Gageite
Moore P B
American Mineralogist 54 (1969) 1005-1017
A novel octahedral framework structure: gageite
_database_code_amcsd 0000192
CELL PARAMETERS: 13.7900 13.6800 3.2790 90.000 90.000 90.000
SPACE GROUP: Pnnm
X-RAY WAVELENGTH: 1.541838
Cell Volume: 618.574
Density (g/cm3): 3.324
MAX. ABS. INTENSITY / VOLUME**2: 8.229574675
RIR: 0.806
RIR based on corundum from Acta Crystallographica A38 (1982) 733-739
2-THETA INTENSITY D-SPACING H K L Multiplicity
9.11 100.00 9.7119 1 1 0 4
12.84 5.78 6.8950 2 0 0 2
12.94 45.77 6.8400 0 2 0 2
14.39 18.11 6.1571 2 1 0 4
14.46 1.78 6.1276 1 2 0 4
18.27 4.04 4.8559 2 2 0 4
20.38 7.96 4.3573 3 1 0 4
23.32 1.88 3.8152 3 2 0 4
25.84 38.62 3.4475 4 0 0 2
26.05 26.05 3.4200 0 4 0 2
26.67 2.78 3.3430 4 1 0 4
26.86 36.45 3.3194 1 4 0 4
27.55 35.02 3.2373 3 3 0 4
27.98 2.53 3.1887 0 1 1 4
28.74 2.14 3.1067 1 1 1 8
29.15 16.85 3.0638 2 4 0 4
30.93 3.80 2.8911 1 2 1 8
32.64 54.97 2.7439 3 4 0 4
32.96 53.54 2.7175 2 2 1 8
33.14 50.77 2.7036 5 1 0 4
33.39 1.95 2.6837 1 5 0 4
33.57 5.17 2.6694 3 0 1 4
33.67 90.80 2.6622 0 3 1 4
34.22 59.07 2.6200 3 1 1 8
34.31 14.08 2.6139 1 3 1 8
35.08 17.86 2.5579 5 2 0 4
35.29 24.33 2.5431 2 5 0 4
36.12 17.87 2.4868 3 2 1 8
36.17 7.65 2.4835 2 3 1 8
37.03 1.90 2.4280 4 4 0 4
38.28 3.28 2.3511 3 5 0 4
38.46 5.45 2.3409 4 1 1 8
39.10 21.41 2.3037 3 3 1 8
39.20 2.77 2.2983 6 0 0 2
39.53 2.91 2.2800 0 6 0 2
39.77 1.01 2.2666 6 1 0 4
40.08 2.75 2.2495 1 6 0 4
40.18 24.83 2.2444 4 2 1 8
40.29 8.20 2.2387 2 4 1 8
41.73 9.07 2.1647 2 6 0 4
42.17 25.23 2.1431 4 5 0 4
42.85 1.97 2.1107 5 0 1 4
42.92 14.62 2.1071 4 3 1 8
42.98 4.89 2.1043 3 4 1 8
43.06 8.09 2.1008 0 5 1 4
43.38 17.19 2.0860 5 1 1 8
43.58 2.02 2.0768 1 5 1 8
44.35 7.77 2.0425 3 6 0 4
44.95 25.57 2.0168 5 2 1 8
46.58 10.07 1.9499 7 1 0 4
47.47 6.57 1.9154 5 3 1 8
48.41 7.75 1.8802 2 7 0 4
49.11 23.08 1.8549 1 6 1 8
50.28 1.57 1.8146 6 2 1 8
50.46 1.09 1.8085 7 3 0 4
50.76 1.51 1.7985 3 7 0 4
50.83 19.51 1.7961 5 4 1 8
51.96 1.40 1.7598 6 5 0 4
52.04 1.03 1.7573 5 6 0 4
52.61 6.70 1.7397 6 3 1 8
53.13 1.36 1.7237 8 0 0 2
53.59 1.01 1.7102 8 1 0 4
53.69 2.91 1.7070 7 4 0 4
54.67 12.37 1.6787 0 7 1 4
54.77 3.83 1.6759 7 1 1 8
54.93 4.05 1.6715 8 2 0 4
54.94 9.25 1.6712 5 5 1 8
