1 8
68.72 3.09 1.3660 0 8 0 2
71.06 2.74 1.3267 4 3 3 8
71.67 2.12 1.3168 1 8 1 8
71.99 1.49 1.3116 0 1 5 4
73.56 1.49 1.2876 3 3 4 8
77.06 3.25 1.2376 2 1 5 8
77.08 2.12 1.2373 4 0 4 4
77.14 2.29 1.2365 5 0 3 4
78.83 1.82 1.2142 6 2 0 4
78.93 5.15 1.2130 4 6 2 8
80.28 1.97 1.1959 2 8 2 8
80.41 1.22 1.1942 0 9 1 4
81.70 1.58 1.1787 4 7 1 8
82.84 1.15 1.1653 6 0 2 4
83.07 3.26 1.1627 2 6 4 8
85.29 1.13 1.1380 5 6 1 8
86.31 2.05 1.1271 4 4 4 8
88.72 1.58 1.1026 4 8 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.