Hogbomite
Hejny C, Armbruster T
American Mineralogist 87 (2002) 277-292
Polysomatism in hogbomite: The crystal structures of 10T, 12H, 14T and 24R polysomes
Note: Data represents a model, not experiment.
Sample: polytype 14T
_database_code_amcsd 0002756
CELL PARAMETERS: 5.7000 5.7000 32.2000 90.000 90.000 120.000
SPACE GROUP: P-3m1
X-RAY WAVELENGTH: 1.541838
Cell Volume: 906.017
Density (g/cm3): 3.651
MAX. ABS. INTENSITY / VOLUME**2: 10.89518345
RIR: 0.972
RIR based on corundum from Acta Crystallographica A38 (1982) 733-739
2-THETA INTENSITY D-SPACING H K L Multiplicity
17.97 1.13 4.9363 1 0 0 6
18.80 4.48 4.7195 1 0 2 6
19.30 3.52 4.6000 0 0 7 2
19.80 3.68 4.4848 0 1 3 6
19.80 10.32 4.4848 1 0 3 6
21.11 1.87 4.2082 0 1 4 6
22.70 1.85 3.9178 0 1 5 6
22.70 4.26 3.9178 1 0 5 6
24.50 1.30 3.6331 1 0 6 6
26.49 2.77 3.3653 0 1 7 6
26.49 2.60 3.3653 1 0 7 6
28.62 4.75 3.1195 1 0 8 6
30.87 15.52 2.8969 0 1 9 6
31.39 24.69 2.8500 1 1 0 6
33.22 8.05 2.6969 0 1 10 6
35.66 9.60 2.5179 0 1 11 6
35.66 16.41 2.5179 1 0 11 6
36.51 2.57 2.4610 0 2 1 6
36.84 5.57 2.4397 0 2 2 6
36.84 16.33 2.4397 2 0 2 6
37.11 100.00 2.4227 1 1 7 12
37.39 5.74 2.4054 0 2 3 6
37.39 12.04 2.4054 2 0 3 6
38.14 1.01 2.3597 0 2 4 6
38.17 8.20 2.3575 0 1 12 6
38.17 7.44 2.3575 1 0 12 6
39.08 3.62 2.3047 2 0 5 6
40.22 2.23 2.2424 0 2 6 6
40.22 1.25 2.2424 2 0 6 6
40.76 1.14 2.2139 0 1 13 6
41.52 1.34 2.1749 2 0 7 6
42.99 4.83 2.1041 0 2 8 6
42.99 4.41 2.1041 2 0 8 6
44.60 23.77 2.0316 0 2 9 6
44.60 26.12 2.0316 2 0 9 6
46.35 19.13 1.9589 0 2 10 6
46.35 19.95 1.9589 2 0 10 6
48.23 2.05 1.8869 0 2 11 6
49.59 1.47 1.8382 2 1 3 12
50.22 1.00 1.8166 2 0 12 6
50.22 3.68 1.8166 0 2 12 6
54.18 1.38 1.6927 2 1 8 12
54.54 1.47 1.6827 2 0 14 6
54.54 1.40 1.6827 0 2 14 6
54.56 1.08 1.6819 0 1 18 6
55.55 4.98 1.6543 1 2 9 12
55.88 3.98 1.6454 3 0 0 6
56.84 1.56 1.6197 0 2 15 6
57.05 3.05 1.6143 1 2 10 12
57.50 1.68 1.6029 0 1 19 6
58.68 6.61 1.5734 2 1 11 12
58.68 3.98 1.5734 1 2 11 12
59.24 7.55 1.5597 2 0 16 6
59.68 10.82 1.5493 0 3 7 6
59.68 10.82 1.5493 3 0 7 6
60.37 2.74 1.5333 0 0 21 2
60.43 3.56 1.5319 2 1 12 12
60.43 3.66 1.5319 1 2 12 12
61.73 5.09 1.5026 2 0 17 6
64.31 10.46 1.4485 2 0 18 6
64.31 16.98 1.4485 0 2 18 6
65.50 63.46 1.4250 2 2 0 6
66.98 10.98 1.3971 2 0 19 6
66.98 14.27 1.3971 0 2 19 6
69.63 1.31 1.3503 1 1 21 12
69.74 2.43 1.3485 2 0 20 6
69.74 1.12 1.3485 0 2 20 6
74.16 1.78 1.2787 3 1 9 12
75.45 1.16 1.2599 3 1 10 12
75.84 1.26 1.2545 1 2 19 12
76.42 1.34 1.2463 1 0 25 6
76.87 2.55 1.2402 1 3 11 12
76.87 1.60 1.2402 3 1 11 12
77.59 1.61 1.2305 0 4 2 6
77.92 1.33 1.2260 0 4 3 6
78.42 1.49 1.2195 3 1 12 12
78.42 1.51 1.2195 1 3 12 12
79.85 1.02 1.2012 0 1 26 6
82.72 2.45 1.1666 0 4 9 6
82.72 2.02 1.1666 4 0 9 6
83.98 2.15 1.1524 0 4 10 6
83.98 1.99 1.1524 4 0 10 6
84.19 3.63 1.1500 0 0 28 2
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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.