Bityite
Gatta G D, Nenert G, Guastella G, Lotti P, Guastoni A, Rizzato S
Mineralogical Magazine 78 (2014) 55-72
A single-crystal neutron and X-ray diffraction study of a Li,Be-bearing brittle mica
Note: X-ray, T = 100 K
Locality: Harding pegmatite, New Mexico, USA
_database_code_amcsd 0020139
CELL PARAMETERS: 5.0864 8.8186 19.1098 90.000 95.445 90.000
SPACE GROUP: Cc
X-RAY WAVELENGTH: 1.541838
Cell Volume: 853.301
Density (g/cm3): 3.054
MAX. ABS. INTENSITY / VOLUME**2: 4.557522796
RIR: 0.486
RIR based on corundum from Acta Crystallographica A38 (1982) 733-739
2-THETA INTENSITY D-SPACING H K L Multiplicity
9.30 15.57 9.5118 0 0 2 1
18.66 2.77 4.7559 0 0 4 1
20.14 4.65 4.4093 0 2 0 2
20.22 16.11 4.3911 1 1 0 2
20.38 52.04 4.3579 -1 1 1 2
20.68 4.54 4.2954 0 2 1 2
21.14 18.93 4.2035 1 1 1 2
22.22 13.90 4.0004 0 2 2 2
23.00 7.55 3.8675 1 1 2 2
23.68 36.19 3.7577 -1 1 3 2
24.59 30.08 3.6201 0 2 3 2
25.61 2.19 3.4786 1 1 3 2
26.47 47.42 3.3673 -1 1 4 2
27.59 45.14 3.2334 0 2 4 2
28.14 73.84 3.1706 0 0 6 1
28.78 54.46 3.1015 1 1 4 2
29.78 3.74 3.0003 -1 1 5 2
31.05 54.00 2.8806 0 2 5 2
32.38 35.67 2.7651 1 1 5 2
33.47 32.93 2.6772 -1 1 6 2
34.85 1.49 2.5742 0 2 6 2
35.31 2.13 2.5422 1 3 0 2
35.40 24.14 2.5357 -1 3 1 2
35.46 10.23 2.5317 2 0 0 1
35.83 56.15 2.5064 -2 0 2 1
35.86 100.00 2.5042 1 3 1 2
36.29 13.35 2.4757 1 1 6 2
37.46 6.17 2.4010 -1 1 7 2
37.48 35.70 2.3994 -1 3 3 2
37.62 19.88 2.3908 2 0 2 1
38.67 5.17 2.3283 -2 0 4 1
38.79 12.50 2.3217 1 3 3 2
38.93 6.18 2.3135 0 2 7 2
40.99 2.24 2.2018 -2 2 1 2
41.11 1.45 2.1955 2 2 0 2
41.22 1.11 2.1900 0 4 1 2
41.68 1.97 2.1670 -1 1 8 2
41.78 17.33 2.1619 -1 3 5 2
41.80 2.87 2.1609 2 2 1 2
41.99 7.24 2.1517 2 0 4 1
42.07 2.24 2.1477 0 4 2 2
42.45 5.29 2.1296 -2 2 3 2
43.04 2.90 2.1017 2 2 2 2
43.46 5.14 2.0824 0 4 3 2
43.58 25.98 2.0768 -2 0 6 1
43.76 52.08 2.0687 1 3 5 2
44.78 9.22 2.0239 2 2 3 2
45.34 12.09 2.0002 0 4 4 2
45.99 9.25 1.9732 -2 2 5 2
47.67 3.84 1.9075 0 4 5 2
47.81 23.02 1.9024 0 0 10 1
47.81 10.09 1.9023 -1 3 7 2
48.07 5.57 1.8928 2 0 6 1
48.45 5.01 1.8788 -2 2 6 2
49.62 2.02 1.8373 2 2 5 2
50.07 2.90 1.8217 -2 0 8 1
50.30 5.15 1.8139 1 3 7 2
52.38 1.60 1.7467 0 2 10 2
52.62 1.30 1.7393 2 2 6 2
54.50 1.59 1.6837 -2 2 8 2
55.17 14.32 1.6648 -1 3 9 2
55.25 2.09 1.6626 2 4 0 2
55.47 7.21 1.6566 2 0 8 1
56.01 2.84 1.6417 -3 1 3 2
56.32 2.31 1.6334 -2 4 3 2
56.80 4.09 1.6207 2 4 2 2
57.30 4.85 1.6080 3 1 2 2
57.58 2.74 1.6009 -2 4 4 2
57.66 1.61 1.5987 1 5 3 2
57.80 14.60 1.5953 -2 0 10 1
58.06 30.88 1.5885 1 3 9 2
58.11 8.47 1.5875 -1 5 4 2
58.19 3.97 1.5853 0 0 12 1
