Blatterite
Cooper M A, Hawthorne F C
The Canadian Mineralogist 36 (1998) 1171-1193
The crystal structure of blatterite, Sb3(Mn,Fe)9(Mn,Mg)35(BO3)16O32,
and structural hierarchy in Mn-bearing zigzag borates
_database_code_amcsd 0005563
CELL PARAMETERS: 37.6540 12.6150 6.2472 90.000 90.000 90.000
SPACE GROUP: Pnnm
X-RAY WAVELENGTH: 1.541838
Cell Volume: 2967.452
Density (g/cm3): 4.670
MAX. ABS. INTENSITY / VOLUME**2: 18.26878587
RIR: 1.274
RIR based on corundum from Acta Crystallographica A38 (1982) 733-739
2-THETA INTENSITY D-SPACING H K L Multiplicity
4.69 8.29 18.8270 2 0 0 2
7.39 68.96 11.9616 1 1 0 4
8.44 38.77 10.4799 2 1 0 4
9.94 20.88 8.8976 3 1 0 4
13.69 2.27 6.4662 5 1 0 4
14.11 7.43 6.2757 6 0 0 2
14.37 1.47 6.1630 1 0 1 4
14.81 12.90 5.9808 2 2 0 4
15.72 29.09 5.6359 3 2 0 4
15.77 18.02 5.6188 6 1 0 4
15.83 16.29 5.5983 0 1 1 4
16.01 16.71 5.5375 1 1 1 8
16.52 18.72 5.3661 2 1 1 8
16.92 100.00 5.2400 4 2 0 4
17.34 9.43 5.1128 3 1 1 8
17.93 3.25 4.9481 7 1 0 4
18.35 3.38 4.8355 5 2 0 4
18.44 4.13 4.8117 4 1 1 8
18.45 2.75 4.8082 5 0 1 4
19.76 3.00 4.4929 5 1 1 8
20.14 1.14 4.4081 1 2 1 8
21.27 1.88 4.1776 6 1 1 8
21.65 2.59 4.1039 2 3 0 4
21.71 1.35 4.0929 7 2 0 4
22.14 6.02 4.0147 4 2 1 8
23.26 3.69 3.8238 5 2 1 8
23.63 3.01 3.7654 10 0 0 2
24.67 7.54 3.6081 10 1 0 4
24.71 7.99 3.6027 8 1 1 8
25.55 3.53 3.4865 9 2 0 4
26.60 1.10 3.3513 9 1 1 8
26.99 3.14 3.3036 11 1 0 4
27.26 5.14 3.2710 4 3 1 8
28.19 1.36 3.1653 5 3 1 8
28.57 1.89 3.1244 10 1 1 8
28.58 38.62 3.1236 0 0 2 2
28.98 2.33 3.0815 2 0 2 4
29.29 3.86 3.0490 6 3 1 8
29.33 3.55 3.0450 12 1 0 4
29.56 2.26 3.0223 1 1 2 8
29.69 9.38 3.0086 11 2 0 4
29.76 1.09 3.0020 11 0 1 4
29.85 6.03 2.9935 2 1 2 8
30.33 4.68 2.9473 3 1 2 8
30.54 1.20 2.9268 7 3 1 8
30.61 3.61 2.9204 11 1 1 8
30.99 1.14 2.8860 4 1 2 8
31.15 3.95 2.8714 10 2 1 8
31.75 11.78 2.8179 6 4 0 4
31.82 1.43 2.8126 5 1 2 8
31.85 10.19 2.8094 12 2 0 4
31.88 6.12 2.8075 1 4 1 8
31.90 2.48 2.8051 10 3 0 4
31.93 1.33 2.8026 8 3 1 8
32.15 2.86 2.7844 2 4 1 8
32.33 9.12 2.7687 2 2 2 8
32.78 27.42 2.7320 3 2 2 8
32.80 5.15 2.7301 6 1 2 8
32.92 63.41 2.7206 7 4 0 4
33.05 3.87 2.7106 11 2 1 8
33.31 1.67 2.6896 14 0 0 2
33.40 6.29 2.6831 4 2 2 8
33.45 1.04 2.6792 9 3 1 8
34.12 1.44 2.6278 13 0 1 4
34.17 15.11 2.6238 5 2 2 8
34.22 24.67 2.6200 8 4 0 4
34.46 80.34 2.6026 8 0 2 4
34.88 1.32 2.5725 13 1 1 8
35.02 1.40 2.5622 12 2 1 8
35.10 1.48 2.5564 6 2 2 8
35.65 22.50 2.5184 9 4 0 4
35.67 10.94 2.5174 1 5 0 4
35.91 1.96 2.5006 2 5 0 4
36.01 2.30 2.4944 7 4 1 8
36.14 2.24 2.4855 2 3 2 8
36.17 1.31 2.4831 7 2 2 8
36.54 9.60 2.4589 3 3 2 8
36.60 1.11 2.4551 9 1 2 8
37.10 8.97 2.4230 4 3 2 8
37.19 2.65 2.4177 10 4 0 4
37.21 1.78 2.4161 8 4 1 8
37.38 1.25 2.4059 8 2 2 8
37.82 5.30 2.3791 5 3 2 8
38.11 10.00 2.3616 10 1 2 8
38.24 10.35 2.3534 16 0 0 2
38.54 1.05 2.3357 9 4 1 8
38.59 3.44 2.3329 12 3 1 8
38.66 3.49 2.3293 15 0 1 4
