Mackayite
Pertlik F
Tschermaks Mineralogische und Petrographische Mitteilungen 13 (1969) 219-232
Hydrothermalsynthese, formel und struktur von mackayit, Fe(OH)[Te2O5]
Locality: synthetic
_database_code_amcsd 0015634
CELL PARAMETERS: 11.7040 11.7040 14.9840 90.000 90.000 90.000
SPACE GROUP: I4_1/acd
X-RAY WAVELENGTH: 1.541838
Cell Volume: 2052.563
Density (g/cm3): 5.268
MAX. ABS. INTENSITY / VOLUME**2: 53.49949375
RIR: 3.307
RIR based on corundum from Acta Crystallographica A38 (1982) 733-739
2-THETA INTENSITY D-SPACING H K L Multiplicity
15.96 35.82 5.5542 1 1 2 8
17.95 73.78 4.9414 2 1 1 16
19.25 7.71 4.6119 2 0 2 8
21.47 1.09 4.1380 2 2 0 4
23.75 45.80 3.7460 0 0 4 2
24.64 1.35 3.6135 2 1 3 16
26.87 100.00 3.3183 3 1 2 16
28.13 74.27 3.1725 3 2 1 16
28.29 53.06 3.1550 2 0 4 8
30.55 2.88 2.9260 4 0 0 4
32.09 41.77 2.7890 4 1 1 16
32.23 25.04 2.7771 2 2 4 8
32.91 49.84 2.7218 3 2 3 16
34.05 5.45 2.6328 3 1 4 16
34.26 33.39 2.6171 4 2 0 8
34.49 17.95 2.6007 2 1 5 16
34.65 2.70 2.5887 3 3 2 8
36.41 39.28 2.4679 4 1 3 16
37.62 6.95 2.3909 1 1 6 8
39.06 6.30 2.3059 4 0 4 8
39.22 9.59 2.2969 2 0 6 8
40.99 47.58 2.2019 3 2 5 16
41.13 5.73 2.1947 5 1 2 16
42.66 13.06 2.1196 4 3 3 16
43.73 2.33 2.0702 3 1 6 16
43.75 1.71 2.0690 4 4 0 4
43.93 18.12 2.0609 4 1 5 16
46.39 3.55 1.9572 5 1 4 16
46.56 2.24 1.9507 6 0 0 4
46.86 5.57 1.9388 5 3 2 16
47.65 22.84 1.9085 6 1 1 16
47.89 3.45 1.8995 4 0 6 8
48.61 14.51 1.8730 0 0 8 2
49.21 6.31 1.8514 3 3 6 8
49.24 21.73 1.8506 6 2 0 8
50.39 12.79 1.8111 4 4 4 8
50.52 2.41 1.8067 4 2 6 16
50.85 11.69 1.7955 6 1 3 16
51.11 8.30 1.7870 3 2 7 16
51.66 4.05 1.7692 5 3 4 16
52.83 5.40 1.7330 6 3 1 16
52.92 15.17 1.7301 6 0 4 8
53.62 9.91 1.7091 4 1 7 16
54.28 20.07 1.6900 5 1 6 16
54.94 2.54 1.6712 3 1 8 16
55.37 2.91 1.6592 6 2 4 16
55.81 6.79 1.6471 6 3 3 16
56.87 5.88 1.6191 6 1 5 16
56.98 38.76 1.6162 5 5 2 8
56.98 13.54 1.6162 7 1 2 16
57.67 9.86 1.5985 7 2 1 16
58.14 15.32 1.5866 2 1 9 16
58.42 10.85 1.5797 4 3 7 16
59.04 8.89 1.5645 5 3 6 16
60.20 3.04 1.5373 6 0 6 8
60.50 10.26 1.5303 7 2 3 16
60.81 8.81 1.5231 4 2 8 16
61.61 3.04 1.5055 7 3 2 16
62.35 11.92 1.4893 6 4 4 16
62.46 1.35 1.4868 6 2 6 16
62.72 3.98 1.4814 3 2 9 16
64.16 4.44 1.4516 2 0 10 8
64.18 6.63 1.4512 5 1 8 16
64.49 1.86 1.4449 8 1 1 16
64.93 5.38 1.4361 4 1 9 16
65.19 6.22 1.4310 6 1 7 16
65.94 8.36 1.4167 7 2 5 16
67.15 4.12 1.3940 7 4 3 16
67.43 9.53 1.3889 3 1 10 16
67.94 15.08 1.3797 5 5 6 8
67.94 1.07 1.3797 7 1 6 16
68.52 4.97 1.3694 5 3 8 16
68.82 9.42 1.3642 8 3 1 16
68.90 6.65 1.3628 8 0 4 8
69.25 1.58 1.3567 4 3 9 16
69.51 7.87 1.3524 6 3 7 16
70.62 4.12 1.3337 4 0 10 8
71.02 8.09 1.3272 8 2 4 16
71.40 6.34 1.3211 8 3 3 16
71.58 4.35 1.3183 2 1 11 16
71.69 8.67 1.3164 6 2 8 16
72.17 5.39 1.3088 7 3 6 16
72.19 5.48 1.3085 8 4 0 8
72.32 4.35 1.3065 8 1 5 16
72.72 1.09 1.3004 4 2 10 16
73.11 1.92 1.2944 6 6 4 8
73.70 2.20 1.2855 7 2 7 16
74.50 1.72 1.2737 9 1 2 16
75.10 1.13 1.2649 9 2 1 16
75.10 2.18 1.2649 7 6 1 16
75.52 2.49 1.2590 6 1 9 16
75.72 4.62 1.2561 3 2 11 16
76.25 1.11 1.2487 0 0 12 2
76.45 6.32 1.2459 8 3 5 16
76.86 1.10 1.2403 7 1 8 16
77.23 2.38 1.2353 8 4 4 16
77.60 2.39 1.2304 7 6 3 16
77.77 1.25 1.2281 4 1 11 16
78.59 4.45 1.2173 9 3 2 16
79.83 5.46 1.2015 7 4 7 16
80.37 2.64 1.1948 7 5 6 16
80.90 2.30 1.1883 6 0 10 8
81.20 5.26 1.1846 9 4 1 16
81.32 1.37 1.1831 3 1 12 16
81.81 5.23 1.1773 4 3 11 16
82.40 11.36 1.1704 10 0 0 4
82.40 4.13 1.1704 8 6 0 8
82.53 2.58 1.1689 9 2 5 16
82.91 1.52 1.1645 6 2 10 16
83.61 1.28 1.1565 7 2 9 16
83.65 4.71 1.1561 9 4 3 16
83.85 3.98 1.1538 8 3 7 16
84.38 3.41 1.1479 9 1 6 16
86.45 6.01 1.1256 2 1 13 16
87.27 7.23 1.1171 10 0 4 8
87.89 4.58 1.1108 7 1 10 16
87.89 11.35 1.1108 5 5 10 8
88.51 3.25 1.1047 9 4 5 16
88.91 4.11 1.1008 7 5 8 16
89.19 5.25 1.0981 8 7 1 16
89.26 3.48 1.0973 10 2 4 16
89.31 6.33 1.0969 5 1 12 16
89.59 5.16 1.0942 8 1 9 16
89.83 5.21 1.0919 7 6 7 16
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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.