Cosalite
Topa D, Makovicky E
The Canadian Mineralogist 48 (2010) 1081-1107
The crystal chemistry of cosalite based on new electron-microprobe data and
single-crystal determination of the structure
Note: Sample 1
Locality: Felbertal scheelite deposit, Hobe Tauern Window, Pinzgau, Austria
_database_code_amcsd 0017816
CELL PARAMETERS: 23.8700 4.0647 19.1300 90.000 90.000 90.000
SPACE GROUP: Pnma
X-RAY WAVELENGTH: 1.541838
Cell Volume: 1856.077
Density (g/cm3): 7.068
MAX. ABS. INTENSITY / VOLUME**2: 90.53040302
RIR: 4.171
RIR based on corundum from Acta Crystallographica A38 (1982) 733-739
2-THETA INTENSITY D-SPACING H K L Multiplicity
5.92 6.19 14.9276 1 0 1 4
14.38 6.28 6.1606 1 0 3 4
15.76 10.71 5.6243 2 0 3 4
20.00 11.86 4.4393 2 0 4 4
21.68 11.27 4.0990 3 0 4 4
22.35 15.91 3.9783 6 0 0 2
22.36 7.13 3.9759 0 1 1 4
22.83 21.81 3.8950 6 0 1 4
23.28 4.90 3.8216 5 0 3 4
23.84 14.00 3.7319 4 0 4 4
24.08 14.78 3.6958 1 1 2 8
24.43 10.06 3.6434 2 0 5 4
24.94 30.42 3.5697 2 1 2 8
25.04 6.79 3.5566 3 1 1 8
25.84 91.15 3.4481 3 0 5 4
26.00 4.21 3.4276 0 1 3 4
26.27 27.75 3.3928 1 1 3 8
26.33 4.11 3.3854 3 1 2 8
26.38 13.82 3.3787 5 0 4 4
26.41 7.83 3.3753 6 0 3 4
26.53 12.51 3.3594 4 1 0 4
26.55 36.42 3.3571 7 0 1 4
27.07 55.16 3.2944 2 1 3 8
27.70 1.13 3.2209 4 0 5 4
27.77 4.28 3.2120 7 0 2 4
27.98 1.19 3.1883 0 0 6 2
28.15 7.65 3.1696 4 1 2 8
28.99 4.95 3.0803 2 0 6 4
29.20 1.22 3.0585 6 0 4 4
29.23 23.36 3.0552 5 1 1 8
29.80 3.13 2.9979 2 1 4 8
29.93 6.05 2.9855 5 0 5 4
29.95 1.43 2.9838 8 0 0 2
30.20 9.43 2.9596 3 0 6 4
30.32 2.85 2.9481 8 0 1 4
30.35 100.00 2.9446 5 1 2 8
30.98 2.78 2.8862 3 1 4 8
31.41 1.21 2.8484 8 0 2 4
31.47 8.35 2.8431 6 1 0 4
31.82 7.05 2.8123 6 1 1 8
31.82 19.38 2.8121 4 0 6 4
32.15 31.10 2.7843 5 1 3 8
32.35 4.02 2.7672 1 1 5 8
32.57 5.33 2.7490 4 1 4 8
32.86 19.27 2.7253 6 1 2 8
33.64 1.60 2.6639 2 0 7 4
33.81 2.38 2.6514 5 0 6 4
34.10 2.27 2.6294 3 1 5 8
34.52 1.86 2.5983 5 1 4 8
36.00 1.14 2.4949 1 1 6 8
36.15 5.82 2.4847 4 0 7 4
36.78 4.98 2.4439 6 1 4 8
37.19 5.39 2.4174 7 1 3 8
37.59 1.38 2.3925 3 1 6 8
39.30 6.47 2.2927 7 1 4 8
39.34 5.01 2.2901 3 0 8 4
39.74 19.05 2.2679 0 1 7 4
39.93 1.61 2.2578 1 1 7 8
40.07 10.47 2.2505 8 1 3 8
40.35 4.44 2.2355 10 0 3 4
40.49 8.41 2.2281 2 1 7 8
41.40 8.25 2.1811 3 1 7 8
42.05 10.18 2.1488 8 1 4 8
42.27 2.45 2.1380 5 0 8 4
42.32 16.99 2.1358 10 0 4 4
43.13 4.78 2.0976 9 1 3 8
44.10 8.80 2.0534 1 1 8 8
44.43 6.41 2.0390 9 0 6 4
44.58 30.64 2.0324 0 2 0 2
44.62 12.34 2.0310 2 1 8 8
44.75 2.66 2.0252 10 0 5 4
44.85 3.01 2.0207 7 1 6 8
45.00 15.70 2.0145 9 1 4 8
45.05 4.61 2.0123 10 1 2 8
45.46 7.18 1.9952 3 1 8 8
45.92 3.68 1.9761 11 0 4 4
