Aksaite
Dal Negro A, Ungaretti L, Sabelli C
American Mineralogist 56 (1971) 1553-1566
The crystal structure of aksaite
_database_code_amcsd 0000260
CELL PARAMETERS: 12.5400 24.3270 7.4800 90.000 90.000 90.000
SPACE GROUP: Pbca
X-RAY WAVELENGTH: 1.541838
Cell Volume: 2281.853
Density (g/cm3): 1.940
MAX. ABS. INTENSITY / VOLUME**2: 2.936461917
RIR: 0.493
RIR based on corundum from Acta Crystallographica A38 (1982) 733-739
2-THETA INTENSITY D-SPACING H K L Multiplicity
7.27 4.17 12.1635 0 2 0 2
13.90 100.00 6.3716 0 2 1 4
14.13 62.31 6.2700 2 0 0 2
14.26 5.66 6.2111 1 1 1 8
14.56 59.45 6.0817 0 4 0 2
14.59 1.36 6.0716 2 1 0 4
15.60 8.67 5.6804 1 2 1 8
17.61 18.42 5.0354 1 3 1 8
17.88 13.53 4.9602 2 3 0 4
18.81 3.19 4.7188 0 4 1 4
18.82 79.58 4.7141 2 1 1 8
19.87 2.22 4.4691 2 2 1 8
20.11 1.05 4.4165 1 4 1 8
20.34 37.66 4.3655 2 4 0 4
21.50 8.64 4.1339 2 3 1 8
22.93 2.05 3.8785 1 5 1 8
23.14 4.25 3.8439 2 5 0 4
23.79 17.00 3.7400 0 0 2 2
24.67 16.20 3.6085 3 1 1 8
24.84 38.34 3.5840 1 0 2 4
24.91 12.93 3.5748 0 2 2 4
24.98 8.05 3.5645 0 6 1 4
25.12 10.23 3.5457 1 1 2 8
25.92 11.20 3.4379 1 2 2 8
25.99 1.08 3.4287 1 6 1 8
26.79 17.69 3.3275 3 3 1 8
27.20 5.12 3.2781 1 3 2 8
28.01 51.20 3.1858 0 4 2 4
28.02 6.66 3.1843 2 1 2 8
28.47 4.71 3.1350 4 0 0 2
28.53 1.55 3.1289 3 4 1 8
28.71 42.11 3.1093 4 1 0 4
28.81 2.69 3.0988 2 6 1 8
29.22 7.81 3.0567 1 7 1 8
29.42 6.43 3.0358 4 2 0 4
29.92 2.00 2.9863 2 3 2 8
30.57 5.13 2.9241 4 3 0 4
30.99 2.58 2.8856 1 5 2 8
31.15 5.51 2.8711 4 1 1 8
31.50 1.42 2.8402 2 4 2 8
31.77 15.35 2.8170 0 8 1 4
31.78 7.50 2.8160 2 7 1 8
31.81 4.52 2.8129 4 2 1 8
32.11 22.26 2.7872 3 0 2 4
32.33 6.12 2.7691 3 1 2 8
32.73 5.89 2.7361 2 8 0 4
32.97 2.15 2.7168 3 2 2 8
33.03 6.76 2.7123 3 6 1 8
33.37 1.33 2.6853 1 6 2 8
33.43 4.51 2.6805 2 5 2 8
35.66 2.53 2.5177 2 6 2 8
36.19 8.17 2.4822 2 9 0 4
36.22 3.03 2.4801 4 6 0 4
36.80 1.67 2.4425 0 2 3 4
37.43 6.86 2.4026 4 0 2 4
37.51 1.54 2.3975 1 2 3 8
38.02 3.24 2.3666 5 1 1 8
38.14 6.13 2.3594 0 8 2 4
38.15 2.42 2.3588 2 7 2 8
38.18 1.14 2.3570 4 2 2 8
38.20 10.25 2.3558 2 9 1 8
38.23 2.43 2.3541 4 6 1 8
38.68 3.19 2.3278 4 7 0 4
38.84 1.00 2.3187 1 8 2 8
39.04 1.61 2.3070 0 4 3 4
39.05 7.15 2.3064 2 1 3 8
39.10 13.23 2.3036 4 3 2 8
39.49 2.10 2.2818 5 3 1 8
39.60 1.84 2.2759 2 2 3 8
39.61 3.47 2.2750 1 10 1 8
39.73 1.95 2.2689 1 4 3 8
39.74 11.30 2.2680 2 10 0 4
40.49 1.16 2.2277 2 3 3 8
40.59 4.13 2.2227 4 7 1 8
40.87 1.26 2.2082 2 8 2 8
41.32 1.57 2.1850 1 5 3 8
41.36 2.10 2.1827 4 8 0 4
41.53 1.66 2.1743 3 7 2 8
41.61 3.30 2.1704 2 10 1 8
41.72 1.94 2.1651 2 4 3 8
41.86 1.03 2.1581 1 9 2 8
42.57 12.26 2.1239 0 6 3 4
42.88 9.00 2.1089 3 2 3 8
