Phlogopite
Brigatti M F, Medici L, Saccani E, Vaccaro C
American Mineralogist 81 (1996) 913-927
Crystal chemistry and petrologic significance of Fe3+-rich phlogopite from
the Tapira carbonatite complex, Brazil
Sample: Tas27-2Ba
_database_code_amcsd 0001810
CELL PARAMETERS: 5.3180 9.2140 10.2790 90.000 100.010 90.000
SPACE GROUP: C2/m
X-RAY WAVELENGTH: 1.541838
Cell Volume: 496.004
Density (g/cm3): 2.848
MAX. ABS. INTENSITY / VOLUME**2: 7.761347399
RIR: 0.887
RIR based on corundum from Acta Crystallographica A38 (1982) 733-739
2-THETA INTENSITY D-SPACING H K L Multiplicity
8.74 100.00 10.1225 0 0 1 2
17.52 2.42 5.0613 0 0 2 2
19.27 13.46 4.6070 0 2 0 2
19.50 17.54 4.5530 1 1 0 4
20.14 2.84 4.4090 -1 1 1 4
21.19 2.49 4.1931 0 2 1 4
22.59 20.17 3.9358 1 1 1 4
24.24 42.48 3.6721 -1 1 2 4
26.16 52.03 3.4069 0 2 2 4
26.41 44.59 3.3742 0 0 3 2
28.28 46.55 3.1561 1 1 2 4
30.50 31.15 2.9310 -1 1 3 4
32.90 15.89 2.7222 0 2 3 4
33.83 10.95 2.6493 1 3 0 4
33.84 5.44 2.6492 -2 0 1 2
34.22 59.12 2.6201 -1 3 1 4
34.24 29.69 2.6185 2 0 0 2
35.43 5.54 2.5339 1 1 3 4
35.47 7.57 2.5306 0 0 4 2
35.76 1.78 2.5106 -2 0 2 2
35.78 3.53 2.5095 1 3 1 4
36.88 31.41 2.4369 -1 3 2 4
36.92 15.66 2.4346 2 0 1 2
37.98 1.11 2.3692 -1 1 4 4
39.11 2.36 2.3035 0 4 0 2
39.23 4.90 2.2966 -2 2 1 4
39.59 4.99 2.2765 2 2 0 4
39.73 3.17 2.2684 -2 0 3 2
39.77 6.30 2.2667 1 3 2 4
40.15 5.33 2.2461 0 4 1 4
40.94 5.05 2.2045 -2 2 2 4
41.44 26.40 2.1789 -1 3 3 4
41.49 13.16 2.1764 2 0 2 2
41.97 4.09 2.1525 2 2 1 4
43.15 2.25 2.0966 0 4 2 4
44.77 10.04 2.0245 0 0 5 2
45.30 7.10 2.0019 -2 0 4 2
45.34 14.21 2.0001 1 3 3 4
47.45 3.38 1.9160 -1 3 4 4
47.51 1.69 1.9138 2 0 3 2
51.72 1.01 1.7674 2 2 3 4
52.08 1.09 1.7561 -2 0 5 2
52.13 2.14 1.7545 1 3 4 4
52.57 1.04 1.7407 -3 1 1 4
52.65 1.08 1.7383 -2 4 1 4
54.04 2.26 1.6970 1 5 1 4
54.58 20.96 1.6815 -1 3 5 4
54.64 10.39 1.6797 2 0 4 2
54.84 1.38 1.6740 -1 5 2 4
54.87 4.36 1.6732 2 4 1 4
55.83 5.34 1.6468 -3 1 3 4
55.88 2.25 1.6454 3 1 1 4
56.98 2.66 1.6163 -2 4 3 4
57.00 4.92 1.6157 1 5 2 4
58.29 2.12 1.5829 -1 5 3 4
58.33 3.10 1.5820 2 4 2 4
59.74 1.34 1.5479 -3 1 4 4
59.82 1.48 1.5461 3 1 2 4
59.83 5.39 1.5458 -2 0 6 2
59.89 10.71 1.5444 1 3 5 4
60.27 12.31 1.5357 0 6 0 2
60.28 24.63 1.5353 -3 3 1 4
61.03 2.76 1.5183 0 6 1 4
61.03 2.76 1.5182 -3 3 2 4
61.06 2.76 1.5177 3 3 0 4
61.43 1.19 1.5094 1 1 6 4
62.63 2.59 1.4834 -1 3 6 4
62.70 1.28 1.4818 2 0 5 2
64.43 1.61 1.4461 0 0 7 2
64.61 1.32 1.4426 -1 1 7 4
66.25 2.01 1.4107 2 2 5 4
67.94 1.08 1.3797 0 2 7 4
68.45 6.12 1.3707 -2 0 7 2
68.51 12.20 1.3695 1 3 6 4
69.00 2.62 1.3611 0 4 6 4
70.94 3.02 1.3286 -2 6 1 4
70.96 1.50 1.3281 -4 0 1 2
71.18 6.59 1.3247 2 6 0 4
71.18 3.28 1.3246 -4 0 2 2
71.86 2.76 1.3138 -2 2 7 4
71.89 3.20 1.3133 -3 3 5 4
71.92 3.20 1.3129 0 6 4 4
71.98 3.19 1.3119 3 3 3 4
72.80 2.33 1.2991 -4 0 3 2
72.82 4.69 1.2989 2 6 1 4
74.63 2.66 1.2717 -2 6 3 4
74.70 1.33 1.2707 4 0 1 2
74.96 1.99 1.2670 2 2 6 4
75.07 1.64 1.2653 0 0 8 2
76.12 1.54 1.2504 -1 7 2 4
76.96 1.82 1.2390 -3 5 3 4
78.01 1.75 1.2249 4 2 1 4
78.02 1.10 1.2247 0 4 7 4
79.07 1.11 1.2111 -1 7 3 4
85.64 2.51 1.1342 -4 0 6 2
85.72 5.01 1.1334 2 6 4 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.