Melanophlogite
Nakagawa T, Kihara K, Harada K
American Mineralogist 86 (2001) 1506-1512
The crystal structure of low melanophlogite
_database_code_amcsd 0002748
CELL PARAMETERS: 26.8180 26.8180 13.3650 90.000 90.000 90.000
SPACE GROUP: P4_2/nbc
X-RAY WAVELENGTH: 1.541838
Cell Volume: 9612.177
Density (g/cm3): 2.027
MAX. ABS. INTENSITY / VOLUME**2: 5.065816271
RIR: 0.814
RIR based on corundum from Acta Crystallographica A38 (1982) 733-739
2-THETA INTENSITY D-SPACING H K L Multiplicity
9.33 2.93 9.4816 2 2 0 4
9.34 7.24 9.4660 2 0 1 8
13.21 21.34 6.7045 4 0 0 4
13.25 9.28 6.6825 0 0 2 2
14.77 63.82 5.9967 4 2 0 8
14.78 61.99 5.9927 4 0 1 8
14.81 61.52 5.9809 2 0 2 8
16.20 100.00 5.4712 4 2 1 16
16.23 53.32 5.4622 2 2 2 8
20.95 2.89 4.2403 6 2 0 8
20.96 2.84 4.2389 6 0 1 8
21.01 2.44 4.2278 2 0 3 8
21.28 1.48 4.1762 2 1 3 16
23.00 91.11 3.8666 4 4 2 8
23.22 3.46 3.8301 6 3 1 16
23.93 20.31 3.7190 6 4 0 8
23.95 20.97 3.7152 6 0 2 8
23.98 20.14 3.7105 4 0 3 8
24.18 2.29 3.6801 6 1 2 16
24.85 77.28 3.5829 6 4 1 16
24.87 73.76 3.5803 6 2 2 16
24.90 71.64 3.5761 4 2 3 16
26.59 3.72 3.3523 8 0 0 4
26.68 2.27 3.3412 0 0 4 2
27.42 19.49 3.2522 8 2 0 8
27.43 17.51 3.2515 8 0 1 8
27.51 17.09 3.2421 2 0 4 8
27.72 1.01 3.2187 2 1 4 16
28.24 11.68 3.1605 6 6 0 4
28.24 2.26 3.1600 8 2 1 16
28.28 22.24 3.1553 6 0 3 8
29.24 1.40 3.0541 6 5 2 16
29.27 1.26 3.0515 5 4 3 16
30.56 7.07 2.9256 8 4 1 16
30.57 8.18 2.9242 8 2 2 16
30.63 8.03 2.9188 4 2 4 16
31.31 3.07 2.8571 6 6 2 8
31.33 5.12 2.8550 6 4 3 16
32.26 2.50 2.7746 5 2 4 16
32.74 3.13 2.7356 8 4 2 16
33.41 2.05 2.6818 8 6 0 8
33.45 1.22 2.6786 8 0 3 8
33.48 1.55 2.6762 6 0 4 8
34.09 1.00 2.6297 10 2 0 8
34.27 2.32 2.6168 10 1 1 16
34.33 1.20 2.6119 5 4 4 16
34.97 1.63 2.5659 8 3 3 16
36.09 6.92 2.4889 8 6 2 16
36.11 6.26 2.4874 8 4 3 16
36.14 6.15 2.4855 6 4 4 16
38.02 1.75 2.3665 8 0 4 8
39.17 5.52 2.2996 10 6 0 8
39.21 5.52 2.2976 10 0 3 8
39.21 5.14 2.2976 8 6 3 16
39.24 1.88 2.2961 6 6 4 8
39.27 5.41 2.2941 6 0 5 8
39.77 1.91 2.2663 10 6 1 16
39.80 1.84 2.2646 10 2 3 16
39.87 1.97 2.2612 6 2 5 16
40.36 6.13 2.2348 12 0 0 4
40.42 1.47 2.2316 8 4 4 16
40.50 2.40 2.2275 0 0 6 2
41.53 3.93 2.1745 10 6 2 16
41.55 4.13 2.1735 10 4 3 16
41.61 3.21 2.1705 6 4 5 16
43.76 3.07 2.0689 10 8 1 16
43.81 2.54 2.0665 10 2 4 16
43.84 2.60 2.0650 8 2 5 16
