Banalsite
Liferovich R P, Locock A J, Mitchell R H, Shpachenko A K
The Canadian Mineralogist 44 (2006) 533-546
The crystal structure of stronalsite and a
redetermination of the structure of banalsite
Locality: Benallt mine, Wales
_database_code_amcsd 0006094
CELL PARAMETERS: 8.5400 10.0127 16.7897 90.000 90.000 90.000
SPACE GROUP: Iba2
X-RAY WAVELENGTH: 1.541838
Cell Volume: 1435.661
Density (g/cm3): 3.051
MAX. ABS. INTENSITY / VOLUME**2: 11.87262192
RIR: 1.267
RIR based on corundum from Acta Crystallographica A38 (1982) 733-739
2-THETA INTENSITY D-SPACING H K L Multiplicity
10.54 35.05 8.3948 0 0 2 1
13.63 31.11 6.4976 1 1 0 4
17.26 62.50 5.1383 1 1 2 4
17.72 17.35 5.0064 0 2 0 2
20.66 4.59 4.2998 0 2 2 2
20.80 14.32 4.2700 2 0 0 2
21.17 8.03 4.1974 0 0 4 1
21.24 16.32 4.1828 1 2 1 4
23.26 3.78 3.8245 2 1 1 4
23.37 55.91 3.8060 2 0 2 2
25.26 100.00 3.5257 1 1 4 4
26.06 3.12 3.4192 1 2 3 4
27.45 19.49 3.2488 2 2 0 4
27.73 12.77 3.2165 0 2 4 2
27.75 48.53 3.2150 2 1 3 4
28.72 42.91 3.1086 1 3 0 4
29.48 46.54 3.0298 2 2 2 4
29.85 44.09 2.9934 2 0 4 2
30.67 69.59 2.9152 1 3 2 4
31.98 1.95 2.7983 0 0 6 1
32.71 12.72 2.7382 3 1 0 4
33.81 24.11 2.6510 1 2 5 4
34.45 17.46 2.6032 3 1 2 4
34.52 1.03 2.5979 2 3 1 4
34.91 7.83 2.5701 1 1 6 4
34.92 33.02 2.5691 2 2 4 4
35.95 4.90 2.4981 1 3 4 4
36.80 21.87 2.4426 0 2 6 2
37.49 9.01 2.3988 0 4 2 2
37.83 5.39 2.3779 1 4 1 4
38.46 2.98 2.3405 2 0 6 2
39.29 9.43 2.2933 3 1 4 4
41.70 14.06 2.1659 3 3 0 4
41.83 2.23 2.1595 2 4 0 4
42.03 19.57 2.1499 0 4 4 2
42.33 9.89 2.1350 4 0 0 2
42.64 12.67 2.1202 2 2 6 4
43.10 12.27 2.0987 0 0 8 1
43.13 23.24 2.0972 3 3 2 4
43.14 5.75 2.0969 1 2 7 4
43.26 27.40 2.0914 2 4 2 4
43.51 14.18 2.0798 1 3 6 4
43.75 1.96 2.0691 4 0 2 2
44.25 8.21 2.0470 2 1 7 4
45.41 16.61 1.9971 1 1 8 4
45.53 1.67 1.9921 3 2 5 4
46.23 15.30 1.9639 4 2 0 4
46.40 9.65 1.9571 3 1 6 4
46.42 6.19 1.9563 4 1 3 4
46.48 1.07 1.9537 1 4 5 4
46.58 1.11 1.9497 1 5 0 4
46.94 2.44 1.9355 0 2 8 2
47.34 6.82 1.9202 2 4 4 4
47.55 3.93 1.9122 4 2 2 4
47.80 7.06 1.9030 4 0 4 2
48.32 5.08 1.8835 2 0 8 2
48.81 2.90 1.8657 0 4 6 2
51.27 2.59 1.7820 3 4 3 4
51.70 11.40 1.7682 1 5 4 4
51.86 1.38 1.7629 2 2 8 4
52.62 1.19 1.7394 1 3 8 4
53.10 2.06 1.7248 2 5 3 4
53.50 13.46 1.7128 3 3 6 4
53.51 4.70 1.7126 1 2 9 4
53.52 1.52 1.7123 4 3 3 4
53.61 3.74 1.7096 2 4 6 4
54.02 6.34 1.6974 4 0 6 2
54.03 1.15 1.6973 1 4 7 4
54.45 2.65 1.6851 2 1 9 4
55.03 3.96 1.6688 0 6 0 2
55.14 2.94 1.6657 3 1 8 4
55.68 3.48 1.6508 5 1 2 4
56.07 9.34 1.6403 3 4 5 4
56.20 1.00 1.6368 0 6 2 2
56.62 2.79 1.6256 1 1 10 4
56.66 4.21 1.6244 4 4 0 4
57.29 1.62 1.6082 0 4 8 2
57.31 1.82 1.6076 3 5 2 4
57.32 3.58 1.6075 4 2 6 4
