As6 K6 Na4 Sn2
Eisenmann B, Klein J
Zeitschrift fur Kristallographie 196 (1991) 213-229
Dimere Zintl-Anionen (Sn2 As6)10- und (Sn2 Sb6)10- in Alkaliverbindungen
_cod_database_code 1008873
_database_code_amcsd 0016740
CELL PARAMETERS: 20.4350 6.8200 15.3510 90.000 90.000 90.000
SPACE GROUP: Cmca
X-RAY WAVELENGTH: 1.541838
Cell Volume: 2139.418
Density (g/cm3): 3.146
MAX. ABS. INTENSITY / VOLUME**2: 22.65263859
RIR: 2.344
RIR based on corundum from Acta Crystallographica A38 (1982) 733-739
2-THETA INTENSITY D-SPACING H K L Multiplicity
8.65 23.23 10.2175 2 0 0 2
11.53 96.90 7.6755 0 0 2 2
14.43 13.42 6.1368 2 0 2 4
14.86 100.00 5.9615 1 1 1 8
17.36 11.80 5.1087 4 0 0 2
20.89 6.30 4.2528 4 0 2 4
21.77 50.59 4.0816 3 1 2 8
22.15 19.97 4.0133 1 1 3 8
23.18 2.61 3.8377 0 0 4 2
24.78 2.60 3.5927 2 0 4 4
26.07 12.89 3.4177 5 1 1 8
26.13 14.90 3.4100 0 2 0 2
26.16 18.79 3.4058 6 0 0 2
27.58 1.17 3.2346 2 2 0 4
27.98 1.92 3.1888 5 1 2 8
28.19 4.84 3.1651 2 2 1 8
28.65 29.52 3.1163 0 2 2 4
28.68 27.43 3.1131 6 0 2 4
29.76 90.20 3.0022 3 1 4 8
29.98 1.89 2.9807 2 2 2 8
30.92 13.57 2.8921 5 1 3 8
32.09 4.71 2.7890 4 2 1 8
32.27 1.83 2.7737 1 1 5 8
32.75 4.29 2.7341 2 2 3 8
33.69 3.94 2.6604 4 2 2 8
34.66 1.33 2.5884 5 1 4 8
35.07 2.66 2.5585 0 0 6 2
35.21 69.87 2.5491 0 2 4 4
35.23 73.12 2.5474 6 0 4 4
35.43 1.93 2.5334 7 1 2 8
36.21 4.83 2.4807 4 2 3 8
36.32 1.09 2.4733 2 2 4 8
37.32 97.33 2.4098 6 2 0 4
37.85 3.73 2.3767 7 1 3 8
39.00 12.72 2.3097 5 1 5 8
39.18 17.64 2.2991 6 2 2 8
39.39 1.49 2.2877 4 0 6 4
39.51 7.55 2.2809 4 2 4 8
39.89 24.00 2.2598 3 1 6 8
42.51 1.21 2.1264 8 0 4 4
43.58 2.48 2.0769 1 1 7 8
43.60 4.37 2.0760 3 3 2 8
43.64 6.77 2.0742 9 1 2 8
43.80 4.43 2.0669 1 3 3 8
44.26 12.68 2.0465 0 2 6 4
44.28 13.57 2.0456 6 0 6 4
44.31 1.54 2.0444 8 2 0 4
44.86 5.90 2.0206 7 1 5 8
45.19 1.92 2.0067 2 2 6 8
45.96 1.18 1.9747 10 0 2 4
46.07 10.50 1.9702 5 3 1 8
47.38 2.84 1.9189 0 0 8 2
47.88 1.63 1.8998 4 2 6 8
48.42 13.78 1.8800 3 3 4 8
48.46 17.24 1.8786 9 1 4 8
48.99 4.40 1.8592 5 1 7 8
49.20 3.24 1.8520 5 3 3 8
49.20 1.02 1.8518 7 1 6 8
50.13 13.15 1.8197 1 3 5 8
50.49 1.21 1.8077 8 0 6 4
50.61 3.36 1.8037 10 0 4 4
50.83 2.22 1.7963 4 0 8 4
51.24 19.27 1.7828 3 1 8 8
51.28 7.26 1.7815 7 3 1 8
51.32 4.80 1.7803 11 1 1 8
52.14 3.29 1.7542 6 2 6 8
