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: Langban, Sweden
_database_code_amcsd 0006095
CELL PARAMETERS: 8.5068 9.9811 16.7485 90.000 90.000 90.000
SPACE GROUP: Iba2
X-RAY WAVELENGTH: 1.541838
Cell Volume: 1422.069
Density (g/cm3): 3.080
MAX. ABS. INTENSITY / VOLUME**2: 11.98834004
RIR: 1.267
RIR based on corundum from Acta Crystallographica A38 (1982) 733-739
2-THETA INTENSITY D-SPACING H K L Multiplicity
10.56 34.90 8.3743 0 0 2 1
13.68 31.27 6.4743 1 1 0 4
17.31 62.65 5.1221 1 1 2 4
17.77 17.56 4.9906 0 2 0 2
20.72 4.59 4.2870 0 2 2 2
20.88 14.23 4.2534 2 0 0 2
21.22 7.94 4.1871 0 0 4 1
21.31 16.28 4.1690 1 2 1 4
23.35 3.73 3.8103 2 1 1 4
23.46 56.15 3.7923 2 0 2 2
25.33 100.00 3.5159 1 1 4 4
26.14 3.12 3.4089 1 2 3 4
27.55 19.50 3.2372 2 2 0 4
27.81 12.74 3.2077 0 2 4 2
27.84 48.35 3.2043 2 1 3 4
28.81 43.00 3.0985 1 3 0 4
29.59 46.65 3.0194 2 2 2 4
29.95 44.26 2.9839 2 0 4 2
30.77 69.85 2.9060 1 3 2 4
32.06 2.01 2.7914 0 0 6 1
32.83 12.69 2.7277 3 1 0 4
33.91 24.23 2.6436 1 2 5 4
34.58 17.47 2.5935 3 1 2 4
35.01 7.93 2.5633 1 1 6 4
35.04 33.06 2.5610 2 2 4 4
36.06 4.94 2.4907 1 3 4 4
36.90 21.91 2.4362 0 2 6 2
37.61 9.03 2.3914 0 4 2 2
37.96 5.37 2.3703 1 4 1 4
38.58 2.97 2.3337 2 0 6 2
39.43 9.47 2.2855 3 1 4 4
41.86 14.02 2.1581 3 3 0 4
41.98 2.24 2.1522 2 4 0 4
42.16 19.69 2.1435 0 4 4 2
42.51 9.88 2.1267 4 0 0 2
42.77 12.74 2.1140 2 2 6 4
43.21 12.32 2.0936 0 0 8 1
43.26 5.85 2.0913 1 2 7 4
43.29 23.23 2.0898 3 3 2 4
43.41 27.34 2.0845 2 4 2 4
43.64 14.13 2.0739 1 3 6 4
43.93 1.97 2.0613 4 0 2 2
44.38 8.13 2.0413 2 1 7 4
45.54 16.67 1.9920 1 1 8 4
45.69 1.67 1.9856 3 2 5 4
46.41 15.32 1.9565 4 2 0 4
46.55 9.69 1.9509 3 1 6 4
46.60 6.18 1.9491 4 1 3 4
46.63 1.08 1.9479 1 4 5 4
46.74 1.12 1.9434 1 5 0 4
47.07 2.45 1.9306 0 2 8 2
47.50 6.80 1.9142 2 4 4 4
47.74 3.92 1.9052 4 2 2 4
47.98 7.06 1.8961 4 0 4 2
48.46 5.08 1.8784 2 0 8 2
48.96 2.86 1.8603 0 4 6 2
51.45 2.59 1.7759 3 4 3 4
51.87 11.47 1.7628 1 5 4 4
52.02 1.40 1.7580 2 2 8 4
52.77 1.23 1.7347 1 3 8 4
53.28 2.02 1.7193 2 5 3 4
53.66 4.69 1.7081 1 2 9 4
53.68 13.51 1.7074 3 3 6 4
53.72 1.52 1.7062 4 3 3 4
53.78 3.79 1.7044 2 4 6 4
54.19 1.16 1.6925 1 4 7 4
54.22 6.35 1.6917 4 0 6 2
54.61 2.62 1.6806 2 1 9 4
55.22 3.95 1.6635 0 6 0 2
55.32 2.94 1.6608 3 1 8 4
55.91 3.52 1.6445 5 1 2 4
56.27 9.33 1.6350 3 4 5 4
56.39 1.02 1.6316 0 6 2 2
56.78 2.80 1.6215 1 1 10 4
56.89 4.26 1.6186 4 4 0 4
57.46 1.62 1.6038 0 4 8 2
57.52 1.85 1.6022 3 5 2 4
57.53 3.60 1.6021 4 2 6 4
