Mordenite
Simoncic P, Armbruster T
American Mineralogist 89 (2004) 421-431
Peculiarity and defect structure of the natural and synthetic zeolite mordenite:
A single-crystal X-ray study
Sample: synthetic
_database_code_amcsd 0003444
CELL PARAMETERS: 18.1310 20.5070 7.5221 90.000 90.000 90.000
SPACE GROUP: Cmc2_1
X-RAY WAVELENGTH: 1.541838
Cell Volume: 2796.810
Density (g/cm3): 2.013
MAX. ABS. INTENSITY / VOLUME**2: 7.140839086
RIR: 1.155
RIR based on corundum from Acta Crystallographica A38 (1982) 733-739
2-THETA INTENSITY D-SPACING H K L Multiplicity
6.51 100.00 13.5833 1 1 0 4
8.62 25.26 10.2535 0 2 0 2
9.76 70.35 9.0655 2 0 0 2
13.46 37.34 6.5805 1 1 1 4
13.85 22.05 6.3962 1 3 0 4
14.61 10.64 6.0651 0 2 1 2
15.28 10.71 5.7972 3 1 0 4
17.59 2.18 5.0409 2 2 1 4
18.21 2.85 4.8727 1 3 1 4
19.33 2.11 4.5917 3 1 1 4
19.61 22.80 4.5278 3 3 0 4
20.97 2.12 4.2364 0 4 1 2
21.43 2.39 4.1457 4 2 0 4
22.22 53.49 4.0003 1 5 0 4
22.93 1.12 3.8792 3 3 1 4
23.18 11.84 3.8380 2 4 1 4
23.66 6.61 3.7610 0 0 2 1
24.52 3.00 3.6308 4 2 1 4
24.56 1.52 3.6247 1 1 2 4
24.94 1.39 3.5708 5 1 0 4
25.22 4.67 3.5310 0 2 2 2
25.64 75.60 3.4739 2 0 2 2
26.07 4.46 3.4178 0 6 0 2
26.26 39.50 3.3937 3 5 0 4
27.10 3.99 3.2902 2 2 2 4
27.51 7.74 3.2421 1 3 2 4
27.65 43.75 3.2258 5 1 1 4
27.85 26.41 3.2034 5 3 0 4
28.28 3.70 3.1552 3 1 2 4
28.69 3.83 3.1117 0 6 1 2
28.85 2.69 3.0950 4 4 1 4
30.37 6.49 2.9431 2 6 1 4
30.85 1.62 2.8986 6 2 0 4
30.89 8.52 2.8944 4 0 2 2
30.91 9.16 2.8931 3 3 2 4
32.68 1.50 2.7402 1 5 2 4
33.12 2.17 2.7047 6 2 1 4
33.19 5.04 2.6994 1 7 1 4
34.01 1.38 2.6362 3 7 0 4
34.64 1.09 2.5896 5 1 2 4
35.00 4.63 2.5634 0 8 0 2
35.63 12.65 2.5196 3 5 2 4
36.42 1.10 2.4667 2 8 0 4
36.44 1.58 2.4657 1 1 3 4
36.52 5.09 2.4601 6 4 1 4
36.86 1.36 2.4387 5 3 2 4
36.89 1.59 2.4364 2 6 2 4
39.55 1.42 2.2788 5 7 0 4
40.43 1.72 2.2313 4 8 0 4
41.30 1.88 2.1860 2 4 3 4
41.66 1.09 2.1678 6 6 1 4
41.85 1.07 2.1587 3 7 2 4
44.16 5.13 2.0507 0 10 0 2
44.49 3.33 2.0364 7 3 2 4
44.94 4.58 2.0171 4 4 3 4
45.38 2.34 1.9984 8 4 1 4
46.45 7.71 1.9548 6 8 0 4
46.90 1.44 1.9373 9 1 1 4
47.37 4.18 1.9190 4 8 2 4
48.40 8.44 1.8805 0 0 4 1
48.73 2.04 1.8688 5 9 1 4
50.33 4.65 1.8131 10 0 0 2
50.70 1.09 1.8006 1 11 1 4
50.88 6.16 1.7946 7 1 3 4
53.11 1.46 1.7245 7 7 2 4
53.30 1.57 1.7188 9 3 2 4
53.87 1.20 1.7019 1 5 4 4
54.01 1.99 1.6979 8 8 0 4
54.41 1.21 1.6864 5 7 3 4
55.11 2.11 1.6665 0 12 1 2
56.77 2.37 1.6217 5 3 4 4
57.70 3.93 1.5976 8 4 3 4
59.76 3.87 1.5475 8 8 2 4
60.54 1.67 1.5294 11 5 0 4
60.55 2.90 1.5290 5 9 3 4
60.67 2.77 1.5263 3 13 0 4
62.77 1.97 1.4802 10 8 0 4
64.23 2.43 1.4500 1 13 2 4
64.41 4.05 1.4465 5 13 0 4
65.47 2.26 1.4256 2 4 5 4
66.06 1.81 1.4143 3 13 2 4
66.16 1.41 1.4124 10 4 3 4
66.72 2.83 1.4020 12 0 2 2
67.08 1.42 1.3953 2 12 3 4
67.57 4.46 1.3864 5 1 5 4
68.07 3.15 1.3774 10 8 2 4
68.25 1.54 1.3742 11 1 3 4
69.34 2.02 1.3552 6 8 4 4
72.64 1.42 1.3016 12 8 0 4
74.86 2.32 1.2683 7 13 2 4
76.45 3.74 1.2459 13 5 2 4
78.52 1.10 1.2182 4 14 3 4
78.57 1.87 1.2175 8 4 5 4
81.04 1.11 1.1865 11 5 4 4
81.06 1.35 1.1864 5 9 5 4
84.50 2.10 1.1466 5 13 4 4
86.11 1.06 1.1292 0 12 5 2
88.18 1.01 1.1080 15 5 2 4
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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.