Elbaite
Vereshchagin O S, Rozhdestvenskaya I V, Frank-Kamenetskaya O V,
Zolotarev A A, Mashkovtsev R I
American Mineralogist 98 (2013) 1610-1616
Crystal chemistry of Cu-bearing tourmalines
Note: Sample 2
Locality: Paraiba, Brazil
_database_code_amcsd 0020257
CELL PARAMETERS: 15.8810 15.8810 7.1120 90.000 90.000 120.000
SPACE GROUP: R3m
X-RAY WAVELENGTH: 1.541838
Cell Volume: 1553.381
Density (g/cm3): 3.149
MAX. ABS. INTENSITY / VOLUME**2: 7.801149012
RIR: 0.807
RIR based on corundum from Acta Crystallographica A38 (1982) 733-739
2-THETA INTENSITY D-SPACING H K L Multiplicity
11.14 5.10 7.9405 1 1 0 6
14.02 24.00 6.3173 1 0 1 3
17.94 20.96 4.9436 0 2 1 3
19.36 14.29 4.5844 3 0 0 3
21.17 56.13 4.1967 2 1 1 6
22.39 67.39 3.9702 2 2 0 6
25.88 51.12 3.4428 0 1 2 3
26.52 12.94 3.3615 1 3 1 6
28.84 4.26 3.0956 4 0 1 3
29.77 10.22 3.0012 4 1 0 6
30.46 62.23 2.9350 1 2 2 6
31.01 7.73 2.8841 3 2 1 6
34.48 5.28 2.6011 3 1 2 6
34.98 100.00 2.5655 0 5 1 3
36.35 1.32 2.4718 0 4 2 3
36.82 2.38 2.4412 2 4 1 6
37.95 7.73 2.3707 0 0 3 1
38.13 15.25 2.3601 2 3 2 6
38.58 18.17 2.3334 5 1 1 6
39.31 2.86 2.2922 6 0 0 3
40.98 1.00 2.2023 5 2 0 6
41.50 12.46 2.1757 5 0 2 3
41.93 13.38 2.1548 4 3 1 6
42.95 5.22 2.1058 0 3 3 3
42.95 6.07 2.1058 3 0 3 3
43.11 7.60 2.0984 4 2 2 6
44.51 12.32 2.0354 2 2 3 6
44.67 37.21 2.0287 1 5 2 6
45.07 6.45 2.0117 1 6 1 6
45.70 3.65 1.9851 4 4 0 6
47.66 31.18 1.9080 3 4 2 6
48.04 1.67 1.8938 3 5 1 6
48.96 5.32 1.8603 1 4 3 6
49.48 7.49 1.8422 6 2 1 6
50.07 1.56 1.8217 7 1 0 6
50.52 1.08 1.8065 6 1 2 6
51.77 4.19 1.7659 3 3 3 6
51.85 2.28 1.7633 1 0 4 3
53.21 1.69 1.7214 0 2 4 3
53.27 1.08 1.7197 5 3 2 6
54.60 2.95 1.6808 2 6 2 6
55.79 16.54 1.6479 0 6 3 3
55.79 4.09 1.6479 6 0 3 3
56.26 15.13 1.6352 2 7 1 6
58.08 16.86 1.5881 5 5 0 6
58.44 3.51 1.5793 4 0 4 3
58.49 2.87 1.5780 4 5 2 6
58.82 1.93 1.5700 8 1 1 6
59.69 1.65 1.5490 3 2 4 6
60.07 3.93 1.5402 4 6 1 6
60.59 5.25 1.5281 9 0 0 3
60.99 5.22 1.5192 7 2 2 6
61.31 1.44 1.5120 7 3 1 6
61.83 3.85 1.5006 8 2 0 6
62.17 15.37 1.4932 0 5 4 3
63.38 3.44 1.4675 2 4 4 6
63.43 1.52 1.4665 1 8 2 6
64.51 3.94 1.4445 1 7 3 6
64.51 1.04 1.4445 7 1 3 6
64.58 15.63 1.4431 5 1 4 6
64.63 5.39 1.4421 6 4 2 6
65.44 3.78 1.4262 7 4 0 6
66.03 3.43 1.4149 0 1 5 3
66.13 6.35 1.4130 6 5 1 6
66.13 1.82 1.4130 1 9 1 6
66.88 1.54 1.3989 3 6 3 6
66.88 4.27 1.3989 6 3 3 6
66.95 12.67 1.3976 4 3 4 6
68.47 1.68 1.3703 3 8 1 6
69.63 10.71 1.3503 10 0 1 3
70.48 3.41 1.3361 5 6 2 6
71.26 3.67 1.3234 6 6 0 6
71.51 4.86 1.3194 5 5 3 6
71.57 3.03 1.3183 3 5 4 6
71.82 3.06 1.3144 0 4 5 3
72.39 11.06 1.3054 10 1 0 6
72.71 1.35 1.3005 6 2 4 6
72.75 2.33 1.2998 8 3 2 6
72.96 2.02 1.2967 2 3 5 6
73.05 1.30 1.2953 5 7 1 6
73.88 1.61 1.2827 0 10 2 3
74.17 1.88 1.2784 8 4 1 6
74.65 4.21 1.2715 9 3 0 6
74.89 2.42 1.2679 2 8 3 6
75.20 10.72 1.2635 5 0 5 3
76.07 3.47 1.2512 5 4 4 6
77.52 4.36 1.2314 0 11 1 3
78.22 1.01 1.2221 7 4 3 6
78.33 1.63 1.2206 4 8 2 6
78.62 1.43 1.2169 2 10 1 6
79.63 2.65 1.2040 3 4 5 6
81.14 1.92 1.1853 0 0 6 1
81.91 2.93 1.1761 11 1 1 6
84.41 1.34 1.1476 3 0 6 3
84.78 5.54 1.1435 10 1 3 6
86.95 2.17 1.1205 9 3 3 6
88.74 1.04 1.1025 1 4 6 6
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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.