Margarite
Joswig W, Takeuchi Y, Fuess H
Zeitschrift fur Kristallographie 165 (1983) 295-303
Neutron-diffraction study on the orientation of hydroxyl groups in margarite
Locality: Greiner, Zillertal, Autria
_database_code_amcsd 0019603
CELL PARAMETERS: 5.1080 8.8440 19.1560 90.000 95.480 90.000
SPACE GROUP: Cc
X-RAY WAVELENGTH: 1.541838
Cell Volume: 861.420
Density (g/cm3): 3.047
MAX. ABS. INTENSITY / VOLUME**2: 4.509419486
RIR: 0.482
RIR based on corundum from Acta Crystallographica A38 (1982) 733-739
2-THETA INTENSITY D-SPACING H K L Multiplicity
9.28 20.56 9.5342 0 0 2 1
18.61 5.05 4.7671 0 0 4 1
20.08 3.83 4.4220 0 2 0 2
20.14 20.88 4.4081 1 1 0 2
20.30 56.72 4.3750 -1 1 1 2
20.62 6.84 4.3077 0 2 1 2
21.06 15.45 4.2188 1 1 1 2
22.16 13.23 4.0115 0 2 2 2
22.92 5.55 3.8806 1 1 2 2
23.59 31.64 3.7714 -1 1 3 2
24.52 27.30 3.6300 0 2 3 2
25.53 1.82 3.4895 1 1 3 2
26.38 46.00 3.3789 -1 1 4 2
27.51 43.14 3.2420 0 2 4 2
28.08 78.03 3.1781 0 0 6 1
28.70 54.12 3.1106 1 1 4 2
29.68 4.32 3.0100 -1 1 5 2
30.96 55.42 2.8880 0 2 5 2
32.29 35.55 2.7728 1 1 5 2
33.36 33.06 2.6856 -1 1 6 2
34.76 1.40 2.5807 0 2 6 2
35.19 2.81 2.5504 1 3 0 2
35.28 25.32 2.5439 -1 3 1 2
35.30 9.87 2.5423 2 0 0 1
35.67 57.83 2.5171 -2 0 2 1
35.74 100.00 2.5121 1 3 1 2
36.19 12.87 2.4823 1 1 6 2
37.34 5.32 2.4082 -1 1 7 2
37.36 35.93 2.4071 -1 3 3 2
37.47 20.82 2.4001 2 0 2 1
38.51 6.84 2.3379 -2 0 4 1
38.67 15.96 2.3287 1 3 3 2
38.83 5.46 2.3193 0 2 7 2
40.82 1.86 2.2104 -2 2 1 2
40.95 1.74 2.2040 2 2 0 2
41.55 1.78 2.1733 -1 1 8 2
41.64 2.63 2.1691 2 2 1 2
41.65 21.96 2.1685 -1 3 5 2
41.84 8.79 2.1593 2 0 4 1
41.95 2.46 2.1538 0 4 2 2
42.27 5.23 2.1379 -2 2 3 2
42.87 2.53 2.1094 2 2 2 2
43.33 4.72 2.0883 0 4 3 2
43.41 23.73 2.0848 -2 0 6 1
43.63 47.46 2.0746 1 3 5 2
44.62 8.78 2.0310 2 2 3 2
45.21 12.01 2.0058 0 4 4 2
45.81 8.80 1.9806 -2 2 5 2
47.54 3.53 1.9128 0 4 5 2
47.67 9.19 1.9079 -1 3 7 2
47.69 22.33 1.9068 0 0 10 1
47.91 5.55 1.8988 2 0 6 1
48.26 4.78 1.8857 -2 2 6 2
49.45 1.75 1.8433 2 2 5 2
49.88 2.86 1.8281 -2 0 8 1
50.16 4.92 1.8188 1 3 7 2
52.24 1.81 1.7510 0 2 10 2
52.44 1.14 1.7447 2 2 6 2
54.30 1.78 1.6895 -2 2 8 2
55.00 13.75 1.6695 -1 3 9 2
55.04 2.44 1.6683 2 4 0 2
55.29 7.19 1.6615 2 0 8 1
55.35 1.02 1.6597 1 5 1 2
55.76 3.30 1.6486 -3 1 3 2
56.11 2.20 1.6391 -2 4 3 2
56.60 3.90 1.6262 2 4 2 2
57.05 5.05 1.6143 3 1 2 2
57.36 2.94 1.6064 -2 4 4 2
57.48 1.74 1.6034 1 5 3 2
57.59 15.12 1.6006 -2 0 10 1
57.90 31.73 1.5926 1 3 9 2
57.92 8.50 1.5923 -1 5 4 2
58.03 1.49 1.5894 2 4 3 2
58.04 3.51 1.5890 0 0 12 1
