Muirite
Malinovskii Y A, Pobedimskaya E A, Belov N V
Soviet Physics Doklady 20 (1975) 163-164
Crystal structure of muirite Ba9(Ca,Ba)(Ca,Ti)4(OH)8[Si8O24](Cl,OH)8
Locality: Big Creek, Fresno County, California, USA
_database_code_amcsd 0018352
CELL PARAMETERS: 14.0000 14.0000 5.6250 90.000 90.000 90.000
SPACE GROUP: P4/mmm
X-RAY WAVELENGTH: 1.541838
Cell Volume: 1102.500
Density (g/cm3): 3.667
MAX. ABS. INTENSITY / VOLUME**2: 26.16559880
RIR: 2.323
RIR based on corundum from Acta Crystallographica A38 (1982) 733-739
2-THETA INTENSITY D-SPACING H K L Multiplicity
6.31 5.36 14.0000 1 0 0 4
8.93 33.15 9.8995 1 1 0 4
12.65 13.77 7.0000 2 0 0 4
14.15 2.42 6.2610 2 1 0 8
15.75 7.10 5.6250 0 0 1 2
16.99 2.50 5.2195 1 0 1 8
17.92 13.02 4.9497 2 2 0 4
18.14 1.97 4.8906 1 1 1 8
19.02 4.38 4.6667 3 0 0 4
20.06 21.81 4.4272 3 1 0 8
20.25 48.44 4.3847 2 0 1 8
21.23 11.31 4.1843 2 1 1 16
22.90 2.83 3.8829 3 2 0 8
23.95 59.85 3.7159 2 2 1 8
24.79 62.86 3.5916 3 0 1 8
25.45 31.38 3.5000 4 0 0 4
25.61 9.01 3.4789 3 1 1 16
26.25 1.95 3.3955 4 1 0 8
27.02 30.90 3.2998 3 3 0 4
28.51 11.88 3.1305 4 2 0 8
30.07 11.26 2.9717 4 0 1 8
30.76 100.00 2.9069 4 1 1 16
31.43 20.15 2.8462 3 3 1 8
31.82 38.92 2.8125 0 0 2 2
31.96 17.87 2.8000 5 0 0 4
31.96 5.48 2.8000 4 3 0 8
32.74 41.59 2.7354 4 2 1 16
33.11 1.45 2.7054 1 1 2 8
34.36 13.00 2.6097 2 0 2 8
34.50 20.43 2.5997 5 2 0 8
34.97 23.68 2.5655 2 1 2 16
35.82 1.60 2.5066 5 0 1 8
35.82 11.33 2.5066 4 3 1 16
36.30 4.25 2.4749 4 4 0 4
36.41 2.23 2.4674 5 1 1 16
37.46 2.49 2.4010 5 3 0 8
38.13 1.53 2.3599 5 2 1 16
38.59 5.61 2.3333 6 0 0 4
39.79 14.39 2.2653 4 4 1 8
40.76 20.12 2.2136 6 2 0 8
40.87 1.08 2.2082 5 3 1 16
41.18 14.88 2.1924 4 0 2 8
41.70 8.03 2.1660 4 1 2 16
41.92 26.46 2.1553 6 0 1 8
42.22 24.16 2.1405 3 3 2 8
43.24 42.77 2.0922 4 2 2 16
43.36 11.15 2.0870 6 3 0 8
43.96 1.02 2.0598 6 2 1 16
44.46 21.37 2.0379 5 4 1 16
45.72 1.36 1.9843 4 3 2 16
45.83 3.66 1.9799 5 5 0 4
45.83 2.08 1.9799 7 1 0 8
46.21 2.22 1.9647 5 1 2 16
46.41 10.16 1.9567 6 3 1 16
47.63 25.24 1.9091 5 2 2 16
48.30 3.78 1.8844 7 0 1 8
48.76 1.79 1.8676 5 5 1 8
49.68 10.68 1.8352 6 4 1 16
49.94 1.60 1.8261 5 3 2 16
50.13 18.15 1.8196 7 2 1 16
50.38 4.43 1.8112 2 0 3 8
50.83 1.78 1.7962 2 1 3 16
50.94 1.11 1.7925 6 5 0 8
52.17 6.86 1.7534 2 2 3 8
52.27 10.10 1.7500 8 0 0 4
52.60 7.08 1.7398 3 0 3 8
52.62 3.40 1.7395 6 2 2 16
52.71 2.69 1.7365 7 4 0 8
