Natrolite-NH4 exchanged
Stuckenschmidt E, Kassner D, Joswig W, Baur W H
European Journal of Mineralogy 4 (1992) 1229-1240
Flexibility and distortion of the collapsible framework
of NAT topology: the crystal structure of NH4-exchanged natrolite
_database_code_amcsd 0006462
CELL PARAMETERS: 17.8990 18.3900 6.5290 90.000 90.000 90.000
SPACE GROUP: C2_1
X-RAY WAVELENGTH: 1.541838
Cell Volume: 2149.103
Density (g/cm3): 2.066
MAX. ABS. INTENSITY / VOLUME**2: 8.995225361
RIR: 1.418
RIR based on corundum from Acta Crystallographica A38 (1982) 733-739
2-THETA INTENSITY D-SPACING H K L Multiplicity
13.81 51.62 6.4133 -2 2 0 2
13.81 48.38 6.4133 2 2 0 2
15.23 28.89 5.8186 1 1 1 2
15.23 27.53 5.8186 1 -1 1 2
19.31 11.52 4.5975 0 4 0 2
19.84 6.87 4.4748 4 0 0 2
20.48 16.04 4.3359 1 3 1 2
20.48 14.42 4.3359 -1 3 1 2
20.74 17.57 4.2832 3 1 1 2
20.74 19.00 4.2832 3 -1 1 2
21.73 8.44 4.0894 -2 4 0 2
21.73 8.50 4.0894 2 4 0 2
22.09 6.68 4.0236 -4 2 0 2
22.09 5.72 4.0236 4 2 0 2
27.82 5.41 3.2066 -4 4 0 2
27.82 6.05 3.2066 4 4 0 2
28.29 9.67 3.1544 1 5 1 2
28.29 10.27 3.1544 -1 5 1 2
28.85 12.15 3.0942 5 1 1 2
28.85 11.94 3.0942 5 -1 1 2
29.03 17.60 3.0764 0 2 2 2
29.12 16.62 3.0668 2 0 2 2
30.73 9.87 2.9093 2 2 2 2
30.73 10.13 2.9093 2 -2 2 2
31.69 18.74 2.8231 3 5 1 2
31.69 20.90 2.8231 -3 5 1 2
32.03 16.57 2.7939 5 3 1 2
32.03 16.97 2.7939 5 -3 1 2
37.23 3.92 2.4149 1 7 1 2
37.23 3.92 2.4149 -1 7 1 2
37.67 2.27 2.3876 5 5 1 2
37.67 2.07 2.3876 5 -5 1 2
38.11 3.28 2.3612 7 1 1 2
38.11 3.87 2.3612 7 -1 1 2
39.96 1.05 2.2562 3 7 1 2
39.96 1.01 2.2562 -3 7 1 2
40.36 1.04 2.2345 0 6 2 2
40.52 1.13 2.2265 -2 8 0 2
40.52 1.24 2.2265 2 8 0 2
40.65 1.06 2.2194 7 3 1 2
40.65 1.29 2.2194 7 -3 1 2
41.54 1.39 2.1739 8 2 0 2
41.54 1.61 2.1739 -8 2 0 2
41.66 3.76 2.1679 2 6 2 2
41.66 3.50 2.1679 -2 6 2 2
42.20 3.22 2.1416 6 2 2 2
42.20 2.96 2.1416 6 -2 2 2
42.28 1.58 2.1378 -6 6 0 2
42.28 1.42 2.1378 6 6 0 2
44.46 1.18 2.0376 1 3 3 2
44.46 1.37 2.0376 -1 3 3 2
44.59 1.44 2.0320 3 1 3 2
44.59 1.26 2.0320 3 -1 3 2
46.84 2.49 1.9395 3 3 3 2
46.84 2.31 1.9395 3 -3 3 2
49.25 1.12 1.8502 5 1 3 2
49.25 1.00 1.8502 5 -1 3 2
50.68 2.65 1.8014 -2 10 0 2
50.68 2.47 1.8014 2 10 0 2
51.11 1.48 1.7870 3 5 3 2
51.11 1.68 1.7870 -3 5 3 2
51.34 1.74 1.7796 5 3 3 2
51.34 1.90 1.7796 5 -3 3 2
51.82 1.22 1.7642 7 7 1 2
51.82 1.15 1.7642 7 -7 1 2
52.05 2.07 1.7569 -10 2 0 2
52.05 2.34 1.7569 10 2 0 2
56.37 2.57 1.6322 0 0 4 1
57.08 1.24 1.6135 3 7 3 2
57.08 1.32 1.6135 -3 7 3 2
57.52 4.32 1.6023 0 10 2 2
57.61 1.50 1.5999 7 3 3 2
57.61 1.35 1.5999 7 -3 3 2
58.84 3.28 1.5695 10 0 2 2
60.04 1.08 1.5409 9 7 1 2
60.04 1.27 1.5409 9 -7 1 2
61.29 1.00 1.5125 4 -2 4 2
64.01 1.14 1.4546 4 4 4 2
64.24 1.27 1.4498 -4 12 0 2
64.24 1.36 1.4498 4 12 0 2
64.78 2.30 1.4391 8 8 2 2
64.78 2.51 1.4391 8 -8 2 2
65.83 1.05 1.4188 -12 4 0 2
71.69 1.82 1.3164 2 8 4 2
71.69 1.58 1.3164 -2 8 4 2
72.40 1.52 1.3053 8 2 4 2
72.40 1.39 1.3053 8 -2 4 2
72.92 1.05 1.2973 6 6 4 2
72.92 1.10 1.2973 6 -6 4 2
73.59 1.61 1.2872 7 9 3 2
73.59 1.48 1.2872 -7 9 3 2
73.96 1.27 1.2816 9 -7 3 2
73.96 1.23 1.2816 9 7 3 2
79.77 1.02 1.2022 -1 15 1 2
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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.