46.35 8.09 1.9588 10 1 3 8
46.62 4.10 1.9481 4 1 8 8
46.64 2.75 1.9475 12 0 2 4
46.78 2.45 1.9418 5 0 9 4
47.32 1.25 1.9209 9 1 5 8
47.53 3.54 1.9130 0 0 10 2
47.59 4.02 1.9108 10 0 6 4
47.69 3.75 1.9069 1 0 10 4
47.79 1.62 1.9033 9 0 7 4
48.08 6.28 1.8922 5 1 8 8
48.50 3.14 1.8771 11 1 2 8
49.31 1.59 1.8479 2 2 4 8
49.89 2.32 1.8278 13 0 1 4
50.05 5.86 1.8225 9 1 6 8
50.10 1.70 1.8208 3 2 4 8
50.42 2.75 1.8099 6 2 0 4
50.55 9.92 1.8056 8 1 7 8
50.60 2.41 1.8038 7 0 9 4
50.62 1.97 1.8032 13 0 2 4
50.66 3.64 1.8018 6 2 1 8
50.83 2.60 1.7962 4 1 9 8
51.12 3.51 1.7867 12 1 0 4
51.18 2.59 1.7848 4 2 4 8
51.36 9.84 1.7790 12 1 1 8
51.49 1.92 1.7749 2 2 5 8
51.83 2.92 1.7639 7 1 8 8
52.07 2.35 1.7563 12 1 2 8
52.21 1.08 1.7521 5 1 9 8
52.25 19.42 1.7508 3 2 5 8
52.55 2.99 1.7416 5 2 4 8
52.56 1.70 1.7411 6 2 3 8
52.64 8.41 1.7386 7 2 1 8
52.78 2.04 1.7345 1 0 11 4
52.89 2.14 1.7312 8 0 9 4
53.12 3.14 1.7240 6 0 10 4
53.14 3.56 1.7237 9 1 7 8
53.34 1.06 1.7174 7 2 2 8
53.45 1.38 1.7142 13 0 4 4
53.49 3.08 1.7130 2 1 10 8
53.99 1.15 1.6983 14 0 1 4
54.06 1.17 1.6964 2 2 6 8
54.63 1.46 1.6800 5 2 5 8
54.68 3.61 1.6785 14 0 2 4
54.79 2.18 1.6754 3 2 6 8
55.04 2.94 1.6684 7 0 10 4
55.81 5.41 1.6472 4 2 6 8
58.17 1.97 1.5859 15 0 1 4
58.69 2.03 1.5731 4 2 7 8
60.95 1.89 1.5201 3 2 8 8
61.68 1.73 1.5038 10 2 3 8
63.12 1.06 1.4730 5 2 8 8
63.15 7.14 1.4723 10 2 4 8
63.80 3.45 1.4589 3 1 12 8
64.03 1.62 1.4543 14 1 5 8
64.77 2.81 1.4394 9 2 6 8
65.01 1.20 1.4345 10 2 5 8
65.64 2.06 1.4224 11 1 9 8
65.91 1.78 1.4172 5 1 12 8
65.93 1.77 1.4168 11 2 4 8
66.00 1.97 1.4154 15 1 4 8
66.49 1.28 1.4061 12 2 2 8
66.61 1.15 1.4040 5 2 9 8
67.21 1.75 1.3930 0 2 10 4
67.25 2.01 1.3921 10 2 6 8
67.34 1.87 1.3906 1 2 10 8
67.34 3.80 1.3905 6 1 12 8
67.72 1.29 1.3837 0 1 13 4
67.82 2.99 1.3818 15 1 5 8
67.85 1.45 1.3813 1 1 13 8
68.42 1.02 1.3713 17 0 3 4
69.12 1.26 1.3590 13 2 1 8
69.46 1.14 1.3531 11 1 10 8
69.70 1.26 1.3491 7 2 9 8
69.72 1.03 1.3488 13 2 2 8
70.02 5.37 1.3438 15 1 6 8
70.95 1.13 1.3284 10 1 11 8
71.51 1.16 1.3193 1 2 11 8
71.60 1.23 1.3179 8 2 9 8
71.64 1.82 1.3172 2 3 3 8
71.80 1.79 1.3147 6 2 10 8
73.12 2.11 1.2942 14 2 2 8
73.18 1.46 1.2933 1 1 14 8
73.30 3.68 1.2915 5 3 2 8
73.43 1.76 1.2895 7 2 10 8
73.91 1.85 1.2823 16 1 6 8
74.27 1.33 1.2770 5 3 3 8
75.40 1.63 1.2607 18 1 0 4
76.14 1.23 1.2503 15 2 1 8
76.36 1.11 1.2472 4 0 15 4
76.43 1.46 1.2462 12 1 11 8
78.85 1.24 1.2139 0 3 7 4
79.49 1.40 1.2058 13 1 11 8
80.11 1.25 1.1979 19 1 1 8
82.17 1.01 1.1731 2 3 8 8
82.44 1.27 1.1699 9 3 4 8
86.57 1.04 1.1244 8 3 7 8
87.20 1.05 1.1179 12 3 1 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.