43.25 1.83 2.0918 2 5 3 8
43.27 1.96 2.0911 1 11 1 8
43.29 10.01 2.0900 6 0 0 2
43.39 2.11 2.0856 2 11 0 4
43.61 1.99 2.0754 5 1 2 8
43.77 8.12 2.0681 2 9 2 8
44.42 5.43 2.0393 0 10 2 4
44.70 1.51 2.0273 0 12 0 2
44.78 8.12 2.0239 6 3 0 4
44.88 10.18 2.0198 3 4 3 8
45.04 4.33 2.0128 1 10 2 8
45.07 4.26 2.0116 2 6 3 8
45.91 5.76 1.9765 6 4 0 4
45.92 2.09 1.9763 4 7 2 8
45.96 19.01 1.9745 4 9 1 8
46.26 5.84 1.9625 5 7 1 8
46.48 5.82 1.9536 6 3 1 8
46.70 6.47 1.9452 4 1 3 8
46.85 4.79 1.9393 2 10 2 8
47.11 2.10 1.9289 2 12 0 4
47.14 1.73 1.9281 0 8 3 4
47.14 1.07 1.9277 2 7 3 8
47.17 1.53 1.9268 4 2 3 8
48.05 2.30 1.8935 3 6 3 8
48.36 1.75 1.8821 1 11 2 8
48.69 1.17 1.8700 0 0 4 2
48.75 3.69 1.8678 2 12 1 8
48.93 6.06 1.8615 4 10 1 8
48.97 2.37 1.8600 6 5 1 8
49.03 1.58 1.8581 4 4 3 8
49.30 1.51 1.8483 0 2 4 4
50.08 3.37 1.8215 2 11 2 8
50.14 8.78 1.8193 6 1 2 8
50.32 2.20 1.8134 1 9 3 8
50.62 6.02 1.8032 1 3 4 8
50.82 2.02 1.7966 1 13 1 8
50.85 3.86 1.7957 4 9 2 8
50.96 2.58 1.7920 2 0 4 4
51.66 3.02 1.7695 1 4 4 8
52.48 3.08 1.7437 2 13 1 8
52.56 4.84 1.7412 0 10 3 4
52.67 2.39 1.7377 7 1 1 8
52.96 2.00 1.7288 1 5 4 8
53.29 2.25 1.7189 2 4 4 8
53.82 3.30 1.7033 7 3 1 8
53.88 4.84 1.7015 4 7 3 8
53.92 3.88 1.7005 5 10 1 8
54.01 1.35 1.6979 5 4 3 8
54.53 2.66 1.6827 1 6 4 8
54.57 1.12 1.6816 2 5 4 8
54.82 1.24 1.6745 2 14 0 4
55.28 1.67 1.6619 5 5 3 8
55.39 3.30 1.6588 1 13 2 8
55.58 1.87 1.6534 6 9 0 4
56.10 3.55 1.6395 3 12 2 8
56.86 1.10 1.6194 5 11 1 8
57.37 1.18 1.6060 4 0 4 4
58.09 2.16 1.5880 6 2 3 8
58.19 2.13 1.5853 6 10 0 4
58.60 2.17 1.5754 4 3 4 8
58.72 1.62 1.5725 1 15 1 8
58.92 1.32 1.5675 8 0 0 2
59.05 2.17 1.5645 6 8 2 8
60.12 1.06 1.5390 8 3 0 4
60.67 2.66 1.5264 1 9 4 8
61.12 1.03 1.5163 5 11 2 8
61.89 1.10 1.4992 5 0 4 4
62.32 1.65 1.4900 0 16 1 4
62.33 3.35 1.4897 6 6 3 8
62.56 1.54 1.4848 0 2 5 4
62.96 1.07 1.4763 4 13 2 8
63.50 1.46 1.4651 7 7 2 8
63.96 1.04 1.4556 5 4 4 8
64.10 1.05 1.4527 0 4 5 4
64.11 1.00 1.4526 2 1 5 8
64.26 1.48 1.4496 2 16 1 8
64.58 1.07 1.4431 8 1 2 8
65.72 1.11 1.4207 1 5 5 8
65.91 1.08 1.4171 6 8 3 8
66.05 1.36 1.4145 4 15 1 8
66.66 2.10 1.4030 5 14 1 8
68.04 2.13 1.3780 6 9 3 8
68.36 3.22 1.3722 3 4 5 8
70.38 2.61 1.3378 6 10 3 8
72.33 1.32 1.3063 6 13 2 8
72.45 1.02 1.3046 7 11 2 8
73.99 1.55 1.2811 7 9 3 8
75.36 1.02 1.2612 8 6 3 8
76.14 1.46 1.2502 7 5 4 8
78.16 1.60 1.2229 7 13 2 8
78.64 1.01 1.2166 2 2 6 8
80.81 1.28 1.1894 2 19 2 8
81.05 1.50 1.1864 8 13 1 8
81.57 1.00 1.1802 6 5 5 8
81.66 2.33 1.1792 2 20 1 8
86.52 1.01 1.1249 10 7 2 8
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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.