45.39 1.46 1.9983 10 8 2 16
45.43 2.30 1.9966 10 4 4 16
45.46 1.31 1.9952 8 4 5 16
45.90 2.41 1.9769 12 6 1 16
45.93 2.00 1.9758 12 2 3 16
46.03 2.41 1.9720 6 2 6 16
47.00 6.91 1.9333 8 8 4 8
47.97 1.55 1.8963 10 10 0 4
48.06 2.41 1.8932 10 0 5 8
50.01 4.11 1.8237 12 6 3 16
50.10 1.63 1.8207 6 6 6 8
53.36 3.00 1.7168 12 10 0 8
53.39 1.91 1.7160 12 8 3 16
53.41 1.63 1.7154 12 6 4 16
53.44 3.02 1.7145 12 0 5 8
53.48 2.84 1.7135 10 0 6 8
53.48 1.71 1.7135 8 6 6 16
53.53 1.25 1.7119 10 9 4 16
53.84 1.72 1.7029 12 10 1 16
53.91 1.85 1.7007 12 2 5 16
53.95 1.31 1.6997 10 2 6 16
55.24 1.03 1.6628 12 10 2 16
55.69 2.73 1.6505 16 2 1 16
55.74 1.26 1.6492 10 10 4 8
55.76 2.32 1.6485 10 8 5 16
55.88 1.51 1.6453 2 2 8 8
56.65 1.39 1.6248 12 8 4 16
57.53 2.11 1.6020 12 10 3 16
57.58 2.20 1.6008 12 6 5 16
57.61 2.71 1.6000 10 6 6 16
58.41 4.90 1.5800 16 4 2 16
58.50 1.26 1.5777 12 0 6 8
58.59 1.93 1.5757 4 4 8 8
59.29 1.28 1.5587 16 6 1 16
59.31 1.02 1.5581 16 2 3 16
59.31 1.12 1.5581 14 8 3 16
59.33 1.09 1.5577 14 6 4 16
59.43 1.43 1.5554 8 6 7 16
60.17 1.02 1.5379 12 12 2 8
60.26 2.12 1.5357 12 4 6 16
64.51 3.31 1.4445 12 10 5 16
64.54 1.77 1.4439 10 10 6 8
65.37 1.58 1.4275 12 8 6 16
65.76 1.13 1.4200 16 0 5 8
66.11 1.82 1.4134 18 6 0 8
66.11 2.72 1.4134 16 10 1 16
66.13 1.53 1.4130 18 0 3 8
66.18 2.68 1.4121 16 2 5 16
66.28 2.26 1.4101 10 2 8 16
66.33 1.39 1.4093 6 0 9 8
68.61 2.20 1.3678 16 8 4 16
69.41 2.46 1.3541 16 10 3 16
69.45 2.22 1.3534 16 6 5 16
69.55 2.27 1.3516 10 6 8 16
70.19 1.68 1.3409 20 0 0 4
70.60 1.52 1.3341 18 8 2 16
70.63 1.49 1.3335 18 4 4 16
70.81 1.24 1.3307 8 4 9 16
71.80 1.61 1.3147 16 12 2 16
71.89 1.33 1.3134 16 4 6 16
71.96 1.15 1.3122 12 4 8 16
72.59 1.03 1.3024 18 10 0 8
72.65 1.10 1.3014 18 0 5 8
72.80 1.31 1.2991 10 0 9 8
80.06 2.28 1.1985 16 12 5 16
80.09 2.09 1.1982 16 10 6 16
80.16 1.59 1.1973 12 10 8 16
80.41 1.63 1.1943 18 12 3 16
80.48 1.50 1.1934 18 6 6 16
80.59 1.20 1.1920 12 6 9 16
82.69 1.06 1.1670 16 16 2 8
82.84 1.80 1.1652 16 4 8 16
83.46 1.69 1.1582 22 6 2 16
83.47 1.80 1.1581 22 4 3 16
83.75 1.68 1.1549 6 4 11 16
================================================================================
XPOW Copyright 1993 Bob Downs, Ranjini Swaminathan and Kurt Bartelmehs
For reference, see Downs et al. (1993) American Mineralogist 78, 1104-1107.