57.62 6.24 1.5997 1 5 6 4
57.81 3.74 1.5948 4 4 2 4
59.12 10.32 1.5627 5 1 4 4
59.13 4.90 1.5625 2 0 10 2
59.47 10.86 1.5543 2 6 0 4
59.62 2.62 1.5507 0 6 4 2
60.59 2.66 1.5283 2 6 2 4
60.70 4.24 1.5258 3 5 4 4
61.18 2.70 1.5149 4 4 4 4
61.53 3.55 1.5072 3 3 8 4
61.62 2.59 1.5050 2 4 8 4
62.01 2.17 1.4967 4 0 8 2
62.03 3.06 1.4961 5 3 2 4
62.24 5.08 1.4916 2 2 10 4
62.81 6.56 1.4795 3 4 7 4
62.91 8.29 1.4773 1 3 10 4
63.91 2.54 1.4565 5 2 5 4
63.98 1.09 1.4551 4 5 1 4
64.79 1.01 1.4389 4 3 7 4
65.02 4.52 1.4344 3 6 1 4
65.04 2.69 1.4340 4 2 8 4
65.18 1.77 1.4313 3 1 10 4
65.27 6.67 1.4296 5 3 4 4
65.33 3.70 1.4284 1 5 8 4
65.62 1.52 1.4227 2 1 11 4
66.10 2.40 1.4135 3 5 6 4
66.25 3.48 1.4107 1 7 0 4
66.51 2.63 1.4059 5 4 1 4
66.56 3.54 1.4049 4 4 6 4
66.65 1.72 1.4033 6 0 2 2
66.87 6.02 1.3991 0 0 12 1
67.13 1.26 1.3944 0 4 10 2
67.14 1.18 1.3943 3 6 3 4
67.30 4.48 1.3912 1 7 2 4
67.30 1.91 1.3912 4 1 9 4
69.13 1.73 1.3588 2 6 6 4
69.57 3.24 1.3512 6 2 2 4
69.77 5.93 1.3479 6 0 4 2
70.21 3.88 1.3405 5 2 7 4
70.28 1.06 1.3394 4 5 5 4
70.41 1.72 1.3372 1 7 4 4
70.49 2.80 1.3360 5 3 6 4
70.88 1.25 1.3296 2 0 12 2
71.04 3.74 1.3270 3 3 10 4
71.13 6.21 1.3255 2 4 10 4
71.21 3.65 1.3241 3 4 9 4
71.58 1.09 1.3182 2 7 3 4
71.89 1.76 1.3133 5 1 8 4
72.34 2.49 1.3062 0 6 8 2
72.64 1.09 1.3016 6 2 4 4
72.77 3.17 1.2995 5 5 0 4
72.81 1.07 1.2990 4 6 2 4
73.32 1.31 1.2912 3 5 8 4
73.51 2.43 1.2883 1 4 11 4
73.76 3.32 1.2846 4 4 8 4
73.78 1.49 1.2842 5 5 2 4
74.35 5.94 1.2759 1 3 12 4
74.84 1.66 1.2687 6 0 6 2
75.20 2.93 1.2635 3 7 2 4
75.82 7.33 1.2547 4 6 4 4
76.22 1.93 1.2491 2 6 8 4
76.45 2.59 1.2459 3 1 12 4
77.08 1.10 1.2373 6 4 0 4
77.53 3.42 1.2313 5 3 8 4
78.07 1.70 1.2241 6 4 2 4
78.18 4.15 1.2227 3 7 4 4
78.28 1.03 1.2213 0 4 12 2
79.07 3.64 1.2110 7 1 0 4
79.86 1.04 1.2011 2 8 0 4
79.99 2.56 1.1994 0 8 4 2
80.06 1.60 1.1986 7 1 2 4
80.85 1.64 1.1889 5 1 10 4
81.02 1.20 1.1868 6 4 4 4
81.75 1.06 1.1780 6 0 8 2
81.99 1.08 1.1752 3 3 12 4
82.36 2.60 1.1708 1 7 8 4
82.41 2.90 1.1702 4 0 12 2
82.65 1.01 1.1674 4 4 10 4
83.08 1.08 1.1626 3 7 6 4
83.09 1.55 1.1624 4 7 3 4
84.87 1.11 1.1425 0 8 6 2
85.15 2.27 1.1395 4 2 12 4
85.88 1.69 1.1316 6 4 6 4
86.51 1.34 1.1251 2 2 14 4
87.10 1.98 1.1189 1 3 14 4
87.56 1.02 1.1142 4 6 8 4
87.84 1.93 1.1114 7 1 6 4
88.44 2.93 1.1054 7 3 4 4
88.49 1.00 1.1049 5 5 8 4
88.61 5.78 1.1037 2 8 6 4
89.14 1.12 1.0985 3 1 14 4
89.34 1.17 1.0966 5 7 0 4
89.63 1.22 1.0938 1 9 2 4
================================================================================
XPOW Copyright 1993 Bob Downs, Ranjini Swaminathan and Kurt Bartelmehs
For reference, see Downs et al. (1993) American Mineralogist 78, 1104-1107.