Uvite
Schmetzer K, Nuber B, Abraham K
Neues Jahrbuch fur Mineralogie, Abhandlungen 136 (1979) 93-112
Zur Kristallchemie Magnesium-reicher Turmaline
Locality: Landanai, Tanzania
_database_code_amcsd 0019010
CELL PARAMETERS: 15.9670 15.9670 7.2130 90.000 90.000 120.000
SPACE GROUP: R3m
X-RAY WAVELENGTH: 1.541838
Cell Volume: 1592.550
Density (g/cm3): 3.012
MAX. ABS. INTENSITY / VOLUME**2: 8.100588725
RIR: 0.876
RIR based on corundum from Acta Crystallographica A38 (1982) 733-739
2-THETA INTENSITY D-SPACING H K L Multiplicity
13.85 8.63 6.3952 1 0 1 3
17.77 31.62 4.9913 0 2 1 3
19.26 3.81 4.6093 3 0 0 3
20.99 58.26 4.2322 2 1 1 6
22.27 33.90 3.9918 2 2 0 6
25.52 38.10 3.4898 0 1 2 3
26.32 11.88 3.3862 1 3 1 6
27.90 1.48 3.1976 2 0 2 3
28.63 8.37 3.1174 4 0 1 3
29.60 9.09 3.0175 4 1 0 6
30.11 78.30 2.9684 1 2 2 6
30.79 22.14 2.9039 3 2 1 6
33.68 6.03 2.6612 3 3 0 6
34.13 12.03 2.6273 3 1 2 6
34.74 100.00 2.5823 0 5 1 3
35.99 7.25 2.4956 0 4 2 3
36.57 12.51 2.4569 2 4 1 6
37.40 6.84 2.4043 0 0 3 1
37.77 24.74 2.3820 2 3 2 6
38.33 24.33 2.3483 5 1 1 6
39.09 12.61 2.3046 6 0 0 3
39.13 1.05 2.3022 1 1 3 6
40.75 2.31 2.2142 5 2 0 6
41.13 5.71 2.1946 5 0 2 3
41.66 4.07 2.1681 4 3 1 6
42.40 9.68 2.1317 0 3 3 3
42.40 10.68 2.1317 3 0 3 3
42.73 2.07 2.1161 4 2 2 6
43.96 14.50 2.0596 2 2 3 6
44.28 26.33 2.0455 1 5 2 6
44.78 3.37 2.0240 1 6 1 6
45.44 3.24 1.9959 4 4 0 6
47.27 24.24 1.9231 3 4 2 6
47.74 1.70 1.9052 7 0 1 3
47.74 2.54 1.9052 3 5 1 6
48.41 1.49 1.8804 1 4 3 6
48.41 1.29 1.8804 4 1 3 6
49.16 2.60 1.8532 6 2 1 6
51.08 2.96 1.7881 1 0 4 3
51.20 7.06 1.7840 3 3 3 6
52.44 2.13 1.7449 0 2 4 3
52.84 2.47 1.7325 5 3 2 6
53.28 2.36 1.7194 5 4 1 6
54.17 6.94 1.6931 2 6 2 6
55.21 6.83 1.6638 0 6 3 3
55.21 1.30 1.6638 6 0 3 3
55.90 9.63 1.6448 2 7 1 6
56.50 1.22 1.6288 2 5 3 6
56.50 2.41 1.6288 5 2 3 6
57.66 4.59 1.5988 4 0 4 3
57.74 24.31 1.5967 5 5 0 6
58.03 1.85 1.5893 4 5 2 6
58.44 2.04 1.5792 8 1 1 6
58.91 5.69 1.5677 3 2 4 6
59.69 2.73 1.5491 4 6 1 6
60.23 3.03 1.5364 9 0 0 3
60.52 9.64 1.5298 7 2 2 6
61.38 16.60 1.5105 0 5 4 3
61.46 2.60 1.5087 8 2 0 6
62.59 1.36 1.4842 2 4 4 6
62.95 2.15 1.4766 1 8 2 6
63.78 13.16 1.4592 5 1 4 6
63.89 3.52 1.4570 1 7 3 6
63.89 1.09 1.4570 7 1 3 6
64.14 2.73 1.4519 6 4 2 6
65.00 3.87 1.4348 0 1 5 3
65.05 5.43 1.4339 7 4 0 6
65.70 3.59 1.4211 6 5 1 6
65.70 2.23 1.4211 1 9 1 6
66.14 7.25 1.4128 4 3 4 6
66.25 3.52 1.4107 6 3 3 6
68.03 1.56 1.3781 3 8 1 6
69.18 9.26 1.3581 10 0 1 3
69.95 2.73 1.3450 5 6 2 6
70.74 3.33 1.3318 3 5 4 6
70.77 2.24 1.3313 0 4 5 3
70.81 1.17 1.3306 6 6 0 6
70.84 1.41 1.3301 5 5 3 6
71.94 10.22 1.3125 10 1 0 6
72.20 2.24 1.3084 8 3 2 6
73.32 1.01 1.2911 0 10 2 3
73.69 2.13 1.2857 8 4 1 6
74.13 13.12 1.2790 5 0 5 3
74.18 2.64 1.2784 9 3 0 6
74.20 3.88 1.2780 2 8 3 6
75.21 3.22 1.2633 5 4 4 6
76.64 1.23 1.2433 7 5 2 6
77.00 3.64 1.2384 0 11 1 3
77.74 2.76 1.2285 4 8 2 6
78.53 1.11 1.2180 3 4 5 6
79.77 1.68 1.2022 0 0 6 1
80.68 2.00 1.1910 4 6 4 6
81.35 2.29 1.1828 11 1 1 6
81.76 1.02 1.1779 7 3 4 6
84.01 4.42 1.1520 10 1 3 6
86.06 1.26 1.1298 6 5 4 6
86.15 3.33 1.1287 9 3 3 6
89.27 2.08 1.0973 10 0 4 3
89.44 1.67 1.0956 3 3 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.