55.11 24.38 1.6664 1 7 1 8
55.75 1.14 1.6489 6 4 1 8
56.10 35.08 1.6395 0 0 2 2
56.10 1.39 1.6394 7 2 1 8
56.96 2.00 1.6166 1 1 2 8
57.13 6.59 1.6124 8 3 0 4
57.83 2.54 1.5943 0 2 2 4
58.23 2.63 1.5843 2 1 2 8
58.26 17.52 1.5836 7 3 1 8
58.54 6.28 1.5769 3 7 1 8
59.63 14.21 1.5506 6 5 1 8
59.70 2.56 1.5489 5 6 1 8
60.11 7.18 1.5393 8 4 0 4
60.43 1.08 1.5319 4 8 0 4
60.83 1.37 1.5227 9 1 0 4
61.11 7.36 1.5164 8 1 1 8
61.21 23.23 1.5142 7 4 1 8
61.36 7.94 1.5108 1 9 0 4
61.43 4.70 1.5093 4 7 1 8
61.53 7.37 1.5071 1 8 1 8
62.08 2.37 1.4952 9 2 0 4
62.29 3.60 1.4906 7 6 0 4
62.35 2.18 1.4892 8 2 1 8
62.37 1.63 1.4888 6 7 0 4
62.75 6.22 1.4808 2 8 1 8
62.76 2.60 1.4806 4 0 2 4
62.86 2.35 1.4784 0 4 2 4
63.26 2.04 1.4700 1 4 2 8
63.62 1.95 1.4626 3 3 2 8
63.82 4.61 1.4584 8 5 0 4
64.39 2.45 1.4469 8 3 1 8
64.46 2.08 1.4455 2 4 2 8
64.74 2.10 1.4399 3 8 1 8
64.89 1.00 1.4370 7 5 1 8
66.43 9.75 1.4074 3 4 2 8
66.72 10.01 1.4019 5 1 2 8
66.92 2.31 1.3983 9 4 0 4
67.18 1.73 1.3934 8 4 1 8
67.48 6.05 1.3879 4 8 1 8
67.51 2.44 1.3874 7 7 0 4
67.86 3.00 1.3811 9 1 1 8
67.91 6.88 1.3803 5 2 2 8
68.04 8.15 1.3780 2 5 2 8
68.36 2.01 1.3722 1 9 1 8
68.37 1.35 1.3720 10 1 0 4
68.38 3.88 1.3719 6 8 0 4
68.99 1.99 1.3613 1 10 0 4
69.32 1.64 1.3556 6 7 1 8
69.54 2.27 1.3518 10 2 0 4
70.78 1.52 1.3312 5 9 0 4
70.93 1.55 1.3287 5 8 1 8
72.29 3.47 1.3070 2 6 2 8
72.55 1.03 1.3030 5 4 2 8
72.60 4.87 1.3022 4 5 2 8
74.04 1.84 1.2804 4 9 1 8
74.16 2.34 1.2786 3 6 2 8
74.64 1.55 1.2716 4 10 0 4
74.88 2.52 1.2680 8 6 1 8
75.05 2.00 1.2657 10 1 1 8
75.81 2.47 1.2549 7 1 2 8
76.27 1.19 1.2484 11 1 0 4
76.98 2.15 1.2386 1 11 0 4
77.03 1.03 1.2379 9 5 1 8
77.20 1.40 1.2357 2 7 2 8
79.74 1.29 1.2026 8 7 1 8
81.29 1.27 1.1835 8 1 2 8
81.38 1.91 1.1825 7 4 2 8
81.96 6.17 1.1755 6 10 0 4
82.39 1.89 1.1704 8 2 2 8
82.45 1.58 1.1698 4 11 0 4
83.42 2.32 1.1587 1 11 1 8
84.23 2.84 1.1496 8 3 2 8
84.27 2.18 1.1492 12 0 0 2
85.24 1.08 1.1385 8 8 1 8
85.64 1.07 1.1342 11 3 1 8
85.88 1.40 1.1317 9 7 1 8
86.78 3.53 1.1222 8 4 2 8
87.55 1.04 1.1143 12 3 0 4
87.88 5.39 1.1110 1 9 2 8
87.95 1.29 1.1103 10 6 1 8
88.50 1.78 1.1048 9 2 2 8
88.69 1.93 1.1029 7 6 2 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.