57.81 6.28 1.5949 1 5 6 4
58.04 3.72 1.5892 4 4 2 4
59.30 4.94 1.5584 2 0 10 2
59.36 10.25 1.5569 5 1 4 4
59.68 10.83 1.5492 2 6 0 4
59.82 2.66 1.5460 0 6 4 2
60.80 2.69 1.5234 2 6 2 4
60.92 4.24 1.5208 3 5 4 4
61.41 2.70 1.5097 4 4 4 4
61.73 3.56 1.5027 3 3 8 4
61.82 2.61 1.5007 2 4 8 4
62.22 2.19 1.4920 4 0 8 2
62.29 3.05 1.4906 5 3 2 4
62.43 5.11 1.4875 2 2 10 4
63.02 6.60 1.4750 3 4 7 4
63.10 8.37 1.4734 1 3 10 4
64.17 2.50 1.4513 5 2 5 4
64.24 1.07 1.4500 4 5 1 4
65.27 4.52 1.4296 3 6 1 4
65.27 2.69 1.4294 4 2 8 4
65.39 1.79 1.4273 3 1 10 4
65.53 6.72 1.4244 5 3 4 4
65.54 3.72 1.4243 1 5 8 4
65.82 1.49 1.4190 2 1 11 4
66.34 2.39 1.4091 3 5 6 4
66.49 3.49 1.4063 1 7 0 4
66.78 2.63 1.4008 5 4 1 4
66.81 3.57 1.4002 4 4 6 4
66.94 1.72 1.3979 6 0 2 2
67.06 6.04 1.3957 0 0 12 1
67.33 1.28 1.3906 0 4 10 2
67.39 1.17 1.3897 3 6 3 4
67.54 1.92 1.3869 4 1 9 4
67.54 4.51 1.3868 1 7 2 4
69.38 1.76 1.3546 2 6 6 4
69.88 3.26 1.3461 6 2 2 4
70.07 5.94 1.3429 6 0 4 2
70.49 3.85 1.3359 5 2 7 4
70.55 1.03 1.3349 4 5 5 4
70.66 1.72 1.3331 1 7 4 4
70.77 2.84 1.3314 5 3 6 4
71.09 1.26 1.3261 2 0 12 2
71.27 3.75 1.3231 3 3 10 4
71.36 6.23 1.3218 2 4 10 4
71.46 3.64 1.3202 3 4 9 4
71.85 1.09 1.3140 2 7 3 4
72.17 1.78 1.3089 5 1 8 4
72.59 2.49 1.3024 0 6 8 2
72.95 1.11 1.2968 6 2 4 4
73.08 3.17 1.2949 5 5 0 4
73.10 1.08 1.2945 4 6 2 4
73.58 1.32 1.2873 3 5 8 4
73.74 2.43 1.2848 1 4 11 4
74.03 3.34 1.2805 4 4 8 4
74.09 1.50 1.2797 5 5 2 4
74.57 5.98 1.2726 1 3 12 4
75.16 1.67 1.2641 6 0 6 2
75.49 2.97 1.2594 3 7 2 4
76.12 7.35 1.2505 4 6 4 4
76.49 1.95 1.2453 2 6 8 4
76.70 2.61 1.2425 3 1 12 4
77.42 1.10 1.2327 6 4 0 4
77.83 3.45 1.2272 5 3 8 4
78.41 1.72 1.2196 6 4 2 4
78.48 4.15 1.2187 3 7 4 4
78.53 1.06 1.2181 0 4 12 2
79.44 3.63 1.2063 7 1 0 4
80.17 1.05 1.1972 2 8 0 4
80.29 2.58 1.1957 0 8 4 2
80.43 1.61 1.1940 7 1 2 4
81.16 1.67 1.1851 5 1 10 4
81.37 1.21 1.1825 6 4 4 4
82.10 1.06 1.1739 6 0 8 2
82.26 1.10 1.1720 3 3 12 4
82.66 2.62 1.1674 1 7 8 4
82.70 2.92 1.1669 4 0 12 2
82.96 1.01 1.1639 4 4 10 4
83.40 1.10 1.1589 3 7 6 4
83.43 1.53 1.1585 4 7 3 4
85.19 1.12 1.1390 0 8 6 2
85.45 2.31 1.1362 4 2 12 4
86.26 1.70 1.1276 6 4 6 4
86.66 1.00 1.1235 5 3 10 4
86.79 1.37 1.1221 2 2 14 4
87.38 1.99 1.1160 1 3 14 4
87.91 1.03 1.1107 4 6 8 4
88.24 1.98 1.1074 7 1 6 4
88.86 2.95 1.1013 7 3 4 4
88.86 1.02 1.1013 5 5 8 4
88.96 5.81 1.1003 2 8 6 4
89.44 1.13 1.0956 3 1 14 4
89.73 1.19 1.0928 5 7 0 4
89.99 1.23 1.0903 1 9 2 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.