58.24 1.64 1.5842 2 4 3 2
58.64 6.37 1.5744 -3 1 5 2
58.88 4.10 1.5685 3 1 3 2
59.25 8.00 1.5596 -2 4 5 2
59.36 2.71 1.5569 1 5 4 2
59.62 3.10 1.5508 2 2 8 2
59.93 1.06 1.5436 -1 5 5 2
60.57 1.86 1.5287 -3 1 6 2
60.87 7.77 1.5219 3 1 4 2
61.32 4.29 1.5117 -2 4 6 2
61.46 2.81 1.5086 1 5 5 2
61.85 2.10 1.5001 -2 2 10 2
62.14 5.00 1.4938 -1 5 6 2
62.32 1.86 1.4898 2 4 5 2
63.27 32.02 1.4698 0 6 0 2
63.32 65.15 1.4687 -3 3 1 2
63.48 1.30 1.4654 0 6 1 2
63.61 47.21 1.4627 -1 3 11 2
63.78 1.20 1.4593 -2 4 7 2
63.94 21.63 1.4560 2 0 10 1
63.94 2.09 1.4559 1 5 6 2
64.72 3.42 1.4403 0 4 10 2
64.93 2.84 1.4361 2 4 6 2
66.86 1.05 1.3992 1 3 11 2
67.43 1.86 1.3889 0 2 13 2
67.78 2.15 1.3825 2 2 10 2
68.61 1.32 1.3678 -3 1 9 2
69.13 1.21 1.3588 0 0 14 1
69.34 1.29 1.3552 1 1 13 2
70.52 6.83 1.3354 -3 3 7 2
70.64 5.83 1.3335 0 6 6 2
70.86 5.06 1.3299 3 3 5 2
70.89 2.14 1.3294 -1 1 14 2
73.06 10.82 1.2952 -1 3 13 2
73.42 6.05 1.2897 2 0 12 1
73.59 2.28 1.2871 0 4 12 2
74.67 2.08 1.2711 2 6 0 2
74.70 1.49 1.2707 -4 0 2 1
74.82 2.55 1.2689 1 1 14 2
74.90 10.93 1.2679 -2 6 2 2
74.98 1.71 1.2667 -2 2 13 2
75.04 4.85 1.2659 4 0 0 1
75.97 1.15 1.2526 -3 3 9 2
76.14 1.28 1.2502 0 6 8 2
76.22 1.35 1.2491 3 1 9 2
76.33 1.04 1.2476 -2 0 14 1
76.40 1.95 1.2466 3 3 7 2
76.44 2.47 1.2461 -1 1 15 2
76.67 2.32 1.2429 1 3 13 2
76.67 2.27 1.2429 -2 6 4 2
76.92 1.49 1.2395 4 0 2 1
78.24 3.23 1.2218 -1 7 1 2
78.31 1.03 1.2210 -4 2 2 2
78.44 2.24 1.2192 0 4 13 2
78.47 1.70 1.2188 0 2 15 2
78.69 1.96 1.2160 -4 0 6 1
78.87 3.47 1.2137 2 6 4 2
78.92 2.60 1.2130 -3 5 3 2
79.50 1.65 1.2056 -1 7 3 2
79.91 1.30 1.2005 -2 2 14 2
79.97 1.88 1.1997 -2 6 6 2
80.01 2.14 1.1992 3 5 2 2
80.32 1.68 1.1953 1 7 3 2
80.69 3.26 1.1908 -4 2 5 2
80.84 2.08 1.1890 0 0 16 1
81.16 1.54 1.1851 -3 5 5 2
81.79 2.96 1.1775 1 7 4 2
82.10 3.36 1.1739 2 2 13 2
82.24 1.16 1.1723 -4 2 6 2
82.82 4.88 1.1656 -3 3 11 2
82.85 1.45 1.1652 -3 5 6 2
83.03 4.39 1.1631 0 6 10 2
83.11 4.82 1.1622 3 5 4 2
83.22 1.03 1.1609 2 6 6 2
83.34 4.81 1.1595 3 3 9 2
83.59 1.09 1.1568 0 4 14 2
83.63 2.22 1.1562 1 7 5 2
83.85 1.86 1.1538 4 2 4 2
84.16 3.29 1.1503 -4 2 7 2
84.23 1.10 1.1495 -1 7 6 2
84.37 1.11 1.1480 0 2 16 2
84.68 1.26 1.1446 3 1 11 2
85.14 2.88 1.1396 -2 2 15 2
86.09 1.38 1.1294 4 2 5 2
86.55 2.03 1.1246 -1 7 7 2
87.47 1.03 1.1151 2 2 14 2
88.66 1.08 1.1033 -4 0 10 1
88.74 1.29 1.1025 -3 1 14 2
88.90 1.33 1.1009 -4 4 2 2
89.05 2.04 1.0994 2 6 8 2
89.06 1.33 1.0993 0 4 15 2
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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.