Magnesiocarpholite
Viswanathan K
American Mineralogist 66 (1981) 1080-1085
The crystal structure of a Mg-rich carpholite
Locality: southeast Sfinari, West Crete
_database_code_amcsd 0000849
CELL PARAMETERS: 13.7140 20.0790 5.1050 90.000 90.000 90.000
SPACE GROUP: Ccca
X-RAY WAVELENGTH: 1.541838
Cell Volume: 1405.730
Density (g/cm3): 2.843
MAX. ABS. INTENSITY / VOLUME**2: 11.19186622
RIR: 1.282
RIR based on corundum from Acta Crystallographica A38 (1982) 733-739
2-THETA INTENSITY D-SPACING H K L Multiplicity
12.91 5.62 6.8570 2 0 0 2
15.65 100.00 5.6623 2 2 0 4
17.67 29.26 5.0198 0 4 0 2
19.07 18.66 4.6540 1 1 1 8
21.94 3.14 4.0504 2 4 0 4
22.85 10.73 3.8921 1 3 1 8
23.46 25.08 3.7915 2 2 1 8
25.99 15.33 3.4285 4 0 0 2
26.55 1.74 3.3576 3 1 1 8
26.64 8.20 3.3465 0 6 0 2
27.49 6.66 3.2445 4 2 0 4
29.03 5.53 3.0759 1 5 1 8
29.43 17.42 3.0352 3 3 1 8
29.71 11.67 3.0074 2 6 0 4
31.60 3.26 2.8312 4 4 0 4
32.70 24.68 2.7383 4 2 1 8
34.53 34.54 2.5973 3 5 1 8
34.62 25.72 2.5912 2 6 1 8
35.78 2.06 2.5099 0 8 0 2
36.07 10.00 2.4900 1 1 2 8
36.28 2.84 2.4759 4 4 1 8
37.56 2.57 2.3948 4 6 0 4
37.60 3.39 2.3921 2 0 2 4
38.31 13.64 2.3497 1 3 2 8
40.74 10.66 2.2150 3 1 2 8
41.15 5.30 2.1939 3 7 1 8
41.66 2.36 2.1681 4 6 1 8
41.83 6.14 2.1595 2 4 2 8
42.23 9.01 2.1399 2 8 1 8
44.24 6.92 2.0474 4 0 2 4
44.35 10.06 2.0425 6 2 1 8
44.65 1.69 2.0295 0 6 2 4
44.75 1.24 2.0252 4 8 0 4
45.16 2.06 2.0079 0 10 0 2
45.20 3.61 2.0061 4 2 2 8
46.67 3.59 1.9461 2 6 2 8
47.16 2.13 1.9270 2 10 0 4
47.18 3.50 1.9264 6 4 1 8
47.99 1.20 1.8958 4 4 2 8
49.31 16.54 1.8479 5 7 1 8
50.63 1.14 1.8028 2 10 1 8
51.82 1.56 1.7644 7 3 1 8
51.96 2.15 1.7599 3 7 2 8
53.84 3.35 1.7028 6 0 2 4
54.14 1.00 1.6941 5 5 2 8
54.28 5.36 1.6899 6 8 0 4
54.53 2.00 1.6828 1 1 3 8
54.87 3.26 1.6733 0 12 0 2
55.08 2.45 1.6673 1 9 2 8
55.18 8.09 1.6645 7 5 1 8
56.05 4.09 1.6407 4 10 1 8
56.62 1.86 1.6256 2 12 0 4
57.26 4.46 1.6088 3 11 1 8
57.44 1.91 1.6043 6 8 1 8
58.02 3.23 1.5898 3 1 3 8
58.48 2.21 1.5781 0 10 2 4
59.37 4.15 1.5567 1 5 3 8
59.67 1.21 1.5495 7 1 2 8
59.98 4.84 1.5422 7 7 1 8
61.47 2.29 1.5085 6 10 0 4
62.68 2.00 1.4822 3 5 3 8
63.92 2.47 1.4564 5 11 1 8
63.98 12.52 1.4553 1 7 3 8
64.27 2.33 1.4494 7 5 2 8
64.62 8.92 1.4422 5 1 3 8
65.03 2.72 1.4342 0 14 0 2
65.60 3.71 1.4231 8 0 2 4
65.99 1.35 1.4156 8 8 0 4
66.18 1.70 1.4121 3 11 2 8
66.34 2.91 1.4090 8 2 2 8
66.47 2.41 1.4066 3 13 1 8
68.36 2.44 1.3722 9 5 1 8
68.41 3.54 1.3714 10 0 0 2
68.42 7.86 1.3711 2 12 2 8
68.54 2.94 1.3691 8 4 2 8
69.03 1.32 1.3605 5 5 3 8
69.64 1.77 1.3501 6 12 0 4
71.76 4.64 1.3154 1 13 2 8
72.38 4.23 1.3056 9 1 2 8
72.66 1.15 1.3012 9 7 1 8
72.83 1.07 1.2987 6 10 2 8
72.91 1.01 1.2974 3 9 3 8
73.26 1.02 1.2920 7 11 1 8
73.32 1.87 1.2912 5 7 3 8
73.79 1.36 1.2841 9 3 2 8
74.01 2.84 1.2808 4 14 1 8
74.87 2.61 1.2682 1 1 4 8
77.51 1.29 1.2315 10 6 1 8
78.59 1.24 1.2173 2 4 4 8
81.43 1.49 1.1819 6 14 1 8
84.49 1.33 1.1467 1 17 1 8
85.71 1.11 1.1334 5 11 3 8
86.17 1.10 1.1286 9 9 2 8
87.55 1.46 1.1143 6 0 4 4
88.98 1.08 1.1000 6 16 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.