58.37 6.20 1.5809 -3 1 5 2
58.63 4.06 1.5745 3 1 3 2
59.03 7.65 1.5649 -2 4 5 2
59.17 2.55 1.5614 1 5 4 2
59.43 3.44 1.5553 2 2 8 2
60.30 1.80 1.5349 -3 1 6 2
60.62 7.61 1.5276 3 1 4 2
61.09 4.35 1.5168 -2 4 6 2
61.27 2.57 1.5129 1 5 5 2
61.62 2.06 1.5050 -2 2 10 2
61.94 4.88 1.4982 -1 5 6 2
62.11 1.81 1.4945 2 4 5 2
63.05 63.73 1.4744 -3 3 1 2
63.07 31.01 1.4740 0 6 0 2
63.28 1.69 1.4696 0 6 1 2
63.42 47.32 1.4667 -1 3 11 2
63.54 1.22 1.4642 -2 4 7 2
63.74 1.97 1.4600 1 5 6 2
63.74 20.95 1.4600 2 0 10 1
64.54 3.88 1.4440 0 4 10 2
64.71 2.61 1.4405 2 4 6 2
66.67 1.21 1.4028 1 3 11 2
67.25 1.80 1.3922 0 2 13 2
67.57 2.28 1.3864 2 2 10 2
68.32 1.19 1.3730 -3 1 9 2
68.94 1.57 1.3620 0 0 14 1
69.15 1.16 1.3585 1 1 13 2
70.22 7.35 1.3404 -3 3 7 2
70.41 6.08 1.3372 0 6 6 2
70.57 5.20 1.3345 3 3 5 2
70.68 1.85 1.3328 -1 1 14 2
72.83 11.11 1.2987 -1 3 13 2
73.19 6.48 1.2931 2 0 12 1
73.37 2.21 1.2904 0 4 12 2
74.33 1.59 1.2761 -4 0 2 1
74.39 1.91 1.2752 2 6 0 2
74.61 2.41 1.2720 1 1 14 2
74.61 11.01 1.2720 -2 6 2 2
74.67 4.74 1.2712 4 0 0 1
74.71 1.54 1.2706 -2 2 13 2
75.65 1.19 1.2571 -3 3 9 2
75.89 1.42 1.2537 0 6 8 2
75.94 1.38 1.2531 3 1 9 2
76.06 1.27 1.2514 -2 0 14 1
76.11 2.37 1.2507 3 3 7 2
76.21 2.42 1.2493 -1 1 15 2
76.38 2.62 1.2469 -2 6 4 2
76.45 2.76 1.2460 1 3 13 2
76.55 1.84 1.2445 4 0 2 1
77.92 1.08 1.2260 -4 2 2 2
77.97 3.70 1.2254 -1 7 1 2
78.21 2.20 1.2223 0 4 13 2
78.25 1.56 1.2217 0 2 15 2
78.29 2.37 1.2212 -4 0 6 1
78.58 4.04 1.2174 2 6 4 2
78.58 2.74 1.2174 -3 5 3 2
79.22 1.46 1.2091 -1 7 3 2
79.62 1.18 1.2041 -2 2 14 2
79.66 1.43 1.2036 -2 6 6 2
79.68 2.25 1.2034 3 5 2 2
80.04 1.94 1.1988 1 7 3 2
80.29 3.21 1.1958 -4 2 5 2
80.61 2.13 1.1918 0 0 16 1
80.81 1.44 1.1893 -3 5 5 2
81.51 2.70 1.1809 1 7 4 2
81.83 1.19 1.1771 -4 2 6 2
81.84 3.35 1.1770 2 2 13 2
82.46 4.49 1.1697 -3 3 11 2
82.49 1.37 1.1694 -3 5 6 2
82.76 3.88 1.1662 0 6 10 2
82.77 4.69 1.1661 3 5 4 2
83.02 4.35 1.1632 3 3 9 2
83.33 1.19 1.1597 0 4 14 2
83.34 2.22 1.1595 1 7 5 2
83.46 1.77 1.1582 4 2 4 2
83.74 3.25 1.1550 -4 2 7 2
84.13 1.02 1.1507 0 2 16 2
84.36 1.25 1.1481 3 1 11 2
84.83 2.88 1.1429 -2 2 15 2
85.70 1.24 1.1336 4 2 5 2
86.24 1.92 1.1279 -1 7 7 2
88.36 1.36 1.1062 -3 1 14 2
88.46 1.40 1.1052 -4 4 2 2
88.72 1.91 1.1026 2 6 8 2
88.78 1.17 1.1021 0 4 15 2
================================================================================
XPOW Copyright 1993 Bob Downs, Ranjini Swaminathan and Kurt Bartelmehs
For reference, see Downs et al. (1993) American Mineralogist 78, 1104-1107.