38.70 2.59 2.3265 9 2 2 8
39.34 1.93 2.2905 15 1 1 8
39.71 4.16 2.2697 11 1 2 8
40.57 17.11 2.2237 8 5 0 4
40.65 1.92 2.2193 0 4 2 4
40.73 5.98 2.2155 1 4 2 8
40.77 1.44 2.2130 8 3 2 8
41.41 5.44 2.1804 12 1 2 8
41.68 1.01 2.1669 11 2 2 8
41.81 6.31 2.1605 9 5 0 4
43.18 1.27 2.0949 8 5 1 8
43.24 1.56 2.0923 6 4 2 8
43.32 32.74 2.0888 12 2 2 8
43.65 3.48 2.0736 3 6 0 4
44.14 9.07 2.0516 7 4 2 8
44.14 2.02 2.0515 1 1 3 8
44.35 2.53 2.0425 2 1 3 8
44.75 3.30 2.0251 5 6 0 4
44.80 10.11 2.0228 11 3 2 8
45.04 18.33 2.0128 13 2 2 8
45.17 3.37 2.0073 8 4 2 8
45.50 3.91 1.9936 6 6 0 4
45.79 1.77 1.9816 2 6 1 8
46.12 2.45 1.9680 3 6 1 8
46.31 1.67 1.9605 9 4 2 8
46.32 1.75 1.9601 1 5 2 8
46.35 6.08 1.9589 12 3 2 8
46.37 1.48 1.9582 7 6 0 4
46.84 4.60 1.9394 14 2 2 8
47.56 1.02 1.9119 10 4 2 8
47.99 7.74 1.8958 13 3 2 8
48.08 1.56 1.8923 18 2 1 8
48.34 1.32 1.8830 8 1 3 8
49.66 1.97 1.8357 10 6 0 4
49.82 1.00 1.8305 4 3 3 8
50.37 2.25 1.8115 8 5 2 8
50.60 6.46 1.8040 20 2 0 4
50.68 1.35 1.8013 16 2 2 8
51.06 1.19 1.7887 6 3 3 8
51.34 1.78 1.7795 15 5 0 4
51.79 1.55 1.7651 14 5 1 8
53.52 1.61 1.7123 11 2 3 8
53.53 5.30 1.7118 14 4 2 8
53.88 1.23 1.7015 13 6 0 4
53.96 4.38 1.6992 5 6 2 8
54.61 5.44 1.6805 6 6 2 8
54.78 1.29 1.6757 18 2 2 8
55.18 2.38 1.6645 17 5 0 4
55.25 9.46 1.6627 15 4 2 8
55.37 2.17 1.6591 7 6 2 8
55.38 1.27 1.6591 16 5 1 8
56.34 1.03 1.6331 13 2 3 8
56.93 8.43 1.6174 19 2 2 8
57.04 9.11 1.6146 16 4 2 8
57.22 1.93 1.6099 9 6 2 8
57.50 2.07 1.6027 15 0 3 4
58.30 5.29 1.5826 10 6 2 8
58.59 1.37 1.5755 1 8 0 4
58.76 4.30 1.5714 2 8 0 4
58.91 5.55 1.5677 17 4 2 8
59.04 1.65 1.5646 3 8 0 4
59.14 13.69 1.5622 20 2 2 8
59.16 28.19 1.5618 0 0 4 2
59.45 8.88 1.5548 19 3 2 8
59.48 3.33 1.5541 11 6 2 8
59.69 1.83 1.5490 3 7 2 8
60.08 28.00 1.5399 4 7 2 8
60.85 1.02 1.5222 18 4 2 8
61.52 1.18 1.5073 16 5 2 8
61.60 4.43 1.5056 20 3 2 8
61.66 1.06 1.5043 22 4 0 4
62.00 4.47 1.4967 4 2 4 8
62.12 1.69 1.4942 13 6 2 8
63.82 1.99 1.4585 21 3 2 8
64.09 5.83 1.4530 23 4 0 4
66.57 3.95 1.4047 24 4 0 4
66.62 2.26 1.4038 2 8 2 8
66.72 1.85 1.4020 24 0 2 4
66.88 1.76 1.3989 3 8 2 8
66.95 2.93 1.3976 12 7 2 8
67.58 1.38 1.3862 11 2 4 8
68.71 1.57 1.3660 6 4 4 8
68.77 2.41 1.3650 12 2 4 8
69.04 1.65 1.3603 14 8 0 4
69.11 3.65 1.3591 25 4 0 4
69.38 9.78 1.3545 7 4 4 8
70.15 4.65 1.3415 8 4 4 8
70.71 1.26 1.3323 24 5 0 4
70.91 1.92 1.3291 9 9 0 4
71.02 5.17 1.3273 9 4 4 8
71.03 2.46 1.3271 1 5 4 8
71.77 2.27 1.3152 28 2 0 4
72.30 1.14 1.3068 26 1 2 8
72.66 4.00 1.3013 16 0 4 4
74.20 2.27 1.2781 8 5 4 8
75.04 1.10 1.2657 9 5 4 8
75.50 1.08 1.2592 18 8 0 4
77.66 1.21 1.2294 6 6 4 8
81.52 2.45 1.1808 20 2 4 8
81.76 1.14 1.1779 29 2 2 8
81.86 4.66 1.1767 32 0 0 2
85.20 1.07 1.1389 17 5 4 8
86.30 1.18 1.1272 15 10 0 4
87.80 1.70 1.1118 16 10 0 4
88.21 2.22 1.1077 2 8 4 8
89.38 1.03 1.0962 17 10 0 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.