54.01 2.30 1.6977 8 2 0 8
55.37 3.51 1.6592 8 1 1 16
55.61 1.38 1.6528 4 0 3 8
55.71 11.08 1.6499 6 6 0 4
56.03 14.66 1.6414 4 1 3 16
56.44 3.60 1.6302 3 3 3 8
56.46 1.70 1.6299 7 0 2 8
56.55 1.62 1.6275 7 5 0 8
56.87 3.15 1.6190 7 1 2 16
57.27 5.80 1.6085 4 2 3 16
57.70 2.39 1.5978 6 4 2 16
58.28 2.09 1.5832 6 6 1 8
58.69 1.66 1.5732 8 3 1 16
59.01 1.07 1.5652 8 4 0 8
59.32 1.62 1.5580 4 3 3 16
59.42 2.72 1.5556 9 0 0 4
61.02 2.36 1.5185 7 6 0 8
61.33 7.38 1.5116 6 5 2 16
61.49 5.85 1.5080 8 4 1 16
62.11 4.14 1.4945 4 4 3 8
62.51 4.62 1.4858 8 0 2 8
62.90 7.10 1.4776 7 4 2 16
62.90 4.86 1.4776 8 1 2 16
62.99 5.18 1.4757 9 3 0 8
63.45 5.53 1.4660 9 2 1 16
63.67 5.61 1.4616 6 0 3 8
64.07 6.79 1.4535 8 2 2 16
65.00 1.64 1.4349 8 5 1 16
65.38 9.24 1.4274 9 3 1 16
65.59 5.40 1.4233 5 4 3 16
65.60 8.73 1.4231 6 6 2 8
65.69 3.82 1.4215 9 4 0 8
66.36 4.47 1.4086 7 5 2 16
66.49 8.06 1.4062 0 0 4 2
67.11 2.11 1.3948 6 3 3 16
68.03 5.91 1.3782 9 4 1 16
68.61 1.10 1.3679 7 0 3 8
68.99 4.23 1.3612 9 0 2 8
69.07 1.74 1.3598 9 5 0 8
69.15 1.20 1.3586 8 6 1 16
69.52 2.10 1.3522 10 1 1 16
69.72 3.69 1.3487 6 4 3 16
70.09 6.41 1.3425 7 2 3 16
70.23 1.12 1.3403 3 1 4 16
70.47 1.17 1.3362 7 6 2 16
70.47 1.80 1.3362 9 2 2 16
70.63 2.40 1.3337 10 2 1 16
72.31 2.83 1.3068 9 3 2 16
72.43 3.06 1.3049 4 0 4 8
73.16 3.32 1.2937 3 3 4 8
73.88 1.64 1.2828 4 2 4 16
74.47 1.74 1.2740 8 1 3 16
74.56 1.12 1.2727 11 0 0 4
74.99 1.63 1.2665 10 4 1 16
75.35 5.45 1.2613 9 6 1 16
75.68 1.97 1.2567 5 0 4 8
75.92 1.12 1.2533 8 6 2 16
76.28 2.02 1.2483 10 1 2 16
77.11 3.01 1.2369 5 2 4 16
77.78 1.36 1.2279 11 3 0 8
78.06 2.81 1.2242 9 5 2 16
78.21 1.07 1.2223 10 5 1 16
78.21 2.27 1.2223 11 2 1 16
79.82 2.83 1.2016 8 4 3 16
79.98 2.96 1.1996 9 7 1 16
80.26 1.47 1.1961 11 4 0 8
80.53 3.85 1.1927 8 7 2 16
81.00 4.32 1.1870 6 2 4 16
81.58 2.27 1.1801 9 2 3 16
81.59 1.40 1.1799 10 4 2 16
82.72 2.08 1.1667 12 0 0 4
82.76 2.45 1.1662 6 3 4 16
83.33 3.92 1.1596 9 3 3 16
83.34 3.94 1.1595 11 0 2 8
84.74 2.30 1.1439 10 5 2 16
85.78 3.32 1.1328 9 4 3 16
85.86 1.29 1.1318 12 3 0 8
86.28 1.22 1.1274 12 2 1 16
86.63 3.77 1.1238 10 7 1 16
87.17 1.22 1.1182 10 1 3 16
88.02 2.26 1.1096 12 3 1 16
88.21 1.31 1.1077 10 2 3 16
88.92 3.56 1.1007 11 4 2 16
88.99 2.06 1.0999 9 9 0 4
89.29 1.18 1.0970 2 2 5 8
89.38 3.50 1.0962 8 0 4 8
89.64 1.30 1.0937 3 0 5 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.