52.18 2.89 1.7529 10 2 0 4
52.42 1.75 1.7455 11 1 2 8
52.55 1.21 1.7415 10 2 1 8
52.77 1.03 1.7349 4 2 7 8
53.63 1.88 1.7089 10 2 2 8
53.76 10.86 1.7050 0 4 0 2
53.83 13.78 1.7029 12 0 0 2
54.00 1.55 1.6982 7 1 7 8
54.22 3.24 1.6916 11 1 3 8
54.90 3.35 1.6723 0 2 8 4
54.92 3.24 1.6718 6 0 8 4
54.92 1.86 1.6717 2 4 1 8
55.18 2.72 1.6644 0 4 2 4
55.25 2.82 1.6625 12 0 2 4
55.41 1.63 1.6583 10 2 3 8
55.70 1.40 1.6503 2 2 8 8
55.73 3.17 1.6493 1 1 9 8
55.75 5.62 1.6489 3 3 6 8
55.78 6.72 1.6479 9 1 6 8
56.94 1.27 1.6173 4 4 0 4
57.28 2.30 1.6084 4 4 1 8
57.70 2.19 1.5977 2 4 3 8
58.30 1.03 1.5826 4 4 2 8
58.67 2.74 1.5736 1 3 7 8
58.72 1.49 1.5724 9 3 2 8
59.74 1.38 1.5479 11 1 5 8
59.99 2.95 1.5421 4 4 3 8
60.29 6.99 1.5351 0 0 10 2
60.77 1.10 1.5242 13 1 1 8
60.80 1.24 1.5235 12 2 0 4
61.80 4.36 1.5011 6 2 8 8
62.06 5.04 1.4954 6 4 2 8
62.11 4.04 1.4944 12 2 2 8
62.69 4.78 1.4819 9 3 4 8
63.61 2.16 1.4627 3 1 10 8
65.07 5.53 1.4335 3 3 8 8
65.10 7.27 1.4329 9 1 8 8
65.82 1.22 1.4188 0 4 6 4
65.92 11.93 1.4169 6 4 4 8
65.97 13.80 1.4160 12 2 4 8
67.49 1.21 1.3878 11 1 7 8
67.65 1.37 1.3848 11 3 3 8
68.82 1.35 1.3642 1 1 11 8
69.03 2.22 1.3605 9 3 6 8
69.31 3.93 1.3557 1 5 1 8
72.12 3.32 1.3097 6 4 6 8
72.16 4.12 1.3090 12 2 6 8
72.46 1.24 1.3044 10 4 1 8
72.57 2.95 1.3026 11 3 5 8
72.64 1.08 1.3016 4 4 7 8
73.09 11.86 1.2947 6 2 10 8
73.12 2.01 1.2942 10 2 8 8
73.13 2.62 1.2941 5 3 9 8
74.12 1.42 1.2793 0 0 12 2
74.44 1.11 1.2746 0 4 8 4
74.87 1.79 1.2683 10 4 3 8
75.24 1.24 1.2630 3 5 4 8
75.33 2.76 1.2617 15 1 4 8
76.95 1.73 1.2391 10 4 4 8
77.14 1.61 1.2364 3 1 12 8
77.18 2.39 1.2360 7 3 9 8
77.20 1.27 1.2356 11 1 9 8
77.49 2.60 1.2318 9 3 8 8
79.56 4.25 1.2049 12 4 0 4
79.72 1.43 1.2028 11 3 7 8
80.45 1.73 1.1937 6 4 8 8
80.50 1.56 1.1932 12 2 8 8
80.57 3.41 1.1923 5 5 5 8
80.63 2.43 1.1916 13 3 5 8
80.73 1.24 1.1903 12 4 2 8
81.23 1.29 1.1842 15 1 6 8
83.76 1.01 1.1548 10 2 10 8
84.52 3.80 1.1464 7 5 5 8
84.92 1.40 1.1420 5 3 11 8
84.93 1.76 1.1419 16 2 4 8
85.03 2.67 1.1408 0 4 10 4
85.08 3.42 1.1402 12 0 10 4
86.04 3.13 1.1299 6 2 12 8
87.20 1.20 1.1179 15 3 4 8
87.55 1.12 1.1144 5 5 7 8
88.84 1.06 1.1014 7 3 11 8
89.33 1.29 1.0967 11 5 1 8
89.36 1.96 1.0964 15 1 8 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.