Analcime
Moroz N K, Seryotkin Yu V, Afanasiev I S, Belitzkii I A
Journal of Structural Chemistry 39 (1998) 281-283
Arrangement of extraframework cations in NH4-analcime
Locality: River Nidym, Siberian platform, Russia
Note: O5 positions taken from ICSD
Note: x(Al1) corrected
_database_code_amcsd 0014059
CELL PARAMETERS: 13.2180 13.2180 13.7100 90.000 90.000 90.000
SPACE GROUP: I4_1/a
X-RAY WAVELENGTH: 1.541838
Cell Volume: 2395.350
Density (g/cm3): 2.134
MAX. ABS. INTENSITY / VOLUME**2: 13.54654429
RIR: 2.067
RIR based on corundum from Acta Crystallographica A38 (1982) 733-739
2-THETA INTENSITY D-SPACING H K L Multiplicity
9.29 4.18 9.5157 1 0 1 8
16.03 42.79 5.5277 1 1 2 8
16.33 37.21 5.4282 2 1 1 8
16.33 62.79 5.4282 1 2 1 8
18.65 3.83 4.7579 2 0 2 8
18.99 1.22 4.6733 2 2 0 4
25.15 3.27 3.5416 3 2 1 8
25.15 6.04 3.5416 2 3 1 8
26.00 41.41 3.4275 0 0 4 2
26.98 52.39 3.3045 4 0 0 4
28.13 2.55 3.1719 3 0 3 8
28.60 1.81 3.1216 1 4 1 8
28.60 1.31 3.1216 4 1 1 8
29.35 1.98 3.0427 2 0 4 8
30.02 2.05 2.9767 4 0 2 8
30.24 3.00 2.9556 2 4 0 4
30.24 16.63 2.9556 4 2 0 4
31.28 14.37 2.8596 3 2 3 8
31.28 6.05 2.8596 2 3 3 8
31.54 11.79 2.8363 3 3 2 8
33.82 4.01 2.6504 3 1 4 8
33.82 1.42 2.6504 1 3 4 8
34.16 1.11 2.6245 4 1 3 8
34.16 1.64 2.6245 1 4 3 8
36.11 3.62 2.4874 2 1 5 8
36.11 1.58 2.4874 1 2 5 8
37.08 2.90 2.4247 5 1 2 8
37.21 1.91 2.4161 2 5 1 8
37.82 8.53 2.3789 4 0 4 8
40.65 1.40 2.2196 1 1 6 8
41.83 1.39 2.1596 2 0 6 8
41.98 2.67 2.1522 3 5 2 8
42.10 1.66 2.1462 1 6 1 8
43.29 1.62 2.0899 2 6 0 4
44.38 1.80 2.0413 5 4 1 8
45.37 1.20 1.9991 6 2 2 8
46.57 1.27 1.9504 6 3 1 8
46.57 1.31 1.9504 3 6 1 8
48.38 1.74 1.8813 4 5 3 8
48.43 1.92 1.8794 4 0 6 8
49.47 2.20 1.8426 3 3 6 8
49.74 1.20 1.8330 4 6 0 4
50.44 1.37 1.8094 3 6 3 8
50.61 1.38 1.8035 5 5 2 8
50.72 1.27 1.7999 7 2 1 8
52.43 1.80 1.7452 7 0 3 8
53.01 3.23 1.7275 3 2 7 8
53.01 1.80 1.7275 2 3 7 8
53.47 1.58 1.7138 0 0 8 2
54.37 1.76 1.6873 7 2 3 8
54.54 5.59 1.6825 3 7 2 8
54.94 1.53 1.6713 1 4 7 8
56.04 1.81 1.6411 7 1 4 8
57.49 2.93 1.6029 8 2 0 4
58.18 1.27 1.5857 3 1 8 8
59.99 1.19 1.5422 6 2 6 8
61.88 1.45 1.4994 5 7 2 8
63.01 2.01 1.4751 1 2 9 8
63.73 1.65 1.4603 9 0 1 8
65.36 1.14 1.4277 9 1 2 8
65.72 1.26 1.4208 5 4 7 8
66.46 1.23 1.4067 2 3 9 8
67.81 2.39 1.3821 3 7 6 8
68.60 1.29 1.3680 7 6 3 8
69.27 1.24 1.3565 1 1 10 8
70.50 1.44 1.3357 9 4 1 8
72.15 1.63 1.3092 1 10 1 8
72.57 1.74 1.3027 3 1 10 8
73.55 1.82 1.2877 4 9 3 8
75.17 1.12 1.2639 1 10 3 8
75.22 1.34 1.2632 7 1 8 8
75.65 1.11 1.2572 1 8 7 8
76.35 1.31 1.2474 1 6 9 8
82.17 2.00 1.1731 3 5 10 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.